How to become a SOC analyst in India (2026), at a glance

Quick answer: To become a SOC analyst in India in 2026, work through six phases: (1) build IT, networking, Windows and Linux foundations; (2) learn security fundamentals plus MITRE ATT&CK and the NIST incident-response lifecycle; (3) master the core SOC skills hands-on — log analysis, SIEM query languages (Splunk SPL or Sentinel KQL), EDR and detection engineering — in a home lab; (4) certify with Security+ as the baseline, then CySA+ or CSA, and SOC-200/OSDA for practical proof; (5) specialise into incident response, DFIR, threat intelligence or threat hunting to move out of L1; and (6) build a portfolio of documented investigations and apply. Expect roughly 10–15 months from a zero-IT start, or 5–9 months with an existing IT background, then 18–24 months at L1 before L2.

Phase	Focus	What you build	Key credentials
1	IT, networking & OS foundations	TCP/IP, DNS, HTTP/TLS, Windows Event Logs, Linux, Active Directory	ITF+, A+, Network+, Linux+
2	Security fundamentals	Threat landscape, MITRE ATT&CK, kill chain, NIST IR lifecycle	CyberCore, Security+
3	Core SOC skills (hands-on)	Log analysis, SIEM (SPL/KQL), EDR, SOAR, Sigma rules, home lab	—
4	SOC certifications	Pass CV filters, then prove practical detection skill	Security+ → CySA+ / CSA → SOC-200 (OSDA)
5	Specialise out of L1	Incident response, DFIR, threat intel, threat hunting, cloud/OT	ECIH, CHFI, CTIA, TH-200, Cloud+
6	Portfolio & land the job	Documented investigations, Sigma rules, CV, scenario interviews	—

If penetration testing is the most glamorous job in cybersecurity, the Security Operations Centre analyst is the one that actually keeps the lights on. Every bank, hospital, SaaS company, BPO and government department in India that runs a real security programme runs a SOC — a team watching logs, alerts and telemetry around the clock, deciding in minutes whether a suspicious login is a tired employee or the first step of a ransomware attack. That makes SOC analyst the single largest entry point into cybersecurity in India: more openings, more shifts to staff, and more employers willing to hire someone who is trainable rather than already expert. This guide is a complete and honest roadmap — what a SOC analyst actually does all day, what the tiers and pay bands really look like, and the concrete, phase-by-phase path from beginner to hired, including where you will need training that we do not provide.

What does a SOC analyst actually do?

A SOC analyst is a defensive security professional who monitors an organisation’s systems for signs of attack, investigates what the monitoring throws up, and either resolves it or escalates it to someone who can. The work is built around a stream of alerts: a SIEM platform ingests logs from servers, endpoints, firewalls, cloud services and identity providers, correlates them against detection rules, and raises an alert when something matches. The analyst’s job is triage — is this a real attack, a misconfiguration, or noise? — followed by investigation, containment and a clear written record of what happened.

Contrary to how it is often marketed, this is not a passive “watch the dashboard” role. A competent analyst spends the day pivoting through evidence: pulling the process tree behind a suspicious executable, checking whether a flagged IP address has been seen elsewhere in the estate, reading Windows event logs and Linux audit records, comparing behaviour against the MITRE ATT&CK framework to work out which stage of an intrusion they are looking at, and isolating a host before the attacker moves laterally. The best analysts are relentlessly curious and comfortable saying “I do not know yet, let me check.”

SOC teams are usually organised in tiers, and understanding them is the key to planning your career. Tier 1 (L1) analysts do first-line monitoring and triage: they work the alert queue, apply documented playbooks, close false positives and escalate anything genuine. Tier 2 (L2) analysts take those escalations and run deeper investigations — correlating across data sources, doing basic forensics and malware triage, and leading containment. Tier 3 (L3) covers the specialists: threat hunters who go looking for intrusions no rule has caught, detection engineers who write and tune the rules themselves, and incident responders who handle major breaches end to end. Above that sit SOC leads and managers. Almost everybody starts at L1, and the whole point of a roadmap is to get through L1 quickly.

It is worth being blunt about one thing early: many SOC roles in India involve rotating shifts, because attacks do not respect business hours and SOCs run 24×7. Night rotations are common in the first year or two, particularly at managed security service providers. That is a genuine trade-off — but it is also why L1 roles are so plentiful and so accessible to career changers, and most analysts rotate out of night shifts as they move up.

Is SOC analyst a good career in India in 2026?

For most people entering cybersecurity, it is the most realistic and one of the best options available. The demand is structural rather than fashionable: India’s rapid digitisation, the DPDP Act and CERT-In’s incident-reporting expectations, the growth of managed security service providers serving global clients from Indian delivery centres, and the sheer volume of attacks have all combined to create a persistent shortage of monitoring and response staff. Crucially, SOC hiring managers routinely hire people without prior security experience — from IT support, network operations, system administration and even non-technical backgrounds — provided they can demonstrate fundamentals and genuine interest. Very few other cybersecurity roles are that open at the entry level.

On pay, the ranges below reflect commonly reported figures for the Indian market in 2026 and vary widely by city, employer type, shift pattern, certifications and demonstrable skill — treat them as directional rather than guaranteed, and always check current data for your own city and profile. Entry-level L1 analysts (roughly 0–2 years) commonly sit in the region of ₹3.5–6 lakh per annum, with product companies and metros at the higher end and high-volume service providers at the lower. L2 analysts (roughly 3–5 years) commonly reach around ₹7–12 LPA. L3, threat hunters, detection engineers and incident responders (6+ years) frequently reach ₹15–25 LPA and beyond, and SOC managers, DFIR leads and security architects go higher still. Independent salary aggregators reporting an all-India average near the ₹5 lakh mark are effectively averaging a workforce dominated by L1 staff — which is exactly why the roadmap below is built around getting out of L1 fast.

The most important number in this whole guide is not a salary — it is the L1-to-L2 jump, which is widely reported as the largest single uplift in the SOC career, typically landing somewhere in the 18–24 month window and often worth a substantial percentage increase in one promotion cycle. Analysts who stall are almost always the ones who spent two years closing tickets without ever learning to write a detection rule, script a repetitive task, or investigate beyond the playbook. Analysts who move fast are the ones who treated L1 as a paid apprenticeship. Everything in Phase 5 below is aimed squarely at that jump. For how SOC pay compares with other cybersecurity roles, see our highest-paying cybersecurity jobs in India guide.

One honest caveat: the entry level is competitive precisely because it is accessible. Employers see a lot of applicants holding a certificate and no hands-on evidence. The differentiator is not another certificate — it is a home lab you can talk about, log analysis you have genuinely done, and the ability to explain an investigation clearly in an interview. Plan for that from day one.

Phase 1: Build the IT, networking and operating-system foundations

You cannot detect anomalies in systems you do not understand. This is the phase most aspiring analysts try to skip, and it is the phase that separates people who pass technical interviews from people who do not. Before you touch a SIEM, you need to be genuinely comfortable with how computers, networks and operating systems actually behave when nothing is wrong — because detection is fundamentally about recognising when something departs from normal.

Networking is non-negotiable and is where SOC interviews concentrate. You need the TCP/IP model, the three-way handshake, common ports and what runs on them, DNS resolution end to end, DHCP, NAT, HTTP and HTTPS, TLS at a conceptual level, VPNs, and how firewalls, proxies and load balancers change what traffic looks like on the wire. You should be able to read a packet capture in Wireshark and explain what a conversation is doing. Operating systems come next, and you need both: Windows (the process model, services, the registry, authentication and above all the Event Log — Security, System and Sysmon events are the raw material of half of all SOC work) and Linux (the filesystem hierarchy, users and permissions, processes, systemd, and where logs live in /var/log, journalctl and auditd). A working knowledge of Active Directory — domains, Kerberos and NTLM authentication, group policy — is what turns an average L1 analyst into a good one, because a huge proportion of real-world intrusions are identity attacks.

If you are starting from zero, a structured foundation is far faster than piecing together tutorials. Macksofy’s CompTIA ITF+ is the true absolute-beginner entry point, CompTIA A+ covers hardware, operating systems and troubleshooting, CompTIA Network+ is the single highest-value certification on this list for a future SOC analyst, and CompTIA Linux+ builds the command-line fluency you will use every day. If you already work in IT support, networking or system administration, you may be able to compress this entire phase into a few weeks of gap-filling and go straight to Phase 2 — that existing experience is a genuine advantage, not something to apologise for.

Phase 2: Learn security fundamentals and the attacker’s playbook

With the foundations in place, the next step is security literacy: the vocabulary, the threat landscape and the defensive concepts that every conversation in a SOC assumes you already know. This is where you learn the CIA triad, risk and threat modelling, cryptography at a working level, identity and access management, secure network architecture, and the standard categories of attack — phishing and social engineering, malware families, ransomware, credential theft, privilege escalation, lateral movement and data exfiltration.

Two frameworks deserve special attention because you will use them daily. MITRE ATT&CK is the shared language of modern detection: a catalogue of the tactics attackers pursue and the techniques they use to achieve them. Learn the tactic chain in order, then get properly familiar with the most commonly observed techniques rather than trying to memorise the whole matrix. Being able to say “this alert looks like credential dumping, which is Credential Access, so I should check what happened before it under Initial Access and Execution” is exactly the reasoning L2 interviews probe for. The cyber kill chain and the NIST incident response lifecycle (preparation, detection and analysis, containment, eradication and recovery, post-incident activity) give you the process scaffolding around that.

You also need to understand offence to defend competently — not to become a pentester, but because you cannot recognise an attack technique you have never seen executed. Reading our guides on the attack techniques defining 2026 and AI-powered cyber threats in India is a good start, and hands-on exposure through a course like CEH v13 gives you a genuinely useful attacker’s-eye view of the tooling. For a structured start, CyberCore Security Essentials is designed as an on-ramp for people entering security from an IT background, and CompTIA Security+ is the certification most frequently named in Indian SOC job postings as a baseline requirement. If you are still choosing your first certification, our cybersecurity certifications for beginners guide compares the realistic options.

Phase 3: Master the core SOC skills — logs, SIEM, EDR and detection

This is the phase that makes you employable, and it is the one that cannot be certified into existence. Everything here needs hands-on repetition. There are three skill clusters, and you should build them in this order.

Log analysis and query fluency

Everything in a SOC starts as a log line. You need to be able to read raw Windows Security events by ID (logon and logoff events, account lockouts, privilege assignment, process creation, service installation), Sysmon telemetry, Linux authentication and audit logs, web server access logs, firewall and proxy logs, and cloud audit trails such as AWS CloudTrail or Azure sign-in logs. Then you need query fluency in at least one SIEM query language — Splunk’s SPL or Microsoft Sentinel’s KQL are the two most requested — because the difference between an L1 who waits for alerts and an L2 who finds things is the ability to ask the data a question directly.

SIEM, EDR and SOAR — and how they fit together

The modern SOC stack has three layers and interview panels love asking you to distinguish them. The SIEM (Splunk, Microsoft Sentinel, IBM QRadar, Elastic Security, Wazuh, LogRhythm) is the central nervous system: it ingests and correlates logs from everywhere and generates alerts. The EDR (Microsoft Defender for Endpoint, CrowdStrike Falcon, SentinelOne and others) is the deep-focus lens on individual endpoints: process trees, file and registry activity, and the ability to isolate a compromised host with one click. SOAR sits on top and automates the repetitive parts — enrichment, ticketing, standard containment steps — through playbooks. Learn SIEM and EDR first; SOAR typically becomes relevant at L2 and above. The 2026 trend worth knowing is the migration from on-premise SIEM to cloud-native platforms, which is why cloud logging knowledge is increasingly expected even in entry-level roles.

Detection engineering and threat hunting basics

The skills that pull you out of L1 fastest are writing and tuning detections, and hunting proactively. Learn the Sigma rule format (a vendor-neutral way to express detection logic that converts to most SIEM query languages), practise tuning a noisy rule down without losing true positives, and start forming hunting hypotheses — “if an attacker were using this technique in our environment, what artefact would it leave, and can I go look for it?” Even a handful of documented hunts in a home lab is a powerful interview asset.

Build all of this in a home lab, which costs nothing but time: a couple of virtual machines, a Windows box with Sysmon installed, a Linux box, and a free SIEM such as Wazuh or the Elastic stack, or a Splunk free licence. Generate real telemetry by running benign attack simulations against your own machines, then hunt for the traces. Document each exercise. Public platforms with defensive tracks — blue-team labs, CTF-style detection challenges and publicly available incident datasets — are excellent supplements. Our in-demand cybersecurity skills in India guide covers how these skills are actually weighted by employers.

An honest note on tooling certifications: vendor-specific credentials such as Splunk’s certifications and Microsoft’s SC-200 (Security Operations Analyst) are genuinely valuable when your target employer runs that stack. Macksofy does not currently offer training for Splunk or Microsoft SC-200, and we would rather tell you that than pretend otherwise. Those are worth pursuing directly through the vendor’s own learning paths alongside the vendor-neutral path below — the analytical skills transfer completely, and the vendor-neutral certifications in Phase 4 are what most Indian employers screen on first.

Phase 4: Get the certifications that Indian SOC employers actually screen for

Certifications will not make you an analyst, but they will get your CV past the filter — and in a market with this many applicants, that matters. The sensible strategy is one baseline certification to get interviews, then one analyst-level certification to move up. Do not collect certificates instead of building skills; the two are complementary, and the interview will find out which one you skipped.

The baseline: Security+

CompTIA Security+ is the most commonly requested baseline in Indian SOC job descriptions and the most efficient single credential for getting an L1 interview. It is vendor-neutral, widely recognised by HR filters, and its syllabus maps closely to what an L1 actually needs to know. If you only ever do one certification before your first SOC job, make it this one.

The analyst step-up: CySA+ and CSA

Once you have the baseline, two credentials are specifically aimed at the SOC role. CompTIA CySA+ is the analyst-level continuation of Security+, focused on behavioural analytics, threat detection, log analysis and incident response — it is the natural next step and is frequently named in L2 job requirements. EC-Council Certified SOC Analyst (CSA) is purpose-built for tier 1 and tier 2 analysts, covering SOC processes, SIEM operations, log management and incident escalation workflows. Either works; CySA+ tends to carry broader vendor-neutral recognition, while CSA is more explicitly SOC-process oriented. Our SOC and blue-team certifications guide compares them in detail.

The hands-on differentiator: SOC-200 / OSDA

OffSec SOC-200, leading to the OSDA (Offensive Security Defense Analyst) certification, is the credential that most cleanly demonstrates you can actually do the work rather than recall it. The exam is a practical, hands-on assessment in a live lab where you detect, analyse and document real attacks — the defensive counterpart to what OSCP does for offensive roles. It is not a first certification, but for anyone serious about moving beyond alert triage into detection and response it is the strongest signal on this list.

Where the honest gaps are: two other credentials come up often in SOC conversations that we do not train for. GIAC GCIH is a well-regarded incident-handling certification and a strong long-term investment once your fundamentals are solid; Blue Team Level 1 (BTL1) is a popular practical entry-level defensive certification. Macksofy does not offer courses for GCIH or BTL1. If either is specifically required by an employer you are targeting, pursue it through the issuing body — and note that the closest equivalents we do offer are SOC-200/OSDA for practical detection skill and ECIH for structured incident handling.

Phase 5: Specialise — the fastest route out of L1

Once you are working in a SOC, generalist alert triage has a ceiling. Depth is what gets you promoted, and the good news is that you can start building it while still in an L1 seat, using real incidents as your curriculum. Pick the lane that matches what you enjoy in the day job.

Incident response

If you like the pressure and structure of handling a live incident end to end, incident response is the most natural progression from L2. You learn the full lifecycle, evidence handling, containment strategy and post-incident review. EC-Council ECIH is the structured route, and IR skills travel well into consulting and DFIR roles.

Digital forensics (DFIR)

If the part you enjoy is reconstructing exactly what happened — disk and memory forensics, timeline analysis, artefact recovery — DFIR is a deep, well-paid and durable specialisation. CHFI covers the investigative methodology, and our DFIR certifications guide maps the wider landscape.

Threat intelligence

If you gravitate towards the bigger picture — who is attacking this sector, with what tooling, and what should we detect next — threat intelligence turns raw indicators into actionable defensive direction. CTIA covers the intelligence lifecycle, collection, analysis and dissemination.

Threat hunting and detection engineering

If you would rather go looking for what the rules missed, threat hunting is the highest-leverage L3 track and the one most directly tied to detection engineering. OffSec TH-200, leading to the OSTH certification, is a practical hands-on route into structured hunting. This lane pairs extremely well with scripting ability — Python and PowerShell — because hunters automate their own tooling.

Cloud and OT security

Two specialisations are growing faster than the supply of people who can do them. Cloud security monitoring is now core rather than niche, since most new workloads and most new logging live in AWS, Azure or GCP — CompTIA Cloud+ builds the platform grounding and our cloud security certifications guide covers the specialist options. OT and ICS security monitoring, covered in our OT security guide, is a genuinely scarce skill in Indian manufacturing, energy and utilities.

Two more directions worth naming. Some analysts move across rather than up, into offensive security — the defensive grounding makes for unusually effective pentesters, and our penetration tester roadmap covers that path (OSCP being the usual anchor). Others move towards leadership and governance, where security management and compliance knowledge matter more than tooling; CCISO sits at the far end of that track, though it is a destination for experienced professionals rather than a next step from L1.

Phase 6: Build proof and land the job

The final phase is turning capability into an offer, and it is where most self-taught candidates underperform — not because they lack skill, but because they have no way to show it. Your goal is to walk into an interview with evidence.

Build a portfolio. Document your home lab: what you built, what telemetry you collected, what attacks you simulated and what you detected. Write up three or four investigations as short structured reports — alert, hypothesis, evidence examined, conclusion, recommended action. Publish detection rules you have written, in Sigma format, to a public repository. Write up your analysis of a publicly documented breach, mapping it to ATT&CK techniques and stating what detections would have caught it. Four solid artefacts beat forty hours of unstructured tutorial-watching, because they are things an interviewer can actually read.

Write a CV that survives the filter. Name the tools explicitly — SIEM platform, EDR, Wireshark, the query languages you know — because keyword filters are real. Translate any prior IT experience into security-adjacent language: ticket triage, escalation, incident documentation and user support all map directly onto L1 competencies. Keep it to one or two pages and lead with skills and projects rather than a lengthy objective statement.

Prepare for the interview honestly. Expect networking fundamentals (walk me through what happens when you type a URL; what does this port do; explain the handshake), Windows and Linux log questions (which event ID tells you what; what would you look for after a suspicious logon), a scenario walk-through (“you get an alert for a suspicious PowerShell execution on a finance workstation at 2 a.m. — what do you do?”), and behavioural questions about escalation and working under pressure. The scenario question is where candidates win or lose: answer with a structured process — validate, scope, contain, investigate, document, escalate — rather than jumping to a conclusion. When you do not know something, say so and explain how you would find out; SOC leads hire for that instinct.

Where to apply. Managed security service providers and large IT services companies are the highest-volume entry point in India and will give you exposure to many client environments quickly; in-house SOCs at banks, insurers, healthcare and product companies are often better paid and deeper but hire fewer freshers. Both are legitimate starting points, and MSSP experience is a well-trodden route into in-house roles after 18–24 months. Macksofy runs training across major Indian cities — see our training locations for classroom and online options near you.

How long does it realistically take?

Timelines vary enormously with starting point and study intensity, so treat these as planning ranges rather than promises. Someone starting from zero IT background, studying seriously part-time alongside a job, should plan for roughly 10–15 months to a first L1 role: about four to six months on Phase 1 foundations, two to three months on security fundamentals and Security+, and three to five months building genuine hands-on SIEM, EDR and log-analysis skill in a home lab. Someone already working in IT support, networking or system administration can typically compress this to 5–9 months, because Phase 1 is largely already done and the remaining work is security-specific.

From there, expect roughly 18–24 months at L1 before an L2 move — faster if you specialise deliberately, write detections, script your own tooling and take an analyst-level certification during that time; slower if you only work the queue. The single biggest accelerator at every stage is consistent hands-on practice: two focused hours a day sustained over months beats occasional weekend marathons, and it is what produces the portfolio that makes the next step easy.

Five mistakes that stall SOC careers

1. Skipping networking. Every serious SOC interview probes networking fundamentals, and every real investigation depends on them. Candidates who rush past this phase to get to the “interesting” tools get filtered out at the first technical round.

2. Collecting certificates instead of skills. Three certifications and no home lab is a weaker profile than one certification and four documented investigations. Certifications open the door; demonstrable skill gets you through it.

3. Treating L1 as a destination. The queue will happily consume two years of your life. Deliberately spend part of every week on something that is not ticket-closing: a hunt, a detection rule, a script, a write-up of an interesting incident.

4. Never learning to script. Python and PowerShell are what separate analysts who automate their own work from analysts who do it by hand forever. You do not need to be a software engineer — you need to be able to parse a log file, query an API and automate an enrichment step.

5. Ignoring the attacker’s side. You cannot detect techniques you have never seen performed. Spend time understanding offensive tooling and methodology, even if you have no intention of becoming a pentester.

Frequently Asked Questions

Can I become a SOC analyst with no IT experience?

Yes, and it is one of the few cybersecurity roles where that is realistic — but not without building the foundations first. You will need networking fundamentals, working knowledge of Windows and Linux, security basics and hands-on familiarity with a SIEM before you are interview-ready. Starting from zero, plan for roughly 10 to 15 months of consistent part-time study. Non-IT backgrounds are common in SOC teams; what is not common is skipping the fundamentals.

Which certification should I get first for a SOC analyst job in India?

CompTIA Security+ is the most efficient first certification for an Indian SOC role — it is the credential most frequently named as a baseline in job descriptions and it maps well to what a tier 1 analyst needs. If you are starting with no IT background at all, ITF+, A+ or Network+ first will serve you better, since Security+ assumes networking knowledge you may not yet have.

What is the difference between CySA+, CSA and SOC-200 (OSDA)?

CompTIA CySA+ is a vendor-neutral analyst-level certification focused on behavioural analytics, detection and incident response — the natural step up from Security+. EC-Council CSA is purpose-built around SOC processes, SIEM operations and escalation workflows for tier 1 and tier 2 analysts. OffSec SOC-200, leading to OSDA, is the hands-on practical option: its exam is a live lab where you must detect, analyse and document real attacks. A common sequence is Security+, then CySA+ or CSA, then SOC-200 once you are working.

What salary can a fresher SOC analyst expect in India in 2026?

Commonly reported ranges for entry-level L1 analysts sit around ₹3.5 to ₹6 lakh per annum, varying significantly by city, employer type and shift pattern, with product companies and metros typically at the higher end. L2 analysts commonly reach roughly ₹7 to ₹12 LPA and senior or specialist roles ₹15 to ₹25 LPA and beyond. These are market ranges rather than guarantees — confirm current figures for your own city and profile, since no course or certification can promise a specific salary.

Do SOC analysts have to work night shifts?

Often, yes — particularly in the first year or two and particularly at managed security service providers, because SOCs typically operate 24×7 and coverage is rotated across the team. Many organisations run rotating rather than permanent night shifts, and analysts generally move out of overnight rotations as they progress to L2 and L3. It is a real trade-off worth considering, and it is also part of why entry-level SOC roles are so widely available.

Which SIEM should I learn first?

Splunk and Microsoft Sentinel are the two most frequently requested in job postings, so learning one of them gives the best return. The practical constraint is access: Splunk offers a free tier and Sentinel requires an Azure subscription, so many learners start with a free open-source platform such as Wazuh or the Elastic stack to build the underlying analytical skills, then convert to Splunk SPL or Sentinel KQL. The query language differs; the investigative thinking transfers completely.

Is SOC analyst work being replaced by AI and automation?

Automation is changing the job rather than removing it. SOAR platforms and AI-assisted triage are absorbing repetitive tier 1 work — enrichment, deduplication and routine false-positive handling — which genuinely reduces the volume of pure alert-clicking roles over time. What automation does not replace is judgement: investigating a novel intrusion, deciding whether to contain a production system, hunting for what no rule caught, and writing detections in the first place. The practical implication is to move up the value chain quickly rather than settling into queue work, which is exactly what Phase 5 of this roadmap is about.

Where to start this week

If you are starting from zero, spend this week on networking fundamentals and set up two virtual machines. If you already work in IT, skip straight to installing Sysmon on a Windows VM, pointing a free SIEM at it, and running your first log query. Momentum in this field comes from doing, not planning.

Macksofy Trainings runs instructor-led programmes across the defensive path described above — foundations through ITF+, A+, Network+ and Linux+; security fundamentals through CyberCore and Security+; core SOC skills through CSA, CySA+ and SOC-200; and specialisation through ECIH, CHFI, CTIA and TH-200 — in classroom and online formats across major Indian cities.

Disclaimer: this guide is for educational and career-planning purposes. Salary figures are indicative market ranges compiled from publicly reported data and vary by city, employer, experience and individual skill; no training programme can guarantee employment or any specific salary outcome. Macksofy Trainings is an EC-Council Accredited Training Center; our CompTIA and Offensive Security programmes (including ITF+, A+, Network+, Linux+, Security+, CySA+, Cloud+, CyberCore, SOC-200 and TH-200) are independent exam-preparation bootcamps and are not affiliated with, endorsed by, or certified by CompTIA or OffSec. All product and certification names are the property of their respective owners. Security monitoring and testing must only be performed on systems you own or are explicitly authorised to assess.

Related reading: API abuse is an under-served detection area for SOC teams — understand what you are detecting with our complete guide to API security testing (2026) — the OWASP API Top 10, REST and GraphQL methodology, tools, defences and careers.