10Phase offers a fully autonomous platform that uses multi‑layer AI agents and blockchain‑based token incentives to manage the entire maintenance lifecycle of industrial assets. The system continuously monitors sensor data, predicts failures, and orchestrates fleets of robots to perform inspections and repairs without human intervention, while tokens automate payments and ensure transparent, decentralized service coordination.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial and commercial assets are largely monitored and maintained through manual processes or expensive, human‑dependent systems, leading to inefficiencies, unreliable service cycles, and costly downtime.
Solution
10Phase provides a fully autonomous platform that combines multi‑layer AI agents with blockchain‑based token incentives to manage the entire maintenance lifecycle of industrial equipment. AI‑driven rule engines continuously monitor asset performance, predict failures, and orchestrate fleets of robots to perform inspections and repairs without human intervention. Tokens are used to coordinate decentralized service providers, ensuring transparent, automated payment and accountability. The platform delivers real‑time data, adaptive optimization, and scalable automation, enabling enterprises to reduce operational costs, eliminate downtime, and achieve human‑free maintenance operations.
Target Audience
Primary customers are manufacturers, industrial plant operators, and asset owners seeking to automate maintenance and reduce reliance on manual labor.
Features
- Multi‑layer AI agents that analyze sensor data, predict maintenance needs, and trigger robot actions
- Autonomous robot fleet orchestration for inspection, repair, and service tasks
- Token‑driven framework that incentivizes decentralized service providers and automates payments
- Real‑time monitoring dashboard with predictive analytics and adaptive rule engines
- Blockchain integration for secure, immutable service records and transparent governance
- Scalable architecture that can be deployed across diverse industrial environments