Hexxios provides an edge‑first application fabric that abstracts heterogeneous industrial hardware into a unified runtime, enabling deterministic sub‑100 ms sense‑decide‑act loops across distributed machines. The platform includes a declarative workflow engine, fault‑tolerant execution, and native OPC‑UA, MQTT, Modbus connectors, reducing infrastructure costs and operational overhead for large‑scale manufacturing and critical‑infrastructure operators.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial cyber‑physical environments generate thousands of high‑velocity signals across dozens of tightly coupled machines, overwhelming human operators and legacy control systems. The resulting latency, manual coordination, and labor shortages lead to frequent incidents, high operational expenditures, and limited scalability of automation initiatives.
Solution
Hexxios delivers an edge‑first application fabric that abstracts heterogeneous hardware and software layers into a unified runtime for real‑time autonomy. The platform enables deterministic sense‑decide‑act loops with sub‑100 ms response times, allowing distributed machines to coordinate decisions locally without relying on central servers. By providing reusable execution patterns and declarative workflow definitions, Hexxios reduces capital spend on new infrastructure and cuts operational overhead associated with manual intervention. Integrated monitoring and fault‑tolerance mechanisms improve system resilience, while seamless APIs let existing OT protocols be incorporated without redesign. The result is scalable, low‑latency autonomy that can be deployed on existing edge hardware across complex industrial sites.
Target Audience
Primary customers are engineering and operations teams in large‑scale manufacturing, logistics, critical infrastructure, healthcare, and defense organizations that must coordinate dozens of machines and decision logic in real time.
Features
- Edge‑native runtime with hardware abstraction layer supporting PLCs, IoT gateways, and GPU‑accelerated nodes
- Deterministic low‑latency messaging bus (< 100 ms end‑to‑end) for real‑time state propagation
- Declarative workflow engine that compiles decision logic into distributed state machines executed at the edge
- Built‑in fault‑tolerant execution with automatic failover, state checkpointing, and self‑healing capabilities
- Native connectors for OPC‑UA, MQTT, Modbus, and REST, enabling plug‑and‑play integration with legacy OT systems
- Real‑time analytics dashboard exposing latency metrics, event traces, and health indicators for operators and engineers
- Automated deployment tooling that packages execution patterns as containerized workloads for rapid rollout
- Security‑by‑design with mutual TLS, role‑based access control, and encrypted edge‑to‑cloud communication