GenerIA's AMBITION 2025 Agenda
AMBITION2025
AMBITION 2025 is GenerIA's current agenda of research and development.
Among exclusive innovations in applied AI, AMBITION 2025 features the development of Nexus, a family of exceptionally powerful and energy-efficient generative models.
AMBITION 2025 also kicks off UbiQ, our inceptive project of photonic quantum AI in partnership with Academia and prominent pioneers in the field.
GenerIA Nexus. The next generation of AI efficiency.
Nexus.The next generation of AI efficiency.
GenerIA's client bespoke models are already unique in combining best results with frugality and carbon neutrality.
Based on GenerIA R&D, Nexus defines a yet higher standard of functional and energy performance.
The Nexus models guarantee state-of-the-art smart generation tailored on a per-usecase basis, and the least possible overall environmental impact.
Nexus-2B
Compact efficiency
Specifications:1.8 billion parameters.
Uses:Embedded/mobile applications, real-time data/signal analysis.
Key benefits:A powerful and efficient AI for demanding contexts, with or without network connection.
Nexus-10B
Optimized excellence
Specifications:10 billion parameters.
Uses:Business usecase-based solutions, smart agents/assistants.
Key benefits:A versatile model that combines speed, precision and adaptability.
Nexus-70B
Large-scale intelligence
Specifications:70 billion parameters.
Uses:Complex usecases, multimodal pipelines.
Key benefits:State-of-the-art results with reduced energy costs.
GenerIA UbiQ. AI at the speed of light.
UbiQ.AI at the speed of light.
UbiQ, GenerIA's project in photonic quantum AI, includes applied research conducted jointly with Academia and manufacturers of photonic quantum computers.
The objective: a first, "UbiQ-01" model, capable of reliably harnessing some of individual photons' unique properties in order to advance the power, speed and energy-efficiency of today's classical AI.
A speed revolution
Systems that surpass the capabilities of traditional electronics by several orders of magnitude.
An energy efficiency revolution
Complex and sustainable AIs in which photons consume much less energy.
A scalability revolution
Unlimited deployment possibilities thanks to large-scale production of unique photon sources.
Ultra-intensive quantum computing
No-limit pipelines of very powerful AI agents and simulations.
Embedded photonic AI
Integration into optical systems for ultra-fast inference tasks.
Artificial general intelligence
UbiQ-01's photonic quantum computing paves the way to AGI models capable of understanding, reasoning and adapting with unprecedented efficiency.
Quantum communication
Implementation of highly secured communications based on quantum photons' correlated properties ("entanglement").