Founded in 2015, the Open Fog Consortium is a global organisation with more than 60 members that aims to accelerate the adoption of fog computing across the globe. Its open architecture creates a fog computing ecosystem which can effectively serve multiple IoT platforms and applications.Learn more
We work with
Hewlett Packard Enterprise Cloud28+ is an open community of cloud service providers, solution providers, ISVs, systems integrators, distributors and government entities dedicated to accelerating Cloud adoption in Europe and around the globe.Learn more
Founded in 2009, POSTKINO FX is the main post-production studio for Art Media Alliance company group. It deals with the creation of computer graphics for cinematography and TV and is one of the first companies to use Sonm to render their tasks.Learn more
We are developing a universal IT infrastructure capable of performing CGI rendering tasks, neural network training algorithms, hosting websites and other applications.
Infrastructure for blockchain applications
Infrastructure, provided by Sonm, allows to run any decentralized applications or host blockchain-based services, which need computing resources for it work. For example, such well-known projects as Golem, iExec, SIA, Elastic etc.Learn more
Sonm can provide massive pool of available GPU machines. This powers can be used to run training on GPU, or parallel training to optimise meta parameters. Sonm supports TensorFlow and CUDA for your application inside Docker environment.Learn more
Video rendering on CPU/GPU
Unlimited resources for GPU rendering with low overhead and competing prices. This kind of resources works well with existing commercial rendering software, like Redshift and Deadline.Learn more
CDN and video streaming
The distributed fog computing structure of Sonm is perfect for the CDN establishment: hundreds of Sonm nodes around the globe allow you to serve content and organize effective balancing and scalability.Learn more
The main idea of fog computing is the use of a decentralized network formed from disparate individual computing devices, as opposed to a single data center structure.
What distinguishes fog computing from cloud services is that in this case the computing resources are decentralized: instead of being provided by some centralized data center or supercomputer or server, the accumulated resource is delivered from individual computing devices.
This makes it possible to build extremely scalable and distributed systems, that can achieve performance and efficiency, not available with traditional cloud-based architecture. The aim of Sonm is to attract private users and data centers with free computing resources, and to form an open market based on these resources. A market where buyers, on a competitive basis, can find the resources to run their applications.
The architecture of Sonm is made up of the following components and functions via their interaction.
- API Node
- DWH — a component for fast search and read from blockchain
- Gatekeeper masternodes (currently PoA)
- Block producing masternodes (currently PoA)
- Public geth nodes
- Price oracle (currently PoA)
Technologies and features
The emergence of public cryptocurrencies, namely Bitcoin and Ethereum clearly showed the sustainability of decentralised systems.
This kind of systems have benefits and advantages, not achievable by traditional centralised systems: transparency and community trust, overall reliability, censorship-free, geographical distribution, global availability with the use of public cryptocurrencies, involvement of people as opposed to companies, etc.
So in order to run the solutions with Sonm we use the following technologies:
- Blockchain and smart contracts
- Profiles and a rating system
- Decentralized marketplace
- Peer-to-peer networking
- Docker containers
-Average Deal Duration
-Total Deals Duration
Active worker with deal
Active worker without deal
SONM Community call
(DAO Creation) Current situation SONM is a decentralized marketplace for heterogeneous computing power, which represents the first working technology, binding…
Sonm Status Announcement (English)
Date: 20 Sep 2019. Sonm has successfully implemented the fog computing platform and has reached the readiness of basic infrastructure,…
Sonm weekly update 2019-09-03
Masternodes work in progress! Sonm sidechain explorer open-sourced! TEE production deployment is going on aiming at October 2019! CraftML has…
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