AperOne, powered by physical AI technology, embeds real physical laws and parameters into its underlying inference engine. It provides full-lifecycle capabilities across "selection evaluation, simulation, training, and operational control." This allows heterogeneous embodied robots to complete training and verification in high-fidelity twin environments before entering the site, ultimately enabling them to perform complex work in physical spaces and bridging the last mile of embodied applications.
Three Major Modules, Covering the Full Process of Embodied Implementation
Testing
Competing on the same stage within real twin scenes, offering a unified procurement simulation benchmark evaluation system to provide reproducible and quantifiable horizontal evaluations for different robot hardware and algorithms.
- Horizontal comparison of multiple hardware types in the same scene
- Reproducible benchmarks for procurement selection
Training
Infinite preview and synthesis of long-tail failure scenarios, driving the self-evolution of embodied large models within high-fidelity twin environments to complete training and iteration before entering the physical site.
- Batch generation of long-tail / hazardous operating conditions
- Self-evolution of strategies within twin environments
Operations
Global assets managed via a single screen, featuring a complete closed loop of collision avoidance, intelligent scheduling, and work orders to eliminate "mobile information silos" and achieve system-level collaboration.
- Full-time monitoring and intelligent scheduling
- Collision avoidance + closed-loop work orders
Embodied Intelligence Full-Stack Product Matrix
AES
Embodied Intelligence Real2Sim Scene Reconstruction, providing a high-rendering, fully semantic, and omni-spatiotemporal digital twin spatial intelligence foundation.
Aperdata
Embodied Intelligence Synthetic Data Pipeline, providing a continuous stream of high-quality data and generalization fuel for embodied training.
AperOne
Embodied Intelligence Application Closed-Loop System, integrating perceptual reconstruction, model training, simulation evaluation, operational supervision, and data feedback to facilitate the large-scale deployment of robots.
Full-Link Closed Loop, Empowering Application Implementation
Typical
Application Scenarios
Typical Application Scenarios
Campus Inspection
HotTargeting campus roads, building facades, underground passages, and key points to support autonomous cruising, anomaly recognition, and multi-machine coordinated scheduling for inspection robots.
Mines & Underground Mine Shafts
HotSimulating and previewing major safety accidents during high-risk stages such as excavation, inspection, and rescue to ensure ready-to-use, stable, and reliable deployment upon arrival.
Smart Agriculture
Agricultural machinery HIL (Hardware-in-the-Loop) simulation and parametric scene generation to solve challenges like high field collection costs, significant seasonal variations, and numerous long-tail operating conditions.
Digital Factory
Production line cyber-physical mapping and real-time synchronization, accurately tracing material flows and predicting equipment failures.
Low-Altitude Economy
Perception and decision-making deduction within complex airspace, executing low-cost, high-concurrency drills for long-tail risks.
Emergency Management & Disaster Prevention
Repeated previews of high-risk scenarios, transforming uncontrollable verifications into controllable, reproducible, and iterable ones.