PSHMP Core — Intelligent Overlay Platform for Improving the Resilience of Distributed IP Networks

Overview

PSHMP Core is an intelligent software platform that operates as an overlay layer on top of existing IP infrastructure.

Instead of replacing networking equipment or redesigning network architecture, the platform introduces an additional software intelligence layer capable of monitoring network quality, predicting degradation, and automatically adapting routing decisions in real time.

The objective is to improve network resilience, availability, and operational efficiency while maximizing the use of existing infrastructure.

Core capabilities

• Automatic route recovery (Self-Healing)

• Continuous connection quality assessment using the K-Factor stability model

• Intelligent Chain Relay routing

• Batch ACK and Gap List mechanisms for protocol overhead reduction

• Gossip Protocol for distributed information exchange

• DHT Fallback mode for operation during coordinator failures

• Modular security architecture

• Licensing framework

• Extensible transport layer

Validation

The current MVP has successfully completed software-based validation.

The implemented platform demonstrated:

• successful operation on a software model of 5,000 simultaneously emulated nodes;
• 100% data delivery under simulated packet loss of up to 25%;
• automatic route recovery in approximately 380 ms;
• significant reduction of protocol overhead through optimized acknowledgment mechanisms.

The architecture contains no fundamental scalability limitations and is designed for future horizontal expansion through coordinator clustering and sharding.

Development status

PSHMP Core is currently at the MVP / Pilot-ready stage.

The project already includes:

• functional networking core;
• implemented core platform modules;
• Cyber Dashboard demonstration environment;
• network emulator operating on the real platform core;
• licensing and security mechanisms;
• more than 100 engineering documents describing the evolution of the platform, architecture, algorithms, experiments, and design decisions.

Potential applications

• Telecommunications operators
• Enterprise distributed networks
• Smart City platforms
• Government information systems
• Edge Computing
• Content Delivery Networks (CDN)
• Industrial IoT
• Critical communication infrastructure

Collaboration opportunities

The technology is available for:

• technical evaluation;
• pilot deployments;
• technology transfer;
• joint development and industrial adaptation;
• strategic partnerships with telecommunications vendors, system integrators, and enterprise organizations.