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Blockchain
Integrity
Access Control
Distributed Ledger
Smart Contract Auditing
Data Governance
Accountability
Differential Privacy
Availability
Decentralized Finance
Segora
Model Training
Privacy
subgrid
Explainability
Fraud Detection
Inference
Smart Contract
Digital Identity
Decentralized Identifier
Encryption / Decryption
KYC / KYB
Trusted Execution Environment
Data Sharing
Interoperability
Confidentiality
Consortium Chain
initial-letter
Integrity
Data Labeling
Secure Multi-Party Computation
Tokenization
Anti-Money Laundering
Data Marketplace
Compliance
Artificial Intelligence
Data Federation
APIs / SDKs
Security
Blockchain-as-a-Service
Audit Trail
Decentralization
Immutable
Machine Learning
Zero-Knowledge Proof
Anomaly Detection
AI Governance
RegTech
On-chain / Off-chain
Data Sovereignty

Consortium Blockchain

Serving as the trust foundation of the Segora Architecture, the consortium blockchain ensures auditability, accountability, traceability, and tamper resistance, enabling transparent, verifiable data usage and fostering secure, multi-party collaboration.

Trust Execution Environment

The TEE, core to the Segora Architecture, provides an isolated, tamper‑proof computing environment that safeguards sensitive data during processing. Using hardware encryption and remote attestation, it ensures verifiable security for cross‑organizational collaboration, forming the foundation of Segora’s privacy and trust framework.

InterPlanetary File System

As a decentralized file system, IPFS addresses the limitations of blockchains in handling large-scale data, elevating Segora from a simple data exchange platform to a true data-sharing and application platform. With IPFS, Segora can maintain data integrity and verifiability while supporting more flexible cross-organization data access and AI application scenarios, further enhancing the value of trusted multi-party collaboration.

Core Principles of the Segora Platform

Making Data Become Usable But Invisible
Individual Sovereignty, Privacy-preserving Data Exchange, Empowering Data Governance.

  • Sovereignty

    Users reclaim full control over their data, replacing centralized authority with self-governed ownership.

  • Availability

    Data can be processed in plaintext inside TEE, enhancing model generalization without compromising privacy.

  • Exchange

    Secure and efficient transfer of data or digital assets, supporting cross-institutional collaboration.

  • Decentralization

    No single point of control—trust is distributed across independent, interconnected nodes.

  • Governance

    Users can freely manage how their data is used, shared, and governed across systems.

  • Auditability

    All actions are transparently recorded and immutably stored, ensuring accountability and trust.

Made for You

Developing a solution that integrates seamlessly with your existing setup and goals.