AI / LLM APPLICATION SECURITY

AI and LLM security testing in India

Security testing for AI applications, RAG systems and agentic workflows — prompt and tool abuse, sensitive-data exposure and unsafe permissions — with practical remediation guidance for Indian product teams.

Isometric illustration of a glowing model core inside a guard ring, linked to tool, data and document blocks, with the heading "AI and LLM Security Testing", tagline "Prompt and tool abuse, and data leaving the boundary", and the PoCForge logo.
  • ₹45,000 – ₹1,10,000Indicative India band, + GST
  • Scope-based quoteConfirmed during scoping
  • Retest includedIn-scope fixes checked again
  • Remote deliveryFor India-market and international teams
  • Prompt & tool abuse

    How untrusted input steers models and agents into unsafe actions or policy bypasses.

  • Data exposure paths

    Sensitive data pulled into context, logs, retrieval corpora or tool outputs without appropriate controls.

  • Agent permissions

    Over-broad tool access, confused-deputy patterns and privilege boundaries around autonomous workflows.

AI and LLM security testing for Indian product teams

Indian SaaS companies are shipping copilots, RAG assistants and agentic workflows quickly. Traditional web and API tests still matter — login, authorisation, tenancy — but LLM-integrated systems add failure modes: prompt injection, unsafe tool execution, retrieval poisoning and sensitive data appearing in model context or logs.

PoCForge offers scoped AI / LLM security testing for applications where models, tools and data pipelines are part of the product risk. We stay practical, with clear boundaries about what a time-boxed assessment can prove. Pricing guidance sits on the India cost guide.

What we typically test

  • Prompt injection and policy bypass attempts against in-scope assistants
  • Tool / function calling abuse when agents can act on user behalf
  • Retrieval-augmented generation (RAG) data exposure and cross-tenant retrieval risks
  • Excessive permissions granted to agents or orchestration layers
  • Sensitive data handling in prompts, traces, logs and evaluation stores
  • Authentication and authorisation around AI features (who can invoke which tools)
  • Abuse of content filters and safety rails where they affect security outcomes

Underlying APIs and admin consoles are often in scope together with the model-facing surface — see API security testing in India.

Example attack path
Example AI and LLM attack pathExample AI and LLM attack path (illustrative): untrusted content, then prompt injection, then tool or agent call, then data or action outside the user's rights. Example AI and LLM attack pathSTEP 1Untrusted contentSTEP 2Prompt injectionSTEP 3Tool or agent callSTEP 4Data or actionoutside the user’srightsIllustrative example. Real paths depend on what we find in scope.
Example AI and LLM attack pathExample AI and LLM attack path (illustrative): untrusted content, then prompt injection, then tool or agent call, then data or action outside the user's rights. Example AI and LLM attack pathSTEP 1Untrusted contentSTEP 2Prompt injectionSTEP 3Tool or agent callSTEP 4Data or action outside theuser’s rightsIllustrative example. Real paths depend on what we find in scope.

Indicative India pricing

Published AI / LLM security testing band: ₹45,000 – ₹1,10,000 + GST. Complexity of tools, multi-agent designs and data corpora drives the quote. Combine with web/API scopes when the product is broader than the assistant alone.

More detail

How this differs from a generic web pentest

A classic web test may miss AI-specific paths if the model is treated as a black box text field. AI testing adds adversarial prompting, tool-permission review and data-flow analysis across retrieval and logging. Conversely, AI testing without ordinary authz testing is incomplete — many “AI breaches” are still broken access control on the surrounding application.

Buyer checklist

  • Which models and hosts (vendor API vs self-hosted)
  • Which tools the agent may call (email, code exec, tickets, payments-adjacent)
  • What corpora are retrieved and how tenancy is enforced
  • Whether production data appears in prompts or only synthetic fixtures
  • Logging/trace retention and who can read them

Limits

Model behaviour is non-deterministic. We report reproducible classes of failure and concrete control gaps; we do not claim exhaustive proof that no prompt will ever succeed. Safety alignment research is not the same as application security testing — we focus on your product’s controls.

Typical scenarios

Customer-facing copilot on SaaS data. Priority: cross-tenant retrieval and tool actions that modify other customers’ objects.

Internal agent with ticket/email tools. Priority: prompt injection via untrusted tickets leading to data exfiltration or unintended outbound messages.

RAG over mixed public and private documents. Priority: document corpus poisoning and access-control mismatches between search and authorisation.

Governance notes for Indian SaaS buyers

Enterprise customers increasingly ask how AI features handle their data. Your report should help answer that with specifics: where prompts are stored, whether tenant isolation applies to retrieval, which tools an agent may invoke, and how abuse is monitored. PoCForge findings are written so product and security stakeholders can translate them into roadmap items and questionnaire answers — without claiming certifications we do not provide.

If a buyer’s contract requires CERT-In empanelment for the assessor, treat that as a procurement gate separate from technical scope. Read our CERT-In guide and verify the official list.

Preparing fixtures for a useful test

Synthetic tenants, sample documents with canary secrets, and tool sandboxes that cannot email real customers make AI testing safer and clearer. Tell us what you can provide in staging. The more realistic the fixtures, the more meaningful the attack paths — without putting production customers at risk.

Where AI testing sits in a 2026 security programme

Treat AI features as another product surface with ordinary access control plus model-specific abuse cases. A sane annual rhythm for many Indian SaaS teams is: core web+API testing on the main product, targeted AI testing when major agent or RAG features ship, and external perimeter checks on a fixed cadence. Use the cost guide to budget the combination rather than shopping for a single magic package.

Why choose a boutique over a checklist factory

Large delivery factories can be the right fit for some procurement programmes. Boutique testing suits product companies that want senior attention on their specific architecture, clearer writing, and careful scoping. PoCForge is intentionally small: we publish prices, decline work that is a poor fit, and focus on validated impact. If you need a global brand stamp more than depth, say so — we would rather redirect you than oversell.

Working with PoCForge remote

Most engagements are remote across India and international time zones. We agree testing windows, communication channels and escalation contacts up front. You receive written findings you can share with engineering and, where appropriate, customer security reviewers. For programme planning across multiple surfaces, start with VAPT services in India and the 2026 cost guide.

Next step

If this surface is your priority, send a short brief via contact — assets, environments, roles and timeline. We reply with clarifying questions and a scope-based quote. For broader programmes, combine with other India pages linked above rather than forcing unrelated work into one rushed week.

Frequently asked questions

How much does AI/LLM security testing cost in India?

PoCForge’s indicative range is ₹45,000–₹1,10,000 + GST depending on tools, agents, data sources and depth.

Do you test prompt injection?

Yes, within agreed objectives and safety constraints — including indirect injection via retrieved or uploaded content when in scope.

Can you test agentic workflows?

Yes. Tool permissions, confused-deputy risks and multi-step agent actions are common focus areas.

Is model fine-tuning reviewed?

Only when training/fine-tuning pipelines and data governance are explicitly included. Many scopes focus on the deployed application.

Should we still do web/API testing?

Almost always yes. AI features sit on ordinary application controls; weak authz remains a leading risk.

Are you CERT-In empanelled?

Verify any empanelment requirement on the official CERT-In list for the contracting entity. See our CERT-In decision guide.

Related PoCForge guides

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