“"Your platform sounds like just another scanner with marketing."”

→ Fair concern, a lot of vendors slap 'autonomous' on a Burp wrapper. Two things are different. First, every confirmed finding goes through a CREST CRT pentester before it reaches your queue. What you see is reviewed exploit, not raw scanner output. Second, the engine runs stateful, authenticated, multi-step attack chains (chained IDOR, business-logic bypass, auth escalation) that signature-based scanners can't model. Happy to send a sample finding from a current customer so you can compare against what your current tool surfaces.

“"We already use a crowd PTaaS platform, what makes you different?"”

→ Their crowd model has real strengths, large tester pool, fast turnaround for narrow scopes. The trade-off you're carrying is bench rotation. The researcher who tested your app in Q1 isn't the one who re-tests in Q3, so contextual knowledge resets each engagement. BugDazz staffs the same CREST CRT bench across the full year, so the second engagement starts where the first left off. For long-running risk surfaces (auth, payment flows, multi-tenant logic) that continuity is the difference between surface finding and chained exploit.

“"AI agents hallucinate vulnerabilities, we don't want garbage in Jira."”

→ Agreed, and that's exactly why we don't ship the model's output direct. Every machine-flagged finding goes through CREST CRT review before reaching your queue. Hallucinations (findings without a working request, response, and reproduction step) die in review, not in your engineering channel. The number to ask any vendor in this space is confirmed-rate per raw flag. Pure-agent tools without human review struggle below half. Ours runs much higher because of the review gate.

“"Our data is too sensitive to send to a SaaS pentest platform."”

→ Agreed, and it doesn't. The runner deploys as Docker inside your VPC. It sees your authenticated traffic, runs the attack chains locally, and ships only finding metadata (endpoint, vulnerability class, severity, fix hash) up to our control plane. Payloads, responses, and evidence captures stay inside your network the whole time. Happy to walk through the data-flow diagram with your security architect on a follow-up call.