How to Launch a Penetration Testing Career in Malaysia & Singapore (2026 Guide)
Comprehensive 2026 career guide for aspiring penetration testers in Malaysia and Singapore. Covers skills, certifications, salaries, job market trends, tools, and how to land entry-level roles in cybersecurity.
Malaysia set itself a target of 25,000 cybersecurity professionals. In 2023 it counted roughly 15,248. That arithmetic — a national workforce plan running about 40% short of its own number — is the single most useful fact for anyone deciding whether to move into offensive security in this region. Singapore’s version of the same gap looks different but reads the same: a job market with well over 1,600 open cybersecurity positions advertised at any given time, in a country of six million people.
A shortage on paper does not translate into an easy first job. It translates into a market that will hire you fast if you can demonstrate skill, and will ignore you indefinitely if you cannot — because the vacancies employers cannot fill are overwhelmingly mid-level ones, and the queue for junior seats is still long. That gap between “the industry needs people” and “the industry needs me” is where most aspiring pentesters stall.
This guide maps a realistic route through it, for both countries. Education paths and what a degree actually buys you. The certifications that move a hiring decision (OSCP, CEH, CREST) and the ones that only move a HR filter. The tools worth genuine depth — Kali, Burp Suite, Metasploit, Nmap, Wireshark — and what “depth” means beyond running them. Real salary bands in MYR and SGD, including the ones nobody publishes. And the unglamorous part that does most of the work: CTFs, bug bounties, and a home lab you actually use. Student or career-changer, the plan below is meant to be executed, not admired.
Why Choose a Penetration Testing Career in 2026?
Regional demand, and where it actually sits: Cloud migration in Southeast Asia has been fast and, in a lot of organisations, unsupervised. A finance company that ran two data centres in 2018 now runs three cloud accounts, a Kubernetes cluster nobody owns, a dozen SaaS integrations with API keys in a spreadsheet, and a partner VPN that was never decommissioned. Every one of those is attack surface somebody has to test. Malaysia’s workforce target has since been revised upward to 27,000, which tells you the plan is being stretched rather than met. Regional breach surveys routinely put the share of organisations reporting an incident above 90% and name talent shortage as a contributing factor — treat the exact percentage as vendor-sourced and directionally right rather than precise. Finance, healthcare and telecoms are the three sectors hiring hardest, in that order, and for a boring reason: they are the three most heavily regulated.
The honest caveat: demand exceeding supply does not mean junior demand exceeds junior supply. Employers are short of people who can lead an engagement and write a defensible report. They are not short of graduates with a CEH. The shortage works in your favour from roughly year two onward, and works against you in year zero — which is exactly why the hands-on section of this guide matters more than the certification section.
Government and industry backing: Both governments are spending real money on this, and the second-order effect matters more than the training itself. Malaysia enacted the Cyber Security Act 2024, which sits alongside the National Cybersecurity Policy and the digital transformation programme. Legislation that names critical sectors and imposes assessment duties creates recurring, budgeted demand for security testing — compliance-driven work is less glamorous than red teaming, but it is what pays junior salaries. The Communications Ministry’s Cybersecurity Centre of Excellence and CyberSecurity Malaysia’s training programmes are the structured entry routes. In Singapore, the Cyber Security Agency (CSA) runs SG Cyber Talent, with the Youth Cyber Exploration Programme (YCEP) aimed at students and the Cyber Security Associates and Technologists (CSAT) scheme built specifically for mid-career switchers. If you are pivoting from IT or networking, CSAT is the single most under-used door in either country.
Pay, and the shape of the curve: The work is genuinely interesting and it pays accordingly — but the curve is the point, not the starting number. Malaysian entry-level pay is modest (full ranges are in the Salary section below) and experienced consultants earn multiples of it. Singapore’s market is more mature and pays more at every level: entry-level cybersecurity roles commonly start around SGD $70K a year (roughly $5,800 a month), with senior specialists and technical leads reaching SGD $200K–$300K. The steepest part of that climb belongs to people with real depth in one high-demand area — cloud penetration testing, Active Directory exploitation, mobile — rather than shallow familiarity with everything.
The cost side, since nobody puts it in the recruitment brochure: this is deadline work with client-facing accountability. Reports are due whether or not you found anything interesting, scopes get cut the week before testing starts, and a meaningful share of your week is writing rather than hacking. Burnout in consultancy pentesting is real and usually arrives via utilisation targets, not via the technical work.
Insight: Remote and hybrid work permanently dismantled the corporate perimeter, and the replacement is identity. When employees connect from home networks, personal devices and third-party environments, the thing standing between an attacker and the crown jewels is a token, a conditional access policy, and whatever MFA the helpdesk can be talked into resetting. That is why external network pentests have shrunk in relative importance while identity, cloud and internal assumed-breach testing have grown.
Education Paths - Degrees, Courses, and Bootcamps
A large share of working pentesters in this region did not study security. They studied networking, or nothing, and came in sideways from a service desk, a NOC, a sysadmin job or a development team. That is worth knowing before you spend four years and a lot of money optimising for a requirement that is softer than it looks.
-
University degrees in cybersecurity or IT: A bachelor’s in Computer Science, Information Security or a related field buys you two things — theoretical grounding you would otherwise have to assemble yourself, and a clean pass through the HR screen for graduate schemes that genuinely will not look at non-graduates. In Malaysia, University of Malaya (UM), Universiti Teknologi Malaysia (UTM), Universiti Sains Malaysia (USM), Asia Pacific University (APU) and Multimedia University (MMU) run dedicated cybersecurity tracks covering networking, cryptography and secure architecture. In Singapore, NUS and NTU run rigorous InfoSec programmes, with Singapore Institute of Technology (SIT) and Singapore Management University (SMU) offering more specialised security degrees. What a degree does not buy you is offensive capability. Very few curricula teach exploitation to any depth, and none of them teach you to write a client-ready report. Graduates who assume the degree was the hard part are the ones still applying nine months after convocation.
-
Bootcamps and certification courses: For anyone skipping the four-year route, an intensive bootcamp compresses the same fundamentals into months. In Singapore, Vertical Institute and ThriveDX run ethical hacking bootcamps, the polytechnics offer specialist cybersecurity diplomas, and the SANS Institute sits at the premium end — excellent material, priced for corporate training budgets rather than individuals. In Malaysia, Nexperts Academy runs a concentrated hands-on Cyber Security Bootcamp, and CyberSecurity Malaysia offers more accessible courses through its CyberGuru platform. Entry-level certificates such as the Google Cybersecurity Professional Certificate are a reasonable on-ramp for someone with no IT background at all. The trade-off is real: a bootcamp gets you employable-sounding faster than a degree and leaves you thinner on fundamentals, which shows up the first time an engagement needs you to reason about a protocol nobody covered. Before paying, ask for graduate employment outcomes with role titles attached. A provider that quotes a placement percentage but will not name the roles is quoting you marketing.
-
Online courses and self-learning: Offensive security is unusually kind to self-taught people, because the skill is demonstrable. TryHackMe, Hack The Box and INE all sell structured hands-on paths for the price of a couple of lunches a month. Technical interviewers in this field care far more about what you can walk them through than what is printed on your CV — if you can root a machine and explain why each step worked, including the two things you tried that failed, that lands harder than a certificate. The catch nobody mentions: self-learning has no curriculum police, so it is easy to spend a year on the fun parts (exploitation) and none on the parts that get you hired (enumeration discipline, note-taking, writing). Structure it deliberately. Our Beginner’s Guide to Penetration Testing is a reasonable spine to hang it on.
Tip: Whichever door you come through, the learning does not stop at the door. Techniques rotate, defaults change, and the tooling you learn this year will have shifted by the time you are senior. A home lab, a steady CTF habit and the discipline to read other people’s write-ups are not enrichment activities — they are how you stay employable in a field where five-year-old knowledge is actively misleading.
Credit: [StationX]
Certifications: Boost Your Credibility
Certifications do not make you a pentester. They make you screenable. Those are different problems, and conflating them is how people end up with four certificates and no interviews. In this region the filter is unusually literal: job descriptions in Malaysian government-linked companies and Singaporean banks frequently name specific certificates as minimum criteria, and an applicant tracking system does not care how good your write-ups are. Regional hiring surveys consistently report that a large majority of employers prefer or require a recognised certification for security roles — the exact figure varies by survey, but the direction has been stable for years. So buy the one that unblocks the screen, then spend your remaining money and time on skill. Here is what each of the main ones is actually for:
This roadmap organizes certifications into domains, skill levels (Expert, Intermediate, Beginner), and relevant sub-domains.
481 certifications listed | July 2024
✨ Communication and Network Security
The communication and network security domain covers the ability to secure communication channels and networks. Topics include secure and converged protocols, wireless networks, cellular networks, hardware operation (warranty and redundant power) and third-party connectivity. IP networking (IPSec, IPv4 and IPv6) are also included in this domain.
Expert
- CCIE Sec (Cisco Certified Implementation Expert - Security -
$2,050 Hands-on Lab, $12,000 est Travel cost) - CCIE Ent (Cisco Certified Internetwork Expert - Enterprise Infrastructure -
~$2,050 hands-on lab, ~$12,000 in travel costs) - JNCIE Sec (Juniper Networks Certified Internet Expert, Security -
$1,400 Hands-on Lab) - CCDE (Cisco Certified Design Expert -
~$1,600 written exam with hands-on lab) - FCX (Fortinet Certified Expert -
$400 written exam, $1600 in-person lab)
Intermediate
- CCNP Sec (Cisco Certified Network Professional - Security -
~$1,200 exam) - JNCIP Sec (Juniper Networks Certified Internet Professional, Security -
$400 exam) - PCNSE (Palo Alto Networks Certified Network Security Engineer -
$175 exam) - FCSS ZTA (Fortinet Certified Solution Specialist - Zero Trust Access -
$800 two exams) - F5 CSE Sec (F5 Big-IP Certified Solution Expert - Security -
$135 exam) - CCNP Ent (Cisco Certified Network Professional - Enterprise -
~$600 exam) - CCSM (Checkpoint Certified Security Master -
$350 exam) - PCSAE (Palo Alto Certified Cloud Security Automation Engineer -
$350 exam) - PCCSE (Prisma Certified Cloud Security Engineer -
$350 exam) - FCSS NS (Fortinet Certificed Solution Specialist - Network Security -
$800 two exams) - CCSE (Checkpoint Certified Security Expert -
$250 exam) - JNCIS Sec (Juniper Networks Certified Internet Specialist, Security -
$300 exam) - F5 CTS APM (F5 Big-IP Certified Technical Specialist - Access Policy Manager -
$135 exam) - FCP NS (Fortinet Certified Professional - Network Security -
$400 for 2 exams) - CCNA (Cisco Certified Network Associate -
~$330 exam) - F5 CTS DNS (F5 Big-IP Certified Technical Specialist - Domain Name Services -
$135 exam) - PCDRA (Palo Alto Networks Certified Detection and Remediation Analyst -
$155 exam) - CWSP (CWNP Certified Wireless Security Professional -
$325 exam) - CREST CCNIA (CREST Certified Network Intrusion Analyst -
$2,481 exam & essay, Hands on exam in UK)
Beginner
- F5 CA (F5 Big-IP Certified Administrator -
$135 exam) - eNDP (eLearnSecurity Network Defense Professional -
$400 exam) - MNSE (Mosse Institute Network Security Essentials -
$450 certification programme, 100% practical. No expiry.) - PCNSA (Palo Alto Networks Certified Network Security Administrator -
$155 exam) - OWSE (ISECOM OSSTMM Wireless Security Expert -
$100 annual sub, Unknown exam cost) - JNCIA Sec (Juniper Networks Certified Internet Associate, Security -
$200 exam) - FCA (Fortinet Certificed Associate -
Free course and exam required) - WCNA (Protocol Analysis Institute Wireshark Certified Network Analyst -
$299 exam) - CCSA (Checkpoint Certified Security Administrator -
$250 exam) - ITS-NS (Certiport IT Specialist - Network Security -
$127 exam) - CCT (Cisco Certified Technician -
$165 exam) - SOG NSP (SecOps Group Certified Network Security Practitioner -
$249 exam) - Net+ (CompTIA Network+ -
$369 exam) - FCF (Fortinet Certified Fundamentals Cybersecurity -
Free 3 courses with exams req) - PCCET (Palo Alto Networks Certified Cybersecurity Entry-level Technician -
$110 exam)
✨ IAM (Identity and Access Management)
(The identity and access management domain covers the attacks that target the human gateway to gain access to data. Other topics include ways to identify users with rights to access the information and servers. Identify and access management covers the topics of applications, Single sign-on authentication, privilege escalation, Kerberos, rule-based or risk-based access control, proofing and establishment of identity.)
Intermediate
- CIMP (Identify Management Institute Certified Identity Management Professional -
$295 + Membership) - FCSS SASE (Fortinet Certified Solution Specialist - Secure Access Service Edge -
$800 two exams) - CIAM (Identify Management Institute Certified Identify and Access Manager -
$390 Exam) - CIDPRO (IDPro Certified Identity Professional -
$700 exam) - SF CIAMD (SalesForce Certified Identity and Access Management Designer -
$400 exam) - CIGE (IMI Certified Identity Governance Expert -
$395 exam)
Beginner
- CIST (IMI Certfied Identity and Security Technologist -
$295 exam) - SC-300 (Microsoft Certfied: Identity and Access Administrator Associate -
$165 exam) - CAMS (IMI Certfied Access Management Specialist -
$195 exam) - SC-900 (Microsoft Certified: Security, Compliance, and Identity Fundamentals -
$99 exam)
✨ Security Architecture and Engineering
(The security architecture and engineering domain covers important topics concering security engineering plans, designs, and principles. Topics include assessing and mitigating information system vulnerabilities, fundamental concepts of security models and security architectures in critical areas like access control. Cloud systems, cryptography, system infiltrations (ransomware, fault-injection and more) and virtualized systems are also covered in this domain.)
Expert
Cloud/SysOps
- VCDX DCV (VMware Certified Design Expert in Datacenter Virtualization-
$3,995 exams, Application also req.) - VCIX DCV (VMware Certified Implementation Expert in DatacenterVirtualization -
$900 two exams) - AWS SAP (Amazon Web Services CertifiedSolutions Architect - Professional -
$300 exam) - AZ-305 (Microsoft Azure Solutions Architect Expert -
$330 exam) - VCIX NV (VMware Certified Implementation Expert in NetworkVirtualization -
$900 two exams) - Google PCSA (Google Professional Cloud Architect -
$200 exam)
*nix
- RHCA (Red HatCertified Architect -
~$3,745 exam, plus travel) - RHCE (Red HatCertified Engineer -
$400 exam) - LPIC-3 (Linux Professional Institute Certified: 303 Security -
$200 exam) - SCE (SUSE CertifiedEngineer -
$195 practical exam)
ICS/IoT
- ISA CE (ISACybersecurity Expert -
$2,700 course + exam, Course required) - CACE (Excida IEC 62443 CertifiedAutomation Cybersecurity Expert -
$700 exam)
General Engineering
- CREST CRTSA (CREST Registered TechnicalSecurity Architect -
$2,300 two exams, In person in the UK) - SABSA SCM (SABSA Chartered SecurityArchitect - Master Certificate -
$3,750 exam & thesis, Branded courserequired) - GDAT (GIAC Defending Advanced Threats -
$979 exam, SANS course recommended) - SC-100 (Microsoft Cybersecurity Architect -
$165 exam) - SABSA SCP (SABSA Chartered SecurityArchitect - Practitioner Certificate -
$3,750 written exam, Branded courserequired) - GDSA (GIAC Defensible SecurityArchitecture -
$979 exam, SANS course recommended)
Intermediate
Cloud/SysOps
- FCSS PCS (Fortinet Certified Solution Specialist -Public Cloud Security -
$400 exam) - GCTD (GIAC Cloud Threat Detection -
$979 exam, SANS course recommended) - MS-100 (Microsoft 365 Certified EnterpriseAdministrator Expert -
$165 exam) - GPCS (GIAC Public Cloud Security -
$979 exam, SANS course recommended) - GCSA (GIAC Cloud Security Automation -
$979 exam, SANS course recommended) - FCSS SO (Fortinet Certified Solution Specialist -Security Operations -
$400 exam) - PDSO CDE (PDSO Certified DevSecOps Expert -
$1199, Exam and training bundled) - VCP DCV (VMware Certified Professional in Datacenter Virtualization -
$375exam, Branded course required) - CCSP ((ISC)2 Certified CloudSecurity Professional -
$599 exam) - FCP PCS (Fortinet Certified Professional - PublicCloud Security -
$400 for 2 exams) - AWS CSS (Amazon Web Services Certified Security - Specialty -
$150 exam) - SFCCCC (SalesForce Certified Community Cloud Consultant -
$200 exam, Must beSalesForce Admin Certified) - EXIN PCSA (EXIN Professional CloudSolution Architect -
$315 exam) - VCP NV (VMware Certified Professional in Network Virtualization-
$375 exam, Branded course required) - AZ-500 (MicrosoftAzure Security Engineer Associate -
$165 exam) - CSA CGC (Cloud Security Alliance CloudGovernance & Compliance -
$315 exam) - GCLD (GIAC Cloud Security Essentials -
$979exam SANS course recommended) - AWS SAA (Amazon Web Services CertifiedSolutions Architect - Associate -
$150 exam) - EXIN PCSerM (EXIN Professional CloudService Manager -
$315 exam)
*nix
- GCWN (GIAC Certified WindowsSecurity Administrator -
$979 exam, SANS course recommended) - CKS (Cloud Native ComputingFoundation Certified Kubernetes Security Specialist -
$375 lab, Brandedcourse required) - LFCS (Linux Foundation CertifiedSystem Administrator -
$300 exam) - FCP SO (Fortinet Certified Professional - SecurityOperations -
$400 for 2 exams) - RHCSA (Red HatCertified System Administrator -
$400 exam) - CKA (Cloud Native ComputingFoundation Certified Kubernetes Administrator -
$375 lab, Branded courserequired) - LPIC-2 (LinuxProfessional Institute Certified: Linux Engineer -
$400 2 exams)
ICS/IoT
- GRID (GIAC Response and Industrial Defense -
$979 exam, SANS course encouraged) - CSSA (Infosec Institute Certified SCADA Security Architect -
$4,599 exam, Courserequired) - ISA CDS (ISA Certified DesignSpecialist -
$2,700 course + exam) - TUV COTCP (TUV Rheinland Certified Operational Technology Cybersecurity Professional(GERMAN) -
$415 exam) - GCIP (GIAC Critical InfrastructureProtection -
$979 exam, SANS course encouraged) - ISA CRAS (ISA Certified RiskAssesment Specialist -
$2,700 course + exam, Course required)
General Engineering
- CIS LI (IBITGQ CertifiedISO 27001 Information Security Management Specialist Lead Implementer -
$2008 course exam, Branded course required) - SFCTA (SalesforceCertified Technical Architect -
$6000, Must be SF SA Certified) - SABSA SCF (SABSA Chartered Security Architect- Foundation Certificate -
$3,750 exam, Branded course required) - SPLK-3001 (Splunk Enterprise Security CertifiedAdministrator -
$130 exam, Branded course recommended) - SFSA (SalesForceSystem Architect -
$400 hands-on lab) - CCSE (ECCouncil Certified Cloud Security Engineer -
$100 exam, EC Council CourseRecommended) - MCSE (Mosse Institute Cloud SecurityEngineer -
$600 exam)
Beginner
Cloud/SysOps
- Google PCSE (Google Professional Cloud Security Engineer -
$200 exam) - EXIN PCSM (EXIN Professional CloudSecurity Manager -
$315 exam) - MDSO (Mosse Institute Certified DevSecOpsEngineer -
$450 exam) - CSA CCSK (Cloud SecurityAlliance Certificate of Cloud Security Knowledge -
$395 exam) - C)CSO (Mile2 Certified Cloud SecurityOfficer -
$550 exam) - Server+ (CompTIA Server+-
$319 exam) - PDSO CDP (PDSO Certified DevSecOps Professional -
$799, Exam and training bundled) - EXIN PCD (EXIN Professional Cloud Developer -
$315 exam) - Cloud+ (CompTIA Cloud+ -
$369 exam) - Google ACE (Google Associate Cloud Engineer -
$125 exam) - SOG CCSP-AWS (SecOps Group CertifiedCloud Security Practitioner - AWS -
$249 exam) - AWS CP (Amazon Web Services Certified Cloud Practitioner -
$100 exam) - EXIN PCA (EXIN Professional CloudAdministrator -
$315 exam) - Cloud Essnt (CompTIA Cloud Essentials -
$138 exam)
*nix
- SCA (SUSE CertifiedAdministrator -
$149 exam) - DCA (Docker CertifiedAssociate -
$195 exam) - LPIC-1 (LinuxProfessional Institute Certified: Linux Administrator -
$400 2 exams) - KCNA (Cloud Native ComputingFoundation Kubernetes and Cloud Native Associate -
$250 exam, Brandedcourse required) - Linux+ (CompTIA Linux+ -
$369 exam) - LFCA (Linux Foundation Certified IT Associate -
$200 exam) - Apple ACSP (Apple CertifiedSupport Professional -
$250 exam, Limited test locations) - A+ (CompTIA A+ -
$253 exam)
ICS/IoT
- ISA CAP (ISA CertifiedAutomation Specialist -
$467 exam) - TUV COSM (TUV Certified OTSecurity Manager -
$3,070 Course) - GICSP (GIAC Global IndustrialSecurity Professional -
$979 exam, SANS course encouraged) - AZ-220 (Azure IoT Developer Specialty -
$165 exam) - ISA CFS (ISA CertifiedFundamentals Specialist -
$2,700 course + exam, Course required) - EITCA/IS (EITCA/ISInformation Security Certificate -
$120 exam) - CACS (Excida IEC 62443 CertifiedAutomation Cybersecurity Specialist -
$700 exam) - TUV COSP (TUV Certified OTSecurity Practitioner -
$2725 course) - CIOTSP (CertNexus CertifiedInternet of Things Security Practitioner -
$250 exam)
General Engineering
✨ Asset Security
(The Asset Security domain deals with the issues related to the collection, storage, maintenance, retention and destruction of data. It also covers knowledge of different roles regarding data handling (owner, controller and custodian) as well as data protection methods and data states. Other topics include resource provision, asset classification and data lifecycle management.)
Expert
- ASIS CPP (ASIS Certified Protection Professional -
$485 exam)
Intermediate
- CIPT (IAPP Certified Information Privacy Technologist -
$550 exam) - CDPSE (ISACA Certified Data Privacy Solutions Engineer -
$880 Application) - EPDPP (EXIN Privacy and Data Protection Practitioner -
$243 Exam, Course req'd) - CIPA (IMI Certified Identity Protection -
$295 Exam) - DCPP (DSCI Certified Privacy Professional -
$205 Exam) - CIMP (IMI Certified Identity Management Professional -
$295 Exam) - CDP (IMI Certified in Data Protection -
$395 Exam)
Beginner
- ASIS APP (ASIS Associate Protection Professional -
$350 exam) - CRFS (IMI Certified Red Flag Specialist -
$295 exam) - CIPP (IAPP Certified Information Privacy Professional -
$550 exam) - EPDPF (EXIN Privacy and Data Protection Foundation -
$207 exam) - EPDPE (EXIN Privacy and Data Protection Essentials -
$145 exam)
✨ Security and Risk Management
(The security and risk management domain covers general on skills related to the implementation of user awareness programs as well as security procedures. Emphasis is also placed on risk management concerning the acquisition of new services, hardware and software (supply chain). Other skills include social engineering defense mechanisms.)
Expert
- ITIL Master (ITIL Master -
$4,000 Interview) - GSE (GIAC Security Expert -
~$7475 for 10 exams) - PgMP (PMI Program Management Professional -
$1,000 exam) - CISSP Concentrations ((ISC)2 Certified Information Systems Security Professional Concentrations -
$599 exam) - NCSC CCPLP (NCSC Certified Cybersecurity Professional - Lead Practitioner -
$1388 interview) - Zach EAPro (Zachman Enterprise Architect Professional (Level 3) -
$2,999 exam & case study, Level 1 & 2 cert not req'd) - PMP (PMI Project Management Professional -
$555 exam) - CISM (ISACA Certified Information Security Manager -
$760 exam) - S-ISME (SECO Information Security Management Expert -
$850 exam) - NCSC CCPSP (NCSC Certified Cybersecurity Professional - Senior Practitioner -
$907 interview) - CISSP ((ISC)2 Certified Information Systems Security Professional -
$749 exam) - TOGAF (OpenGroup TOGAF Certified -
$360 exam) - CCISO (EC Council Certified Information Security Officer -
$3,150 course exam, Branded course required) - EEXIN ISM (EXIN Information Security Management Expert -
EST $799 oral exam) - GSTRT (GIAC Strategic Planning, Policy and Leadership -
$979 exam, SANS course recommended) - NCSC CCPP (NCSC Certified Cybersecurity Professional - Practitioner -
$225 interview) - PSM III (Scrum.org Professional Scrum Master III -
$500 exam, Branded course required) - GSP (GIAC Security Professional -
~$3735 for 5 exams) - GISP (GIAC Information Security Professional -
$979 exam, SANS course recommended)
Intermediate
GRC (Governance, Risk, and Compliance) & General Management
- ITIL SL (ITIL Strategic Leader -
$4,800 two courseexams, 2 branded courses required) - Zach EAP (Zachman Enterprise Architect Practitioner (Level 2) -
$2,999 exam & case study, Level 1 cert not req'd) - GSLC (GIAC Security LeadershipCertification -
$979 exam, SANS course recommended) - S-CISO (SECO Certified InformationSecurity Officer -
Resume review) - CASP+ (CompTIA Advanced SecurityPractitioner+ -
$509 exam) - ITIL MP (ITIL Managing Professional -
$9,600 4course exams, 4 branded courses requires) - Scrum SPS (Scrum Scaled Professional Scrum -
$250 exam) - GLEG (GIAC Law of Data Security &Investigations -
$979 exam, SANS course recommended) - CISSM (GAQMCertified Information Systems Security Manager -
$170 exam) - CGRC ((ISC)2 Certified inGovernance, Risk and Compliance -
$599 exam) - CRISC (ISACA Certified inRisk and Information Systems Control -
$760 exam) - CSM (GAQM Certified ScrumMaster -
$128 exam) - CASM (GAQM Certified AgileScrum Master -
$128 exam) - CM)ISSO (Mile2 Certified MasterInformation Systems Security Officer -
Complete C)SP, C)ISSO, C)ISSM andIS20 ($2200)) - S-ISP (SECO Information SecurityPractitioner -
$550) - Scrum PSD (Scrum Professional ScrumDeveloper -
$200 exam) - GCPM (GIAC Certified ProjectManager -
$979 exam, SANS course recommended) - BCS PCIRM (BCSPractitioner Certificate in Information Risk Management -
$287 exam) - PEXIN ISM (EXINInformation Security Management Professional -
$268 exam) - MGRC (Mosse Institute Certified GRC ExpertCertification -
$450 certification programme, 100% practical. No expiry.) - M_o_R P (Axelos M_o_R Practitioner Risk Management -
$560 exam) - CPD (GAQM CertifiedProject Director -
$210 exam) - PMI ACP (PMI Agile CertifiedPractitioner -
$495 exam) - EISM (EC CouncilInformation Security Manager -
$3,499, Branded course required) - CGEIT (ISACA Certified in theGovernance of Enterprise IT -
$760 exam) - EXIN 27001E (EXIN ISO/IEC 27001 Expert -
~$379 OralPresentation) - PECB 27005LM (PECB ISO/IEC 27005 Lead RiskManager -
~$1,595 exam, Course required) - DCCRP (DRI Certified Cyber ResilienceProfessional -
$400 Exam) - Scrum PAL (Scrum Professional AgileLeadership -
$200 exam) - CAPM (PMICertified Associate in Project Management -
$300 exam) - PSM II (Scrum.org Professional ScrumMaster II -
$250 exam) - APMG 20000P (APMG ISO/IEC20000 Practitioner -
$308 Exam, Foundation or ITIL req'd) - C)ISRM (Mile2Certified Information Systems Risk Manager -
$550 exam) - APMG 27001P (APMG ISO/IEC27001 Practitioner -
$400 exam, Application essay) - PECB 27001LI (PECB ISO/IEC 27001 LeadImplementer -
$930 exam, Course required) - Programming Language (Learning a programminglanguage is valuable to any IT professionals career. Recommendations:Python, Ruby, C++)
- CCP (EC First Certified CCMC Professional -
$2,995 exam, Courserequired) - C)ISSO (Mile2 Certified InformationSystems Security Officer -
$550 exam) - CIS RM (IBITGQ Certified ISO 27005Information Security Management Specialist Risk Management -
$2,783 courseexam, Branded course required) - EXIN 27001P (EXINISO/IEC 27001 Professional -
$279 exam) - PECB 27032CM (PECB ISO/IEC 27032Lead Cybersecurity Manager -
$899-$2,999 course exam, Course required) - C)HISSP (Mile2 Certified HealthcareInformation Systems Security Practitioner -
$550 exam) - BCS PCIAA (BCSPractitioner Certificate in Information Assurance Architecture -
$290 exam) - CCSA (EC First Certified Cyber Security Architect -
$695 exam) - PPM (GAQM Professionalin Project Management -
$210 exam) - C)ISSM (Mile2 Certified InformationSystems Security Manager -
$550 exam) - TUV ITSM (TUV ITSecurity Manager (GERMAN) -
$415 exam, Course required) - CCRMP (IBITGQ Certified in ManagingCyber Security Risk -
$2,629 course exam, Branded course required) - PECB 27005RM (PECB ISO/IEC 27005 Risk Manager -
~$995 exam, Course required) - CSBA (QAI CertifiedSoftware Business Analyst -
$350 exam + written essay)
Beginner
- CNDA (EC Council Certified NetworkDefense Architect -
$200 application, Requires CEH cert) - DACRP (DRI Associate Cyber ResilienceProfessional -
$200 exam, Course req) - CISRM (IBITGQ Certified ISO 27005Information Security Management Specialist Risk Management -
$2,783 courseexam, Branded course required) - DCRMP (DRI Certified Risk ManagementProfessional -
$400 exam, Application essay) - SSAP (SANS Security Awareness Professional -
$1219 Exam, SANS MGT433 courserecommended) - GRCP (OCEG Governance, Risk, and Compliance Professional -
$399 12 monthlicense) - SACP (The H Layer Security Awareness and CultureProfessional -
$369 Exam) - CISP (GAQMCertified Information Security Professional -
$170 exam) - Zach EAA (Zachman Enterprise Architect Associate (Level 1) -
$2,999 course exam, Branded course required) - CAD (GAQM Certified AgileDeveloper -
$128 exam) - CAC (GAQM Certified Agile Coach-
$170) - ISMI CSMP (ISMI CertifiedSecurity Management Professional -
$1159) - CSCS (EC First Certified Security Compliance Specialist -
$695exam) - APMG 27001F (APMG ISO/IEC27001 Foundation -
$400 exam, Application essay) - PECB 27001F (PECB ISO/IEC 27001 Foundation -
$500-749 exam, Course required) - C)SLO (Mile2 Certified Security LeadershipOfficer -
$550 exam) - GSEC (GIAC Security Essentials Certification -
$979 exam, SANS courserecommended) - SSCP ((ISC)2 SystemsSecurity Certified Practitioner -
$249 exam) - Security+ (CompTIASecurity+ -
$404 exam) - M_o_R Fdn (Axelos M_o_R Framework Foundation -
$495 exam) - Fair Fdn (Fair Institute Analysis Fundamentals-
$1499 exam, Course required) - PSM I (Scrum.org Professional ScrumMaster I -
$150 exam) - APMG 20000F (APMG ISO/IEC20000 Foundation -
$308 exam) - ISMI CSM (ISMICertified Security Manager -
$TBD) - BCS FISMP (BCS Foundation Certifiate in Information Security Management Principles -
$249 exam) - CC (ISC2 Certified inCybersecurity -
Free exam) - S-ISF (SECO Information SecurityFoundation -
$460 exam) - GISF (GIAC Information SecurityFundamentals -
$979 exam, SANS course recommended) - ITIL Fdn (ITIL Foundation -
$383 exam) - Project+ (CompTIA Projec+ -
$369 exam) - CIISec ICSF (CIISec Information andCybersecurity Fundamentals -
$450 exam) - FEXIN (EXIN Information Security Foundation -
$232exam) - EXIN 27001F (EXIN ISO/IEC27001 Foundation -
$232 exam) - PECB 27005F (PECB ISO/IEC 27005 Foundation -
$500-749 exam, Course required) - C CS F (IBITGQ Certified CyberSecurity Foundation -
$725 course exam, Branded course required) - CIS F (IBITGQ Certified ISO27001 Information Security Management Specialist Foundation -
$853 courseexam, Brandeed course required) - CSP (GAQM Certified SAFePractitioner -
$170 exam) - IIBA CCA (IIBA Certification in CybersecurityAnalysis -
$475 exam) - CITGP (IBITGQCertified in Implementing IT Governance - Foundation & Principles -
~$2,499course exam, Branded course required) - C)ISCAP (Mile2 Information SystemsCertification and Accredidation Professional -
$550 exam) - CSAP (Infosec Institute Certified Security Awareness Practitioner -
$2,599 exam,Course required) - PECB 27032F (PECB ISO/IEC 27032 Foundation -
$500-749 exam, Course required) - MCL (Mosse Institute Cybersecurity Leadership-
$450 exam) - ITS-C (Certiport ITSpecialist - Cybersecurity -
$127 exam)
✨ Security Assessment and Testing
(The security assessment and testing domain deals with all the techniques and tools used to find system vulnerabilities, weaknesses and potential areas of concern not addressed by security procedures and policies. Attack simulations, vulnerability assessment, compliance checks, and ethical disclosure also fall under this domain.)
Intermediate
- GSNA (GIAC Systems and Network Auditor -
$979 exam, SANS course recommended) - GCCC (GIAC Critical Controls Certification -
$979 exam, SANS course recommended) - PCI QSA (PCI Qualified Security Assessor -
$3000 req'd course) - CISA (ISACA Certified Information Systems Auditor -
$760 exam) - GMON (GIAC Continuous Monitoring -
$979 exam, SANS course recommended) - CIS LA (IBITGQ Certified ISO 27001 Information Security Management Specialist Lead Auditor -
$2,008 course exam, Branded course required) - GCIA (GIAC Certified Intrusion Analyst -
$979 exam, SANS course recommended) - CTPRA (Shared Assessment Certified Third-Party Risk Assessor -
$1295 course) - PECB 27001LA (PECB ISO/IEC 27001 Lead Auditor -
$930 exam, Course required) - IS20 (Mile2 IS20 Controls -
$550 exam) - C)ISSA (Mile2 Certified Information Systems Security Auditor -
$550 exam) - APMG 27001A (APMG ISO/IEC 27001 Auditor -
$400 exam, Application essay) - APMG 20000A (APMG ISO/IEC 20000 Auditor -
$308 Exam, Possible Course Req) - C)ISMS-LA (Mile2 Certified Information security Management Systems Lead Auditor -
$550 exam) - CIS IA (IBITGQ Certified ISO 27001 Information Security Management Specialist Internal Auditor -
$1543 course exam, Branded course required) - TUV MSA (TUV Rheinland Mobile Security Analyst (GERMAN) -
$415 exam, Course required) - CTPRP (Shared Assessment Certified Third-Party Risk Professional -
$1295 course) - IIA CIA (The Institute of Internal Auditors Certified Internal Auditor -
$1315 3 exams)
Beginner
- DCBCLA (DRI Certified Business Continuity Lead Auditor -
$400 exam, Application req) - TUV Auditor (TUV Rheinland IT Security Auditor (GERMAN) -
$415 exam, Course required) - DCBCA (DRI Certified Business Continuity Auditor -
$400 exam, Application req) - GRCA (OCEG Governance, Risk, and Compliance Auditor -
$399 12 month license) - CISST (GAQM Certified Information systems Security Tester -
$170 exam) - EXIN CIT (EXIN Cyber & IT Security -
$225 exam) - TUV CySec (TUV Rheinland Cybersecurity Specialist (GERMAN) -
$415 exam, Course required) - TUV CyAware (TUV Rheinland Cybersecurity Awareness (GERMAN) -
$415 exam, Course required)
✨ Software Security
(The software development security domain deals with implementing software-based security protocols within environments for which the IT professional is responsible. Risk analysis, vulnerability identification and auditing of source codes are all covered in this subset. Additional topics include software-designed security, maturity models, development methodologies, open-source and third-party development security.)
Intermediate
- GWEB (GIAC Certified Web Application Defender -
$979 exam, SANS course recommended) - S-CSPL (SECO Secure Programming Certified Leader -
$460 exam) - CSSLP ((ISC)2 Certified Secure Software Lifecycle Professional -
$599 exam) - CASE (EC Council Certified Application Security Engineer (.NET or Java) -
$550 exam) - DevNet Pro (Cisco DevNet Professional -
$1200 two exams, DevNet Associate req'd) - GMLE (GIAC Machine Learning Engineer -
$979 exam)
Beginner
- CASST (GAQM Certified Advanced Software Security Tester -
$210 exam) - CCSC (CertNexus Cyber Secure Coder -
$300 exam) - DevNet A (Cisco DevNet Associate -
$300 Exam) - SOG CAP (SecOps Group Certified AppSec Practitioner -
$249 exam) - CSST (GAQM Certified Software Security Tester -
$170 exam) - C)SWAE (Mile2 Secure Web Application Engineer -
$550 exam) - MASE (Mosse Institute Certified Application Security Engineer -
$450 exam) - S-SPF (SECO Secure Programming Foundation -
$460 exam)
✨ Security Operations
(The security operations domain covers topics ranging from investigations and digital forensic to detection and intrusion prevention tools, sandboxing and firewalls. Topics include user and entity behavior analytics, threat intelligence (threat hunting and threat feeds) log management, artifacts (mobile, computer and network), machine learning and AI-based tools, penetration testing, and exploitation development.)
Expert
Forensics
- GREM (GIAC Reverse Engineering Malware -
$979exam, SANS course recommended) - CFCE (IACIS Certified Forensic ComputerExaminer -
$750 4 peer reviewed exams) - CSFA (CSIAC CyberSecurityForensic Analyst -
$750 exam & lab) - GIME (GIACiOS and MacOS Examiner -
$979 exam, SANS course recommended)
Incident Handling & Threat Intelligence
- CCD (Certified CyberDefender -
$800course, 2 exam attempt included) - CAWFE (IACIS Certified AdvancedWindows Forensic Examiner -
$750 written exam & lab) - GCFA (GIAC Certified ForensicAnalyst -
$979 exam, SANS course recommended) - GCTI (GIAC Cyber ThreatIntelligence -
$979 exam, SANS course recommended) - CFSR (OpenText Certified ForensicSecurity Responder -
$250 written exam & lab) - GNFA (GIAC Network Forensic Analyst -
$979 exam, SANS course recommended) - MTIA (Mosse Institute CertifiedThreat Intelligence Analyst Certification -
$450 certification programme,100% practical. No expiry.) - GCFR (GIAC Cloud Forensics Responder -
$979exam, SANS course recommended) - BTL2 (Security Blue Team Level 2 -
$2,190course, 1 exam attempt included)
Penetration Testing
- CREST CSAM (CRESTCertified Simulated Attack Manager -
$2,499 2 exams) - MRT (Mosse Institute Certified Red TeamerCertification -
$450 certification programme, 100% practical. No expiry.) - CREST CCTINF (CREST CertifiedInfrastructure Tester -
$2,520 exam & lab) - HTB CWEE (Hack the Box Certified WebExploitation Expert -
$1260 Subscription available)
Exploitation
- OSEE (Offensive SecurityExploitation Expert -
$5,000 lab, Plus travel) - OSCE3 (Offensive Security Certified Expert 3 -
$4649 3 labs) - OSWE (Offensive SecurityWeb Expert -
~$1649 lab) - OSEP (OffensiveSecurity Experienced Penetration Tester -
$1,499 lab) - OSED (OffensiveSecurity Exploit Developer -
$1,499 lab) - GXPN (GIAC Exploit Researcherand Advanced Penetration Tester -
$979 exam, SANS course recommended) - GAWN (GIAC Assessing WirelessNetworks -
$979 exam, SANS course recommended)
Intermediate
Forensics
- GCFE (GIAC Cerified ForensicsExaminer -
$979 exam, SANS course recommended) - GASF (GIAC Advanced Smartphone Forensics -
$979 exam, SANS course recommended) - Cisco COP (Cisco CertifiedCyberOps Professional -
$700 two exams) - CCFE (Infosec Institute Certified Computer Forensics Examiner -
$4,599 exam,Course required) - MCPE (Mosse Institute CertifiedCyber Protection Expert -
$800 exam) - CMFE (Infosec Institute Certified Mobile Forensics Examiner -
$1,699 exam,Course required) - GX-FA (GIAC Experienced Forensics Analyst -
$1299 exam, SANS course recommended) - CDRP (Infosec Institute Certified Data Recovery Professional -
$4,599 exam,Course required) - eCDFP (eLearnSecurity Certified Digital Forensics Professional -
$400 exam) - GPYC (GIAC PythonCoder -
$979 exam, SANS course recommended) - MDFIR (Mosse Institute Certified DFIRSpecialist -
$450 certification programme, 100% practical. No expiry.) - SC-400 (Microsoft Certified InformationProtection Administrator Associate -
$165 exam) - CCE (ISFCE Certified Computer Examiner-
$485 written exam) - CM)DFI (Mile2 Certified MasterDigital Forensic Investigator -
Complete C)SP, C)DFE, C)NFE and C)CSA($2200)) - EnCE (OpenText EnCase Certified Examiner -
$200 two exams) - ACE (AccessData Certified Examiner -
$100 + software)
Incident Handling & Threat Intelligence
- GEIR (GIAC Enterprise Incident Response -
$979 exam, SANS course recommended) - eCTHP (eLearnSecurity Certified Threat Hunting Professional -
$400 lab) - GCED (GIAC Certified Enterprise Defender -
$979 exam, SANS course recommended) - GCDA (GIAC Certified Detection Analyst -
$979exam, SANS course recommended) - GCIH (GIAC Certified ForensicsAnalystr -
$979 exam, SANS course recommended) - MTH (Mosse Institute Certified Threat HunterCertification -
$450 certification programme, 100% practical. No expiry.) - CREST CRIA (CREST RegisteredIntrusion Analyst -
$612 exam & lab) - CREST CRTIA (CRESTRegistered Threat Intelligence Analyst -
$615 2 exams) - CREST CCHIA (CRESTCertified Host intrustion Analyst -
$2,481 exam & essay, Hands on exam inUK) - eCIR (eLearnSecurity Certified Incident Responder -
$400 lab) - C)IHE (Mile2 Certified Incident HandlingEngineer -
$550 exam)
Penetration Testing
- PACES (Pentester Academy CertifiedEnterprise Security Specialist -
$339-749 Lab access, Exam included) - S-CEHL (SECO Certified Ethical Hacker Leader -
Application) - CREST CRT (CREST RegisteredPenetration Tester -
$612 exam) - CRTO II (ZeroPoint Security Red Team Operator II -
$121 lab) - S-EHE (SECO Ethical Hacker Expert -
TBD(still), Being redesigned) - CREST CCTIM (CRESTCertified Threat Intelligence Manager -
$2,480 3 exams) - OSCP (Offensive SecurityCertified Professional -
$1,499 labs) - GX-PT (GIAC Experienced Penetration Tester -
$1299 exam, SANS course recommended) - GPEN (GIAC CertifiedPenetration Tester -
$979 exam, SANS course recommended) - OSWP (Offensive SecurityWireless Professional -
$450 labs) - CRTO (Zero PointSecurity Certified Red Team Operator -
$121 lab) - LPT (EC Council Licensed Penetration Tester -
$899 exam) - PNPT (TCM Security Practical NetworkPenetration Tester -
$299 exam) - GCPN (GIAC Cloud PenetrationTester -
$2,499 exam, SANS course recommended) - GRTP (GIAC Red Team Professional -
$979 exam, SANS course recommended) - SOG CAPenX (The SecurityOps Group CertifiedAppSec Pentesting eXpert -
$800 exam) - CSTL (CyberScheme Team Leader -
$1945 exam) - eCPPT (eLearnSecurity Certified Professional Penetration Tester -
$400 lab) - eWPT (eLearnSecurity Web Application Penetration Tester -
$400 lab) - CM)IPS (Mile2 Certified MasterIntrusion Prevention Specialist -
Complete C)VA, C)PEH, C)PTE and C)PTC($2200)) - HTB CBBH (Hack the Box Certified Bug Bounty Hunter-
$145 modules + $210 exam, $490 Subscription available)
Exploitation
- eWPTX (eLearnSecurityWeb Application Penetration Tester eXtreme -
$400 exam, $2000 training) - CREST CCSAS (CRESTCertified Simulated Attack Specialist -
$2,520 2 exams & lab) - MCD (Mosse Institute CertifiedCode Deobfuscation Specialist Certification -
$450 certification programme,100% practical. No expiry.) - GMOB (GIAC Mobile Device Security Analyst -
$399 exam, SANS course recommended) - PJMR (Practical Junior MalwareResearcher -
$399 lab) - CREA (Infosec Institute Certified Reverse Engineering Analyst -
$4,599 exam,Course required)
Beginner
Forensics
- OSIP (IntelTechniques OpenSource Intelligence Professional -
$300 practical exam) - Cisco COA (Cisco Certified CyberOpsAssociate Cyber Operations -
~$325 exam) - C)CSA (Mile2 Certified CybersecurityAnalyst -
$550 exam) - CHFI (EC Council Computer HackingForensics Investigator -
$650 exam) - SC-200 (Microsoft Certified: Security OperationsAnalyst Associate -
~$165 exam) - MRCI (Mosse Institute RemoteCybersecurity Internship Programme -
$49 certification programme, 100%practical. No expiry.) - EDRP (EC Council Disaster Recovery Professional -
$450 exam) - HTB CDSA (Hack the Box Certified DefensiveSecurity Analyst -
$145 modules + $210 exam, $490 Subscription available) - CySA+ (CompTIACybersecurity Analyst+ -
$404 exam) - CSX-P (ISACA Cybersecurity Practitioner -
$549lab) - C)NFE (Mile2Certified Network Forensics Examiner -
$550 exam, Groups only) - GOSI (GIAC Open Source Intelligence -
$979 exam, SANS course recommended) - OPSA (ISECOM OSSTMM ProfessionalSecurity Analyst -
$100 annual sub, Unknown exam fee) - CSAE (Cyber Struggle AEGIS -
$1700 course exam, Branded course required) - ASIS PCI (ASIS Professional CertifiedInvestigator -
$485 exam) - MOIS (MOIS Certified OSINT Expert Certification-
$450 certification programme, 100% practical. No expiry.) - CFA (GAQMCertified Forensic Analyst -
$128 exam) - CSA (EC CouncilCertified SOC Analyst -
$550 exam) - GFACT (GIAC FoundationalCybersecurity Technologies -
$979 exam, SANS course recommended) - ECSS (ECCouncil Certified Security Specialist -
$249 exam) - C)DFE (Mile2 Certified Digital ForensicsExaminer -
$550 exam) - C)SP (Mile2 Certified Security Principles -
$550 exam) - CSCU (ECCouncil Certified Secure Computer User -
$125 exam) - MICS (Mosse Institute Introductions toCyber Security -
Free exam)
Incident Handling & Threat Intelligence
- S-TA (SECO Certified Threat Analyst -
$550 exam) - ECIH (EC Council Certified IncidentHandler -
$300 exam) - OSDA (OffensiveSecurity Defense Analyst -
$2,499 exam, Learning subscription required) - CFR (CertNexusCyberSec First Responder -
$250 exam) - CTIA (EC Council Certified Threatintelligence Analyst -
$450 exam) - MAD SOCA (Mitre Att&ck Defender SecurityOperations Center Assessment -
$299 annual subscription) - MAD CTI (Mitre Att&ck Defender Cyber Threatintelligence -
$299 annual subscription) - CCOA (ISACA Certified CybersecurityOperations Analyst -
$760 exam) - CREST CPIA (CRESTPractitioner Intrusion Analyst -
$425 exam) - MESE (Mosse InstituteEnterprise Security Engineer -
$450 exam) - CREST CPTIA (CRESTPractitioner Threat Intelligence Analyst -
$425 exam) - S-SA (SECO Associate SOC Analyst -
$480exam) - DV AOPH (Dark Vortex AdversaryOperations and Proactive Hunting -
$2500 exam, Course required) - CND (ECCouncil Certified Network Defender -
$550 exam) - CSX-F (IBITGQ CyberIncident Response Management Foundation -
$768 course exam, Branded courserequired) - DV MILF (Dark Vortex Malware Incident and LogFoensics -
$2000 exam) - CIRM Fdn (IBITGQ CyberIncident Response Management Foundation -
$768 course exam, Branded courserequired)
Penetration Testing
- C)PSH (Mile2 Certified Powershell Hacker -
$550 exam) - CMWAPT (Infosec Institute Certified Mobile and Web App Penetration Tester -
$4,599exam, Course required) - C)PTC (Mile2 Certified Penetration TestingConsultant -
$550 exam) - CRTOP (Infosec Institute Certified Red Team Operations Professional -
$4,599exam, Course required) - CSR (Cyber Struggle Ranger -
Location Based Cost, Course Req) - CEH (ECCouncil Certified Ethical Hacker -
$1,199 exam) - SOG CAPen (The SecOpsGroup Certified AppSec Pentester -
$500 exam) - C)PTE (Mile2Certified Penetration Testing Engineer -
$550 exam) - SOG CNPen (The SecOpsGroup Certified Network Pentester -
$500 exam) - DV RTOS (Dark Vortex Red Team & OperationalSecurity -
$2500 exam, Course required) - SOG CMPen And (The SecOps Group CertifiedMobile Pentester - Android -
$400 exam) - SOG CMPen iOS (The SecOps Group Certified MobilePentester - iOS -
$400 exam) - DV MoS (Dark Vortex Malware on Steroids -
$2000 exam, Courserequired) - Pentest+ (CompTIA Pentes+ -
$404 exam) - C)VA (Mile2 CertifiedVulnerability Assessor -
$550 exam) - KLCP (Kali Linux Certified Professional -
$299exam)
Exploitation
- eMAPT (eLearnSecurity Mobile Application Penetration Tester -
$400) - BSCP (Portswigger Burp SuiteCertified Practioner -
$99 exam) - OPST (ISECOM OSSTMM ProfessionalSecurity Tester -
Unknown) - OSWA (OffensiveSecurity Web Assessor -
$2,499 Exam, Learning subscription required) - CSTM (CyberScheme Team Member -
$610 exam) - eJPT (eLearnSecurity JuniorPenetration Tester -
$249 lab) - S-EHP (SECO Ethical Hacking Practitioner -
$550 exam) - CHAT (ISECOM Certified Hacker AnalystTrainer -
$100 annual sub, Unknown exam price) - CREST CPSA (CRESTPractitioner Security Analyst -
$425 exam) - OPSE (ISECOM OSSTMM ProfessionalSecurity Expert -
$100 annual sub, Unknown exam cost) - MPT (Mosse Institute CertifiedPenetration Tester Certification -
$450 certification programme, 100%practical. No expiry.) - CPENT (EC Council CertifiedPenetration Testing Professional -
$999 exam) - CREST CCTAPP (CRESTCertified Web Application Tester -
$2,520 exam & lab) - HTB CPTS (Hack the Box CertifiedPenetration Testing Specialist -
$200 modules + $210 exam, $490Subscription available) - MRE (Mosse Institute Certified ReverseEngineer Certification -
$450 certification programme, 100% practical. Noexpiry.) - ECES (EC Council CertifiedEncryption Specialist -
$249 exam) - MCPT (Mosse Institute Cloud PenetrationTester -
$450 exam) - C)PEH (Mile2 CertifiedProfessional Ethical Hacker -
$550 exam) - GCPEH (GAQMCertified Professional Ethical Hacker -
$170 exam) - EEHF (EXIN Ethical Hacking Foundation -
$232 exam) - S-EHF (SECOEthical Hacking Foundation -
$460 exam) - CHA (ISECOM Certified Hacker Analyst-
$100 annual sub, Unknown exam cost) - DV OTD (Dark Vortex Offensive Tool Development -
$2000 exam, Course required) - MVRE (Mosse Institute Vulnerability Researcher and Exploitation Specialist -
$450 Exam)
-
OSCP (Offensive Security Certified Professional): The one that changes how technical interviewers treat you. OffSec’s exam drops you into a lab network with a fixed window — roughly 24 hours of testing plus a documentation period — and requires you to compromise hosts and then write it up properly. The write-up is not a formality; people fail on documentation having earned the points. That combination is exactly why it carries weight: it is the only widely held certificate that proves you can do the job and describe what you did. Aim for it after you have real fundamentals, not as your first purchase. Attempting OSCP as a beginner is the most common way to burn several thousand ringgit and a lot of confidence at once. (Note: OffSec revised the programme in 2024/2025 — passing PEN-200 earns OSCP, with the OSCP+ designation attached to the additional requirements.)
-
CEH (Certified Ethical Hacker): EC-Council’s CEH is the certificate technical people mock and recruiters ask for, and both groups are correct. The standard exam is multiple choice across a very broad syllabus — scanning, enumeration, malware, cryptography — so it demonstrates vocabulary rather than capability. What it genuinely does is open doors that are otherwise closed: Malaysian government-linked companies and a good number of regional enterprises list CEH by name, and some procurement frameworks require it of named testers. Treat it as market access, not as training. If you hold CEH and nothing else, expect the technical interview to go badly, and pair it with something practical.
-
CompTIA Security+ / PenTest+: Security+ is vendor-neutral general security — network security, access control, threat concepts — and it is the right first certificate for someone genuinely new to the field, including career changers who need to prove they are serious before an employer will fund anything better. PenTest+ targets pentesting process and tooling specifically, with a mix of multiple-choice and performance-based questions. It sits between CEH and OSCP: more practical than the former, nowhere near as demanding as the latter. The honest trade-off on PenTest+ is that it is well recognised by HR and only mildly respected by testers, so it is best value when your employer is paying and OSCP is a year away.
-
CREST certifications: CREST is a UK-based body whose qualifications matter here more than most people expect, because they are wired into procurement. Plenty of Malaysian and Singaporean consultancies hold CREST accreditation, and some government and financial-sector testing contracts require named CREST-qualified testers on the engagement — which makes a CREST-qualified junior directly billable in a way an uncertified one is not. The ladder runs CPSA (written) into CRT (CREST Registered Penetration Tester, a practical web and infrastructure exam), then CCT at the senior end. Two costs to plan for: the exams are expensive, and practical CREST sittings have historically been geographically limited, so check current sitting locations and travel before you budget. Worth pursuing once you are inside a service provider; rarely worth self-funding before that.
-
CISSP (Certified Information Systems Security Professional): Broad, management-oriented, eight domains, and explicitly not a pentesting certificate. ISC2 requires five years of relevant paid experience across two or more domains; pass the exam without it and you become an Associate until the experience accrues. It is the certificate that gets you into security leadership conversations in both countries, and it is genuinely useless for landing your first offensive role. Know it exists, note that CISM and CRISC live in the same space, and revisit the question around year five — or earlier if you discover you would rather run a programme than test one.
Plenty of others deserve consideration: OSCE3 for people going deep offensive, SANS/GIAC GPEN and GWAPT (superb material, brutal pricing), INE’s eJPT as a gentle practical first step and eCPPT above it. The choice comes down to budget, target specialisation and what the specific employers you want are actually printing in job ads — which you should go and read, in bulk, before spending anything. A defensible sequence for 2026: one foundational certificate (Security+, CEH, or ISC2’s Certified in Cybersecurity if you are starting from zero) to clear the screen, then one practical certificate (eJPT as a stepping stone, then OSCP) to survive the technical round. Foundational plus demonstrably practical is the combination that converts.
Certification comparison: Side by side, with the question each one actually answers for a hiring manager:
| Certification | Provider | Focus Area | Suitable For |
|---|---|---|---|
| OSCP (OffSec) | Offensive Security | Hands-on exploitation of a lab network, plus a written report that is graded. Timed exam. | Anyone who wants technical interviewers to take them seriously. Attempt it after fundamentals, not before. |
| CEH (v12) | EC-Council | Broad “ethical hacking” syllabus, largely theory, multiple-choice. | Clearing HR filters and procurement lists — especially Malaysian GLCs. Proves vocabulary, not capability. |
| CompTIA Pentest+ | CompTIA | Testing process, tooling and reporting. Multiple-choice plus performance-based questions. | Security+ holders or those 1–2 years in who want a practical credential while OSCP is still out of reach. |
| CREST CRT | CREST (UK) | Practical web and infrastructure testing. Sits above CPSA, below CCT. | Testers inside (or joining) a service provider whose contracts name CREST-qualified staff. Expensive to self-fund. |
| CISSP | (ISC)² | Security management and architecture across eight domains. Five years’ experience required. | Year five and beyond, or a deliberate move towards leadership. No help whatsoever in landing a first pentest role. |
Note on money: costs differ by an order of magnitude across that table, and the difference is not proportional to value. OSCP with lab time runs into thousands of ringgit or dollars; CEH’s exam fee is substantial before you add EC-Council training; CREST practical sittings are the most expensive line on the list once travel is included. Budget in that order and check funding before you pay anything personally. In Singapore, SkillsFuture credits and employer training budgets cover a meaningful slice, and many consultancies will fund OSCP outright for staff who commit to a bond period — read the bond terms, because a two-year clawback on a funded certificate is a real constraint on your next move. In Malaysia, watch for scholarship and subsidy schemes tied to government initiatives; EC-Council has previously run large-scale sponsored programmes for Malaysian professionals. One rule holds regardless of who pays: certificates that you crammed for evaporate under a technical interview. Learn the material, or the certificate becomes an obligation to know things you do not know.
Essential Tools and Technologies to Master
The fastest way to identify a junior tester is not which tools they run. It is that they trust the output. A vulnerability scanner reporting nothing on a host is not evidence the host is secure; it is evidence the scanner did not find anything it knows how to find, which are different claims. Everything below is worth genuine depth, and “depth” means understanding what the tool does at the packet or protocol level well enough to know when it is lying to you. Most people start on Kali Linux or Parrot OS — Debian-based distributions preloaded with the toolkit. Build that environment on virtual machines you own before you go anywhere near a live system; our guide on Debian Lab Setup for Cyber-Security Enthusiasts covers the mechanics.
- Kali Linux: A purpose-built testing platform rather than a general-purpose desktop — network scanning, wireless attacks, web testing and forensics tooling all present on first boot. The distribution is the easy part. Command-line fluency is the actual requirement: bash scripting,
grep/awk/sedon messy output, job control, understanding whatsudois and is not doing for you. A tester who has to reach for a GUI to filter 40,000 lines of scan output is going to be slow on every engagement they ever run. Tip: run it as a VM (VMware or VirtualBox) and make it your default working environment, not an occasional visit. Snapshot before you break it, which you will. - Networking and OS internals: Not a tool, and the thing that most separates competent testers from tool operators. You cannot exploit what you do not understand. Get genuinely solid on TCP/IP, DNS, routing and NAT, and on how Windows and Linux handle processes, tokens and permissions. Knowing how Kerberos authentication works in Active Directory — tickets, SPNs, delegation — is what lets you see the privilege escalation path that no scanner will flag, because from the scanner’s perspective every component is correctly configured. If your networking is thin, work through CCNA or Network+ material first. Offensive technique layered on shaky fundamentals produces someone who can follow a walkthrough and nothing else.
- Nmap: The standard for discovery and service enumeration, and usually your first contact with a target. Move past ping sweeps quickly: SYN scans (
-sS), version detection (-sV), UDP (-sU, slow and skipped far too often — plenty of interesting services live there), and the Nmap Scripting Engine (-sC, or targeted NSE scripts) for cheap first-pass checks. Understand the failure mode too: a filtered port and a closed port mean different things, and a host that appears down to-snmay simply be dropping ICMP. Skipping host discovery (-Pn) on an internal range is often the difference between finding the domain controller and reporting an empty subnet. Tip: read Gordon Lyon’s Nmap Network Scanning, and run your scans against your own VMs with Wireshark capturing, so you can see what each flag actually puts on the wire. - Burp Suite: PortSwigger’s intercepting proxy, and the centre of gravity for web and API testing. It sits between browser and server so you can capture, modify and replay HTTP/HTTPS. Repeater and Intruder will take most of your hours — injection, access control, session handling, business logic. The trade-off worth knowing: Community Edition omits the automated scanner and throttles Intruder, which is genuinely annoying on large targets and also excellent for you as a learner, because it forces manual testing. Professional’s licence cost is a normal employer expense, not a personal one. Tip: work the PortSwigger Web Security Academy labs. Free, deliberately built, and better structured than most paid courses.
- Metasploit Framework: Rapid7’s framework standardises exploit delivery, payload generation and post-exploitation, and Meterpreter makes pivoting and credential access far more manageable than doing it by hand. Two honest caveats. First, Metasploit modules are noisy and heavily signatured — on any engagement against a monitored estate, a
windows/meterpreter/reverse_tcppayload gets caught, and learning only Metasploit leaves you helpless when it does. Second, it encourages exploit-shaped thinking on engagements where the real finding is a misconfiguration. Tip: runmsfconsoleagainst Metasploitable and deliberately vulnerable VMs, and focus on the workflow — recon, module selection, payload and listener configuration, session management — rather than collecting shells. - Wireshark: Packet capture and protocol analysis. More associated with network and defensive work, but offensively it is how you reverse a proprietary protocol, pull cleartext credentials off a segment, or work out why an exploit that should fire is doing nothing at all. Half the time the answer is that your payload never left the host. Tip: capture your own lab traffic, get comfortable writing display filters (
http.request.method == "POST",tcp.port == 445), and use Follow TCP Stream until reconstructing a session feels routine.
The toolkit widens from there. SQLmap for automating injection once you can already do it by hand — and only then, because it will happily hammer a production database into an outage. Hashcat and John the Ripper for offline cracking, where the skill is in wordlist and rule construction rather than the command. BloodHound for mapping Active Directory attack paths, which turns “we have a domain user” into a graph showing exactly which three hops reach Domain Admin. Every one of these rewards understanding the mechanism over memorising the invocation. That is the whole difference between a tester and a script runner: when the tool returns nothing, one of them knows whether that is a result or a failure.
Condensed, with a concrete way to practise each:
| Tool/Technology | Primary Function | Actionable Learning Strategy |
|---|---|---|
| Kali Linux | Debian-based distribution acting as a single offensive working environment. | Practice: virtualise it and make it your only environment for security work. Get fluent in bash, text processing and CLI administration — that is the transferable skill, not the distro. |
| Nmap | Host discovery, port scanning and service fingerprinting. | Practice: run every scan type against your own lab and diff the results. Learn what filtered vs closed means, why -Pn matters internally, and write one NSE script end to end. |
| Burp Suite | Intercepting proxy for reading and rewriting HTTP/HTTPS and API traffic. | Practice: work the PortSwigger Web Security Academy with Repeater and Intruder. Chase access control and business-logic flaws by hand — the scanner will never find those, and they are the highest-severity findings you will report. |
| Metasploit Framework | Exploit delivery, payload generation and post-exploitation session management. | Practice: exploit legacy targets (MS17-010 on a closed lab VM), then pivot with Meterpreter. Afterwards do the same compromise manually so you are not dependent on a framework that EDR blocks. |
| Wireshark | Packet capture and protocol analysis. | Practice: capture your own attacks and read them back. Find cleartext authentication in a pcap, then use it to diagnose an exploit that fails silently — usually because the callback never left the host. |
None of this is what a client pays for. A professional test is defined by methodology — reconnaissance, enumeration, exploitation, post-exploitation, reporting — and by the fact that it is repeatable and evidenced. Two testers with the same tools produce wildly different engagements depending on whether they enumerate systematically or poke at whatever looks interesting. Our Beginner’s Guide to Penetration Testing walks the process properly.
Technical and Soft Skills You Need
Technical skill gets you the interview. Writing gets you promoted. That ordering surprises people, and it is consistent across every consultancy and internal team in this region: the tester who finds a domain compromise and writes it up in a way the client can act on is worth several times the tester who finds the same thing and hands over a wall of terminal output.
Technical Skills:
- Deep IT fundamentals: You cannot manipulate a system you do not understand. Networking (TCP/IP, DNS, routing, VPNs), SQL, and operating system internals on both Windows and Linux. Concretely: how Kerberos issues and validates tickets, what a service principal name is, how Windows access tokens work, how Linux file permissions interact with capabilities and setuid binaries. This is the layer where the interesting findings live, because it is the layer scanners describe correctly and interpret badly.
- Vulnerability analysis: Know both the modern classes and the ones that refuse to die. For web and API work, the OWASP Top 10 is the baseline — but read it as a starting point and understand how frameworks attempt to prevent each class and precisely where those protections fail. Parameterised queries stop injection; they do nothing about the endpoint that trusts a user-supplied object ID. For infrastructure: NTLM relay, Kerberoasting, unconstrained delegation, buffer overflows. And know the remediation, specifically. “Sanitise input” is not a remediation, it is an insult dressed as one, and clients have learned to recognise the difference.
- Scripting and automation: You do not need to be a software engineer; you do need Python. Enough to call a REST API with custom headers, parse thousands of lines of output into something you can reason about, and automate the enumeration you would otherwise do forty times by hand. C, C++ or assembly become relevant later if you head towards exploit development or malware analysis — genuinely optional for most testing careers, and non-negotiable for that one.
- Enterprise infrastructure — AD and cloud: In most corporate estates, Active Directory is still the lateral movement substrate: architecture, trusts, delegation, Pass-the-Hash, Kerberoasting, Golden and Silver Tickets. Add cloud on top rather than instead — AWS, Azure and GCP knowledge is currently the strongest single differentiator for a junior in this market, because the supply of testers who genuinely understand IAM trust policies is small. Misconfigured storage, over-permissive roles, abusable service accounts, and the OIDC federation nobody scoped. The catch: cloud testing is heavily constrained by provider rules and client scope, so you will need to be comfortable working within limits that network testing never imposed.
Soft Skills:
- Analytical thinking and persistence: Exploitation is rarely linear. The interesting finding is usually three low-severity issues chained — an information disclosure that yields usernames, weak lockout policy, and a service account with a password from 2019 — into something that puts Critical at the top of the report. That requires lateral thinking and a fairly unreasonable amount of stubbornness. CTFs build this specifically, because they remove the possibility of the obvious path working.
- Communication, written and verbal: The deliverable is the report, not the shell. You need one finding to read two ways at once: enough business framing that an executive understands the exposure, enough precision that a developer can fix it without a follow-up call. This is a learnable skill and almost nobody entering the field has practised it. Start now — a blog, or detailed CTF write-ups — and understand the cost: writing time is testing time you did not get, on every engagement, forever. Budget for it rather than resenting it.
- Teamwork: Engagements are shared. You will hand off findings mid-test, brief a blue team during a purple team exercise, and explain a result to a developer who is defensive because it is their code. The tester everyone quietly avoids working with does not get staffed on the interesting engagements, regardless of skill.
- Ethics and integrity: You are handed privileged access to systems that matter. The Rules of Engagement are a boundary, not paperwork — out-of-scope hosts stay untouched even when they are obviously the way in, and especially then. Know the law you work under: Malaysia’s Computer Crimes Act 1997, Singapore’s Computer Misuse Act, plus the contract and authorisation letter for the specific engagement. Testing without written authorisation is a criminal offence in both countries, and “the client said it was fine on a call” is not a defence anyone has successfully run.
- Adaptability: New CVEs, new techniques, new defensive tooling, continuously. More practically: you will be dropped in front of a proprietary application nobody has documented, with four days to test it, and your ability to work out how it behaves from first principles is the skill being purchased. Nobody is paying you for the techniques you already knew.
Getting Hands-On: CTFs, Bug Bounties, and Home Labs
This is the section that decides whether you get hired. You need experience to get a job and a job to get experience — and the way out of that loop is that offensive security, almost uniquely in IT, lets you manufacture demonstrable experience alone, at home, for the price of a subscription. Very few candidates actually do it, which is why the ones who do stand out so sharply.
-
Capture The Flag (CTF) challenges: Competitions where you solve hacking challenges to recover a hidden flag. TryHackMe is the better starting point — guided paths (Complete Beginner, then Offensive Pentesting) that teach in a deliberate order. Hack The Box is where you go once guidance starts to feel like training wheels; each box is a machine you have to enumerate and escalate on your own, with no hints, which is closer to the real experience of staring at a target that gives you nothing. Keep notes as you go, in a real note-taking tool, structured by technique rather than by box. Universities and community groups across Malaysia and Singapore run CTF events, and companies sponsor or attend them specifically to spot people. CV-usable output looks like “Solved 100+ TryHackMe challenges, ranked in the top 10%” — concrete and checkable. The trade-off to be clear-eyed about: CTF boxes are built to be solvable and often reward guessing an intended trick, which real engagements never do. They build exploitation reflexes and teach almost nothing about scoping, client management or reporting.
-
Build a home lab: VirtualBox on your laptop is enough to start. An attack machine (Kali) and a couple of targets — intentionally vulnerable images from VulnHub, or Docker containers for DVWA and OWASP Juice Shop. Our Debian Lab Setup guide covers the build, and adapts cleanly to Kali plus target images. Then run a full simulated engagement: scan, enumerate, exploit, escalate, and write it up as though a client will read it. That last step is the one everyone skips and the one that actually differentiates you. One safety note that matters: put your lab on a host-only or internal network, not bridged. A deliberately vulnerable VM on your home LAN is a deliberately vulnerable VM on your home LAN, and the tooling you are learning does not distinguish between your target and your router. Once you are comfortable, a small Active Directory lab — one domain controller and two workstations — is the single highest-value thing you can build, because AD is what you will be tested on and nobody arrives having practised it.
-
Bug bounty programmes: Real production systems, legally, with money attached. Organisations invite researchers to test their public applications and pay for valid findings. HackerOne, Bugcrowd and Intigriti host most of the programmes worth your time. Be realistic about the odds: mature programmes have been picked over by full-time hunters for years, and a beginner’s first hundred hours often produce nothing but duplicates and informatives. Start on newer or smaller-scope programmes, read other researchers’ disclosed reports obsessively — the methodology is the product, not the bug — and expect the learning to be the return rather than the payout. In Singapore, GovTech has run government bug bounty exercises periodically, which are worth watching for locally. And treat scope as law: bounty programmes are authorisation documents, and testing an asset outside the listed scope is unauthorised access, not enthusiasm. Our Bug Bounty Programs guide covers the mechanics.
-
Open-source contributions and personal projects: Publishing something signals that you understand tools well enough to modify them, not merely run them. An NSE script for a service Nmap fingerprints poorly. A Burp extension. A recon wrapper that does the twelve steps you were doing by hand. Documentation improvements to a project you use — genuinely valued, and the easiest first contribution. If you would rather write than code, write-ups do the same job: explaining how you compromised a machine demonstrates technique and communication simultaneously, and communication is the scarcer of the two. Video works too. The point is that a public body of work turns “I have been learning” into something a hiring manager can verify in five minutes.
-
Internships and traineeships: The most underrated route, because it converts. Consultancies and large enterprises in both countries run cybersecurity internships where you will start on the unglamorous end — assisting vulnerability assessments, doing recon, drafting report sections — and get real engagement exposure with senior testers reviewing your work. Malaysian firms including LGMS and Condition Zebra have historically been open to fresh graduates for junior roles, and the Big Four (PwC, Deloitte, EY, KPMG) run associate and internship intakes in Singapore across offensive security and broader cyber. Do not filter on the word “penetration” in the title. A SOC or IT security internship puts you inside a security team, and moving internally into testing after a year is dramatically easier than breaking in from outside — you will already know the estate, and the people deciding.
Pro tip: Put this on your CV as experience, because it is. A “Projects” section with “Built a 10-VM lab including a two-host Active Directory domain; executed and documented full internal assessments against it”, “Solved 100+ challenges across Hack The Box and TryHackMe”, “Reported two validated vulnerabilities via HackerOne (reflected XSS, IDOR)” tells a hiring manager far more than a skills list of tool names. Be specific and be honest — every line there is a question you will be asked to walk through in the interview, and an inflated claim is worse than a modest true one.
Navigating the Job Market: Landing Your First Pentester Role
Searching job boards for “Penetration Tester” is how most people conclude the market is dead. Very few entry-level offensive roles carry that title, because the title implies a seniority the employer is not hiring for. The work exists; it is filed elsewhere.
Job titles to search for: “Cybersecurity Analyst”, “Security Consultant (Penetration Testing)”, “Red Team Associate”, “Vulnerability Assessment Analyst”, “Information Security Engineer”. Consultancies call junior testers Associate Consultant, Cybersecurity. Banks and telcos often advertise a broad security engineering title covering work that is mostly testing. The reliable signal is the acronym: if the description says VAPT (Vulnerability Assessment and Penetration Testing), it is a testing role regardless of the header. Read the responsibilities before the title, always — and note the inverse trap, where a role advertised as “Penetration Tester” turns out to be running a Nessus scanner and reformatting its output, which is a real and common bait in this region. Ask in the interview what proportion of engagements are manual.
Employers and sectors: In Malaysia, specialist firms including LGMS, Condition Zebra and LE Global do client project work and hire at the junior end. The Big Four (Deloitte, PwC, EY, KPMG) recruit graduates into cybersecurity divisions, which is the best breadth-per-year available anywhere — many industries, many estates, brutal utilisation targets, and a reputation for burning people out in three years. That trade is worth making deliberately rather than accidentally. Financial institutions (Maybank, CIMB) and telecoms (Maxis) run internal teams and buy a lot of compliance-driven assessment; MSSPs fill the rest. In Singapore, many multinationals base regional security teams locally, so the ceiling is higher and so is the competition. Roles sit at tech companies, defence contractors and government — CSA, GovTech, DSTA — with the caveat that public sector positions typically require citizenship or clearance, which rules them out for most foreign applicants entirely. Fintech and product security engineering, where testing is continuous rather than an annual event, is the fastest-growing slice. The Singapore market remains among the most active in Southeast Asia, with over 1,600 open cybersecurity positions advertised across platforms through 2026.
One structural point Malaysians should factor in early: the Singapore salary premium is large enough that cross-border moves are common, and the Employment Pass route is realistic for experienced testers but tight for juniors, since EP qualifying salaries and the points-based framework favour candidates with track record. The practical sequence most people run is two to three years in Kuala Lumpur, then apply across.
Credit: [StationX]
Where to find jobs: Portals get you volume; networks get you the roles that never reach a portal. Use both, and weight the second more heavily than feels natural:
✨ Click to check Top 20 Websites to Find IT Jobs in Singapore
| # | Website | Focus / Notes |
|---|---|---|
| 1 | MyCareersFuture | Official government portal; trusted source for local IT jobs |
| 2 | JobStreet SG | Popular across SEA; strong in tech, finance, and corporate hiring |
| 3 | LinkedIn Jobs | Top choice for IT professionals and remote-friendly opportunities |
| 4 | eFinancialCareers SG | Great for fintech, cyber risk, and IT roles in banking sector |
| 5 | Tech in Asia Jobs | Focused on startups, regional tech jobs, and remote options |
| 6 | NodeFlair | Singapore-based tech career platform with salary transparency |
| 7 | STJobs | Backed by The Straits Times, mostly local listings |
| 8 | JobTech | AI-driven platform that curates real-time job market data |
| 9 | Glints SG | Fast-growing platform for tech & creative roles, great for startups |
| 10 | JobsCentral SG | Covers both IT and non-IT sectors; good for fresh grads |
| 11 | StartupJobs Asia | Startup-centric, often includes equity-based and flexible roles |
| 12 | HackerTrail | Tech-specific hiring platform, includes coding challenges |
| 13 | Wantedly SG | Company culture-focused job search for startups and tech firms |
| 14 | Monster SG | International platform, useful for IT and expat positions |
| 15 | GrabJobs | Features chatbot-based application process, includes tech support roles |
| 16 | Xcruit | New-age job platform with integrated video resumes |
| 17 | InternSG | Best for internships, junior roles in IT, marketing, and engineering |
| 18 | TalentTribe | Visual job descriptions, focuses on tech and youth jobs |
| 19 | JobsDB SG | Still active, though many jobs are mirrored with JobStreet |
| 20 | DrJobs SG | Popular in the expat and overseas Singaporean community |
✨ Click to check Top 20 Websites to Find IT Jobs in Malaysia
| # | Website | Focus / Notes |
|---|---|---|
| 1 | JobStreet | Most popular job portal in Malaysia, strong IT category |
| 2 | Great for IT & cybersecurity, allows direct networking with employers | |
| 3 | JobsCentral | IT, engineering, and graduate jobs |
| 4 | Hiredly (WOBB) | Young, startup-friendly; includes internships & entry-level IT roles |
| 5 | myFutureJobs | Government portal, good for local IT and GLC jobs |
| 6 | Tech in Asia Jobs | Startup-focused, regional, many remote tech jobs |
| 7 | Glints | IT jobs in startups & SMEs, also has freelance and contract listings |
| 8 | FastJobs | Simple UI; has tech support, IT admin, and basic dev jobs |
| 9 | Jobstore | Broad platform, decent number of tech job listings |
| 10 | Indeed Malaysia | Global portal, wide range of local and expat-friendly IT roles |
| 11 | Job Majestic | Specialises in high-paying or niche roles, strong tech presence |
| 12 | FutureLab | Mentorship platform with growing job board for students and juniors |
| 13 | Monster Malaysia | Older platform but still lists IT jobs across Asia |
| 14 | Bossjob | AI-based matching, supports messaging employers directly |
| 15 | JobCart | Malaysian job portal gaining traction in tech & digital job markets |
| 16 | Jobify | Emerging site, startup jobs, internships, tech openings |
| 17 | Ricebowl | Bilingual portal (English/Chinese), includes tech jobs |
| 18 | TribeHired | For tech and startup talent, includes high-level developer roles |
| 19 | Maukerja | Blue-collar + tech support/IT admin roles |
| 20 | InternSheeps | Internships in IT, cybersecurity, and digital marketing |
✨ Click to check Top 10 Fresh Remote IT Job Sites
| # | Website | Focus / Highlights |
|---|---|---|
| 1 | We Work Remotely | One of the oldest & largest platforms for remote software & DevOps jobs |
| 2 | Remote OK | Remote tech jobs with global employers; filter by timezone |
| 3 | Turing | U.S. companies hiring vetted remote developers from Asia |
| 4 | Remotive | Curated list of remote dev, cloud, and cyber jobs globally |
| 5 | Jobspresso | Remote-only jobs in tech, sysadmin, cybersecurity, product, and support |
| 6 | Working Nomads | Daily updated list of remote tech roles from global sources |
| 7 | Outsourcely | Remote jobs from startups looking to hire directly - no commission cuts |
| 8 | Pangian | Remote jobs with timezone matching; strong in tech, cyber, data |
| 9 | Hubstaff Talent | Free remote job marketplace for freelancers and long-term IT contracts |
| 10 | CodementorX | High-paying freelance/remote developer jobs, especially for experienced devs |
- JobStreet and JobsDB: The highest-volume portals in both countries. A search for “cybersecurity” in Malaysia returns several hundred live listings at any point. Set keyword alerts and apply early — for junior roles, application order genuinely matters, because screening often stops once a shortlist fills.
- LinkedIn: The one you cannot skip, and not primarily for the job listings. Recruiters in both markets search profiles for literal strings — “OSCP”, “penetration testing”, “Burp Suite” — so those words need to appear in your headline and skills, spelled the way a recruiter spells them. Follow the consultancies you want, comment on their technical posts with something substantive, and post your own write-ups. Groups worth joining include Cybersecurity Malaysia and the SG InfoSec communities. Referrals come out of this channel more than any other.
- Niche boards: MyCareersFuture is the Singapore government portal and carries graduate programmes alongside general tech roles. Indeed and Glassdoor mirror a lot of the same listings with different filters, and both regularly show hundreds of cyber roles across the two markets. Beyond portals, watch community channels: local OWASP chapters in both countries, and Division Zero (Div0) in Singapore, where roles get passed around informally before they are advertised at all.
- Conferences and meetups: BSides KL, Hack In The Box, OWASP chapter nights, DevSecOps meetups. In an industry this small, the person who interviews you is quite likely someone you have met, and the pool of people who show up regularly is smaller than you would guess. The realistic expectation: attending three events will not produce a job offer, and attending regularly for a year will produce two or three conversations that lead somewhere. Volunteer to help run a CTF if you want to shortcut it — organisers remember volunteers.
Local market trends: In Malaysia, the Cyber Security Act 2024 has forced finance, healthcare and critical infrastructure operators to treat assessment as an obligation rather than a discretionary spend, which is a durable source of demand for both in-house testers and consultancies. The flip side is that compliance-driven work skews towards repeatable scoped assessments rather than creative red teaming — steady, budgeted, and less interesting than the job description implies. In Singapore, contract and project-based engagement is entrenched; a substantial share of tech professionals there work on contract, testing very much included. For someone starting out this is usually good news: contracts are easier to land than permanent seats, often pay more monthly, and frequently convert. The cost is fewer benefits, no training budget, and a renewal conversation every twelve months. Both markets have shifted meaningfully towards hiring on demonstrated skill, which is precisely why the lab and CTF work above earns its place on your CV.
Applying and interviewing: Tailor per application — not because it is polite, but because applicant tracking systems match on text. Name the tools, the certificates (including in-progress ones, honestly labelled), and the projects. Keywords like penetration testing, vulnerability assessment, Kali Linux, OSCP, CTF, network security need to be present in your own words. Fresh graduates should include security coursework and final-year projects; they are thin evidence but they are evidence. A short, specific cover letter still differentiates, because most candidates send none. Local context lands well when it is real: membership of a university cybersecurity club that competed in a named CTF, or familiarity with MAS Technology Risk Management guidelines when applying to a Singapore bank, or Bank Negara’s RMiT policy for a Malaysian one. Do not fake this. Naming a framework you have not read is a question you will be asked to answer.
Expect a technical round and a behavioural one. Common entry-level pentest interview questions, and what the interviewer is actually testing:
- “Walk me through how you’d approach a penetration test.” — They are checking whether you have a methodology or a bag of tricks. Reconnaissance, enumeration, exploitation, post-exploitation, reporting, in that order, with scoping and authorisation mentioned before any of it. Candidates who start at “run Nmap” have already told the interviewer something.
- “What vulnerabilities would you look for in a web application?” — Do not recite the OWASP Top 10. Name three or four classes, then explain how you would test for one of them, including how you would confirm it rather than guess. Broken access control is the strongest answer available, because it is the most common high-severity real-world finding and it cannot be found by a scanner.
- “You listed [tool] — what did you use it for?” — Every tool on your CV is an invitation. Have a concrete scenario ready: “I used Burp Repeater to tamper the
roleclaim in a JWT on a lab application and confirmed the server wasn’t validating the signature.” Vague answers about tools you listed are the fastest way to lose a technical round. - “How do you keep current?” — They want to know whether learning stops when you are employed. Name specifics: CSA advisories, particular researchers’ blogs, write-ups you read, boxes you are working through. Posts like Top 10 Cybersecurity Threats to Watch in 2026 are reasonable inputs; the point is that you can name what you actually read.
- Behavioural questions: “Tell me about a hard problem you solved”, “How do you handle a deadline you might miss?” Have one real story with a failure in it. A CTF box that took you three days, including the two approaches that were wrong and why. Interviewers trust a story with a dead end far more than one where everything worked.
Client-facing roles usually add a communication test, sometimes an explicit role-play: explain this vulnerability to a non-technical stakeholder. Practise the translation deliberately. Not “UNION-based SQLi extracting the users table”, but “a flaw in how the application builds database queries lets an attacker read the entire customer table, including password hashes — here is the fix and roughly what it costs.” The candidate who can do that is billable on client sites immediately, and the interviewer knows it.
Finally: rejection is the normal case, not a signal. Twenty applications producing three responses is an ordinary ratio for junior security roles, and worse in Singapore where you are competing with a regional applicant pool. Keep building while you apply, because the version of you applying in three months should be measurably stronger. And take the adjacent job when it appears — SOC analyst, IT security support, infrastructure engineer with a security remit. Time inside a security team is the scarce input; the internal move into testing after a year is the easiest transition in this entire guide, and dramatically easier than the one you are attempting from outside.
Salary Expectations in 2026
The number that matters is not your starting salary. It is the ratio between your starting salary and your salary at year five, and in this field that ratio is unusually good — roughly three to four times, if you specialise. Below are realistic monthly bands for 2026 in Malaysia (MYR) and Singapore (SGD). Treat them as ranges built from advertised roles and recruiter guidance, not as a schedule; sector and company size move any given offer substantially within them.
| Role Level | Malaysia (MYR) per month | Singapore (SGD) per month |
|---|---|---|
| Entry-Level Pentester (0-2 years) | RM 3,000 - RM 5,500 | $3,500 - $5,500 |
| Mid-Level Pentester (3-5 years) | RM 6,000 - RM 10,000 | $6,000 - $9,000 |
| Senior/Lead Pentester (5+ years) | RM 12,000 - RM 18,000+ | $10,000 - $15,000+ |
Notes: In Malaysia, fresh graduates in Kuala Lumpur land around RM4,000–5,500, with banking, government-linked and top-tier consulting offers reaching above that. The mid-level jump is the steepest step on the table and it is not arbitrary — someone with three years of real testing experience and an OSCP or CREST qualification is scarce, and scarce in the specific way employers feel: they are the people who can be sent to a client unsupervised. Senior roles — lead consultant, principal tester, red team lead — pay the most, particularly in Singapore, where banks and multinationals recruit established testers aggressively. Clearing S$12,000 a month as a seasoned tester is realistic; specialists and technical leads go well beyond it.
Malaysia’s absolute numbers are lower, and the comparison worth making is local rather than cross-border: a RM15,000-a-month tester is well above the Malaysian IT average, in a market where demand is growing faster than the qualified pool. Benefits change the picture more than people expect at this level — training allowances, certification sponsorship and performance bonuses can be worth several months of salary annually, and a firm that funds an OSCP attempt plus lab time is handing you something like RM8,000–10,000 of career capital. Compare total packages, not base figures. Check the bond terms attached to the funding before you sign.
For an international anchor: global average pentester earnings sit somewhere around USD $95K a year, driven heavily by US salaries. Singapore sits comfortably above that. Malaysia sits below it in absolute terms while being competitive regionally — and the arbitrage that follows from that gap is the reason so many Malaysian testers end up working for Singaporean or remote employers by year four.
Negotiation: Negotiate. In Singapore it is expected and declining to do so simply leaves money on the table, but the ask has to be anchored in something checkable — a competing offer, a certification already in hand, a specialisation the role needs. In Malaysia there is often genuinely less room at graduate level, and pushing hard on a fresh-graduate offer with nothing tangible behind it can cost you goodwill you will need later. If you do have something concrete (OSCP passed, a validated bug bounty finding, a strong CTF standing), you have grounds. Annual salary surveys from Hays and Michael Page break out cybersecurity roles and are the cheapest benchmarking available before a conversation.
On contract roles: Singapore contract testers typically bill a higher monthly rate than permanent staff at the same level, because the rate is compensating for absent benefits, no training budget and no notice-period protection. S$6,000–7,000 a month for a fresh tester on contract is not unusual, and it can look like a much better deal than an equivalent permanent offer until you price in the certification you now have to self-fund and the renewal conversation every year. Take the contract to get in; negotiate conversion once you are demonstrably load-bearing.
Treat the first two or three years as an investment period and judge offers by what they teach you rather than what they pay. By year five the options genuinely open up: regional roles, Singapore positions for Malaysian testers, remote engagements for US and European firms at rates neither local market matches, and technical leadership inside your existing team. The field pays people who keep learning, and it stops paying people who stop — which is the same sentence read from both ends.
Building Your Cybersecurity Profile (CV, Portfolio, Networking) ✨
A hiring manager spends somewhere around thirty seconds on your CV before deciding whether to spend three minutes on it. Everything below is about surviving those thirty seconds and then rewarding the three minutes — in that order, because most candidates optimise for the second and never get there.
-
The CV: It should be obvious what you are within one screen. Open with a summary naming your qualification and your direction — “Offensive security-focused graduate; hands-on lab and CTF experience across web and Active Directory testing” beats any variation on “passionate self-motivated individual”. Then a skills block with the terms a screener searches for: penetration testing (web and network), vulnerability assessment, Kali Linux, Burp Suite, Metasploit, Python, Linux administration. Languages count too — Malay, Mandarin or Cantonese are practical assets in regional social engineering and client work, and worth listing. For formal experience, quantify: “Assessed a web application using Burp Suite; identified and documented five findings including one broken access control rated High” says more than three lines of duties. Non-security roles still earn their space if you frame the transferable part — you ran servers, you shipped software, you handled incidents. Then a Projects section carrying your lab, CTF and bounty work, written as achievements with numbers attached. Certifications last, including in-progress ones labelled honestly as in progress. Two pages, hard limit. The single most common failure here is a CV listing thirty tools and no evidence of having used any of them; a shorter list you can defend is strictly stronger.
-
Online presence: A public body of work converts “trust me” into “check for yourself”, and recruiters in both markets genuinely do check. GitHub is the cheapest version: exploit scripts, small tools, CTF write-ups, with the link on your CV. A personal blog is better, because writing is the skill you are otherwise unable to evidence — “How I rooted this box, including the two approaches that failed” demonstrates methodology and communication in one artefact. On LinkedIn, the profile is a search index more than a résumé: recruiters in Singapore and Malaysia search literal strings, so “OSCP”, “penetration testing” and “VAPT” need to appear in your headline and skills exactly as a recruiter would type them. Complete profile, professional photo, headline that states what you are and what you are working towards. The honest limit: none of this substitutes for capability. A polished profile attached to thin skills gets you an interview you then lose, which is a worse outcome than not being called.
-
Networking and mentorship: In an industry this small, referrals do a disproportionate share of hiring. Join the local channels — Telegram and Discord groups for the Malaysian and Singaporean scenes, Hack The Box communities, local DEF CON groups — and participate rather than lurk. Volunteering at events is the highest-leverage version: help run a CTF or staff a conference and you will meet more practitioners in two days than in a year of attending. When you approach a senior person, ask one specific question you have already tried to answer yourself. “Can you mentor me?” is a request for unbounded commitment from a stranger and almost never lands; “I got stuck on X and tried Y — what am I missing?” frequently does.
-
Local context: Showing you understand the environment you would be working in is a cheap differentiator, provided it is real. In Malaysia, that means the Personal Data Protection Act, the Cyber Security Act 2024, and — for anything touching banking — Bank Negara’s Risk Management in Technology (RMiT) policy, which sets expectations around security testing for financial institutions. In Singapore, the Cybersecurity Act and CSA’s Cybersecurity Code of Practice for critical information infrastructure, plus MAS Technology Risk Management guidelines for financial services. Knowing that testing requirements flow from these documents, rather than from a security team’s enthusiasm, is exactly the framing that makes a junior sound employable. Read at least one of them properly. Our article on Top 10 Cybersecurity Threats to Watch in 2026 is useful for the threat-side conversation.
-
A stated growth plan: Interviewers ask where you are heading because they are pricing how long you will stay and how much they will have to teach you. A specific answer works — “OSCP within the year, then depth in cloud penetration testing, because that is where our client base is moving” — and a vague one is forgettable. Keep it anchored to the role in front of you rather than to the role after it. Every hiring manager has funded a certification for someone who resigned the month it arrived, and they are all quietly screening for it.
Real-World Insights and Next Steps
The breadth of this field is genuinely overwhelming, and the overwhelm is the main thing that stops people. Web, network, cloud, mobile, wireless, Active Directory, social engineering, hardware — each of them is a career. Nobody is good at all of them, including the people who appear to be. The way through is unglamorous: pick one area, get properly deep, ship evidence of it, and let the second area come from an engagement rather than from a syllabus. Depth is what gets hired; breadth is what accumulates afterwards. Two observations worth closing on:
Quote from a Local Professional: “In Singapore, where 92% of organizations have experienced breaches due to the cyber skills gap, it’s crucial for us to bridge that divide by building a well-trained workforce as the first line of defense against cyber threats,” notes Jess Ng, Country Head for Singapore at a global cybersecurity firm. The useful part is not the reassurance — it is the admission that employers now see the gap as something they have to close by training rather than by hiring ready-made. That is why graduate schemes, CSAT and sponsored certifications exist at all. It does not mean anyone will hire you unprepared; it means the organisations with budget are willing to finish the job if you have started it credibly.
Quote on Attitude: “Attitude is much more important than having done a certain course. If your heart’s not in it, you won’t keep up in penetration testing,” one expert pentester says. This is not motivational filler; it is a statement about attrition. Testing requires you to keep learning after the certificate, after the job offer, and after the novelty wears off — and the people who leave the field mostly leave because that turned out to be exhausting rather than because they lacked ability. Before committing years to this, check honestly whether you enjoy the process of being stuck, because that is most of the work.
Four things to do, in this order:
-
Write the plan down with dates on it. Not “get certified” — “Finish TryHackMe’s Offensive Pentesting path by August 2026; pass Security+ by October; publish five write-ups on a portfolio site by December.” Undated goals in this field decay into permanently deferred ones, because there is always another tool to learn instead. A calendar entry is the entire mechanism.
-
Join one community this week. CyberSecurity Malaysia events, CSA’s Cyber Youth programmes, the Hack The Box or TryHackMe Discords, a local OWASP chapter. The value is not motivation — it is that job leads and honest answers about employers circulate in these channels weeks before they reach a job board, and only to people who are visibly present.
-
Apply before you feel ready. Everybody who waits for “ready” waits indefinitely, because the syllabus has no end. Apply when you meet most of the criteria; job descriptions are aspirational documents and hiring managers know it. Every interview is free calibration on what this market actually asks. For the wider picture, the Cybersecurity Career Accelerator covers adjacent routes in, and our Social Engineering Roadmap covers the human side of offensive work.
-
Stay current, and stay inside the law. Build a reading habit — CSA advisories, CVE notifications, the researchers whose work you find worth following — and when something significant lands, rebuild it in your lab rather than just reading about it. On ethics, there is no nuance to offer: test only what you have written authorisation to test. Under Malaysia’s Computer Crimes Act 1997 and Singapore’s Computer Misuse Act, unauthorised access is a criminal offence irrespective of intent or outcome, and this industry has a long institutional memory. Your reputation for restraint is the asset that makes everything else in this guide worth building.
The gap that opened this article — 25,000 wanted, 15,248 counted — is not going to close on schedule, and that is the opportunity. It is also not an entitlement. What closes the distance between you and it is a few hundred hours in a lab, evidence you can point at, and the patience to take the adjacent job when the perfect one does not appear. Everything else in this guide is detail. Start with the lab, write down what you find, and hack only what you are allowed to.
