TL;DR
An AI security engineer is the engineer who finds and closes the ways an LLM application or AI agent can be manipulated, made to leak data or made to take actions it should not. The work covers prompt injection, jailbreaks, insecure tool use, data leakage and model supply chain risk, through threat modelling, red teaming and runtime guardrails.
To hire one in India, look for application security engineers who have attacked and fixed real LLM systems, and test them on an agent with tools, not on a chatbot.
Key points
- The threat surface moved from the model to the system around it: retrieved documents, tools, memory, connectors and permissions.
- The OWASP Top 10 for LLM Applications 2026 edition, published in August 2026, keeps prompt injection at number one and moves excessive agency up to number three.
- Credible candidates show a finding, a fix and a regression test, not a list of jailbreak prompts.
- CERT-In's AI Security Auditing Guidelines of November 2026 and the RBI's draft model risk guidance make AI security auditable in India.
- SYTalent Market Data puts fixed pay at ₹24 lakh to ₹42 lakh at mid level and ₹40 lakh to ₹68 lakh at senior level in 2027.
What the role owns
An AI security engineer owns the security of AI systems from design review to incident response.
| Area | What they own | How success is measured |
|---|---|---|
| Threat modelling | Trust boundaries and abuse cases for every LLM feature and agent, mapped to OWASP and MITRE ATLAS | Every production AI system has a reviewed threat model |
| Prompt injection defence | Input isolation, content provenance, instruction hierarchy, output checks | Injection success rate in red-team runs falling |
| Agent and tool security | Least-privilege tool scopes, approval for consequential actions, MCP and connector authentication, sandboxed execution | No agent holds broader permissions than its user |
| Data leakage | Retrieval access control, tenant isolation, PII redaction, hidden context protection | No cross-user or cross-tenant leakage |
| Red teaming | Manual and automated adversarial testing before launch and on major changes | Findings fixed, each with a regression test |
| Guardrails and monitoring | Input and output classifiers, rate and cost limits, alerting, incident playbooks | Time to detect and contain an AI incident |
| Model supply chain | Vetting third-party models, datasets and plugins; safe serialisation | No unvetted weights or plugins in production |
How it differs from adjacent roles
The AI security engineer is accountable for adversarial behaviour. Adjacent roles test whether the system works, or secure software in general.
| Role | Main question | Typical gap for AI work |
|---|---|---|
| AI security engineer | Can someone make this system misbehave, leak or act wrongly? | Owns the answer |
| Application security engineer | Is the code and infrastructure secure? | Often new to injection through retrieved content and agent permissions |
| AI evaluation engineer | Does the system give good answers? | Measures quality, not adversarial resistance |
| AI safety or alignment researcher | Does the model itself behave safely? | Works on the model, rarely on the application around it |
In banks the seat usually reports into the security function under the CISO; our FinTech CISO guide covers that line.
The evidence bar
Credible proof is an attack that worked on a real system, the control that stopped it, and the test that keeps it stopped. Ask for one complete story and probe each step.
On the CV, look for:
- A named system secured: a retrieval assistant over internal documents, a chatbot with account access, a coding, email or browser agent.
- Indirect prompt injection findings, where instructions hidden in a document, web page or email redirected the system.
- Agent permission work: scoped tool tokens, approval steps, separate read and write tools, secured MCP servers.
- Red-team coverage mapped to OWASP or MITRE ATLAS categories.
- Production guardrails with measured false positive rates and latency cost.
- Classic security depth: web application testing, cloud IAM, secrets management.
In the interview, strong candidates can explain:
- Why prompt injection has no complete fix, and which layered controls limit the blast radius: privilege separation, untrusted model output, approval gates, egress limits.
- How an exfiltration chain works, for example an injected instruction that makes an agent embed private data in an image URL.
- Why retrieval access control must be enforced at query time, not in the prompt.
- Why guardrail classifiers are a layer, not a perimeter, and how encoding, other languages or multi-turn setups bypass them.
- Model supply chain risk, including serialisation formats that execute code on load.
Red flags
- Equates AI security with jailbreaking a chatbot.
- Proposes "a better system prompt" as the main defence against injection.
- Has never looked at agent permissions, tool scopes or connector authentication.
- Lists guardrail products but cannot say what they miss.
- No grounding in application or cloud security.
- Findings with no fixes, or fixes with no regression tests.
Stack and tools
Tool lists change quickly; judgement about layered controls does not.
| Layer | Tools commonly assessed |
|---|---|
| Frameworks | OWASP Top 10 for LLM Applications 2026, OWASP Top 10 for Agentic Applications, MITRE ATLAS, NIST AI RMF |
| Automated red teaming | garak (NVIDIA), PyRIT (Microsoft), Promptfoo red-team mode |
| Guardrails and classifiers | NeMo Guardrails, Llama Guard and Prompt Guard, Guardrails AI, Amazon Bedrock Guardrails, Azure AI Content Safety |
| Agent and identity security | OAuth scopes, MCP authorisation, secrets managers such as HashiCorp Vault, sandboxed execution |
| Model supply chain | safetensors format, model and dependency scanning, software and AI bills of materials |
| Application security | Burp Suite, Semgrep, cloud security posture tools on AWS, Azure or Google Cloud |
| Monitoring | LLM tracing with OpenTelemetry, SIEM platforms such as Splunk or Microsoft Sentinel |
Two references anchor most interviews and audits. The OWASP Top 10 for LLM Applications 2026, published on 3 August 2026, replaced the 2025 edition; per OWASP and Help Net Security (6 August 2026), prompt injection stays first, sensitive information disclosure second and excessive agency rises to third, while system prompt leakage was broadened into hidden context exposure. OWASP also announced an Agent Control Standard for runtime enforcement in its September 2026 release. MITRE ATLAS is a living knowledge base of adversary tactics and techniques against AI systems, modelled on MITRE ATT&CK, which lets security operations teams map AI threats into language they already use.
Interview loop that works
Test attack and defence on a realistic agent, then test whether the candidate can make engineers ship the fix. Four stages are enough.
| Stage | What it tests | Format |
|---|---|---|
| Screen | Depth of hands-on AI and application security work | Walk through one finding, fix and regression test |
| Practical red team | Attack skill on an agent with tools | Two to three hours on a sandboxed target |
| Defence design | Layered controls, permissions, monitoring | Whiteboard with a security architect |
| Engineering partnership | Explaining risk and negotiating fixes | Session with an AI engineering lead |
A practical exercise. Provide a sandboxed email agent that can read an inbox, search a knowledge base holding a seeded secret, and send email. Ask the candidate to exfiltrate the secret through an injection planted in an incoming email, document the chain, propose controls and write two regression tests. Strong candidates find the chain quickly and spend most of their time on permissions and approval design, not cleverer prompts.
Where they come from in India
The pool is small and mostly converted from application security, so source by attack and defence work done. Bengaluru leads, followed by Hyderabad, Pune, Delhi NCR and Chennai; Mumbai matters for banks.
- AI-native startups. Engineers who secured their own agents under customer security reviews.
- Product and SaaS companies. Product security teams that took on LLM features.
- Global capability centres. AI red teams and security architecture groups at bank and technology GCCs.
- IT services and security consultancies. Penetration testing and AI assurance practices; screen for depth beyond scanners.
- Research labs, BFSI and trading firms. Adversarial ML researchers, and security engineers used to audits and tight data controls.
Our AI jobs in India guide maps the wider market.
What they cost
AI security engineers price slightly above general security engineers, reflecting scarcity of people strong in both fields. The ranges below are SYTalent Market Data on 2027 annual fixed pay, Bengaluru reference market, from our software engineering and AI salaries benchmark.
| Level | Experience | SYTalent Market Data, fixed pay, India 2027 |
|---|---|---|
| AI security engineer, entry | 0 to 2 years | ₹12 lakh to ₹20 lakh |
| AI security engineer | 3 to 5 years | ₹24 lakh to ₹42 lakh |
| Senior AI security engineer | 6 to 9 years | ₹40 lakh to ₹68 lakh |
| Staff or lead, AI security | 10 to 14 years | ₹62 lakh to ₹1 crore |
Fixed pay excludes bonus and equity, and the benchmark flags this as one of the titles with the thinnest evidence. Big Tech, GCCs and FinTech tend to pay at or above these bands.
Hiring in GCCs, banks and regulated firms
In regulated entities, AI security is moving from best practice to audited control. Candidates need to produce evidence an auditor accepts, not only fixes.
- CERT-In. CERT-In issued Artificial Intelligence Security Auditing Guidelines, version 1.0, on 4 November 2026, according to a Cloud Security Alliance research note (6 November 2026). They cover AI systems operated in India or serving Indian users, including retrieval-augmented and multi-agent systems, use a four-tier risk model, and call for red-team exercises at the highest tier. CERT-In's 2022 six-hour incident reporting directions also apply to qualifying AI incidents.
- RBI. The RBI's draft model risk management guidance of 24 June 2026 covers AI and third-party models at regulated entities; summaries of the draft describe expected protections against prompt injection and adversarial inputs. The governance and model risk lead is the closest partner here.
- DPDP Act. Under the Digital Personal Data Protection Rules, notified on 14 November 2025, failing to maintain reasonable security safeguards can attract penalties of up to ₹250 crore, and AI leakage of personal data falls inside this.
- Data residency. Many banks and GCCs restrict which hosted models and regions may process production data, which shapes guardrail and logging design.
Our guide to AI jobs in fintech and banking covers the wider hiring picture.
How SYTalent runs these searches
SYTalent is a talent search firm across HFT, FinTech and AI, with 65+ clients and a 50K+ talent network. Our AI, deep tech and quantum practice maps AI security candidates by findings fixed and controls shipped; see an adjacent agentic AI engineers search, brief us or browse Roles.
Sources
Help Net Security (6 August 2026) and the Cloud Security Alliance (6 November 2026) are credited in plain text. Pay ranges are SYTalent Market Data.
| Source | Publisher | Date |
|---|---|---|
| OWASP GenAI LLM Top 10 2026 | OWASP GenAI Security Project | 3 August 2026 |
| 2026 Top 10 and Agent Control Standard announcement | OWASP GenAI Security Project | 1 September 2026 |
| MITRE ATLAS Fact Sheet | MITRE | Accessed 10 November 2026 |
| Draft Guidance on Regulatory Principles for Model Risk Management | Reserve Bank of India | 24 June 2026 |
| Digital Personal Data Protection Rules, 2025 | Press Information Bureau | 17 November 2025 |
Common questions
What does an AI security engineer do?
An AI security engineer secures LLM applications and AI agents against manipulation and misuse. They threat-model AI features, defend against direct and indirect prompt injection, scope agent tools and permissions, prevent data leakage through retrieval and outputs, run red-team exercises, deploy guardrails and monitoring, vet third-party models and respond to AI incidents. The role combines application security depth with knowledge of how LLM systems are built.
How do I hire an AI security engineer in India?
Start from application security engineers who have attacked and fixed real LLM systems, drawn from AI-native startups, product security teams, GCC red teams, security consultancies and BFSI. Assess with a practical red-team exercise on a sandboxed agent that has real tools, then a defence design session on permissions, approval gates and monitoring. Ask for one complete story: the finding, the fix and the regression test that keeps it fixed.
What is the salary of an AI security engineer in India?
On SYTalent Market Data for 2027, an AI security engineer earns about ₹12 lakh to ₹20 lakh fixed at entry level, ₹24 lakh to ₹42 lakh with three to five years, ₹40 lakh to ₹68 lakh at senior level and ₹62 lakh to ₹1 crore at staff or lead level, in the Bengaluru reference market. Bonus and equity are extra. Big Tech, GCCs and FinTechs tend to pay at or above these bands.
What is the latest OWASP Top 10 for LLM Applications?
The current edition is the OWASP Top 10 for LLM Applications 2026, published by the OWASP GenAI Security Project on 3 August 2026, replacing the 2025 list. Prompt injection remains the top risk and sensitive information disclosure stays second, while excessive agency rises to third because of damage in agentic deployments. OWASP also maintains a separate Top 10 for agentic applications.
AI security engineer vs application security engineer: what is the difference?
An application security engineer secures code, APIs and infrastructure against conventional attacks. An AI security engineer covers the risks that appear when a language model reads untrusted content and can act: prompt injection through documents and emails, agents with excessive permissions, leakage through retrieval, and poisoned models. Most strong AI security engineers started in application security, so conventional depth is a hiring requirement.
