A disciplined offensive pipeline, not a passive scan
Every engagement follows the same doctrine: discover the surface, attack it like an adversary, confirm each finding on proof, verify it reproduces, and report it with evidence.
Discover
Maps the full attack surface across hosts, services, routes, APIs, and authenticated application flows.
Attack
Actively exploits each surface with real adversarial techniques, scoped and consent-gated for safety.
Confirm
Proves every finding with out-of-band callbacks, response-body matches, and persistence checks.
Verify
Deterministically replays each exploit and grades it as unverified, likely, or confirmed.
Report
Delivers reproducible proof, standards mapping, risk scoring, and an executive narrative.
This is the discipline behind continuous threat-exposure management: instead of listing what might be exploitable, InnoHawk validates exposure by actually exploiting it and confirming the result. You get a continuously validated, evidence-backed view of the exposures that are genuinely reachable, not a scanner backlog to triage by hand.
Depth that scales with access
Coverage deepens as an engagement moves from an external posture to authenticated and full source access. Each tier retains everything before it.
An external adversary with only your target URL, no credentials and no source. Full reconnaissance, injection, and exposure testing.
Authenticated identities and API contracts unlock the complete authorization suite, session attacks, and business-logic exploitation.
Source-derived intelligence and cross-service architecture unlock source-guided attacks and multi-service exploit chains.
Authentication & Session
- Session fixation & invalidation
- Token forgery & algorithm attacks
- OAuth / OIDC configuration attacks
- OAuth / OIDC flow attacks (redirect_uri, PKCE, state)
- SAML signature wrapping (XSW) bypass
- Type-juggling authentication bypass
- Cross-site request forgery
- Cross-site WebSocket hijacking
- Rate-limiting & account enumeration
- Account lockout & brute-force thresholds
- Multi-factor enforcement
Injection & Input
- SQL / NoSQL injection
- Reflected, stored & DOM XSS
- Server-side request forgery
- Server-side template injection
- XML external entity (out-of-band confirmed)
- OS command injection (out-of-band confirmed)
- HTTP request smuggling (CL.TE / TE.CL)
- Host-header injection
- Path traversal / local file inclusion
- Web cache poisoning
- CRLF / HTTP response splitting
Authorization
- Broken object-level authorization (IDOR)
- Broken function-level authorization
- Mass-assignment / property-level
- Cross-tenant isolation
- Excessive data & PII exposure
- HTTP verb tampering / method-override bypass
Logic & Handling
- Price & quantity tampering
- Coupon / discount-stacking abuse
- Race conditions (single-packet TOCTOU)
- Workflow & state-machine bypass
- Unrestricted file upload → stored XSS
Every discipline, one engine
Offensive Testing
Autonomous black-, grey-, and white-box engagements that attack and confirm across your web apps, APIs, GraphQL, and external attack surface, including subdomain-takeover exposure.
Continuous Analysis
Static code analysis, dependency and container vulnerability detection, secret discovery, infrastructure-as-code review, and CI/CD pipeline and supply-chain hardening on every change.
Cross-Service Exploitation
Composes the trust relationships between your services into multi-stage attack paths a single-target test can never reach.
Mobile Application Security
Automated static analysis of Android and iOS app packages against the OWASP mobile standard: storage, transport, secrets, permissions, and binary hardening. No device required.
AI & Agent Security
Automated security testing for AI-native apps and agents. Probes LLM endpoints for direct and indirect (second-order) prompt injection, cross-turn memory poisoning and cross-turn goal hijacking against agents that keep server-side conversation state, unsafe output handling, system-prompt leakage, and unbounded resource consumption, and inspects MCP servers, whether hosted over HTTP or run as a local process, for poisoned tool definitions, over-scoped tools, tool surfaces exposed without authentication, and tool-definition drift (a server that silently changes a tool's definition after it was reviewed, confirmed by a recorded before and after). With explicit operator consent, actively invokes an agent's own tools with adversarial inputs to confirm SSRF, command injection, path traversal, and excessive agency by out-of-band callback confirmation, and chains one tool's output into another tool's sink to confirm confused-deputy access that neither tool reaches on its own. Aligned to the OWASP LLM and Agentic Top 10.
Cloud Security Posture
Read-only CSPM for AWS accounts: public storage exposure, over-permissive IAM, and internet-exposed services, aligned to the CIS AWS Foundations Benchmark. Non-destructive Describe/Get/List calls only, confirmed on directly-observed evidence, with findings on a first-class cloud asset in the same normalization and reporting pipeline.
Internal Network & Active Directory
A lightweight, customer-deployed connect-back agent tests your internal network from inside the perimeter over an outbound-only connection. Maps the real attack path to Domain Admin through Active Directory, and proves weak service-account credentials with Kerberoasting, confirmed on evidence rather than assumed.
Vulnerability Management
Ingest Nessus, Qualys, and OpenVAS scan exports as first-class host assets, re-score by asset context into priorities and due dates, produce an executive assessment report, and file findings to Jira. The ASPM ingestion loop, not just a scanner.
Assurance & Verification
Reproducible proof, exploitability grading, standards mapping, and fix-verification retests for provable security posture. Static-analysis and dependency findings surface as tracked leads that a pen test confirms or clears, so a static result is carried through to a proven outcome.
Ready to see it attack and confirm?
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