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Argus · Find

Outside-in application security.

Application security posture management that starts from the outside, like a real attacker, then works inward through your code, dependencies, cloud and secrets. Real findings arrive as fix pull requests.

Argus · Find

Find it, fix it, prove it.

Argus is application security posture management that starts from the outside, like a real attacker, then works inward through your code, dependencies, cloud and secrets. When it finds something real, it opens the fix as a pull request.

When the fix merges, Argus retests and files the evidence against the controls it satisfies.

Findings

acme/api

live

Fix policy

auto-PR at high and above

repo:

acme/api

scan:

on_pull_request

auto_fix:

high

notify:

#security

sources:

- code

- cloud

- secrets

retest:

true

FINDING

SEV

FOUND

STATE

FIX

s3 public read

high

fixed

merged

aws key leak

critical

rotated

merged

lodash cve

medium

patched

open

admin mfa off

high

owner set

manual

Outside-in. We start like a real attacker would, with no credentials or installs.

Code and supply chain. SAST, SCA and secrets scanning, plus SBOM, AIBOM, CBOM and HBOM.

Attack paths. Findings mapped to MITRE ATT&CK and priced in dollars with FAIR.

Fix by pull request. Agents write the fix, plus a paste-ready prompt for your coding assistant.

Developer attribution. Every finding has an owner, so fixes do not stall in a shared queue.

How it runs

Find it, prove it, fix it, verify it.

Connect once and the loop runs continuously: on every commit, every deploy and every new threat. A person approves every high-impact action.

Detect

Map the attack surface from the outside in, then across code, dependencies, SBOM and the AI layer.

Prove

Validate each candidate with a real exploit probe, placed in an attack-chain graph. Reproducible, with CVSS.

Resolve

Agents write the fix and open a pull request, plus a paste-ready prompt for your coding assistant.

Test

Re-attack the surface with continuous adversary simulation to confirm the fix holds.

Verify

Check every change against SOC 2, ISO 27001, GDPR and DPDP controls before it lands.

Record

Every step is filed as timestamped evidence your auditors, customers and board can read.

Detect

Map the attack surface from the outside in, then across code, dependencies, SBOM and the AI layer.

Prove

Validate each candidate with a real exploit probe, placed in an attack-chain graph. Reproducible, with CVSS.

Resolve

Agents write the fix and open a pull request, plus a paste-ready prompt for your coding assistant.

Test

Re-attack the surface with continuous adversary simulation to confirm the fix holds.

Verify

Check every change against SOC 2, ISO 27001, GDPR and DPDP controls before it lands.

Record

Every step is filed as timestamped evidence your auditors, customers and board can read.

Detect

Map the attack surface from the outside in, then across code, dependencies, SBOM and the AI layer.

Prove

Validate each candidate with a real exploit probe, placed in an attack-chain graph. Reproducible, with CVSS.

Resolve

Agents write the fix and open a pull request, plus a paste-ready prompt for your coding assistant.

Test

Re-attack the surface with continuous adversary simulation to confirm the fix holds.

Verify

Check every change against SOC 2, ISO 27001, GDPR and DPDP controls before it lands.

Record

Every step is filed as timestamped evidence your auditors, customers and board can read.

Integrations

Connects to the stack you already run.

Read-only connections to your cloud, code and identity provider, a device agent for laptops, and an MCP server and API for everything else.

AWS

Azure

Google Cloud

GitHub

Google Workspace

JumpCloud

Vercel

Aikido

Ramp

Device agent

mcp

MCP server

{ }

REST API

Start with a real security program.

Tell us what you need to fix first and we will show that part live, on a stack like yours.

Book a demo

Talk to a founder