Agentic pentesting.
Included in your pentest round. Yours to keep after.
Penagentti's agent swarm has already tested your product alongside our experts during your one-week engagement. Keep it running for three months after, included with your round — then continue on one simple plan, or take the risk and walk away.
See the offerThe problems solved by agentic pentesting.
In an AI-driven world, every release is a risk
Teams ship faster than ever — much of the code now AI-written — so every deployment can open a fresh vulnerability. Skipping a security check on each release is a bet the downside is simply too high to take.
Testing on someone else's schedule
Booking an engagement takes weeks. When you just shipped a risky change, "next quarter" is the wrong answer — you need to test it now.
Experts are expensive and booked out
Top pentesters command premium rates and long lead times, so a quick check on today's release can mean waiting months for a slot. Penagentti is always on standby — ready to test the moment you need it.
The gap from disclosure to exploitation has collapsed - years to hours.
In security, reactive is too late. Proactive is insurance.
Booking a pentest for the release candidate is reactive by design. You find out what is wrong only once the build is frozen. That held when a disclosed flaw took two years to reach the wild: one snapshot bought a long margin of safety. At ten hours there is no margin, and the gate still protects exactly one build. Proactive is the opposite: every week's code tested the week it lands, so the release candidate is already clean and testing keeps running after it ships.
Test the release candidate
One intensive round, then months of shipping into the dark until the next one is booked.
The candidate is already clean
Every week's code is tested the week it lands, so the round confirms rather than discovers.
A release candidate is the worst place to discover an auth bypass.
By then the choice is delay the launch or ship a known risk. Testing every week moves that discovery back to where it is cheap to fix — which makes the swarm less an inspection you book, and more cover you leave switched on.
The problems solved by agentic pentesting.
Run by our pentesters, on your schedule
You call the timing
Tell us when to test — after a risky release, ahead of a launch, or on a standing weekly slot.
Our pentesters start the run
A Prove pentester scopes the target, supplies credentials and launches the swarm — no setup work on your side.
The swarm does the testing
Twenty specialists work the target in parallel and prove what they find — in minutes to hours.
Our pentesters check & deliver
A Prove pentester reviews every finding, drops anything noisy, and delivers the report to your team.
What the swarm does in a run
Map the surface
Crawls the app logged in, parses JavaScript bundles for unlinked endpoints, and mines hidden parameters — the authenticated surface, not just public pages.
Attack in parallel
Specialist agents hit each target at once — tokens, sessions, account flows, XSS — reasoning about what to try next.
Prove the exploit
Findings are confirmed by active exploitation, not guessed from a signature. If it can't be reproduced, it isn't reported.
Deduplicated results
A dedup agent collapses the noise into a clean, prioritized report with reproduction steps — then re-tests your fixes to confirm they hold.
Your team will live in the dashboard
The shared dashboard is still being designed — today findings reach you through your engagement. Once it ships, no CLIs or raw logs to wrangle: every run will land in one place, with deduplicated findings, severity, reproduction steps and fix-retest status, so your team can triage and act the moment a run finishes.
acme-api
Specialist agents live today, and more on the way.
Each agent is an expert in one attack domain. Twenty production agents are shipping now — deepest on authentication and identity, where the highest-impact flaws live — with new specialists added continuously as coverage grows across the web & API attack surface.
Shipping today
Can an attacker log in as one of your users?
Every realistic route into an account that isn't theirs.
- Weak, default or reused passwords
- Getting past the login screen without valid credentials
- Forging or stealing the token that keeps users signed in
- Bypassing two-factor and single sign-on
Can they abuse your sign-up and password-reset flows?
The doors either side of your login screen.
- Creating accounts they shouldn't — or harvesting who's registered
- Hijacking a password-reset email or link
- Locking real users out, or bypassing lockout
Can they pound your login without being stopped?
Whether automated attacks hit a wall, or run all night.
- Thousands of rapid-fire login attempts
- Rate limits, CAPTCHAs and delays — if they exist at all
- Flooding your users with mail from your own system
Can they run malicious code in your users' browsers?
Whether a visitor's own session can be turned against them.
- Hostile scripts in pages your users load — each proven in a real browser
- Tricking the browser into leaking your data to another site
Is your infrastructure exposed or out of date?
The plumbing your app runs on.
- Weak or outdated HTTPS configuration
- Exposed admin pages, files and revealing errors
- Known, already-published flaws in software you run
Can you trust the results — and act on them?
A short list you can act on, not a wall of maybes.
- A lead agent plans the run and maps your real attack surface
- Every issue proven by exploiting it — no false alarms
- Duplicates merged into one prioritized report
- Fixes re-tested to confirm the hole is closed
Coming next
Can one customer see another's data?
Whether one logged-in user can reach another's records — or another customer's.
Can a normal user do admin things?
Whether ordinary accounts can reach admin-only features, and whether risky actions re-check who you are.
Can they break into the systems behind it?
The classic break-ins: your database, your server's shell, your internal network.
Can API keys or recovery routes be abused?
Whether API keys are over-permissive or never expire — and whether support can be talked into a reset.
Shipping today
Orchestration & discovery
platform layerLead Orchestrator
Plans the engagement, delegates to specialists, and manages shared memory.
Attack-Surface Discovery
Logged-in crawl, JS-bundle endpoint parsing and hidden-parameter mining, unioned.
Identity & access
13 agentsJWT & Tokens
Algorithm confusion, weak keys, none-alg forgery, claim tampering, JKU/JWKS injection.
Credential Security
Default credentials, user enumeration, password policy, login response analysis.
Login Logic
Auth bypass, login CSRF, race conditions, multi-step state, remember-me.
MFA / OTP
Enforcement bypass, OTP brute-force, reuse and expiry, insecure factor enrollment.
Cookie Security
Flags, sensitivity classification, cross-domain leakage, predictability.
Session Management
Logout, fixation, password-change and reset invalidation, refresh-token reuse.
Session Timeout
Idle and absolute timeout enforcement, measured over runs of up to 24 hours.
Registration Flow
Enumeration, mass assignment, verification-token and email-injection abuse.
Forgot Password
Host-header injection, email-parameter manipulation, token entropy and replay.
Account Lockout
Threshold, bypass and victim-DoS testing against your lockout policy.
Email Flooding
Missing rate limits on sensitive, email-triggering endpoints.
SSO / OIDC
Keycloak realm flows, redirect_uri, state/nonce/PKCE, response-mode.
Anti-Automation
Whether rate limiting, CAPTCHA or progressive delay exist at all — and their bypasses.
Client-side & cross-origin
2 agentsCross-Site Scripting
Reflected, DOM, stored and blind — every hit confirmed by executing it in a real browser.
CORS Misconfiguration
The origin-validation bypass matrix, proven by credentialed reflection.
Infrastructure & configuration
3 agentsTLS / SSL
Configuration and Mozilla-compliance analysis via SSLyze.
Web-Server Exposure
Nikto-driven exposure checks, plus information disclosure through error output.
Known-CVE Scanning
Template-based scanning for known vulnerabilities via Nuclei.
Quality control
2 agentsFix Verification
Re-tests previously reported issues to confirm the fix actually closed the hole.
Deduplication
Collapses duplicate findings across agents into one clean report.
Coming next
Access Control
Broken Object Level Auth (BOLA/IDOR) via dual-user context.
Privilege Escalation
Broken Function Level Auth — reaching admin functions it shouldn't.
Re-Auth & Step-Up
Whether sensitive actions properly re-challenge the user.
API Key & Token Mgmt
Key issuance, scoping, rotation and revocation flaws.
Account Recovery
Recovery paths beyond password reset, including support-channel abuse.
SSO Federation
Cross-IdP federation flows, OIDC only — SAML is not in scope.
BOPLA / Mass Assignment
Object property-level authorization and over-permissive binding.
Multi-Tenant Isolation
Cross-tenant data access and boundary enforcement.
SQL Injection
Identifies and confirms injection points across parameters.
OS Command Injection
Unsafe shell execution and remote command paths.
Server-Side Request Forgery
Internal-network and cloud-metadata access via SSRF.
Path Traversal
Directory traversal and unauthorized file access.
Interactive Co-Pilot
Drive the swarm live during an engagement instead of running a batch.
Beyond the shallowness of scanners and the limits of manual pentesting.
Penagentti's agentic pentesting swarm sits where nothing else does — reasoning like a human tester, but ready to run in minutes and at machine scale.
| ◇ Penagentti | Traditional scanner (DAST) | Manual pentest | |
|---|---|---|---|
| Availability | On demand — run in minutes | On demand | Booked months ahead |
| Verifies & exploits findings | Yes — proven, not guessed | No — signature guesses | Yes |
| Authentication & identity logic | Yes — 13 dedicated agents | Largely blind | Yes |
| False-positive noise | Low — auto-deduplicated | High | Low |
| Time to first result | Minutes to hours | Hours | Days to weeks |
| Cost to run repeatedly | Flat monthly | Moderate | Hourly/daily prices |
"Why not just use an LLM?""We already review our code with AI."
Both are reasonable — and neither one is a pentest. A single LLM has no specialists, no memory and no proof. AI code review reads your source but never attacks what you actually shipped. Only one of the three tells you what an attacker can reach in your running system.
A general-purpose LLM
"Why not just prompt Claude or GPT to hack it?"
- × One generalist doing everything — shallow on every attack domain.
- × Loses earlier findings and context as its window fills up.
- × Works one step at a time — painfully slow across a big surface.
- × Can describe an attack in detail, but has no tooling to actually run it.
- × Reports plausible-sounding bugs it never actually verified.
- × No structure or audit trail of what was really tested.
AI code review
"We already review every PR with AI."
- ◐ Reads source code — never attacks the system you actually shipped.
- ◐ Can't see live configuration: TLS, exposed admin pages, outdated servers.
- ◐ Blind to flows that leave your codebase — like SSO via an external provider.
- ◐ Flags possible bugs, with no proof they're reachable or exploitable.
- ◐ Reviewed code isn't what's live — environment and config drift go unseen.
- ◐ Can't confirm a fix really closed the hole once it's deployed.
Penagentti · agentic swarm
Specialists that attack the running product.
- ✓ Twenty specialists, each an expert in one attack domain — and growing.
- ✓ Shared vector memory persists intel across the whole engagement.
- ✓ Agents run in parallel across hundreds of endpoints at once.
- ✓ Tests the deployed system, logged in — as an attacker actually meets it.
- ✓ Every finding proven by real exploitation before it's reported.
- ✓ A lead agent orchestrates — a transparent, auditable run.
Included in your pentest round. Yours to keep after.
We're not going public with Penagentti yet. First it goes to the clients we already run penetration tests for — where the swarm has been working alongside our testers all along. After your round, keep it running.
One intensive week
Our testers run a full penetration test against your product — with Penagentti's swarm already working alongside them, at no extra cost.
3 months included
When the round ends, the swarm keeps testing your product for three months — already included in your engagement, not a new purchase. Continuous coverage after we leave the room.
Keep it running
After those three months, continue with the full Penagentti swarm on standby — one simple plan, everything included.
The same swarm from your pentest round, on a weekly test cycle — one plan, no tiers.
- Full 20-agent agentic pentesting swarm
- Weekly runs (1 domain per run)
- Onboarding kickoff — already covered by your pentest round, or step one if the swarm starts first
- Priority support — false-positive triage & problem-solving within 24h
Prove Expertise Oy
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