Hire Cybersecurity Engineers in India
— Application & Cloud Security
A cybersecurity engineer builds and runs the defenses your product depends on: secure architecture, application security in your CI/CD pipeline, cloud security and IAM on AWS, Azure, or GCP, SIEM monitoring, and incident response. Certified CISSP, OSCP, and CCSP, matched in 48 hours. Looking for someone to attack your app on request instead? See our security testers.
What a cybersecurity engineer does for you
The job spans more ground than the title suggests. Here is the full range of work our security engineers cover, with a link to the specialist team next door when a task belongs to a different role.
Secure architecture & threat modeling
Designing systems so a compromise in one place does not cascade into everything else: network segmentation, zero-trust access, least-privilege service accounts, and a threat model reviewed before the first line of code ships, not after an incident forces the conversation.
Application security (SAST/DAST in CI)
Static and dynamic scanning wired into GitHub Actions, GitLab CI, or Jenkins so a vulnerability blocks a pull request instead of shipping. If your team is still building the pipeline itself, our DevOps engineers set up the CI/CD your security tooling plugs into.
See the specialist page →Cloud security & IAM (AWS/Azure/GCP)
Locking down IAM policies, security groups, and storage permissions across your cloud accounts, closing the misconfigurations that cause most real-world breaches. Need broader cloud infrastructure work alongside the security posture? Our AWS cloud engineers build and scale the environment itself.
See the specialist page →SIEM, monitoring & SOC operations
Deploying and tuning a SIEM, Splunk, Sentinel, or an open-source stack, writing detection rules, and cutting through alert noise so your team investigates real signals instead of drowning in false positives.
Incident response
Owning the runbook when something goes wrong: containment, root-cause investigation, and the post-incident report that turns a bad day into a fix that actually holds, not a patch that reopens next quarter.
Vulnerability management & DevSecOps
Running a continuous patching and dependency-scanning program, and embedding security review into the sprint cycle instead of a once-a-year audit fire drill.
Compliance readiness (SOC 2, ISO 27001)
Mapping your controls against the framework you are pursuing, closing the gaps before an auditor finds them, and producing evidence your compliance team can hand over directly.
What a senior cybersecurity engineer actually does
Installing a scanner and reacting to whatever it flags is not security engineering. What separates a senior engineer from someone who knows the tools is the ability to see the system the way an attacker would before anything breaks, then build so the weak point never gets tested for real.
Threat modeling and secure-by-design architecture
A senior engineer reviews architecture before it is built, not after, mapping trust boundaries, data flow, and every place a service talks to another service or to the outside world. STRIDE, spoofing, tampering, repudiation, information disclosure, denial of service, elevation of privilege, gives a structure to that review, so a design gets flagged for a missing authentication check or an over-broad IAM role during planning, when the fix costs an hour, not during an incident, when it costs a weekend.
An AppSec pipeline that catches bugs without slowing releases
Static analysis, SonarQube or Semgrep, reads source code without running it and catches hardcoded secrets and unsafe patterns before a build ships. Dynamic analysis, OWASP ZAP, tests the running application the way a user would interact with it. A senior engineer wires both into the pipeline as a gate that fails a pull request on a real finding, then tunes it hard enough that a false positive does not train the team to click through every warning without reading it. Dependency and container scanning, Snyk and Trivy, close the third gap: the vulnerability that shipped in a library your team never wrote a line of.
Cloud security and IAM, where most real breaches start
A public S3 bucket, an over-permissioned IAM role, a security group open to the world, these misconfigurations cause more breaches than any zero-day exploit. A senior engineer sets up least-privilege access as the default across AWS, Azure, or GCP, rotates credentials on a schedule instead of never, and runs continuous configuration scanning so a permission that drifts open gets caught the same day, not during the next quarterly review.
SIEM, detection engineering, and running (or supporting) a SOC
A SIEM without tuned detection rules is a very expensive log archive. A senior engineer writes rules against your actual threat model, an unusual login pattern, a spike in failed authentication, a service account making a call it has never made before, and prunes the noise that would otherwise bury a real alert under a hundred routine ones. This is the work that makes round-the-clock monitoring worth having, rather than an alert queue nobody has time to read.
Incident response: the difference between a bad day and a breach disclosure
When something does go wrong, the first hour matters more than the next ten. A senior engineer works from a runbook that is already written, not improvised live: contain the affected system, preserve evidence, identify the root cause, and communicate status to stakeholders without either understating the problem or triggering panic. The post-incident report closes with a fix that holds, and a change to the architecture or the pipeline so the same class of failure cannot happen the same way twice.
Compliance mapping that survives contact with an auditor
SOC 2 and ISO 27001 each specify a control set, not a vague "we take security seriously" statement. A senior engineer maps your actual controls against the framework, flags what is missing before the audit window opens, and hands the compliance team evidence, logs, configuration screenshots, policy documents, tied directly to each control rather than a folder someone has to sort through under deadline pressure.
What good looks like in practice is a security posture that a client's own audit team, or their biggest customer's security questionnaire, can survive without a scramble. Every engineer we place has been through a live technical interview against that bar, and a hands-on architecture review, before you ever see a profile.
Security engineer, security tester, or SRE — which one do you need?
These titles get used loosely, and job posts blur them further. Here is the plain distinction, because hiring the wrong one wastes a search and leaves the actual gap uncovered.
| Role | What they do | Hire this one when | Page |
|---|---|---|---|
| Cybersecurity engineer | Builds and defends: secure architecture, appsec, cloud security, SIEM, incident response, on an ongoing basis. | You need someone to design and maintain your defenses, not test them once and leave. | This page |
| Security tester / penetration tester | Attacks on request: finds vulnerabilities before an attacker or an auditor does, then hands you a report. | You need a point-in-time or recurring test of what is already built. | /hire/security-tester-in-india |
| Site reliability engineer (SRE) | Keeps systems up: uptime, latency, capacity planning, and incident response for outages. | Your gap is reliability and performance, not security specifically. | /hire/site-reliability-engineer-in-india |
| DevOps engineer | Builds the CI/CD pipelines and infrastructure automation your engineers ship through. | You need the pipeline and infrastructure built before security gets layered on top. | /hire/devops-engineer-in-india |
Most mature teams end up with more than one of these, an engineer who builds the defenses and a tester who checks them, on separate cadences. Building both at once? Start here and add a security tester once your architecture is in place.
Certifications our cybersecurity engineers hold
A certification is the floor, not the ceiling. It gets a candidate onto our shortlist. A live technical interview and an architecture review decide whether they stay on it.
We verify every certification against the issuing body before a candidate is matched to your engagement, not after.
Why hire cybersecurity engineers in India
Security engineering lives inside the same enterprise centers that already run India's software industry. Here is the case in numbers, including the honest version of the cost story.
The cost math, and why the gap is narrower than a general engineering hire
A security engineer through TechTeamsOnline starts around $2,200 a month at the associate level, about $3,200 mid-level, $4,500 senior, and $6,200 for a lead or security architect who can own the whole program. Compare that to the US, where a senior security engineer typically runs $150,000 to $190,000 a year, and a principal security architect closer to $190,000 to $230,000, salary alone, before benefits and a recruiter fee. The saving lands around 60 to 70 percent rather than the roughly 75 percent you see on a general software engineering hire. That narrower gap is the honest version of the story: security talent is scarce everywhere, so the premium exists in India too, just at a lower absolute number. A three-person security function, a lead plus a senior plus a mid-level engineer, runs close to $13,900 a month here against something in the $40,000 to $45,000 range for the same three roles hired locally, still a meaningful redeployment of budget once you account for the premium.
A talent pool that trains inside the centers you already trust
India has between 4.3 and 5.8 million software developers, and cybersecurity engineering draws from the sharpest slice of that pool, people who train and get promoted inside 174 Fortune 500 engineering centers running production security operations right now. That depth means a specialist role that sits open for months in a tight US or UK market gets a real, certified shortlist here in days, and moving from one security engineer to a small function does not stall on a hiring pipeline the way it often does onshore.
Quality proven where the stakes are already high
JPMorgan Chase runs security operations out of its roughly 55,000-person India technology hub, its largest outside the US, and Microsoft's India Development Center, more than 20,000 engineers, ships security tooling used globally from the same campuses we recruit from. India also holds the world's highest concentration of CMMI Level 5 and ISO 27001 certified firms, TCS, Infosys, Wipro, and HCL among them, the exact certification bar your own compliance team probably already references. The engineers defending a Fortune 500 bank's cloud environment during business hours are drawn from the identical talent pool, at a fraction of the cost, because the rate reflects cost of living here, not a lower bar for the work.
Time-zone overlap built for round-the-clock security, not just standups
Most engineering hires benefit from time-zone overlap for collaboration. Security has an extra reason to want it, because threats do not wait for business hours, and a proper follow-the-sun SOC needs coverage across a wider window than any single region can staff alone. India runs nine and a half to ten and a half hours ahead of US time zones, so an India-based engineer's working day naturally covers hours your own team is asleep, closing a monitoring gap that otherwise sits uncovered or gets bolted on with an expensive on-call rotation. Add a UK or EU-based hire and the three regions together cover close to the full 24-hour clock without anyone working a permanent night shift.
Access, IP, and the Digital Personal Data Protection Act
Security engineering roles get closer to sensitive infrastructure than most hires, production cloud accounts, IAM policies, SIEM data, incident runbooks, so access discipline matters more here than almost anywhere else in a tech org. Every engagement runs on least-privilege access through your own identity provider, MFA enforced, no standing root or shared credentials, and every action logged the same way an internal hire's would be. Contracts use work-for-hire and IP-assignment clauses that vest all created work in you, backed by India's Digital Personal Data Protection Act 2023, which carries penalties up to ₹250 crore for a breach. You are not opening a trust account with a stranger. You are granting a scoped, logged, revocable set of permissions, the same as you would for anyone else who joins the team.
Read the full case for hiring in India at why India, or run your own numbers on the cost calculator.
Six things our cybersecurity engineers ship for clients
To make the role concrete, here is the kind of engagement our engineers actually run, not a generic job description.
Secure SDLC / DevSecOps rollout
SAST, dependency scanning, and secret detection wired into your existing CI/CD pipeline so a vulnerability blocks the pull request instead of shipping. Most rollouts go from zero automated security checks to a working gate in two to three weeks.
Cloud security hardening
A full IAM and configuration review across your AWS, Azure, or GCP accounts, closing over-permissioned roles, open storage, and unrotated credentials, then continuous scanning so drift gets caught the same day it happens.
Application security program build-out
Standing up a repeatable process, threat modeling on new features, a fixed cadence of code review focused on security, and a triage workflow so findings get owned and closed instead of sitting in a spreadsheet.
SIEM deployment & tuning
Getting logs flowing into Splunk, Sentinel, or an open-source stack, then writing detection rules against your actual threat model so the alert queue surfaces real signal instead of noise nobody has time to read.
Incident response readiness
A written runbook, a tested communication plan, and a tabletop exercise before you need any of it for real, so the first hour of an actual incident is executed, not improvised.
SOC 2 / ISO 27001 compliance support
Mapping existing controls against the framework, closing gaps ahead of the audit window, and producing evidence your compliance team can hand an auditor directly instead of assembling under deadline pressure.
You manage the program, we manage the employment
Your security engineer works inside your process: your ticketing system, your architecture reviews, your severity conventions, your on-call rotation. On paper, they stay employed by us. Payroll, statutory benefits, a laptop, and leave are handled on our end, not yours, and you never need to open an entity in India to make any of this legal.
That split is the whole arrangement in one sentence: a full-time security engineer who feels like a direct hire, without the paperwork, cost, or exit risk of actually employing someone in another country. If it stops working, you tell us, and we handle the replacement.
How building a team in India works →You own
- Scope and priorities
- Access grants and revocation
- Severity sign-off
- The interview and final yes
We own
- Payroll and taxes
- Benefits and leave
- Hardware and HR
- Free replacement if it slips
Rates by seniority, and what each level owns
Seniority changes how much of a security program an engineer can run on their own judgment, and it moves the rate more than any single certification does.
| Level | What they own | From |
|---|---|---|
| Associate | Runs vulnerability scans, patches known issues, and maintains SIEM dashboards under a lead's review. Solid on the fundamentals, still building judgment on prioritization. | $2,200/mo |
| Mid-level | Owns application security or cloud security for a defined area end to end, writes SIEM detection rules, and closes findings with little supervision. | $3,200/mo |
| Senior | Designs secure architecture for a whole system, leads incident response, and is certified CISSP or CCSP or equivalent. Catches the misconfiguration a checklist would miss. | $4,500/mo |
| Lead / Security architect | Owns your entire security program: architecture direction, compliance mapping, SOC oversight, and the call on what gets hardened this quarter versus next. | $6,200/mo |
All-inclusive figures (salary, payroll, compliance, equipment), no recruitment or visa fee on top. See the full rate card or run your own numbers on the cost calculator.
Engagement models
Choose the model that fits how much of a security function you need to build.
Hourly
Best for a focused project, an architecture review, or a one-off compliance gap assessment. No minimum commitment.
Monthly dedicated
An engineer committed full-time to your security program, building and defending continuously instead of on a project cycle, with a 7-day trial built in.
Dedicated security team
A security lead plus engineers, sized to your compliance calendar and threat surface, staffed for round-the-clock coverage where you need it. See dedicated teams.
Why hire cybersecurity engineers from TechTeamsOnline
Knowing the toolchain is not enough on its own for a role with this much access. We verify certifications, test architecture judgment under a live scenario, and stay involved for the length of the engagement.
Certification verified, not self-reported
Every engineer's CISSP, OSCP, CCSP, or cloud security certification is checked against the issuing body before they are matched to your engagement, alongside a live architecture and incident-response interview.
48-hour matching guarantee
Send us your scope Monday morning. You will have two or three matched engineer profiles, certifications and assessment results attached, in your inbox by Wednesday.
Least-privilege access by default
Access is granted through your identity provider, scoped and logged, never a shared account or standing root, and revocable the moment an engagement ends.
Round-the-clock coverage without a night shift
A shifted India schedule extends your monitoring window well past your own team's working hours, the basis of a real follow-the-sun SOC, without anyone working a permanent graveyard rotation.
7-day risk-free trial
A full week of real work before you commit to anything. If the fit is wrong for any reason, you pay nothing and we replace the engineer immediately.
Scale before an audit, down after
Add engineers ahead of a SOC 2 or ISO 27001 deadline, scale back once the certification is done. We adjust your team within 48 to 72 hours with no penalty.
In-house vs MSSP vs TechTeamsOnline
How hiring a security engineer through TechTeamsOnline compares to the other two routes.
| Criteria | In-house hire | MSSP contract | TechTeamsOnline |
|---|---|---|---|
| Time to start | 6–14 weeks | 3–6 weeks | 48 hours |
| Monthly cost | $13,000–$19,000 | Bundled, hard to itemize | $2,200–$6,200 |
| Whose priorities | Yours, always | The MSSP's playbook | Yours, always |
| Vetting | You do it yourself | Firm reputation only | Certification + live interview |
| Architecture context | Deep, builds over time | Shallow, shared across clients | Deep, dedicated to you |
| Risk | High (notice periods) | Locked into annual contract | 7-day free trial |
| Scalability | Slow (rehire process) | Re-negotiate the contract | Scale in 48–72 hours |
How we hire cybersecurity engineers for your team
A transparent four-step process from inquiry to your engineer's first day on the architecture.
Share your scope
Tell us what needs building or hardening, appsec, cloud security, SIEM, incident response, and any compliance framework you are working toward. Takes about 10 minutes.
Receive matched profiles
Within 48 hours you get two or three pre-vetted engineer profiles with certifications, past project summaries, and short video intros.
Interview and choose
Run a 30-minute technical interview covering architecture judgment. We sit in and advise if you want us to. The final call is yours.
Onboard and start
Your engineer signs the NDA, gets scoped access through your identity provider, and begins work. The 7-day trial begins the same day.
The honest answers to the usual worries
Handing someone security responsibilities is a bigger ask than a typical hire. Here are the real questions, answered straight.
"We can't hand production and IAM access to someone offshore."
Access runs through your own identity provider with least-privilege roles and MFA, never a shared login or standing root access, and every action is logged the same way it would be for an internal hire. Nothing about the arrangement asks you to trust a stranger with a blank check. You are granting a scoped, logged, revocable set of permissions, same as onboarding anyone else.
"The quality won't hold up for something this sensitive."
The same engineering pool runs security operations inside 390-plus Fortune 500 centers in India, and every certification on our bench, CISSP, OSCP, CCSP, is verified against the issuing body before you see a profile. Quality tracks the hiring bar and the review process, not the location, and a live architecture interview is part of every match we make.
"The time-zone gap will leave us blind for half the day."
It is the opposite in practice. India's hours cover the stretch your own team is asleep, which is exactly the gap a proper monitoring program needs closed. A shifted schedule still gives you roughly 2.5 hours of live overlap with US-East each morning for handoffs and escalation, and a critical alert is flagged the moment it fires, not queued for your next standup.
"Attrition will leave a security gap mid-program."
Attrition at India's top IT firms fell from about 23 percent in FY22-23 to 13 percent in FY25, so the sharpest churn years are behind the industry. Beyond that, the managed model is the actual insurance: if an engineer leaves mid-program, you lose a person for a short handover, not the architecture or the runbooks, and we backfill at no extra cost.
"We'll lose control of our security documentation and IP."
Every contract uses work-for-hire and IP-assignment clauses that vest every runbook, architecture diagram, and detection rule in you from the moment it exists, backed by India's Digital Personal Data Protection Act 2023, which carries penalties up to ₹250 crore for a breach. Nothing your engineer builds stays with us or gets reused elsewhere.
What clients say about our cybersecurity engineers
"Our security engineer rebuilt our IAM setup in the first month and cut our over-permissioned roles from around forty to four. Nobody on our own team had the time to do that review properly, so it had been sitting on the backlog for a year."
"We needed SOC 2 in under four months for an enterprise deal. Our engineer mapped every control, closed the gaps, and we passed on the first attempt with the auditor calling our evidence some of the cleanest they had seen from a company our size."
"SAST and dependency scanning now block a pull request before a vulnerability ever reaches staging. We used to find these issues in a quarterly review. Now we find them in code review, which is a completely different level of confidence."
Frequently asked questions
Everything you need to know about hiring cybersecurity engineers from India.
Start your 7-day risk-free cybersecurity engineer trial
Get matched with a certified cybersecurity engineer in 48 hours. If the fit is not right in 7 days, you pay nothing. No commitment, no risk.
Also hire related skills
Building the whole engineering org, not just security? Start at build your team in India or see dedicated teams for a full squad.