Modeling Fiber Propagation in High-Capacity Optical Networks
In the ALLEGRO project, we're advancing how we understand and model fiber propagation for...
Characterizing Flexible Coherent Transceivers in ALLEGRO
In the ALLEGRO project, we focus on the deep characterization of flexible transceivers (TRXs) to...
ALLEGRO Project: Transmission Modelling for High-Fidelity Optical Performance
At the heart of ALLEGRO’s Physical Layer Digital Twin (PHY-DT) lies a robust Transmission...
LLEGRO Project: Physical Layer Digital Twin for Intelligent Optical Networks
In ALLEGRO, we’re redefining how optical networks are managed and optimized through the...
TAPI Telemetry in Action with ALLEGRO
🔧 Driving Real-Time Network Intelligence with Open StandardsPart of the ALLEGRO Project The...
Advancing Network Telemetry with Interoperable Envelope Encoding
🔍 Part of the ALLEGRO Project To support a diverse ecosystem of network elements—ranging from TAPI...
Seamless Integration at the Core – ALLEGRO’s Unified Monitoring & Telemetry Platform
At the heart of the ALLEGRO intelligent optical platform lies a powerful unified monitoring and...
Joint Communications and Sensing in Smart Cities – ALLEGRO Project Spotlight
In the ALLEGRO project, we’re advancing the frontier of smart city infrastructure by unifying...
ALLEGRO Project: Merging Communications & Sensing for Smarter Cities
One of the most groundbreaking innovations in the ALLEGRO platform is the integration of Joint...
ALLEGRO Project: Scalable AI Engine for Intelligent Optical Networks
As we continue building smarter, self-optimizing optical networks within the ALLEGRO platform, the...