A network architecture designed for decentralization and performance
Traditional network architectures rely on centralized control points, creating structural vulnerabilities and critical dependencies on third-party infrastructures.
Client-server models reach their limits in the face of exponential growth in data and users. Scaling requires considerable and non-linear hardware investments.
The concentration of services in a few cloud providers creates systemic risks in terms of digital sovereignty, costs and resilience of critical infrastructures.
A structured distributed architecture, combining the benefits of decentralization with the rigor of a controlled hierarchical topology.
Logical layer organization enabling efficient distribution of responsibilities and optimized communication routing. Each level of the hierarchy fulfills specific functions, ensuring performance and control.
Network nodes communicate according to strict rules: horizontal communication within the same layer for synchronization, and vertical communication between levels for coordination. This dual dimension optimizes latency and consistency.
The protocol integrates mechanisms enabling nodes to organize automatically according to defined rules, without centralized intervention. Self-organization remains guided by protocol logic, ensuring global consistency.
Redundancy and automatic failover mechanisms integrated into the protocol. In the event of a node failure, the network reconfigures to maintain service availability without manual intervention.
Logical separation of responsibilities into distinct hierarchical levels, each with defined roles and privileges. This stratification enables controlled scalability and layered security.
Adaptive routing algorithms that account for hierarchical topology to optimize communication paths. Routing dynamically adapts to network conditions while respecting protocol constraints.
Cryptographic mechanisms and trust protocols integrated from design. Authentication, encryption and validation are native components of the architecture, not later additions.
Design independent of cloud providers and centralized infrastructures. The PP2P protocol can be deployed on any type of hardware and network, ensuring autonomy and digital sovereignty.
PP2P Technologies develops a comprehensive network protocol, integrating decades of research in distributed systems, graph theory and computer security. Our approach combines conceptual innovation and implementation rigor to create reliable and sustainable infrastructure.
The protocol is designed to meet the needs of tomorrow's critical infrastructures: resilience, performance, security and digital sovereignty.
The PP2P protocol is designed as a generic infrastructure, adaptable to private, hybrid or institutional contexts.
Discover our vision and development approach.
