[ Autonomous offensive security ]

Thinks like an
attacker.
Proves like an auditor.

An autonomous security researcher for the software you ship. It learns the boundaries your product trusts, crosses the ones that should not hold, and proves every finding with hard evidence.

scope  your software mode  continuous output  proven findings
app.example.com / refunds ○ probing
ownerrefund · allowed
another usershould be denied
crosses it · refund issued for an order it does not own · 200

01 / The gap

Boundaries fail
silently.

Scanners match payloads against a checklist. Pentests are a snapshot that ages the moment they end. Meanwhile your app ships new logic every day, and the boundaries that quietly stop trusting the wrong request are the ones nobody tests.

UnboundCompute reasons about your application, not a generic list, so it finds the crossing that matters and shows you it is real.

Who it's for

Built for teams shipping faster than security can keep up.

If a broken permission check would cost you a customer, a contract, or a headline, this is built for you.

Multiple tenants or roles

One user's data must never cross into another user's access.

Complex authorization

Roles, permissions, and approval flows where the rules carry real consequences.

Money and state changes

Refunds, discounts, quotas, and workflow states worth bending past the rules.

Heavy on APIs, shipping fast

New endpoints every week, faster than a manual review cycle can keep up with.

No offensive team of your own

You want this coverage without standing up a full offensive security function.

02 / Evidence

Every finding,
proven.

No guessing at severity, no "likely exploitable." Each report is a recorded request, the response that should never have come back, and a replay your engineers can run themselves.

Recorded request and response, verbatim
Replayed against an authorized baseline
Exported as a repeatable test for CI
finding · UC-0428● broken access control
# as another user, should be denied
POST /api/orders/4471/refund
authorization: Bearer <user_b>
# response
200 OK  refund issued · $1,200.00
order.owner ≠ caller
baseline (owner): 200  ·  this caller should: 403replay ↻

Proof in plain sight

Proof your whole
team can act on.

Every finding ships a plain English read, what it is, what an attacker could do, and how to fix it, right next to the hard evidence. Your engineers get the exact request, everyone else gets the point.

read by  engineers & PMs export  PoC · ticket · report

In plain English

A logged in user could open another customer’s project that should have been off limits to them.

What could happen
An attacker could read other tenants’ private projects and data.
How to fix it
Check on every request that the user owns the record they ask for.
idor · GET /api/projects/{id}● proven · reproduced ×2

03 / What it crosses

The boundaries a checklist walks past.

Six classes it reasons through, not a signature it matches.

A01

Broken access control

Acting as another tenant, owner, or role, and getting a 200 that proves it.

A02

Insecure object references

Walking identifiers to read or mutate records that belong to someone else.

A03

Business logic abuse

Refunds, discounts, quotas and workflows bent past what the rules intend.

A04

Auth and session bypass

Privilege escalation, token confusion, and flows that forget to check again.

A05

Server side request forgery

Coaxing the backend into reaching places the boundary assumed it could not.

A06

Privilege escalation

Climbing from a low trust caller to actions only an admin should reach.

04 / Why it's different

Differentiation

Scanners

Match known payloads against a checklist. Loud, generic, and blind to logic that is unique to you. You triage the noise.

Manual pentest

Deep but a snapshot. Expensive, scheduled, and stale the day after it ends, while your app keeps shipping.

UnboundCompute

Reasons about your app continuously, crosses only the boundaries that should hold, and proves each one with replayable evidence.

Design partner program

Find the line.
Then watch it cross.

UnboundCompute is in private access. Point it at a staging environment and see what it proves before your next release does.

or explore the console demo with sample data