Introducing the SecNode Memory Layer

Product Security

SecNode AI reasons like a product security engineer

Shift real security judgment left, not more alerts. SecNode AI reasons like a product security engineer: it reviews designs, thinks about code in context, and the web and API pentest agents confirm whether a finding is actually exploitable.

Product Security

From design review to exploit verification

The model understands the service, its data, and its reachability, so product teams get conclusions, not a wall of scanner output.

Design-time review

Threat modeling on architecture changes before they ship.

Context-aware analysis

Findings judged against how the service is actually reached.

Exploitability gating

The pentest agents confirm reachability, so only real issues become developer work.

product-sec · example PR review
design

New webhook endpoint lacks signature verification

verify

API pentest agent forges a payload · state mutation confirmed

fix

HMAC verification patch drafted with a test

merge

Developer approves · finding closed in-flow

Illustrative · delivered inside the pull request

In the flow

Security that developers don't route around

01

Where they work

Findings and fixes arrive in the PR, not a separate portal.

02

Low false positives

Reachability filtering means fewer, truer findings.

03

Fix-first

Remediation drafted with the finding, ready to review.

Put senior-level security engineering on every system you own

See SecNode's agents run a live investigation against a real environment.