The Most Secure and Resilient Cloud is Built Decentralized.
Data Flow, Designed To Scale.
File/Data Input
Users upload files or data for secure, decentralized storage.
Data is split in chunks for faster parallel ingest
Optimized for offset reads
Scales lineairly
Akave 03: S3-Compatible API
Interact with Akave's decentralized
storage just like Amazon S3.
storage just like Amazon S3.
REST-full APIs
Programmatic identities & policies.
End-to-end data encryption.
Enterprise-Grade Design
CORS policies
Object versioning
Custom metadata
IAM integration for identity control
Multi-part upload
Pre-signed URLs
Akave SDK
The Akave SDK bridges applications with Akave’s decentralized storage network, automating data ingestion, encryption, and distribution, so developers can focus on building, not managing infrastructure.
Files are first segmented into 32 MB chunks, then subdivided into ≤ 1 MB data blocks for efficient transfer and redundancy. Each block is encrypted with the user’s private key, ensuring that only the data owner can decrypt its contents. The SDK then applies Reed-Solomon erasure coding to build fault tolerance, enabling data recovery even when some storage nodes go offline.
The result is a set of encrypted, erasure-coded chunks distributed across Akave nodes, with each transaction anchored on Akave’s ledger. This ledger provides an immutable record of where and how data is stored, guaranteeing end-to-end security, transparency, and verifiability.
The result is a set of encrypted, erasure-coded chunks distributed across Akave nodes, with each transaction anchored on Akave’s ledger. This ledger provides an immutable record of where and how data is stored, guaranteeing end-to-end security, transparency, and verifiability.
Decentralized Storage Ledger
Through the Akave SDK, data is encrypted, erasure-coded, and distributed across Akave nodes; with every action recorded on our Layer 1 blockchain for transparency and verifiability.
Recording of all data & metadata transactions
Recording of all data & metadata transactions
Know where and when data was stored,
deleted or changed
deleted or changed
Storage Nodes & Redundancy
Akave’s storage network distributes encrypted, erasure-coded data chunks across multiple nodes, data centers, and geographic zones. This architecture ensures durability, faulttolerance, and sovereignty, keeping your data available even in the face of regional outages or infrastructure failures.
World wide set of node providers
Multi-Datacenter resilience
Multi-zone & Sovereign Edge Clouds
Merkle Trees & CIDs
Akave employs Merkle Trees and Content Identifiers (CIDs) to cryptographicallyverifydataintegrity. Every file’s chunks are hashed into a Merkle root, producing a CID that guarantees immutability and prevents tampering.
Immutable Content Based Identifier (eCID) guarantee data integrity
Continues data verification
Verifiable at all times
Filecoin Integration
Akave connects with Filecoin to extend redundancy and long-term durability. Data chunks are stored on Filecoin's decentralized providers, ensuring accessibility and security even if individual nodes go offline.
Seamless Integrations With Top Cloud Apps
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