System Live · Runtime Governance

The operating system for secure AI

WatchTower is the enterprise-grade runtime security and governance layer for every AI model, agent, MCP server, and LLM — trusted by enterprise, government, defense, and critical infrastructure.

Runtime<50ms enforcementComplianceSOC 2 · ISO 27001 · HIPAA · NIST AI RMFDeploySaaS · Private Cloud · On-Prem · FedRAMP-ReadyCoverageModels · Agents · MCP · LLMs
Latency · 12ms
Threat Level
NOMINAL
Active Endpoints
api-gateway-us-east
vector-db-primary
mcp-server-eu-west
auth-service-node-4
Real-time Traffic · Last 12m
9.7k checks / min
Active Agents
1,284
PII Blocked
14,209
Policy Latency
0.4ms
14:02:11AUTHAgent_09 authorized for DB_READ
14:02:12OKVector_Query matched (98% confidence)
14:02:15WARNUnrecognized API pattern detected
14:02:16BLOCKUnauthorized data exfiltration blocked
14:02:18POLICYRule "NO_PUBLIC_KEYS" enforced
14:02:19OKAgent_09 session normalized
14:02:22INITAgent_14 spawning sub-process...
14:02:11AUTHAgent_09 authorized for DB_READ
14:02:12OKVector_Query matched (98% confidence)
14:02:15WARNUnrecognized API pattern detected
14:02:16BLOCKUnauthorized data exfiltration blocked
14:02:18POLICYRule "NO_PUBLIC_KEYS" enforced
14:02:19OKAgent_09 session normalized
14:02:22INITAgent_14 spawning sub-process...

Built for teams shipping AI agents to production

<50ms
Policy enforcement latency
Sub-second
Block & quarantine decisions
SOC 2 · HIPAA · GDPR
Compliance-ready by design
ISO 27001
Aligned controls & evidence
The problem

Traditional security isn't built for autonomy

As agents begin to act independently — chaining tools, calling APIs, writing to production systems — they introduce risks that static firewalls and SIEMs can't detect. The surface area for failure has expanded overnight.

CRITICAL

Unauthorized Data Exfiltration

Agents accessing internal HR or customer data without explicit permission tokens.

CRITICAL

Prompt Injection Overrides

User input tricking the LLM into bypassing enterprise safety protocols.

HIGH

Hallucinated Tool Calls

Agents invoking APIs that don't exist — or worse, calling the wrong production endpoint.

Platform Modules

Six integrated modules. One control plane.

Every module operates independently and shares one identity, policy, telemetry, and evidence fabric.

AI Asset Inventory

Discover every model, agent, MCP server & LLM

Continuous discovery of every AI system across clouds, clusters, SaaS, and endpoints — with owner, environment, risk tier, and lineage.

  • Auto-discovery across AWS, Azure, GCP, on-prem
  • Model, agent, MCP, and dataset lineage
  • Owner + risk tier tagging
  • Shadow AI detection
AI Governance Dashboard

Real-time risk scoring & policy posture

One board-ready view: live risk scores, policy violations, model inventory, and compliance posture across every business unit.

  • Live agent risk scoring
  • Policy violation heatmap
  • Model & vendor register
  • Compliance posture by framework
AI Runtime Security

Enforce policy in the agent's action path

Sub-second detection and blocking for prompt injection, data loss, hallucinated actions, and over-privileged tool calls.

  • Prompt injection detection
  • Data loss prevention
  • Tool permission enforcement
  • Hallucinated action detection
  • Autonomous behavior analytics
AI Compliance Center

Continuous evidence for every framework

SOC 2, ISO 27001, HIPAA, NIST AI RMF, NIST CSF, and FedRAMP-ready reporting produced from live runtime telemetry — not screenshots.

  • Immutable, signed audit logs
  • Automatic evidence collection
  • Framework-mapped controls
  • Auditor-ready export
AI Control Center

Human approvals, kill switch & guardrails

Policy-as-code, RBAC, human-in-the-loop review queues, model lifecycle management, and a global kill switch for every autonomous system.

  • Policy-as-code (git-backed)
  • Human approval queues
  • Enterprise RBAC + SSO
  • Model lifecycle & retirement
  • Global kill switch
AI Risk Intelligence

Executive visibility & anomaly detection

Trend analysis, incident timelines, and anomaly detection built for CISOs, CIOs, and boards accountable for AI risk.

  • Executive risk dashboards
  • Incident timelines & MTTR
  • Anomaly & drift detection
  • Trend + benchmarking
Platform

Core capabilities

One integrated control plane for monitoring, governing, and securing every AI agent operating across your organization.

Full Visibility

Every API call, database query, and reasoning step is logged and inspected in real-time.

Policy Enforcement

Define granular RBAC and compliance rules that govern what your agents can and cannot do.

Threat Detection

Advanced heuristics identify malicious patterns and prompt injection before execution.

Hallucination Guard

Cross-check outputs against ground-truth datasets before they trigger external calls.

Audit & Compliance

Immutable trails ready for SOC2, HIPAA, GDPR and ISO 27001 audits — zero extra work.

API Monitoring

Real-time analytics on every outbound call, including latency, cost, and risk scoring.

Policy Engine

Author guardrails in minutes, not sprints

Describe what your agents are allowed to do — and what they aren't — in plain English or declarative YAML. WatchTower compiles policies into runtime guards that intercept every tool call, vector query, and API request before it reaches production.

  • Versioned, git-backed policy as code
  • Environment-scoped rules (dev / staging / prod)
  • Dry-run mode with full impact preview
  • One-click rollback when something breaks
WatchTower policy editor
Why WatchTower vs SIEM / EDR / Firewalls

Traditional security stacks can't see autonomous AI

SIEMs collect logs after the fact. Firewalls inspect packets. EDR watches endpoints. None sit in an agent's decision path — none understand a tool call, a prompt injection, or a hallucinated action. WatchTower does.

Capability
SIEM · EDR · Firewall
WatchTower
Understands agent intent & reasoning
No
Yes
Blocks a tool call in <50ms
No
Yes
Prompt injection detection
No
Yes
Hallucinated action detection
No
Yes
Model, agent & MCP inventory
Partial
Yes
Policy-as-code for AI actions
No
Yes
Human-approval workflows
No
Yes
NIST AI RMF / ISO 42001 evidence
No
Yes
Signed, immutable AI audit trail
Partial
Yes
Reference Architecture

Inline with every autonomous action

WatchTower sits between your agents and everything they touch — enforcing policy in flight, streaming evidence to the systems your security, compliance, and platform teams already run.

Agents · Models · MCP Servers · LLMs
WatchTower SDK · Proxy · MCP Broker
Runtime Security · Policy Engine · Human Approvals
Identity · Audit Ledger · Evidence Pipeline
Your SIEM · GRC · IdP · Data Lake
WatchTower runtime governance architecture diagram — agents, MCP servers, policy engine, and audit log
Use cases

Built for regulated, high-stakes deployments

Enterprise

Govern every AI agent, model, and MCP server across the business

Unified inventory, identity, policy, and runtime enforcement across every business unit and cloud.

Read scenario
Government

Runtime AI governance aligned to federal AI oversight guidance

Private cloud and on-prem deployment, immutable audit logs, SAML/Entra ID, and NIST AI RMF alignment.

Read scenario
Defense Contractors

Mission-grade control over autonomous AI systems

Air-gapped operation, CMMC-aligned evidence, hardware-rooted identity for every agent and tool.

Read scenario
Healthcare

HIPAA-grade audit trails for clinical AI assistants

Every prompt, response, and tool call captured in immutable storage — ready for OCR audit.

Read scenario
Financial Services

Customer-facing copilots that never touch PII without consent

SOX-ready evidence, data-class-aware retrieval, and model risk management for every deployment.

Read scenario
Critical Infrastructure

Protect OT-adjacent AI from prompt injection and drift

Segment agent capabilities from operational networks; enforce human-in-the-loop for high-impact actions.

Read scenario
Government & Defense

Sovereign-grade AI governance for public sector missions

Deployed inside your boundary. Aligned to federal AI oversight guidance and DoD Responsible AI principles. Built for agencies, defense contractors, and mission partners running autonomous AI in high-consequence environments.

NIST AI RMFNIST CSFFedRAMP-ReadyCMMC-AlignedDoD RAIISO 27001
Deployment Profile
  • Private cloud & on-premises deployment
  • Air-gapped and classified enclave support
  • SAML, Active Directory, Microsoft Entra ID
  • SIEM integration (Splunk, Sentinel, Chronicle)
  • Immutable, signed audit ledger
  • NIST AI RMF & NIST CSF aligned controls
  • FedRAMP-ready architecture
  • Hardware-rooted agent identity (HSM/TPM)
Integrations

Fits the stack you already trust

Native integrations across model providers, agent frameworks, cloud runtimes, and security tooling.

Model Providers

  • OpenAI
  • Azure OpenAI
  • Anthropic Claude
  • Google Gemini
  • Amazon Bedrock
  • Ollama

Agent Frameworks

  • LangChain
  • CrewAI
  • AutoGen
  • LangGraph
  • LlamaIndex
  • MCP Servers

Cloud & Runtime

  • AWS
  • Azure
  • GCP
  • Kubernetes
  • OpenShift
  • On-Prem

Security & Identity

  • Splunk
  • Microsoft Sentinel
  • CrowdStrike
  • Okta
  • Microsoft Entra ID
  • Palo Alto Networks
How it works

Deploy in days. Govern at scale.

01

Connect

Drop in the SDK or proxy. WatchTower instruments every agent action in minutes — no model changes required.

02

Define Policy

Author guardrails in plain language or YAML. Map them to roles, environments, and data classifications.

03

Monitor & Enforce

Watch real-time activity, get notified of anomalies, and block risky behavior before it executes.

The shift

From hopeful deployment to governed autonomy

Without WatchTower
  • No visibility into agent decisions
  • Manual log review after incidents
  • Static prompts as your only guardrail
  • Compliance answered with screenshots
  • Hallucinations reach production
With WatchTower
  • Real-time trace of every reasoning step
  • Automated detection and instant block
  • Runtime policy engine enforces every call
  • Continuous evidence collection, built-in
  • Outputs verified before they ship
Why WatchTower

Built for security and platform teams

Designed from day one for the teams responsible for shipping autonomous AI safely.

Built for security teams

Runtime policy enforcement, immutable audit trails, and identity-aware controls — the primitives security architects already trust, applied to autonomous AI.

Built for platform teams

Drop-in SDKs for LangChain, LangGraph, CrewAI, AutoGen, and custom stacks. Ship agents to production without rebuilding your observability stack.

Built for compliance

Evidence collection mapped to SOC 2, HIPAA, GDPR, and ISO 27001 controls. Continuous proof that every agent action stayed in policy.

Pricing

Enterprise pricing. Priced to the scale of your AI estate.

Every deployment is scoped with your security, compliance, and platform teams. No self-serve tiers, no surprise overages.

Enterprise

Custom

For enterprises deploying AI across business units.

  • All six platform modules
  • SaaS or dedicated private cloud
  • SOC 2 · ISO 27001 · HIPAA evidence
  • Enterprise SSO + RBAC
  • 24×7 support with named CSM
Request Enterprise Briefing
Most Requested

Government & Defense

Contact

Sovereign-grade deployment for public sector missions.

  • On-prem, air-gapped, classified enclave
  • SAML, AD, Microsoft Entra ID
  • NIST AI RMF · CSF · FedRAMP-Ready
  • Immutable audit ledger + SIEM export
  • Hardware-rooted agent identity
  • US-based cleared support
Contact Federal Team

Critical Infrastructure

Custom

For operators of regulated, high-consequence systems.

  • Segmented OT-adjacent deployment
  • Human-in-the-loop enforcement
  • Sector-specific control mappings
  • Continuous compliance reporting
  • Incident response retainer
Talk to Sector Team
<50ms
Policy enforcement latency
SOC 2 / HIPAA / GDPR
Compliance-ready by design
ISO 27001
Aligned controls & evidence
24/7
Security operations coverage
Ready when you are

Deploy AI at the speed your business demands — without giving up control.

See WatchTower running on your stack in a 30-minute walkthrough. No sales theatre.

Get in touch

Two doors. One mission.

Whether you're deploying autonomous agents in production or backing the companies that secure them — start the conversation here.

Prefer email? Reach us directly at info@watchtoweragents.com

For builders

See your agents under the microscope

Book a 30-minute walkthrough. We'll instrument a live agent, surface real attack surface, and show how Watchtower stops drift before it ships.

For investors

Back the layer every AI company will need

Agent governance is becoming non-negotiable. Request our deck, traction metrics, and current round details — typically shared within 24 hours.

Insights

From the WatchTower research desk

Field notes on AI governance, threat research, and compliance — written by the team shipping the platform.

AI agent guardrails — a glowing emerald shield ringed by concentric policy gates, token flow lines, and floating metric tiles on a dark navy background
AI Governance

AI Agent Guardrails: The Complete Guide to Token, Cost, and Safety Controls in 2026

A practical, framework-aligned guide to AI agent guardrails in 2026 — input and output filters, token and cost caps, tool-call allow-lists, PII and secret redaction, hallucination and prompt-injection defense, human-in-the-loop gates, and audit evidence that maps to NIST AI RMF, ISO/IEC 42001, SOC 2, and the EU AI Act.

16 min read
Read post
MCP server security — a central shield-protected Model Context Protocol server hub connected to AI agent nodes over encrypted, lock-gated links on a navy background
AI Security

MCP Server Security: The 2026 Guide to Securing Model Context Protocol Servers

A complete guide to MCP server security in 2026 — how the Model Context Protocol works, the top attack surfaces (tool poisoning, prompt injection through tool descriptions, credential leakage, confused deputy), and the controls enterprises need to run MCP safely at scale.

17 min read
Read post
AI agent security best practices — glowing shield surrounded by interconnected agent nodes, scoped credential keys, audit log lines, and policy gates on a navy background
AI Security

AI Agent Security Best Practices: The 2026 Enterprise Playbook

A practical, framework-aligned guide to AI agent security best practices in 2026 — identity, least-privilege tool access, prompt-injection defense, runtime monitoring, audit logging, kill switches, and continuous compliance evidence for SOC 2, HIPAA, GDPR, NIST AI RMF, ISO/IEC 42001, and the EU AI Act.

18 min read
Read post
Risks of agentic AI — central autonomous AI agent orb branching to red warning nodes for data leaks, prompt injection, runaway actions, and unauthorized transactions on a navy circuit grid
AI Risk

Risks of Agentic AI: The Complete 2026 Guide for Enterprise Security and Compliance Leaders

Agentic AI introduces a new class of enterprise risk: autonomous systems that plan, decide, and act across your tools at machine speed. This guide breaks down the top risks of agentic AI in 2026 — prompt injection, runaway agent loops, data exfiltration, unauthorized transactions, identity sprawl, supply-chain compromise, and regulatory exposure — and the concrete controls security, compliance, and platform teams need to mitigate each one.

17 min read
Read post
AI agent identity — glowing digital identity badge tethered by gold credential keys to multiple AI agent avatars on a navy circuit-board grid
AI Identity

AI Agent Identity: How to Manage and Secure Non-Human Identities in 2026

AI agent identity is the credential, scope, and behavioral fingerprint that lets an autonomous agent act on behalf of your business — and lets you prove who did what. This guide explains what AI agent identity is, why it is different from human IAM, how to issue and rotate agent credentials, how merchants verify agent identity at checkout, and the controls enterprises need to govern non-human identities in 2026.

15 min read
Read post
AI agent compliance 2025 — central AI neural core protected by glowing shields representing GDPR, HIPAA, SOC 2, and the EU AI Act on a navy and gold enterprise dashboard
AI Compliance

AI Agent Compliance: What Enterprises Need to Know in 2025

AI agent compliance is the discipline of proving that every autonomous AI agent in your enterprise operates within legal, regulatory, contractual, and ethical boundaries. Here is a 2025 playbook covering the EU AI Act, NIST AI RMF, ISO/IEC 42001, SOC 2, HIPAA, GDPR, and PCI DSS — and the controls, evidence, and audit trails enterprises need to stay compliant as agents take real-world actions.

16 min read
Read post
FAQ

Answers for security and platform leaders

The questions we get on every first call. If yours isn't here, join the waitlist and ask in person.

What is WatchTower Agents?

WatchTower Agents is an enterprise AI governance and security platform. It gives security and platform teams real-time visibility into autonomous AI agents, enforces policy against every tool call, and produces the audit evidence required for SOC 2, HIPAA, GDPR, and ISO 27001.

How is this different from a SIEM or an LLM gateway?

SIEMs collect events after the fact and LLM gateways focus on prompt routing and cost. WatchTower sits in the action path: it understands agent intent, evaluates each tool call against your policy, and can block or quarantine in sub-second time — then ships the evidence to your SIEM and GRC.

Which AI agent frameworks does WatchTower support?

WatchTower integrates with the major agent frameworks (LangChain, LangGraph, LlamaIndex, AutoGen, CrewAI) and any custom stack that exposes tool calls via OpenAI, Anthropic, or open-weight providers. SDKs are available for Python, TypeScript, and Go.

How does WatchTower defend against prompt injection?

Every input the model sees carries a provenance label. High-impact tool calls are refused when their justification mixes untrusted context. Combined with capability segmentation and egress policy, this neutralizes both direct and indirect prompt injection.

Can WatchTower help with SOC 2, HIPAA, or GDPR audits?

Yes. WatchTower produces immutable, signed audit trails of every agent action, exports policy-as-code change history, and surfaces human-review evidence for high-risk autonomous decisions — the artifacts auditors expect for CC6, CC7, and equivalent controls.

How long does deployment take?

Most teams are in production within two weeks. A 30-minute walkthrough is enough to scope the integration, and a typical proof of value runs three to five days against a real workload.

SOC 2 READYGDPR COMPLIANT READYHIPAA READYISO 27001