Evolutionary Architecture: Shaping the Future of Networks
Over the next five to ten years, we foresee a significant evolution in the data plane...
Access Network Evolution: Shaping the Next Decade
At ALLEGRO, we’re envisioning the transformation of Access Networks—spanning Radio Access Networks...
Enabling Technologies: Driving the ALLEGRO Data Plane Architecture Forward
In the journey towards next-generation data plane architectures, enabling technologies play a...
Switching Node: Advancing Open Optical Networking with ROADM Architectures
In the realm of open optical networking, innovation drives transformation. The Allegro project...
ALLEGRO: High-Capacity, Power-Efficient Transceivers for 6G Applications
The future of 6G demands groundbreaking innovations in network technology, and ALLEGRO is leading...
ALLEGRO Data Plane: Pioneering Next-Gen Network Architectures
We’re excited to share insights into the ALLEGRO Data Plane and its transformative impact on...
Control Plane Evolution: Driving Innovation with SDN
Traditionally, each layer of the data plane—IP/MPLS, Optical, etc.—has operated independently,...
Advancing Transport Networks and Switching Nodes in the ALLEGRO Project
The ALLEGRO project continues to push the boundaries of network innovation by exploring...
Introducing ALLEGRO Network Architecture
In modern packet-optical transport networks, architecture is key to achieving efficiency,...
ALLEGRO News on Publication “Classification of data with a qudit, a geometric approach”
Abstract: We propose a model for data classification using isolated quantum dd-level systems...