Bio-Phoenix

Participants
Start Year / End Year
Scope
Funding Framework
Budget
Duration
Bio-Phoenix
Key Objectives
1. Co-DNA
Framework
2. Biological Process Mapping
3. Survivability and Security
4. Prototype Tools & Platform
5. Reconstruction Validation
6. Bio-Inspired System Reorganisation
Bio-Phoenix Project Focus
System Reconstruction
Develops mechanisms for rebuilding complex software systems from near-extinction, inspired by biological repair processes.
Co-DNA Modelling
Defines a genetic-like code for software that specifies how components can be recreated, reconfigured and reactivated.
Bio Process Mapping
Translates core biological DNA behaviours into computational processes for transmission, activation and combination of co-DNA.
Resilience Assurance
Ensures survivability, resilience and security during reconstruction through verification, self-testing and runtime checks.
Decentralised Recovery
Supports reconstruction without central control, allowing distributed devices to reorganise and restore system functionality.
Runtime Platform
Provides a platform that executes co-DNA, manages device interactions and enforces security during system rebirth.
SDN Validation
Tests the approach in Software Defined Network scenarios to study reconstruction efficiency, convergence and resource use
Biological Inspiration
Adopts organisational principles from living systems to enable adaptation, self-organisation and sustainable long-term system operation.
Role of EPBS in Bio-Phoenix




