Autonomous · Prove-or-Drop

We don't guess.
We prove.

Autonomous security that ships every vulnerability with an executable, passing exploit script. Zero noise. Zero false positives by design.

Compiled PoC
Scope-locked
Audit trail
engine.log · livecommit 8c7f2a1
● provenVault::deposit · share-price inflationseverity=high
// exploit.t.sol
function test_inflateShares() public {
  vault.deposit(1, attacker);
  asset.transfer(address(vault), 1e18);   // donation
  vault.deposit(1e18, victim);            // mints 1 share
  assertEq(vault.balanceOf(victim), 1);   // proven loss
✓ forge test --match test_inflateShares — PASS · 1 passed, 0 failed
○ droppedVault::withdraw · reentrancy hypothesis
reason: PoC compiled but assertion failed — guard nonReentrant intercepted call at trace[2].
✗ exploit_withdraw_reenter.t.sol — assertion not met · not shipped
The problem

Security tools that cry wolf burn out the people who matter.

Traditional scanners flood teams with unverified alerts. Senior auditors then burn hours hand-writing proofs-of-concept just to separate signal from noise. By the time real bugs surface, they're stale.

Unverified alerts

Static analyzers flag pattern matches, not exploitable behaviour.

False-positive fatigue

Triage queues grow faster than they can be closed. Real findings drown.

Manual PoC burn

Auditors spend the high-value hours rewriting throwaway exploit scripts.

Our difference

Prove or Drop. Every finding earns its place.

Each hypothesis the engine produces is run end-to-end. It either compiles, executes, and passes — shipping as a PROVEN finding with the PoC — or it is DROPPED, with the reason logged. We monetize the validation step, not the discovery step.

forge test output showing test_inflateShares passing
Proven · shipped
Vault share-price inflation

Auto-generated exploit.t.sol compiles and passes against the target commit. Lands in the report with full repro.

forge test --match test_inflateShares
[PASS] test_inflateShares() (gas: 142,118)
1 passed; 0 failed
Dropped · not shipped
Withdraw reentrancy hypothesis

PoC compiled but assertion failed — the on-chain guard intercepted the second call. Logged with the trace, never surfaced as a finding.

reason: assertion_not_met
  nonReentrant tripped at trace[2]
  dropped @ run 482c1f
Two engines, one principle

From Solidity vaults to live LLM agents — every finding ships with code.

Abstract hex-grid representing Solidity contract structure
WEB3 · Smart-contract auditing
Edge-case math, weaponised.
  • Vault share-price inflation & donation attacks
  • Decimal / rounding / precision-loss exploits
  • Liquidation, accounting and oracle drift bugs
  • Auto-generates compiled, passing .t.sol PoCs
exploit.t.sol
Abstract packet capture and terminal output
WEB2 · Offensive security
Blind serial sweeps, end-to-end.
  • pwn · crypto · reverse · forensics
  • web: SSRF, SSTI, deserialization, SQLi
  • AI surfaces: prompt-injection, jailbreak, tool-calling, vector-leak, live-LLM
  • Each finding lands with a functional exploit, not a vague alert
exploit.py
How it works

Three steps. No vague advisories.

01
Connect

Point us at a repo + commit, or an authorized staging target. Scope is locked to an explicit allowlist.

02
Sweep

The engine runs blind, serial exploit sweeps. Every hypothesis is compiled and executed end-to-end.

03
Ship

You get verified, report-ready PoCs. Proven findings only. Dropped attempts are logged but not surfaced.

Built for

Teams who can't afford a wrong call.

DeFi dev teams
CI guardrail

Per-commit math, share-price and rounding hunting. Catches the class of bugs that burns protocols on day one.

External audit firms
Audit co-pilot

License blind initial passes that auto-generate compiled, passing PoCs. Reclaim senior-auditor hours.

Mid-market & Web3 infra
Continuous pentesting

Scheduled exploit sweeps across binary, web, crypto and live-LLM surfaces — output is a working script.

Pricing

Three plans. All quote-confirmed.

Custom and per-audit scoping available — every engagement is anchored to a written authorization.

Continuous CI Guardrail
$1,000/month

Per-commit math, share-price and rounding hunting. A safety net before external review.

  • 1 repository, per-commit hooks
  • Web3 engine: vault / DeFi math
  • Compiled .t.sol PoCs in CI
  • Slack + GitHub annotations
Talk to us
Most popular
Continuous Range Assessment
$2,500/month

Scheduled staging-network exploit sweeps across binary, web, crypto and live-LLM.

  • Web2 + AI surfaces
  • Allowlisted staging targets
  • Working exploit script per finding
  • Realtime PoC logs
Talk to us
Audit Co-Pilot Enterprise
from $3,500/month

Firms license blind initial passes that auto-generate compiled, passing PoCs.

  • Multi-engagement workspace
  • AI narrative drafting
  • Full audit trail of model calls
  • Custom range integrations
Talk to us

Custom and per-audit scoping available. All plans are scope-locked to your written authorization.

Trust & safety

Scope-locked. Authorized. Sandboxed.

Explicit allowlist

Every engagement is scope-locked to repos, contracts or hosts you've named. Out-of-scope targets cannot be reached.

Authorization on file

Runs only execute against targets backed by a signed authorization document held in the operator console.

Sanctioned ranges only

Exploits run in sandboxed, sanctioned staging environments. No production probing without written sign-off.

Proof

Receipts, not badges.

Every claim below is enforced in code or the database — not a marketing line. Verify any of them in a sandbox tenant.

HMAC-signed ingest

Raw-body SHA-256 HMAC, lowercase hex, constant-time compare.

Tenant-isolated RLS

Every row scoped via is_tenant_member / has_tenant_role; service-role writes filter by tenant_id.

DB-level safety gate

assert_run_authorized blocks any run without a signed authorization and allowlisted target.

Plan limits enforced

Engagement and monthly-run quotas enforced by runs_plan_gate / engagements_plan_gate triggers.

Stop chasing false positives.
Start shipping proof.

Bring us a repo, a commit, or an authorized staging target. We'll come back with compiled, passing exploits — or nothing at all.