nosaw security surveys your public surface — code, DNS, cloud, vendors — continuously, then routes every finding to a named owner with hash-stamped evidence of the fix.
Read-only reconnaissance · public surface only · no agents, no credentials required to start.
Figures from operating deployments. Every number on this page carries its evidence.
03 — The leak
A leaked ads token doesn't trip an alarm — it spends quietly until someone reads the bill. Detection is not the product. The closed, evidenced fix is.
A Google Ads developer token pasted into a public repo, a Stripe key in a JS bundle — typical detection method: the monthly invoice.
28.6M new secrets leaked on public GitHub in 2025.
A forgotten subdomain or an S3 bucket left readable is a finding for you — and a control failure for your SOC 2 auditor. Both cost real money.
Median time to detect a leaked secret in production: 327 days.
Ten dashboards, ten severity scales, zero routing. The finding exists — but nothing carries it to a named owner with a verified closure.
88% of web-app breaches involved valid credentials, not zero-days.
04 — The route
Every finding travels one path — from public surface to a named owner to a hash-stamped record of the fix. Same path every time, no exceptions.
Continuous scan of public code, DNS, cloud, and vendor surface. Every asset mapped to its source, every scan diffed against the last.
Each finding gets a severity and a verdict — controlled, hold, or loss. Priced against your actual surface, not a generic CVSS score. No unread queue.
The finding lands with a named owner in the tool they already work in — a PR, a ticket, a revocation. A handoff, not a notification.
The fix is verified and filed — timestamp, owner, sha256. Audit-grade, exportable, mapped to SOC 2 / ISO 27001 / GDPR controls.
05 — The surface
The same four surfaces surveyed in the plan above — scanned continuously, not quarterly. Every asset mapped to its source.
Keys and tokens found where attackers look first — public GitHub / GitLab / npm, orphaned forks, JS bundles served to the browser.
Google Ads · AWS · Stripe · Twilio · Meta · +4,200 patterns
The surface you forgot you own — expired certs, subdomains pointing to abandoned services, records that outlived the team that made them.
Passive + active discovery · Change detection · Weekly diff
Public S3 / GCS, over-permissive IAM, exposed metadata endpoints, IMDSv1 relics — across every account under your org.
AWS · GCP · Azure · Cloudflare
Your exposure includes theirs. Every vendor grant tracked, every shared credential mapped, every breach at a supplier flagged the day it lands.
SaaS integrations · Contractor access · Supply-chain drift
06 — Evidence
Every closed finding produces an evidence pack — what was exposed, who fixed it, when, and the hash that seals it.
07 — The ledger
From a live deployment: one Google Ads token in a public paste, replayed until the card was stopped.
Ads token replayed from an unknown IP for 22 days before detection. $18,240 drained across four campaigns. Found by the invoice, not by a tool.
GOOGLE-ADS-TOKEN · FIRST ABUSE 2026-06-14 · DETECTED 2026-07-06
Same surface under continuous survey. Next token exposure found in 41 minutes, revoked in 63, evidence filed. Wasted spend since: $0.
CTL-151 · KEY ROTATED · EVIDENCE E-4468 ON FILE
The difference isn't the scanner. It's that the finding had somewhere to go.
Design-partner deployment · figures on file
08 — Destinations
Routing means arrival — a fix task in the system the owner already works in, source mapped end to end.
No destination configured? Findings still route — into a signed queue with a named owner and an SLA clock. Nothing sits unread.
09 — Handoff
Bring a domain. We'll walk the first survey with you — what's exposed, where it routes, and what the evidence pack looks like.
READ-ONLY RECONNAISSANCE · PUBLIC SURFACE ONLY · NO AGENTS, NO CREDENTIALS REQUIRED TO START