Decentralized Sharding
Data is mathematically split into 80 encrypted shards and distributed globally. It requires only 30 active edge nodes to reconstruct, guaranteeing 99.999% availability.
Decentralized Infrastructure
Cloud storage without the single point of failure.
dCloud shards, encrypts, and distributes your data globally. Immune to central outages, mathematically inaccessible to hackers, and natively resilient to ransomware.
Capabilities
Enterprise storage, re-engineered for resilience
Centralized clouds fail. dCloud leverages a decentralized network to ensure your data is always online and permanently secure.
Zero-Knowledge Cryptography
Strict client-side AES-256 encryption. We never hold your private keys. Subpoenas or data breaches yield absolutely no readable files.
Ransomware Airgapping
Immutable backup states automatically quarantine mass-modification events. Execute instantaneous rollbacks to previous cryptographically-verified clean states.
S3 API Compatibility
Drop-in replacement for AWS S3. Point your existing backup software, enterprise apps, and storage gateways to dCloud with zero code changes.
Edge Network Speed
By downloading file shards simultaneously from the closest geographical edge nodes, dCloud often outperforms centralized data centers in raw throughput.
On-Premise Hybrid Mode
Cache hot data locally on your own hardware while cleanly tiering cold data to the decentralized network, optimizing both speed and cost.
Architecture
No central servers. No single point of failure.
Legacy clouds store your data in massive, vulnerable data centers. dCloud fragments your data into encrypted pieces and scatters them across a global decentralized network.
Cryptographic Erasure Coding
Even if 60% of the network nodes holding your data go offline simultaneously, your files reconstruct instantly without data loss.
Self-Healing Network
The network constantly monitors shard integrity. If a node fails, dCloud automatically regenerates lost shards onto healthy nodes.
Client-Side Encryption
Data is encrypted on your device before it is ever sharded or transmitted. The network only ever handles meaningless ciphertext.
The numbers
What the network actually guarantees
Every figure below is a property of the sharding scheme, not a target.
- 80
- 30
- 99.999%
- AES-256
Encrypted pieces distributed across the edge network.
Only 30 active edge nodes are required to rebuild a file.
Maintained even when 60% of holding nodes go offline.
You hold the private keys. We never can decrypt.
Questions
Frequently asked
How does decentralized sharding work?
dCloud mathematically splits your data into 80 encrypted shards and distributes them globally across edge nodes. It requires only 30 active nodes to reconstruct the file, guaranteeing 99.999% availability even during massive regional outages.
Can DEV SEC IT read your dCloud data?
No. dCloud uses strict client-side AES-256 encryption. You hold the private keys. Even in the event of a subpoena or server breach, we cannot decrypt or access your files.
How does dCloud protect against ransomware?
dCloud maintains immutable backup states. If a mass-modification event (like a ransomware encryption attack) occurs, the system automatically quarantines the changes, allowing you to execute an instantaneous rollback to a cryptographically-verified clean state.
Is dCloud compatible with S3 APIs?
Yes. dCloud offers full S3 API compatibility, allowing you to point your existing backup software, enterprise applications, and storage gateways directly to our decentralized network with zero code changes.
Get started
Secure your enterprise data on the edge
Decentralized. Zero-knowledge. Ransomware-proof. Deploy dCloud and rethink your storage architecture.