Moshi is a next-generation conversational model (Speech-to-Speech), designed to understand and respond fluidly and naturally to complex conversations, while bringing unprecedented expressiveness and spontaneity.
Unlike traditional AI systems, it offers instant voice interactions, enhanced by speech synthesis that adds a human and emotional dimension to every exchange.
Learn more on Moshi
Built by Kyutai, a French AI research lab partially funded by the founder of Scaleway, Moshi is part of an Open Science initiative. This approach enables the community and businesses to benefit from the latest advancements in AI, while fostering innovation and large-scale customization. Moshi represents the future of conversational applications, accessible to everyone.
Thanks to our Managed Inference service, deploying Moshi within the Scaleway ecosystem is effortless. This model benefits from complete isolation of inference computations and network, ensuring optimal performance regardless of other users' activity, as well as full audio confidentiality. With no bandwidth limitations, Moshi is ready to provide dynamic voice interactions at any time.
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RISC-V, an open instruction set architecture, allows anyone to design, implement and distribute RISC-V processors without the restrictions associated with proprietary architectures.
This freedom encourages innovation, fosters competition and facilitates the emergence of "sovereign" processors.
EM-RV1 servers are extremely energy-efficient, consuming between 0.96W and 1.9W per 1.8GHz core.
Incredibly dense, a 52U rack holds up to 672 EM-RV1s!
They contribute to responsible management of the environmental footprint of cloud solutions.
Designed and assembled in our R&D laboratory in Paris, the EM-RV1 is the fruit of months of research to launch a range of RISC-V servers in the cloud.
Hand-crafted design (laser-cut chassis, 3D-printed blades, hand-soldered components) has allowed us to bring you these world-exclusive servers.
Quantum computing is poised to revolutionize the next decade of technology.
It was born from the intersection of two fields: a deeper understanding of information processing at the quantum level and the growing need for computing power to solve complex numerical problems such as material simulation and optimization.
Indeed, traditional computers encounter limitations in solving complex problems, requiring a shift toward more fundamental principles of quantum mechanics.
See quantum advantage use cases
To evolve into quantum computing, researchers must have access to all quantum processing resources, whether simulated or real, to create better algorithms and develop the applications of tomorrow.
Scaleway Quantum as a Service (QaaS) is an innovative hybrid solution designed to democratize and simplify access to quantum algorithmics by providing powerful quantum and GPU resources.
See our QPUsWe offer researchers and developers access to both physical and emulated quantum processing units (QPUs).
Since today’s quantum computers are still prone to computational errors, quantum emulation provides a solid entry point for developers in their pursuit of quantum algorithmic mastery.
Our QaaS offering supports recognized quantum emulators such as Aer, Qsim, and exQalibur by Quandela, powered by a wide range of GPUs to meet every need.
See our emulated QPUs
The Interplanetary Name System (IPNS) is a fundamental element of the Interplanetary File System (IPFS), designed to solve the problem of managing and dynamically updating immutable IPFS addresses.
IPFS enables content to be stored and retrieved on the basis of its cryptographic fingerprints, IPNS goes a step further by introducing a mutable naming based on asymmetric cryptography.
IPNS records are no longer stored on a single server; instead, they reside within a distributed network of nodes that collectively manage and respond to naming resolution. This approach significantly enhances reliability and makes it considerably more challenging to censor.
Scaleway Labs is proud to introduce the world's first IPFS Naming Service, which tackles a fundamental challenge in the era of a post-DNS Internet.
This service is available now, at a competitive price, and benefits from the redundancy and stability of Scaleway infrastructures in its three European regions.
When combined with our IPFS Pinning service, our IPFS Naming service allows you to host your content on the IPFS network by delegating the technical details to us.
This means you can host your website on IPFS without the added expenses of operating a dedicated IPFS node.
Additionally, you have the flexibility to manage everything through an API, making it seamlessly integrated with the familiar Scaleway Developer Experience.
Powerful 64-bit ARM virtual machines, based on Ampere's latest processor designed for the cloud: the Altra Max.
In addition to its performance predictability, this new ARM8.2 processor is a market leader in terms of energy efficiency.
The processor upon which AMP2 Instances are built has a maximum thermal envelope of 250W. This allows the processor to run its 128 cores under full load, without losing frequency.
To further improve energy efficiency, these Instances use processor time densification technology, allowing even better sharing of available physical resources.
AMP2 Instances are the result of a collaboration between Ampere Computing and Scaleway Labs, representing the return of ARM technologies to Scaleway’s cloud ecosystem.
Please note that these Instances are currently in a trial phase. It is not recommended to use them to host critical services.