Otonoma provides the Paranet, a secure distributed network that wraps any machine, software, or human user in a lightweight software layer, turning them into intelligent actors with reasoning, memory, and purpose. This enables deterministic, real‑time orchestration of multi‑step workflows across heterogeneous IT and OT environments, improving adaptability, resilience, and efficiency for complex enterprise operations.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional IT and OT systems operate on separate, rigid architectures that lack real-time collaboration, adaptability, and resilience, causing inefficiencies and vulnerability to disruptions in dynamic environments such as manufacturing, logistics, and autonomous operations.
Solution
Otonoma delivers the Paranet, a secure distributed network that transforms machines, software, and people into intelligent “actors” capable of reasoning, memory, and purposeful interaction. By wrapping existing digital entities with a lightweight software layer, the Paranet enables deterministic, dynamic orchestration of multi‑step workflows across organizations, partners, and supply chains. The network provides a persistent collaboration protocol that maintains security and continuity without requiring changes to underlying infrastructure. This architecture supports autonomous routing, cross‑domain asset coordination, and safe execution of AI agents, delivering higher efficiency, adaptability, and fault tolerance for complex, high‑stakes operations.
Target Audience
Primary customers are enterprises that manage complex, distributed assets—such as manufacturers, logistics providers, aerospace operators, and robotics/automation integrators—seeking secure, adaptive coordination of IT and OT components.
Features
- Software overlay that converts any device, application, or human user into a smart actor with purpose, reasoning, and memory
- Deterministic, scalable orchestration engine for multi‑step workflows across heterogeneous environments
- Persistent, end‑to‑end encrypted collaboration protocol that operates alongside existing infrastructure
- Intent‑driven autonomous routing and disruption prevention for travel, drone, aviation, marine, and space operations
- Multi‑vendor robotics and automotive orchestration without requiring replacement of legacy systems
- Built‑in safety guardrails for enterprise AI agents, enabling deterministic execution in physical and digital domains
- Integration with high‑fidelity digital twins (e.g., NVIDIA) for simulation‑ready deployment and testing