Bio-Phoenix

Biologically Inspired Complex Software System Reconstruction at Near Extinction States.
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This project has received funding from the European Union’s Horizon 2020 research and innovation programme under the Marie Skłodowska-Curie grant agreement No 823951. Views and opinions expressed are, however, those of the author(s) only and do not necessarily reflect those of the European Union or the Research Executive Agency (REA). Neither the European Union nor the granting authority can be held responsible for them.

Participants

6 members

Start Year / End Year

2019 - 2023

Scope

European

Funding Framework

Horizon 2020 – MSCA-RISE-2018

Budget

1,324,800.00€

Duration

48months

About Bio-Phoenix

BIO-PHOENIX (Biologically Inspired Complex Software System Reconstruction at Near Extinction States) is a research initiative that explores how digital systems can recover from catastrophic failure by using principles drawn from biology. The project develops new methods that allow software systems to regenerate, reorganise and continue functioning even when they have collapsed to the brink of non-existence.

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Bio-Phoenix
Key Objectives 

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1. Co-DNA
Framework

Create a new system design framework that encodes a software system’s “genetic code,” enabling it to rebuild essential functions from a near-extinct state.

2. Biological Process Mapping

Extract key biological DNA processes and define their computational equivalents to drive software reconstruction through transmission, activation and combination of co-DNA.

3.  Survivability and Security

Develop methods to preserve and verify resilience, survivability and security in systems reconstructed using the co-DNA approach, including runtime checks.

4. Prototype Tools & Platform

Build proof-of-concept modelling tools and a runtime platform capable of executing co-DNA, bootstrapping system operation and protecting host devices.

5. Reconstruction Validation

Evaluate the approach in scenarios such as Software Defined Networks, testing complexity, convergence, resource use and reconstruction effectiveness.

6. Bio-Inspired System Reorganisation

Advance a model that reorganises and redeploys system functionality by assembling heterogeneous devices and enabling full system resynthesis after severe damage.

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

Research Support

Contributes expertise in analysing complex system behaviour, helping translate biological principles into software reconstruction methods

Methodology Enhancement

Supports the refinement of modelling and verification methods that align with the co-DNA approach and strengthen system resilience.

Knowledge Transfer

Facilitates academic dissemination, training activities and integration of BIO-PHOENIX concepts into educational programmes and research networks.

Impact Amplification

Strengthens the project’s visibility through outreach, communication and engagement with industry and policy communities.

Project Partners