About Us

Runtime enforcement for industrial and autonomous systems

DefenXee is the trust infrastructure for industrial and autonomous systems — engineered for global critical infrastructure.

As PLCs, AI agents, and machine-to-machine APIs execute at machine speed, traditional tools only observe and alert after the fact.
DefenXee enforces what machines can do in real time, turning every command into a deterministic, auditable decision.

Our Mission

We exist to make every machine handshake, between PLCs, AI agents, and APIs, verifiably trustworthy. We enforce trust at runtime so operators can modernize without accepting invisible execution risk.

Our Vision

A world where OT and AI systems share one enforcement core, one policy plane, and one audit spine, where compliance is a by-product of runtime governance, not paperwork.

Our Values

We design for live, execution-level control, not after-the-fact insights. Runtime enforcement is our north star for every decision we make.

We embrace automation at machine speed, but never at the cost of safety. Every optimization is measured against its impact on operational resilience.

If it is not explainable and auditable, it is not done. Evidence-grade logging and clear causality are baked into our architecture, not added later.

We build for plants, pipelines, and grids as they are today. Brownfield constraints, legacy protocols, and uptime requirements shape how we engineer.

People set intent; machines enforce it. Our role is to make that intent precise, enforceable, and observable without adding cognitive overload.

Why DefenXee?

Why DefenXee exists

Autonomous systems now make high-impact decisions at machine speed without human approval, across industrial control systems and AI-driven environments. At the same time, OT digitization and agentic automation are colliding, exposing plants, pipelines, and grids to execution-level risk.

Traditional platforms were built for observation and correlation, not for stopping unsafe machine actions before they happen. DefenXee closes that gap with runtime enforcement.

  • We enforce trust; we don’t just observe it.
  • One policy plane for both OT and AI interactions.
  • Every decision logged into a forensics-grade evidence spine.

What We Do: The Platform

Unified Enforcement Core

A shared control plane that evaluates every execution request and applies policy across OT and AI. Every decision is logged into an evidence-grade audit spine for security teams, auditors, and regulators.

SCADAHawk: Industrial Surface

Passive, protocol-deep visibility and enforcement for OT networks. It validates PLC project files, detects insecure code, and maps process behavior without disrupting operations.

TrustMatrix: AI Governance

Governs what AI agents do, not just what they say. It controls tool invocation and data exposure, enforcing policy on every action with full auditability.

How We’re Different

Dimension Legacy Tools (Observe) DefenXee (Enforce)
Primary Focus Limited visibility into OT assets Continuous passive inventory across Purdue Levels 0–5
OT Capabilities Basic traffic monitoring without context Near real-time behavioral deviation detection with process context
AI Capabilities Generic anomaly detection Zone and conduit validation aligned with design baseline
Policy & Audit Manual reporting with limited insights Evidence-ready visibility aligned with major compliance frameworks

Built for Critical Infrastructure

We start where trust failures become physical damage.
Power Generation

Preventing grid disruption and national-level downtime

Rail Transport

Securing signal systems against tampering and collisions

Oil & Gas

Mitigating high-consequence risks from process manipulation

Manufacturing

Preventing production stoppages, scrap, and revenue loss

Water & Pipelines

Protecting public health and long-distance process integrity

Sovereign by Design

Full Operational Sovereignty

DefenXee is architected for total control: no mandatory cloud telemetry, no heartbeat dependency, and identical capability across air-gapped, on-premises, virtual, and hardware deployments.

  • Air-Gapped Ready: Zero external network dependency
  • Data Residency: Your models, policies, and logs remain under your control
  • Parity: Hardware and virtual appliances with full feature parity
  • Sovereign Update Protocol (SUP): Ensures no vendor-initiated change enters your environment without explicit operator authorization, with HSM-signed and sandbox-validated updates only

Our Founding Team