LFN Super Blueprints Library
This page is the reference index for completed LFN Super Blueprint integration projects. Each entry represents a working integration that can be consumed, evolved, and built upon. Projects range from complete end-to-end solutions to focused technology building blocks.
For questions about any project, contact the project lead listed in the table below. For general LFN Super Blueprint questions, reach out to superblueprint@linuxfoundation.org.
To see integrations that are currently in development, visit the Demos, Use Cases & Presentations page.
How Projects Get Here
An LFN Super Blueprint integration starts as a use case concept from the partner ecosystem. It is discussed and developed in the community meetings and tracked on a use case submission page that serves as the single point of reference throughout development. Projects that gain traction -- typically with a committed project champion -- are developed to completion and added here.
Integration Index
Listed in reverse chronological order by completion
Integration | Description | Collateral | Contact |
|---|---|---|---|
Enables applications to request stable latency (reduced jitter) or minimum throughput for specific data flows. End users or applications can request specific network quality levels depending on activity, enabling optimal performance across diverse scenarios. | Amit Surana amit.surana@infosys.com / Ganesh Narayan Ganesh_Narayan@infosys.com | ||
Simplifies and automates deployment of open-source 5G core networks. Integrates control plane components from multiple vendors (SD Core, Free5GC, Open5GS, OAI) with user plane components (eUPF, eBPF-UPF, e3-UPF), delivering interoperability and efficiency via Kubernetes CRDs and lifecycle automation. | GitHub / Video: eBPF Based 5G Core Solution / Video: Future of Interoperable eBPF Defined 5G Core | Shankar Malik shankar@coranlabs.com | |
Provides a reference testbed of open source 5G and Open RAN components as a set of known-working, tested deployments. Maintains Ansible roles and playbooks to streamline deployment of reference testbeds with end-to-end working configurations of the RAN, 5G core, and related components (RIC, SMO, etc.). | Lincoln Lavoie lylavoie@iol.unh.edu | ||
Demonstrates IoT device security using SEDIMENT (software root of trust and remote attestation for lightweight devices) combined with KubeArmor (runtime security enforcement for pods, containers, and nodes via eBPF and Linux security modules). Attestation results are used to control access to applications. | Zahir Patni zahir.1.patni@peratonlabs.com / Ankur Kothiwal ankur.kothiwal@accuknox.com | ||
SEDIMENT for IoT Device Security via Remote Attestation | Demonstrates how SEDIMENT can authenticate lightweight, resource-constrained IoT devices -- in this case environmental sensors -- and control their network access using remote attestation results. | Zahir Patni zahir.1.patni@peratonlabs.com | |
Demonstrates end-to-end network slicing of the core network and RAN using open source components. Realizes cloud native network function (CNF) deployment using EMCO, with Free5GC as the open source core and UERANSIM as the integrated gNB. | Yogendra Pal yogendra@aarnanetworks.com | ||
5G End-to-End Deployment of eBPF-Based UPF with Free5GC | Demonstrates an end-to-end deployment of an eBPF-based Free5GC core with a focus on eBPF in the User Plane Function (eUPF), using OAI RAN with software-defined radio. Advances User Plane packet processing in 5G core. | Shankar Malik shankarmalik21062003@gmail.com | |
L3AF Integration with 5G-UPF | Demonstrates integration of L3AF with the 5G User Plane Function, introducing a UPF architecture with AF_XDP hook support. Enables developers to integrate multiple eBPF programs for enhanced packet processing, with horizontal and vertical scaling of UPFs. | Shankar Malik shankarmalik21062003@gmail.com | |
An end-to-end package spanning multiple community projects (O-RAN SC, ONAP) to create a working environment for deploying the O-RAN Service Management and Orchestration (SMO) using ONAP components. Serves as an LFN Super Blueprint reference deployment. | Christophe Closset christophe.closset@intl.att.com / Gervais-Martial Ngueko gervais-martial.ngueko@intl.att.com / Sebastien Determe sebastien.determe@intl.att.com | ||
Demonstrates end-to-end Private 5G functionality using Free5GC, showing flexibility in 5G Core deployment options. Covers 5G Core and UPF deployment orchestration to Public Cloud Edge Interface (PCEI) using EMCO, network slicing orchestration, and a multi-domain architecture for network slicing. | Amar Kapadia akapadia@aarnanetworks.com / Oleg Berzin oberzin@equinix.com / Srinivasa Addepalli addepalli.srinivasa@gmail.com | ||
Uses IBM AI to detect whether factory floor workers are wearing the correct hard hat. A benchmark example of combining open source 5G networking with enterprise applications. | Louis Illuzzi lilluzzi@linuxfoundation.org | ||
5G Cloud Native Network | Demonstrates the value of network slicing through a video delivery use case, including end-to-end provisioning of a network slice from the back office through the core to the edge and radio. Establishes the interfaces necessary for orchestrating slicing and sets the stage for full private mobile networking. |
| Louis Illuzzi lilluzzi@linuxfoundation.org |