SoftFIRE
SoftFIRE is a European research and experimentation platform project focused on programmable, software-based 5G and NFV/SDN testbeds for validating network services and infrastructures.
- Federated testbed environment for Network Functions Virtualisation (NFV) and Software Defined Networking (SDN).
- Programmable infrastructure for experimentation with 5G-oriented network services and architectures.
- APIs and tools for deploying, chaining, and managing virtual network functions across multiple domains.
- Support for industry, academia, and research institutions to run controlled experiments on softwarised networks.
- Focus on interoperability, orchestration, and management of heterogeneous virtualised network resources.
More About SoftFIRE
SoftFIRE is organized around the concept of a federated, programmable testbed for softwarised networks, bringing together multiple infrastructure providers to offer a unified environment for experimentation with Network Functions Virtualisation (NFV) and SDN (network experimentation platform). The project targets use cases close to 5G architectures, where network services run as software on virtualised resources instead of on fixed-function hardware appliances.
The platform exposes programmable interfaces that allow enterprises, operators, and research teams to deploy, chain, and manage Virtual Network Functions (VNFs) across different administrative domains. Through a set of APIs, orchestration components, and control frameworks, users can instantiate network services, configure forwarding rules via SDN controllers, and observe the behavior of the composed service in realistic conditions. This approach aligns with reference architectures from ETSI Network Functions Virtualization (NFV) and common SDN controller frameworks, while focusing on multi-domain and federated scenarios.
SoftFIRE’s infrastructure typically includes compute, storage, and networking resources distributed across several test sites, interconnected and exposed as a single logical platform. Experimenters can design service chains that combine functions such as firewalls, load balancers, and monitoring components, then deploy them programmatically. The platform supports workflows that reflect how a communications service provider or enterprise might operate a virtualised network, including lifecycle operations like instantiation, scaling, and teardown of VNFs.
Compared with single-site lab environments or vendor-specific test frameworks, SoftFIRE emphasizes federation and heterogeneity. It integrates resources from different providers, potentially using different virtualization technologies, SDN controllers, and management tools, while offering a coherent experimentation interface. This structure allows users to test interoperability, orchestration behavior, and management procedures across diverse implementations, which is relevant for enterprises and operators planning multi-vendor or multi-domain NFV/SDN deployments.
Within an enterprise and institutional context, SoftFIRE’s core value lies in its role as a sandbox for network service design, validation, and proof-of-concept work. Enterprises, vendors, and academic researchers can use the platform to assess NFV/SDN-based solutions before adopting similar architectures in production environments. In a directory or marketplace taxonomy, SoftFIRE aligns with categories such as network testbeds, NFV/SDN experimentation platforms, and 5G-oriented research infrastructures, providing programmable network infrastructure services for controlled testing and evaluation.