VAPT AI Engine
Autonomous, agentic penetration testing against your live attack surface — on a schedule. The same class of offensive AI tool attackers now run against you (ARTEX and its peers), operated under consent. Continuous recon, multi-step exploitation, attack-path-aware findings.
Attackers Already Run This. Defenders Catch Up.
In 2026 agentic offensive frameworks like ARTEX cut the cost of a competent attack attempt by at least an order of magnitude. The set of "targets worth attacking" expanded to every soft internal tool and the cadence of attempts went daily. An annual pentest certifies a surface that looked a certain way eleven and a half months ago. The VAPT AI Engine closes that gap.
Agentic. Chain-Aware. Safe by Default.
Five properties that separate a true VAPT engine from a template scanner on a cron job.
The Same Class of Tool ARTEX Runs
The engine observes each response, reasons about what it learned, and chooses the next probe — chaining small moves at machine speed, the same way ARTEX-grade frameworks do for the other side.
- Multi-step attack chains, not single-request probes
- Parameter inference from response signals
- Context-aware payload selection
- Adapts to each target instead of running a fixed list
Scheduled Runs, Not Quarterly Rituals
New assets land in the ASM inventory; the engine tests them in the next cycle. New code deploys; the relevant surface is re-tested within hours. The gap between "surface changed" and "surface tested" collapses from quarters to hours.
- Daily, hourly, or on-change triggers
- Delta mode: test what changed since last run
- On-demand runs with saved scope profiles
- Trend reports for MTTR and net-new findings per deploy
Prioritise by Business Impact, Not CVSS Score
Each finding links back to an attack path — "this XSS plus this CORS misconfig plus this leaked key gets to X" — so prioritisation is about what actually reaches a business-critical asset, not raw severity.
- Attack-path graph linking findings
- Blast-radius scoring per path
- Deduplication across runs
- Risk score per application, not per URL
Consent-Scoped, Rate-Limited, Auditable
The engine refuses to probe out-of-scope assets and will not touch customer-data stores by policy. Rate limits are configurable per target. Every request the engine makes is logged with inputs, outputs, and reasoning.
- Pre-approved scope CIDRs / domains only
- Non-destructive payloads by default
- Configurable rate limits per target
- Full audit log of every request the engine made
Audit-Ready by Construction
Each run produces a signed artefact retained for your audit cycle. Continuous VAPT output is accepted by most auditors as compensating evidence alongside a scoped annual human test, and covers the continuous-testing language in SOC 2, ISO 27001, PCI DSS 11.3, CERT-In VAPT and FedRAMP Rev 5.
- Signed, timestamped artefacts per run
- Mapped to SOC 2 CC7.1, ISO 27001 A.8.8, PCI DSS 11.3
- CERT-In VAPT report template built-in
- Retention policies configurable per workspace
How It Works
Four steps from attack-surface discovery to a reproducible, attack-path-linked finding.
Enumerate
The engine pulls your live attack surface from TigerGate ASM — every internet-exposed host, API, subdomain, and SaaS app discovered against your organisation. New assets land in the test queue within 24 hours.
Probe
Agentic workflows run against each in-scope asset: recon, parameter inference, authentication probing, payload selection. The engine picks follow-up actions based on each response, chaining small moves into multi-step attempts.
Chain
Each finding is linked back to an attack path. One XSS alone is a medium; the same XSS plus a leaked token plus a CORS misconfig is a critical chain. Prioritisation runs off the chain, not the raw CVSS.
Deliver
Deduplicated, attack-path-linked findings land in your ticketing system (Jira, Linear, GitHub) with reproducible payloads, affected endpoints, suggested fixes, and a one-click re-test. Signed evidence artefacts retain for audit.
Where VAPT AI Engine Fits
Continuous VAPT is the floor. Everything above it is better, not a substitute.
| Layer | Cadence | Best at |
|---|---|---|
| VAPT AI Engine | Daily / on-change | Recon, enumeration, known-class exploitation, attack-chain discovery, drift detection |
| DAST | On-demand / CI | Template-based OWASP Top 10 coverage; baseline for the agentic layer to build on |
| Scoped human pentest | 6–12 months | Business-logic bugs, chained exploits, novel techniques, compliance sign-off |
| Bug bounty | Always-on | Long-tail issues; researcher creativity you did not pay a consultant for |
Tested Every Day, Not Every Year
What changes when continuous agentic VAPT is on the floor of your program.
Daily coverage of your live surface
New subdomains, new APIs, new cloud resources all get tested within 24 hours of landing in your ASM inventory.
Find chains, not just findings
Attack-path linking turns a backlog of "mediums" into a prioritised list of what an attacker would actually exploit end-to-end.
Catches what ARTEX-class attackers would
The same reasoning loop as the offensive frameworks now running against defenders — operated under consent, before they do.
Audit-ready evidence
Signed, timestamped run artefacts accepted by auditors as compensating evidence alongside a scoped annual human test.
What the VAPT AI Engine Tests
Agentic workflows over the classes attackers actually chain in 2026.
Web and API
- OWASP Top 10 and OWASP API Top 10 classes
- Authentication, session, and authorisation flaws
- SSRF, path traversal, parameter-tampering chains
- Business-logic probes (configurable per app)
Cloud and infrastructure
- Public cloud storage and metadata-service exposure
- Exposed admin interfaces and dev dashboards
- Misconfigured CORS, CSP, and security headers
- Secret-in-response leaks and cache poisoning
AI and agent surface
- LiteLLM / AI-gateway admin & guardrail endpoints
- Prompt-injection surface on user-reachable agents
- MCP server exposure and tool-scope probing
- AI endpoint bypass and model-routing abuse
Soft internal tools
- Sales/CX consoles, admin dashboards, status pages
- Internal doc portals and knowledge bases
- Bot endpoints and webhook receivers
- Developer-facing tooling with weak auth decisions
Integrations
Findings land where your developers already work.
Ticketing
- Jira Cloud and Jira Server
- Linear
- GitHub Issues and Pull Requests
- GitLab Issues
- Azure DevOps Boards
Chat and on-call
- Slack and Microsoft Teams
- PagerDuty and Opsgenie
- Discord (community programs)
Platform integrations
- TigerGate Attack Surface Management (feeds scope)
- TigerGate Attack Path Analysis (joins chains)
- TigerGate DAST (shared finding store)
- TigerGate Compliance (evidence export)
Frequently Asked Questions
Everything you need to know about the TigerGate VAPT AI Engine.
Run the same class of tool attackers run — under your consent
Start your free 14-day trial. Point the VAPT AI Engine at your live attack surface and see the first attack-path-linked findings in the dashboard inside an hour.
Free for 14 days · No credit card required