SecurityBoat

TriNetra Platform · Offensive Testing

Pentest-grade signal at the speed of development.

Continuous Testing runs exploit agents against every commit as it ships — not to flag what might be wrong, but to actually attempt the exploit in a live environment and only hand you what worked. The dashboard leads with a Zero-Noise Rate for a reason: it's the whole point.

Let's ConnectAll modules
TriNetra unified Findings list — 115 findings across PTaaS, Bug Bounty, ASM, and DRP
The same unified Findings list Continuous Testing, Bug Bounty, and PTaaS all write to. · Illustrative sanitized demo data — not customer results.

The problem

Code now ships faster than any quarterly pentest or bounty cycle can cover — which leaves months of unvalidated risk sitting between engagements. Scanners try to fill that gap, but they answer a different question than the one security teams actually need answered. A scanner tells you a pattern looks like SQL injection. It doesn't tell you whether that endpoint is even reachable in production, whether the input actually reaches the query unsanitized, or whether an attacker could get anything useful out of it. So teams get handed thousands of "indicators," triage crawls to a halt, and the handful of findings that are genuinely exploitable sit buried under the ones that aren't.

How Continuous Testing answers it

Continuous Testing doesn't stop at flagging. Every finding on the dashboard has already been through a three-stage pipeline, and the module's own KPI strip shows the shrinkage at each stage rather than hiding it — ending in a 98.8% Zero-Noise Rate this week, tracked alongside Confirmed Findings, Commits Scanned, and Exploit Attempts Logged, failures included.

How it actually works

The real funnel, not a marketing claim

RAW SCANNER INDICATORS1,240

SAST, DAST, and SCA tools run across every commit shipped this week and produce their full, unfiltered output — everything theoretically worth a second look.

CONTEXTUALLY PRIORITIZED86

Indicators are cut down to what's actually reachable at runtime and tied to a code path that changed this week — not a stale finding in code nobody touched.

EXPLOIT-CONFIRMED9

Dedicated exploit agents attempt each surviving indicator live, in your own environment. Only what's proven exploitable — with a captured attack and PoC evidence — comes out the other end.

Confirmed vs. Theoretical funnel alongside the Unified Findings Source Breakdown donut
That funnel is where the 98.8% Zero-Noise Rate comes from. The donut alongside it shows where every confirmed finding actually came from — Continuous Testing 9 · Bug Bounty 23 · PTaaS 41 — one governed record, not three exports to reconcile. · Illustrative sanitized demo data — not customer results.

Capabilities

What ships in the box

Change-scoped, not calendar-scoped

Every commit triggers a fresh cycle scoped to what actually shipped. Testing runs at release cadence, not on a quarterly clock that's already stale by the time it starts.

A funnel that shows its work

1,240 raw indicators in, 86 contextually prioritized, 9 exploit-confirmed — the shrinkage at each stage is the product, displayed as a number you can point to, not asserted in prose.

Exploit Attempt Log

Every attempt — pass or fail — is written to the log with timestamp, target endpoint, and agent ID. You see what was tried, which is exactly what an auditor or regulator wants to see.

Proof-of-concept on every confirmed finding

Attack narrative, reproduction steps, the exact payload, business impact, and CVSS vector — engineering can reproduce it without a call.

One unified record

The same Findings Source Breakdown donut that shows Continuous Testing's 9 alongside Bug Bounty's 23 and PTaaS's 41 means there is no separate tool to export from and no manual merge before a board update.

Works with

Stronger together

PTaaS

Fills the months between formal engagements, on the same findings backbone the donut visualizes.

Bug Bounty

Shares the same unified record; a researcher's report and an exploit agent's confirmed finding are indistinguishable in the pipeline.

Code Security

Both run at commit speed; Code Security reasons over the code, Continuous Testing attacks the running result.

Ish

Ask "how much noise is Continuous Testing actually filtering" and get the 98.8% answer in one prompt.

FAQ

Common questions

Is the 98.8% Zero-Noise Rate a marketing number?

It's the account's actual dashboard metric this week — the percentage of the 1,240 raw indicators that never made it past prioritization or exploit-confirmation because they weren't real. It moves week to week with what actually shipped.

Does it replace a formal pentest?

No — it covers the gap between them. PTaaS goes deep on a defined scope on a schedule; Continuous Testing watches what ships in between, feeding the same unified findings record shown in the source-breakdown donut.

What do we get when something is confirmed?

A finding with the exact payload used, step-by-step reproduction, business impact, and CVSS vector — plus code-level fix guidance where source-code integration is enabled.

Close the gap between pentest cycles.

Your code ships weekly. Your proof of security shouldn't ship quarterly. Tell SecurityBoat what you're building and we'll show you what TriNetra's exploit agents confirm on your own scope.

Let's ConnectExplore the platform

Related: PTaaS · Bug Bounty · Code Security · Ish