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About SIXG

Connecting applications and networks

SIXG explores how serverless applications and programmable 6G networks can adapt together—bringing computing closer to where data is created and decisions are needed.

Smart manufacturing and connected mobility guide the research, with early-stage technologies evaluated in controlled laboratory demonstrations.

THE SIXG APPROACH

ApplicationsSmart manufacturing · Connected mobility
↕
Real-time serverless computingElastic data streams + WebAssembly functions
↕
Programmable 6G networksOn-demand slicing + In-network functions

Devices ↔ Edge ↔ Cloud

Monitoring and AI coordinate computing and network resources across layers.

Simplified research concept, adapted from the SIXG proposal.

36months
7partners
6countries

Our seven objectives

01

Elastic data streaming

Develop a platform for real-time analytics and AI workloads.

02

Responsive execution

Build a lightweight WebAssembly runtime for serverless functions.

03

Secure programmable infrastructure

Investigate in-network deployment, service migration and privacy-preserving telemetry.

04

On-demand O-RAN slicing

Tailor network resources to application needs while improving energy efficiency.

05

AI-driven optimization

Coordinate function placement, resource allocation and application layout across computing and network layers.

06

Experimental validation

Integrate and evaluate the framework through three proof-of-concept demonstrations in manufacturing and ADAS scenarios.

07

Open research and standards

Contribute findings, software and technical proposals to research, open-source and standardization communities.