Distributed Architecture
The UOR Client/Server architecture provides a distributed framework for secure, verifiable communication between clients and servers while maintaining data sovereignty and semantic integrity.
This architecture enables UOR-native applications to operate in a trust-minimized environment, where all parties can verify the correctness of computations and the integrity of data.
Client/Server
Distributed architecture for trust-minimized computing
Key Components
The Client/Server architecture consists of several key components that work together to enable trust-minimized computing
Trust-Minimized Communication
Protocols and mechanisms for secure, verifiable communication between clients and servers, minimizing the need for trust between parties.
- Secure authentication mechanisms
- Verifiable request/response patterns
- End-to-end encryption
Deterministic Execution
An execution environment that ensures deterministic behavior, enabling verifiable computation and reproducible results across different systems.
- Sandboxed execution environment
- Reproducible computation
- Verifiable execution proofs
Peer-to-Peer Verification
Mechanisms for peer-to-peer verification of computation and data, enabling a decentralized trust model where no single entity has complete control.
- Distributed consensus mechanisms
- Multi-party computation
- Decentralized verification networks
Technical Details
Architecture Overview
The UOR Client/Server architecture is designed to enable trust-minimized computing across distributed systems:
Client-Side Components
The client-side components of the UOR Client/Server architecture include the UOR runtime, which provides a secure, deterministic execution environment for UOR-native applications.
These components ensure that client-side computations are verifiable and reproducible, enabling trust-minimized interactions with servers and other clients.
Server-Side Components
The server-side components of the UOR Client/Server architecture include the UOR server runtime, which provides a secure, deterministic execution environment for server-side computations. which provides a secure, deterministic execution environment for server-side computations.
These components ensure that server-side computations are verifiable and reproducible, enabling clients to verify the correctness of server responses without having to trust the server.
Implementation Details
The UOR Client/Server architecture is implemented with a focus on security, performance, and interoperability:
Communication Protocols
The Client/Server architecture includes secure communication protocols that ensure the integrity and confidentiality of data during transit, with support for various transport mechanisms.
These protocols are designed to work with the UOR Data Protocols, enabling seamless integration with existing systems while maintaining semantic integrity.
Runtime Environment
The Client/Server architecture includes a deterministic runtime environment that ensures consistent behavior across different systems, enabling verifiable computation and reproducible results.
This environment is designed to work with the UOR Math Package, providing a secure foundation for cryptographic operations and verifiable computation.
Applications
The Client/Server architecture enables a wide range of applications across various domains
Distributed Applications
The Client/Server architecture enables the development of distributed applications that maintain semantic integrity and verifiability across nodes, even in decentralized environments.
Trust-Minimized Systems
The Client/Server architecture enables the development of trust-minimized systems where parties can interact and compute without having to fully trust each other.
Verifiable Computation
The Client/Server architecture enables verifiable computation, where clients can verify the correctness of server-side computations without having to re-execute them.
Join us in creating a world where computation is verifiable, secure, and semantically meaningful.