Continuous exposure validation

Find the way in before someone else does — and prove you shut it.

TensorShield goes at your code, cloud, identity and SaaS — and the web apps, APIs and containers you ship — the way an attacker would. It works out what someone could actually reach, establishes how far we can prove it, writes the fix, then tests the same hole again to confirm it is dead — and your audit evidence comes out of the same run.

01

Connect, read-only

One click of OAuth into GitHub, AWS, Google Workspace, M365 or Okta. Nothing to install, nothing to change in your infrastructure. It finds your repos, accounts and identities itself.

02

Find

It looks across code, cloud, identity, SaaS and the web apps, APIs and containers you ship, the way an attacker would — including how a small thing in one becomes a serious thing in another. Continuously, so the answer is about today.

03

Prove

Each lead is pushed as far as we can actually take it, and we tell you which rung it reached. On a web app or API you have authorised, that means breaking in and showing you the request that worked. On other surfaces it means less, and the finding says so rather than borrowing the stronger word.

04

Fix

The real change arrives written — a pull request, a config change, an access revocation. Routine ones just happen; anything that could break something waits for you.

05

Prove it is closed

After the fix, the same hole is tested again — and on an authorised engagement, attacked again. If it still works you hear it from us. “Fixed” stops meaning “somebody closed the ticket”.

06

Evidence, already made

The same run produces your control state across 27 frameworks, signed and dated and tied to the finding that proves it — so the questionnaire is mostly answered before anyone sends it.

Most teams cover that with a scanner, a pentest firm, a compliance platform and a ticket queue — and then hire the person who runs them. That person is what this replaces. It is also why proving a fix is closed matters more than it sounds: buy the pieces separately and the thing that checks your fix works for a different company than the thing that made it.

What changes

Your week, before and after.

A normal week today
Monday
340 new alerts across four tools. Nobody has read last week's.
Wednesday
You pick six by gut feel. You are fairly sure two of them are not real.
Friday
The fixes are tickets now. They will be tickets next quarter too.
Next quarter
The pentest firm finds one you had already ticketed. Six weeks, and stale the week it lands.
Never
Anyone re-tests. “Fixed” means somebody closed the ticket.
A normal week with TensorShield
Monday
Four issues. Each one comes with what it reaches and, where you authorised testing, the request that worked.
Tuesday
You approve three pull requests from your phone. The fourth needs a decision, so it waits for you.
Wednesday
Two are re-tested and gone. The third is not — it reopens itself and says so.
Any day
A customer sends a security questionnaire. Most of it is already answered, signed and dated.
Always
You can say what an attacker could reach today, and show the evidence for it.
What we mean by proved

Not every finding can be proved the same way. We tell you which.

"Verified" is doing a lot of work in this industry. Every finding we show you carries the rung it actually reached, so you never have to guess how much was really done.

We ran the attack and it workedproven exploitable
Web apps and APIs
Only inside limits you authorise, and only where a deterministic check can confirm the attempt actually succeeded.
We asked your cloud provider and it said yes
AWS
This confirms the permission exists, not that anyone could use it end to end. It is not the same as breaking in, and we never call it that.
We read the setting from the system's own API
SaaS, identity, devices, vendors, data warehouses
A definite fact about how something is configured. It is not a claim that anyone exploited it, and not the same as your cloud provider approving an action.
We read your code and found the path to it
Dependencies in connected repositories
It shows your code can reach the vulnerable package. Whether the specific flaw is triggerable is a further question.
Two or more independent tools reported the same thing
Every surface
Agreement between scanners, not a demonstration.
One scanner matched a pattern
Every surface
A lead worth looking at, and where most findings honestly sit. We label it rather than dressing it up.
Only the top rung means someone got in. Everything below it is real evidence and a smaller claim, and we would rather say so than let the word do work the engine did not.
Under the hood

Best-in-class detection, plus an AI engineer to make sense of it.

Most tools give you a scanner and a 400-row report. TensorShield pairs a complete detection layer with an AI security engineer that triages, chains, and explains — turning raw findings into decisions a non-expert can act on.

  • Detection layer. Wraps the leading OSS scanners — recall on par with running each tool yourself, across every asset you run.
  • AI security engineer. Verifies what's real, chains issues into attack paths, writes the fix and the plain-English why.
  • Human in the loop. Tier-gated approvals on anything consequential, every decision signed into a tamper-evident ledger.
Deterministic detection
katana · nuclei · semgrep · trivy · prowler · gitleaks …
ML-based enrichment
false-positive filter · threat intel (what attackers are exploiting now) · compliance mapping
AI agents
triage · chain · verify · remediate · explain
Human in the loop
you approve · signed ledger
No black box

Built on the tools the best security teams already trust.

We don't reinvent detection — and we don't hide what runs under the hood. TensorShield orchestrates the leading open-source security engines so your recall matches running each one yourself, then layers an AI security engineer on top to triage, prove, and fix. Best-in-class coverage, one place, fully transparent.

Web & API testing

Dynamic scanning, crawling, and injection testing of your live app.

nucleisqlmapdalfoxkatanahttpxffufwpscan

Code & secrets

Static analysis, taint tracking, and leaked-secret detection in your repos.

semgrepCodeQLgitleakstrufflehoggovulncheck

Dependencies & supply chain

Known-CVE scanning and SBOM generation across your dependency tree.

trivygrypeosv-scannersyft

Containers & IaC

Image, Dockerfile, and infrastructure-as-code misconfiguration checks.

docklehadolintcheckovtrivy

Cloud posture

CIS-benchmark and misconfiguration coverage across AWS, GCP, and Azure.

prowlerscoutsuitecloudfox

Network, recon & mobile

Port and service discovery, subdomain enumeration, and mobile SAST.

nmapnaabusubfinderamassmobsfscan

OSINT & external exposure

The attacker's-eye view: leaked credentials, public secret leaks, forgotten internet-exposed hosts, and look-alike phishing domains.

theHarvesterSpiderFootdnstwistHaveIBeenPwnedtaranis-ai

All trademarks belong to their respective open-source projects. TensorShield orchestrates these tools; it is not affiliated with or endorsed by them. External-exposure (OSINT) collection runs live where it's keyless (Certificate-Transparency monitoring, GitHub code-search); breach, dark-web, and port-exposure feeds run via a posted snapshot or a credential-gated connector you configure.

Everything you run

One agent across your whole attack surface.

Code, cloud, web, APIs, containers, mobile, network, and identity — each assessed by the leading open-source scanner for that surface, continuously.

Web apps

DAST — injection, XSS, SSRF, auth, and WordPress/CMS-specific issues

nucleisqlmapdalfoxwpscan

APIs

REST / GraphQL / gRPC — spec-driven fuzzing and shadow-route discovery

nucleikiterunnerschemathesis

Source code

SAST, dependency CVEs (SCA) with reachability, supply-chain malware, end-of-life & deprecated components, license risk, and hardcoded secrets

semgreptrivygovulncheckmalicious-packageseolgitleaks

Containers

Image CVEs, misconfigurations, and SBOM

trivygrypedockle

Cloud accounts

AWS / GCP / Azure posture and IAM attack paths

prowlerscout-suite

Network / IPs

Port and service discovery with per-port vuln templates

nmapnaabunuclei

Domains & DNS

Subdomain enumeration, takeover, and email-spoofing (DMARC/SPF/DKIM)

subfinderamasscheckdmarc

Identity & SaaS

MFA gaps, risky OAuth grants, stale accounts across Google, M365 & Okta

Google WorkspaceMicrosoft 365Okta
Prove it — automatically

27 frameworks, mapped as findings land.

Every finding maps to the controls it touches — no spreadsheet, no screenshots. Your evidence pack stays current and signed, ready for an auditor or a customer's security review.

Security & trust
SOC 2 ISO 27001 CIS v8 NIST CSF ISO 22301 UK Cyber Essentials
Sector & payments
PCI-DSS HIPAA SOX GLBA EU DORA
Privacy
GDPR ISO 27701 CCPA DPDP ISO 27018 PIPEDA
Government
NIST 800-53 NIST 800-171 FedRAMP CMMC 2.0
India regulatory
CERT-In RBI CSF SEBI CSCRF
AI governance
ISO 42001 (AI) NIST AI RMF EU AI Act
The platform

Everything a security & compliance team does — one platform

Five surfaces, one finding graph. Each runs the best open-source scanners, enriched by the AI engineer — feeding the two outcomes you actually buy: security and compliance.

A human in the loop across all of it. The agent finds, prioritizes and fixes — but anything consequential waits for one tap of your approval, and every decision is signed into a tamper-evident ledger. Autonomy where it's earned.

One shared brain

Five surfaces, one brain — every signal makes the next smarter.

The surfaces above aren't separate tools bolted together. Every scan, pentest, and posture check feeds one finding graph — so they corroborate each other's detections and roll into a single compliance posture.

AI security engineer AI pentest Supply-chain SaaS & identity CI/CD 8 asset-type scans
One finding graph — the shared brain

Corroborate findings across tools · correlate cross-surface attack paths via a shared entity · map every finding to compliance controls · the pentest writes proof back onto the finding.

Better detection

The same issue found by two scanners collapses into one — and is marked confirmed when independent tools agree. Less noise, higher confidence.

Cross-asset attack paths

A web flaw that leaks a key, chained to the cloud account it unlocks. Findings bridge surfaces through a real shared entity — across all 8 asset types.

One compliance posture

Every product's findings map to controls and roll into a single signed posture across all 27 frameworks — so detection and audit-readiness move together.

Built for your whole team

Everyone gets what they need.

Founders & owners

One glance tells you if you're safe and compliant — and the agent is already handling the rest.

Ops & IT

Connect tools, approve fixes from a keyboard-fast inbox, and show real progress — no security background needed.

Developers

Get actionable fixes as PRs and tickets in the tools you already use, with the evidence attached.

Compliance & auditors

Live control posture, signed evidence, and auto-answered questionnaires — reproducible, not screenshots.

See it run on your own systems.

Connect one system free and watch the loop work in minutes.