// SOLUTIONS

The same platform.
Three different problems solved.

ARX addresses a different urgent need for each person in the security program. Pick the problem that's yours.

You built something great.
ARX gets it to production.

Your agent works. You know it works. The person next to you knows it works. The CISO wants to use it. Procurement has been reviewing it for four months and wants a SOC 2 report for a Python script you wrote on a Saturday.

ARX changes that calculation.

Deploy in 10 minutes
Install the ARX SDK. Add 10 lines of initialization code to your existing agent. Upload your Docker container or Python script. Click Deploy. Your agent is live on SOC 2-certified infrastructure. Your code does not change.
Pre-built connectors to every tool you use
101 pre-built connectors — CrowdStrike, Splunk, Wiz, SentinelOne, Okta, Sentinel, Snyk, Tenable, and 93 more. Authenticated. Policy-enforced. Zero custom integration work.
Secrets management without the overhead
Add your API keys to the ARX vault once. They are injected at runtime. Never in your code. Never in the repo. Rotation is one operation in the console.
$ pip install agentvault-sdk
$ arx deploy --image my-triage-agent:latest
✓ Agent deployed — live in 8 minutes
✓ Audit trail active
✓ CISO registry updated
✓ Policy rules applied
10 min
FROM SCRIPT TO PRODUCTION AGENT

You have agents running
that you can't see.
ARX changes that.

Your security engineering team has built AI automation that touches CrowdStrike, Splunk, and Okta. Some of it is running right now. You do not know exactly which tools, what systems they access, or what they can do autonomously.

This is not a failure of your team. It is a failure of the infrastructure available to govern these tools. ARX is that infrastructure.

Agent Registry — live, day one
The moment an agent deploys on ARX, it appears in your dashboard. Owner. Systems it connects to. Permissions it holds. Last run time. Current behavioral status. You have the inventory you never had before.
Human approval gates — before execution
You define which action types require your approval before the agent can proceed. Host containment. IP blocking. Incident closure. Those actions pause and route to you via Slack. You see the full context. You decide. The agent continues or aborts.
Behavioral drift detection — proactive
Every agent has a declared intent captured at deployment. ARX continuously monitors live behavior against that declaration. If an agent begins accessing systems or taking actions outside its declared scope, you are alerted before it becomes an incident.
Policy guardrails — enforced at the platform layer
Set rules defining exactly what each agent is permitted to do. No developer cooperation required. Enforced before any API call reaches the external system. Changes are versioned and audited.
Immutable audit trail — exportable
Every agent action logged. Append-only. Tamper-proof. When an auditor asks what your agents did and who authorized it — you have the complete answer, ready to export.

“If something goes wrong with an automated tool and I have to explain it to the board, I need to show them exactly what happened. With ARX, that answer exists before they even ask the question.”

COMPOSITE FROM ENTERPRISE SECURITY CONVERSATIONS · ACROSS ENERGY, FINANCIAL SERVICES, AND TECHNOLOGY
Day 1
CISO HAS FULL GOVERNANCE VISIBILITY

The vendor security package.
Auto-generated.
From actual behavior.

Vendor security reviews exist for a good reason. They exist to answer four questions: where does the data go, who has access, what happens if something goes wrong, and can you prove it. For internally-built AI agents, the answer to all four used to be “we'll get back to you in six months.”

ARX answers those questions automatically — from the agent's actual runtime behavior, not from manual documentation.

VENDOR SECURITY QUESTIONNAIRE
CAIQ v4 fields pre-populated from the agent's runtime behavior and the ARX platform's SOC 2-certified infrastructure. Questions relating to systems the agent does not access are automatically marked not applicable.
DATA FLOW DIAGRAM
Auto-rendered from the agent's execution graph. Every system the agent called. Every data flow. Trust boundaries. Data types. DFD notation. Ready for submission.
SUB-PROCESSOR LIST
Every external system the agent contacted, cross-referenced against ARX's sub-processor registry. Categorized by data type, jurisdiction, and applicable regulatory framework.
SOC 2 CONTROL MAPPING
Documents which controls are fully inherited from ARX's certified infrastructure (via Aptible on AWS), which are partially inherited, and which remain the customer's responsibility. Auditor-ready.
WITHOUT ARX
  • · Vendor security questionnaire: manual · 2-4 months
  • · Data flow diagram: manual · $5K-$15K consultant
  • · Sub-processor list: manual research · weeks
  • · SOC 2 mapping: manual · $30K-$100K audit process
  • · Total: 4-6 months · $50K-$150K · tool often rejected
WITH ARX
  • · Vendor security questionnaire: auto-generated · minutes
  • · Data flow diagram: auto-generated · minutes
  • · Sub-processor list: auto-generated · minutes
  • · SOC 2 mapping: inherited + documented · day one
  • · Total: same week · included in platform · tool ships
1 click
COMPLIANCE PACKAGE FOR PROCUREMENT

Every security program sits
at one of five levels.

LEVEL 1: INVISIBLE
LEVEL 2: UNCONTROLLED
LEVEL 3: GOVERNED
LEVEL 4: COMPLIANT
LEVEL 5: AUTONOMOUS

Most enterprise security programs are at Level 1 or 2. ARX moves them to Level 3 in under 10 minutes.

Take the 2-minute assessment →

See what your team built. Govern it. Ship it.

Full platform access. All connectors. All governance features. No credit card. No auto-charge. If you have a security tool that has been sitting in vendor review for more than a month — this is what happens when it runs on ARX.

14 days · Full access · No commitment · Converts to paid only if you choose

Prefer a conversation first? Schedule 30 minutes →