Offensive security
that never clocks off.
Rift deploys autonomous AI pentesters against your web apps and external network — finding, exploiting, and verifying real vulnerabilities continuously. No false-positive noise. No annual blind spots.
Trusted to break things, quietly, for teams at
Two surfaces. One adversary.
Each product is a standalone engagement — run it once for a compliance tick, or leave it armed for continuous coverage. Both share the same exploit-first brain.
Web App Pentesting
Point Rift at a URL for black-box pressure, or hand it source for full white-box reach. It maps every route, walks every auth flow, and chains bugs the way a real attacker would.
- White-box or grey/black-boxGive it code for depth, or just a URL — it adapts its strategy to what you share.
- Business-logic, not just signaturesReasons about checkout, RBAC, and multi-step flows to find IDOR, auth bypass, and abuse.
- Every bug comes with a receiptA working request, payload, and impact note — verified, never a speculative 'possible' finding.
Network Pentesting
Autonomous agents take your external perimeter the way an outsider would: enumerate the surface, find the soft edge, and prove the path in — per asset, on repeat. Internal pentesting is coming next.
- External perimeter, agent-drivenSubdomains, exposed services, TLS posture, forgotten hosts — enumerated and pressure-tested.
- Priced per assetPay per subdomain or IP in scope, with unit costs that fall as your surface grows.
- Continuous drift detectionNew asset appears at 2am? It's discovered, scoped, and tested before your standup.
A sample of what the loop surfaces — every one exploit-verified
Where SAST, DAST & pentesting
stop being separate tools.
Static scanners find suspects. Dynamic scanners make noise. Pentesters prove impact — once a year. Rift fuses all three into a single agentic loop that runs every time your code or surface changes.
Read the code
Agents ingest your source, infra-as-code, and CI config — building a white-box model of where untrusted input can reach sensitive sinks.
Three tools' jobs, one verdict.
Scanners flag suspects and flood you with noise. A yearly pentest proves impact — then goes stale by the next sprint. Rift does both, on every change.
◐ partial / depends on tooling · ✓ native & automatic· swipe table →
Wired into how you already ship.
Rift respects your existing process instead of replacing it — it slots in beside your CI, your ticketing, and your humans.
Connect & scope
Add a domain or a repo, define authorized scope, set guardrails. OAuth into GitHub, GitLab, or hand over a target URL. Two minutes, no agents to install.
Agents go to work
Recon, reasoning, exploitation, verification — autonomously. The agent thinks like an attacker and only reports what it could actually prove.
Route, fix, re-arm
Verified findings flow to Jira, GitHub, or Slack with reproduction steps. On the next deploy, the loop re-tests the fix and watches for new surface.
Pay for surface, not seats.
Web apps are priced by size. Network is priced per asset. Pick a cadence — one-off, annual for compliance, or always-on. Drag the sliders for a live estimate.
- ✓Verified, exploit-backed findings
- ✓Near-zero false-positive SLA
- ✓SAST + DAST fusion
- ✓SOC 2 / ISO-ready reports
Indicative only — final scope confirmed in onboarding.
Autonomous, not reckless.
An AI that writes real exploits needs real guardrails. Rift operates strictly inside authorized scope, throttles itself against production, and records every action it takes for full replay.
Scope-locked by design
Agents physically cannot act outside the assets and domains you authorize. Every target is verified before a single packet flies.
Safe-by-default exploitation
Proof-of-impact without the damage. It confirms a SQLi exists — it won't dump your database or alter state.
Full action replay
Every request, decision, and payload is logged. Hand your auditors a complete, reproducible trail of what ran and why.
Production-aware throttling
Rate-limits and quiet-hours respect live traffic, so a continuous scan never reads as a self-inflicted DoS.
The fine print, up front.
Both — it's your call. Run a single point-in-time engagement when you need a fast answer, schedule an annual cadence for compliance, or leave the loop armed so it re-tests on every deploy. You can start one-off and switch to continuous without re-scoping.
Yes. Annual and continuous plans include attestation letters and auditor-ready reports mapped to the frameworks you care about. Every finding ships with reproduction steps and a full action log, so the trail stands up to review.
Either. Hand Rift your source and it runs white-box — reasoning from code to exploit. Give it just a URL and it works grey/black-box from the outside. Sharing code deepens coverage, but it's never required to get started.
Network pentesting is priced per asset — per subdomain or IP in scope — with unit costs that fall as your surface grows. Web app pentesting is priced by application size (routes and auth surface). Cadence (one-off, annual, continuous) sets the multiplier. The calculator above gives a live estimate.
It's built for it. Agents are scope-locked to assets you authorize, exploit safely (proving a SQLi exists without dumping your database), and throttle themselves against live traffic with quiet-hours so a continuous scan never reads as a self-inflicted DoS.
Scanners pattern-match and hand you a pile of maybes. Rift fuses static and dynamic analysis, then writes and fires a real exploit to confirm impact — so what reaches you is verified, deduped, and exploitable, not a backlog of false positives.
Find your next breach
before someone else does.
Spin up an autonomous pentest in minutes. Point it at one app, one domain, or your whole surface — and let the loop run.
No credit card to start · First findings in under 10 minutes