Bring your data lakes on-chain and scale beyond the cloud
Unlock hot and optimized storage with Akave's decentralized L2 network.
Akave is revolutionizing data management with a decentralized, modular L2 solution that combines the robust storage of Filecoin with cutting-edge encryption and easy-to-use interfaces.
Easy to Use
S3-compatible interfaces allow for easy integration with Web2 tools and public clouds. Simple SDKs allow dApp builders to control and manage Web3 datasets.
Flexible Data Durability
Delivers flexible data protection policies, including sharding data efficiently across a network of nodes, delivering 11x9s or higher durability.
End-To-End Data Provenance
An end-to-end verifiable data trail where data integrity and chain of custody is guaranteed through cryptographic proofs.
Cost Effective
Up to 80% cost savings compared to centralized solutions. Reduces edge compute costs by bringing storage closer to edge.
Long-Term Data Availability
Through a combination of erasure coding and data sampling, data availability is guaranteed for on-chain and off-chain data.
CONTROL YOUR DATA JOURNEY:
DECENTRALIZED, SECURE, SCALABLE
Akave Oasis
The Akave Oasis protocol enables a marketplace for builders to easily store and manage data through unique policies to deploy on-chain data lakes. These policies include tiered storage management, zoning, erasure coding, replication policies, encryption, and many more.
Akave O3
The Akave O3, an S3-compatible gateway, provides a frictionless and scalable way to onboard large datasets and take advantage of lower costs, smart contracts, data verifiability, and faster local performance.
Build with us. Sign up for early access to our Testnet.
Akave enables data control for AI workloads
Scalable
AI Models
AI Models
Persistent Data Storage
Optimized AI Interencing and Finetuning
Optimized Machine Learning Workflows
Edge Compute for AI
AI Data Encryption
Our Roadmap
Our roadmap outlines the key milestones on our journey to launching the Akave network, highlighting our commitment to performance, durability, decentralization.