Physical AI — Pioneering Proprietary Technology Ahead of the Physical AI Era
A New World Opened by
Autonomous Distributed AI Cell
The era of "Physical AI" — where smart vehicles and humanoids perceive sensor data and act autonomously — is beginning. Since 2021, SEES has been conducting R&D and securing patents in autonomous distributed AI, building readiness for manufacturing, logistics, and mobility applications.
Core Technology — Patent Granted
What Is an Autonomous Distributed AI Cell?
An "Autonomous Distributed AI Cell" logicizes the very process by which a newborn child learns through senses such as sight and touch. It is built around a composite chip that integrates the Autonomous Distributed Security Chip and a CPU for distributed AI onto a single chip, functioning like an artificial neuron.
Without depending on a centralized AI controller, each AI Cell perceives its environment and acts autonomously. Even when communication failures or partial system outages occur, the overall system continues to function.
In conjunction with Hash Chain technology, the AI's reasoning and action history are recorded in a tamper-resistant manner, supporting AI accountability and traceability.
Physical AI Product & Technology Lineup
Products for autonomous control, security, and sensing in the Physical AI era.
Autonomous Distributed AI Cell — Patent Granted
Autonomous Distributed AI Cell
A composite chip integrating the Autonomous Distributed Security Chip and a CPU for distributed AI on a single chip. Behaves like an artificial neuron — each cell automatically imports other cells' learning and self-corrects from differences (collective learning). The entire AI network's knowledge updates continuously without manual retraining.
- Auto-import of other AI Cells' learning (collective learning)
- Autonomous self-correction and optimization from differences
- Entire AI network knowledge updates without retraining
- Factory automation and drone autonomous control support
Sensing & Communication
Wireless I/O Control Hash Chain Chip
A wireless transmission system for sensor and actuator data over a single channel. Validity is guaranteed at the segment level of transmitted data, establishing a trust foundation for communications through continuity, completeness, and authenticity. The essential communication infrastructure for Physical AI-era real-time control.
- Segment-level validity guarantee for transmitted data
- Trust foundation via continuity, completeness & authenticity
- Single-channel wireless to sensors & actuators
- IoT device integration ready
AI × Security
Face Recognition / AI Autonomous Distributed Security Camera
A next-generation AI surveillance camera with face recognition AI and autonomous distributed security processing integrated onto a single chip embedded directly into the camera. Authentication processing and tampering detection run simultaneously on the device itself.
- On-board face recognition AI processing
- Video & authentication data tampering detection
- Edge processing reduces cloud dependency
AI Defense
AI Poisoning Prevention System
A system to prevent data poisoning attacks — a key AI vulnerability. Also implements an AI front-engine to block the input of misinformation and malicious data. Enables organizations to leverage AI as a tool while defending against attacks on AI itself.
- Prevention of data poisoning attacks
- AI front-engine blocks misinformation input
- Protection of AI training data authenticity
Primary Application Areas
Autonomous Distributed AI Cell technology is expected to find applications in the following industries.
Smart Mobility
Autonomous control systems for self-driving vehicles and connected cars. Supports building multi-agent control where multiple vehicle AIs cooperate for safe driving decisions.
Humanoids & Robotics
Integrating autonomous distributed AI into humanoids and industrial robots. Supports building control systems for the full-scale deployment of Physical AI.
Factory Control & Automation
Controlling factory equipment and robot clusters with autonomous distributed AI. Each equipment AI Cell shares data and supports autonomous optimization of production processes.
Drone Autonomous Control
Autonomous distributed control systems for drone swarms. Supports building control infrastructure where multiple drones autonomously and cooperatively execute flight, photography, and surveying tasks.
AI Surveillance & Security Systems
Next-generation surveillance systems networking face recognition AI cameras. Combines video data tampering detection with autonomous anomaly detection.
Infrastructure Monitoring & Predictive Maintenance
Autonomous monitoring of bridges, tunnels, and public facilities. Combined with AI poisoning prevention, builds a reliable AI diagnostics platform.
FAQ
Conventional centralized AI typically has a central AI controller making all decisions. The Autonomous Distributed AI Cell architecture gives each AI agent independent decision-making capability, automatically importing other AI Cells' learning and acting cooperatively as a collective. The design reduces central dependency and is resilient to partial failures.
AI poisoning is an attack technique that deliberately injects misinformation or harmful data into AI training data or input data to distort the AI's judgment. As Physical AI becomes more prevalent, this risk grows. SEES's AI Poisoning Prevention System uses an AI front-engine to preemptively block the input of misinformation.
Yes. We offer support across all phases — from development consulting providing external CTO/CPO/CDO functions, to PoC design, custom development, and implementation support. Please feel free to contact us.
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