DecentraCompute is suitable for all applications currently running in the cloud, such as web applications, distributed backends, communication software, and the Internet of Things. DecentraCompute facilitates the construction of decentralized applications that prioritize user data privacy, composability, and resilience.
Peer-to-peer applications
DecentraCompute supports elastic and censorship-resistant applications that do not rely on any intermediary servers and run entirely on user devices. Using the DecentraCompute stack, the next generation of true P2P applications can be realized.
Messaging applications
Social networks
Audio and video calls
Streaming
Decentralized protocols
DecentraCompute makes it very easy to build and combine any complexity, topology, and scale of network protocols using the Aqua language, designed specifically for P2P programming.
Messaging protocols
Consensus engine
Decentralized governance
File sharing
Multi-party computation
Blockchain oracle
Community management applications
With DecentraCompute, applications can be hosted and fully managed without a central administrator. Community members can run DecentraCompute nodes with the application backend and coordinate through their chosen incentive models (governance tokens, DAOs, etc.). Redundancy and load balancing are programmed in Aqua language and driven by incentives.
Applications managed by DAOs
Social media platforms
Creator economy
Computing on decentralized data
Applications can enable dynamic updates and computations on the data stored in decentralized content addresses. DecentraCompute supports IPFS and continues to add other projects.
Decentralized applications
Variable/dynamic NFTs
Cloud-native computing
Cloud-native applications can manage microservices backends using DecentraCompute without relying on central coordination servers. The DecentraCompute programming model allows for upgrading applications and implementing new business logic without redeploying microservices. Content-addressable features and services ensure seamless backward compatibility, so things do not break when services are updated to new versions.
Distributed microservices orchestration
Distributed SaaS
Serverless
Blockchain infrastructure
Cryptocurrency exchanges, multi-signature wallets, and DAO management tools can optimize gas fees using DecentraCompute by moving signature transactions and order books off-chain while maintaining on-chain transaction settlement.
Cryptocurrency exchanges
Wallets
DAO tools
Cross-chain tools
Continuous API and composition
Due to DecentraCompute's support for content-addressable code, services and features can be permanently accessed on the network as long as at least one node is hosting. This brings a new paradigm of composing APIs, which is much simpler and faster than rebuilding and redeploying similar microservices for each new application in the cloud.