Category / Supervised autonomy

What is an autonomous pentest copilot?

An autonomous pentest copilot carries out repeatable testing work inside a human-authorized scope while leaving boundaries, judgment, and final decisions with the tester. RedDepth adds an independent validation pass so a candidate finding is not called confirmed merely because one agent proposed it.

More coverage, with a human still in control.

“Autonomous” describes the testing work the system can carry out between human decisions. It does not mean that scope is guessed, authorization is inferred, or a report is accepted without review. A useful copilot makes the repeated work more systematic while making its boundaries and evidence easier to inspect.

That distinction matters in offensive security. A finding can be technically interesting and still be unsafe to submit if it was not reproduced, if it crossed a scope boundary, or if the evidence does not support the claim. RedDepth is designed around those failure modes.

A copilot is not the same as a scanner.

01 / Scanner

Signature coverage

A vulnerability scanner is useful for the checks it supports. Its coverage is defined by signatures, templates, and the surfaces it knows how to test.

02 / Generic agent

Prompt-dependent work

A generic agent may be able to reason about a target, but a prompt alone does not create an independent validation contract or a reliable record of what remains untested.

03 / Manual-only

Judgment bounded by hours

A skilled tester can go deep, but large surfaces force tradeoffs. Repeating the same permutations across parameters, identities, and state transitions consumes attention.

04 / RedDepth

Supervised systematics

RedDepth maps and tests an authorized scope, then sends candidate findings through an independent reproduction and a separate coverage-audit pass.

What RedDepth does not claim.

The useful claim is narrower: RedDepth takes the systematic sweep off the tester's plate while keeping authorization, independent verification, and final judgment visible.