Bug bounty, meet autonomous verification and remediation
Native HackerOne and Bugcrowd integrations put external reports through the same loop Pensar already runs on its own findings: triaged against your live attack surface, reproduced request by request by an offensive agent, patched at the exact line, and answered on the platform the researcher used.
Today we're shipping Bug bounty support in Pensar Console: native HackerOne and Bugcrowd integrations, plus a dedicated email intake for programs that don't run on either. External reports can now be automatically triaged and reproduced using the same autonomous loop that drives Pensar's own adversarial testing.
When findings get reported to your bug bounty program, Pensar's offensive agents will automatically attempt to reproduce them against your verified attack surface/environment. If our agents are able to successfully reproduce a report, a finding will be added to your Pensar workspace and our patching/remediation loop will kick off - our agents will also assist in drafting a response to the researcher.
Connect to your bug bounty program
Navigate to the Bug bounty section of your workspace and connect to either HackerOne or Bugcrowd (or add your security inbox address) to start autonomously triaging and verifying reports.
| Channel | How reports arrive | How Pensar answers |
|---|---|---|
| HackerOne | Reports triaged on your program arrive over a webhook | As a comment on the report |
| Bugcrowd | Submissions triaged on your program arrive over a webhook | As a public comment on the submission |
| Pensar provisions a dedicated intake address — publish it as your program contact, or forward the alias you already use | As a direct reply, with the thread kept alongside the submission |
Everything that lands shows up in two places: Processed reports, the ledger of every submission and what came of it, and Triage pipeline, the live view of what's being worked right now — finding, severity, verification state, and where remediation stands.
Triage and verify bug bounty reports using your internal security context
A bug bounty report usually arrives as a standalone ticket. Before anyone can verify it, the security team has to map it to their threat models, security policy/docs, and to their attack surface to begin triaging and recreating the report.
Pensar already maintains a living model of your attack surface and threat models- when a report comes in, Pensar can immediately begin triage and verification/reproduction using the same workflows that our customers already rely on to find and verify findings in their workspace - our adversarial agents will attempt to recreate and/or re-exploit the bug bounty report's findings against your verified attack surface that you've already onboarded to Pensar, marking any reports that cannot be reproduced as noise - enabling customers to then dismiss or dig into further, dramatically reducing time spent triaging.
When a report is reproduced, we pass the verified finding to our remediation workflow that autonomously writes, deploys, and retests a patch to ensure full remediation of the finding.
Reproducing the report
A researcher's description of a vulnerability is treated as an unverified claim until our adversarial agents are able to prove otherwise.
However, due to the rise of AI written reports, there is a lot of noise that enters the top of the bug bounty funnel. Our triage system performs an initial pass to quickly triage reports as duplicate or general noise - taking your threat models into account. Reports that survive triage go to Pensar's offensive agents, which attempt to recreate the reporter's claims and exploitation steps against the authorized bounty target (e.g. authenticating as the same user role, issuing each request in sequence, and determining if the exploit steps are actually reproducible against a live environment).
pensar-agent · target console.acme.dev · authorized authenticated as member of Workspace A · token ws_a__9f step 1 · request an issue belonging to Workspace B → GET /api/issues/9f2c41e0-…-b7d3 200 OK · 4.1 KB · workspaceId: ws_b ≠ caller
Agent request/response pairs, tool calls, and reasoning steps are attached as evidence to every issue - not just a summary of what the agent believed happened.
Failures to reproduce are informative too. We share a full session trace of exactly what was attempted and what the system returned, which is what makes a "we couldn't reproduce this" reply defensible to the person who filed it.
Report reproduction uses a similar variant analysis technique as our patch-retest loop to locate other areas of the attack surface that are affected by the reported finding and to identify if any variant exploit paths exist.
From verified report to remediation
If you've connected your source code, Pensar pipes the verified bug bounty finding into our remediation workflow - tracing the finding from the reproduced report and mapping it to the code responsible for the vulnerability.
Customers can use our patching agents, or our lifecycle event webhooks to kick off their own internal coding agents, to write and deploy a patch - leveraging the context Pensar produced when verifying the bug bounty report.
Then our retest flow is kicked off, dispatching our offensive agents to attempt to re-exploit the patched vulnerability through variations of the original attack, only closing the finding when the retest comes back clean.
Reply where the report came in
A program's reputation with researchers is mostly a function of latency, and delays in response (and/or low quality responses) can hurt this reputation.
Pensar customers using our bug bounty integrations can not only cut triage and verification times down to minutes, they can also prevent backlog build up and dramatically reduce response times to researchers. Pensar will automatically draft a reply (and if enabled, will automatically post said reply) to researchers after the report reproduction workflow completes - replies are specific to each report, because they are written from evidence rather than a template.
What stays in your hands
Pensar does not change submission state, priority, bounty eligibility, or rewards. Those decisions stay with your team.
Automatic replies and automatic patching are separate controls, so you can start with triage and reproduction and enable more when you're ready.
