Data Security — Autonomous Distributed Security Foundation
Multi-Layer Security from
Device to Communication to Data
End-to-end data security from sensor to cloud. Built around the Autonomous Distributed Security Chip (patents granted), combining three core technologies — Hash Chain, PUF, and Scramble Memory — into an autonomous distributed security foundation. Provides comprehensive, consistent protection from edge devices to the cloud for IoT, mobility, enterprise, and public sector applications.
3 Core Security Technologies
Three independent layers of defense implemented in the Autonomous Distributed Security Chip provide multi-angle security.
PUF (Physical Unclonable Function)
Leverages the unique physical variations produced during chip manufacturing as an identifier. Device-specific "physical fingerprints" provide resistance against spoofing and cloning attacks.
Hash Chain
Data blocks are chained with hash functions to detect data tampering. Implements distributed ledger mechanisms at the chip level to ensure the authenticity of data history.
Scramble Memory
The right way to protect information in the Zero Trust era. Data in memory is scrambled (cryptographically dispersed) at the hardware level — providing fundamental physical-layer data protection that software encryption alone cannot achieve.
Data Security Products & Solutions
Autonomous Distributed Security Chip-equipped products and the platform that realizes autonomous distributed security.
Core Platform
SEES Autonomous Distributed Security Platform
An integrated security platform combining Autonomous Distributed Security Chip-equipped devices with the Autonomous Distributed Gateway and server. Provides consistent protection from edge devices to the cloud.
- End-to-end autonomous distributed security
- Distributed architecture with no central management server dependency
- IoT / Mobility / Enterprise ready
Core Chip — Patent Granted
Autonomous Distributed Security Chip
An autonomous distributed security chip integrating Hash Chain, PUF, and Scramble Memory onto a single chip. Designed for embedding in IoT devices, achieving high security performance in a small, low-power form factor.
- 3-layer defense: Hash Chain + PUF + Scramble Memory
- Device-specific physical fingerprint authentication
- Patents granted
Mobile
Mobile Distributed Security Node
A software module providing autonomous distributed security functionality for smartphones and tablets. Enables mobile devices to function as nodes within the autonomous distributed security network.
- Android / iOS compatible
- Mobile devices as distributed security nodes
- Integration with Autonomous Distributed Security Chip-equipped devices
Adapter
Distributed Security Transformer
Just plug it into your PC — and it becomes an autonomous distributed node. A retrofit adapter that adds autonomous distributed security functionality to existing IoT devices and PCs, integrating them into the security network with zero hardware modification.
- Plug into any PC or IoT device — instantly becomes a distributed node
- No hardware or software modifications required
- Existing assets integrated into the security network as-is
Gateway
Autonomous Distributed Gateway
Simply connect to your LAN — and an autonomous distributed security environment is established. This gateway controls communication between IoT devices and the cloud/servers, handling device authentication, integrity verification, and autonomous distributed data processing.
- Connect to LAN — autonomous distributed security environment established
- Device authentication and communication integrity verification
- Secure relay and management for the entire IoT network
Server
Distributed Security Server
The backend server for the autonomous distributed security platform. Manages the distributed ledger, verifies device authentication, and oversees security event audit logging.
- Distributed ledger management and integrity verification
- Device authentication verification
- Security event audit log management
Primary Application Areas
The autonomous distributed security foundation serves a wide range of industries.
IoT & Smart Devices
Reduces the cost and complexity of managing individual security for large numbers of IoT devices. Embedding the Autonomous Distributed Security Chip encapsulates security functionality within the device itself.
Automotive & Connected Cars
Strengthens security for in-vehicle ECUs and V2X communications. Autonomous Distributed Security Chip device authentication and communication integrity verification prevent unauthorized access and data tampering in vehicle systems.
Social Infrastructure & Public Facilities
Strengthens security for control systems in power, water, and transportation infrastructure. The autonomous distributed architecture maintains overall function even when parts of the system come under attack.
Healthcare & Medical
Securing medical devices and patient data. Scramble Memory and PUF reduce risks of medical data leakage and tampering, ensuring data authenticity.
Manufacturing & Supply Chain
Product traceability and supply chain data management. Hash Chain detects data tampering at each stage of manufacturing and distribution, improving quality management reliability.
Finance & FinTech
Ensuring authenticity of financial transaction data and fraud detection. Utilizes distributed ledger mechanisms while supporting integration with existing financial infrastructure.
FAQ
Yes. In addition to integration into newly designed devices, the Autonomous Distributed Security Chip can also be retrofitted to existing devices using the Distributed Security Transformer. This enables autonomous distributed security to be introduced while leveraging existing IoT assets.
Scramble Memory is a technology that disperses and transforms data in memory in a specific manner to increase resistance to physical memory analysis attacks. While standard software encryption can be vulnerable to software-layer attacks, Scramble Memory provides protection at the hardware level.
We provide consistent support across all phases — from development consulting with external CTO/CPO/CDO functions, to requirements definition, PoC, custom development, implementation, and ongoing operations. Our offshore development team — approximately 100 engineers in Vietnam and 40 in Laos, all with Japan development experience — delivers high-quality, cost-efficient development.
Considering Our Autonomous Distributed
Security Foundation?
We welcome inquiries about technology briefings, requirements discussions, and PoC support.
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