Features
Decentralized governance for distributed networks
A clever blockchain-based engine for defining users rights and rewards
dAppBox features
| Start | Standard | Premium | |
| Blockchain usage costs automatically covered for users | Yes (with monthly usage limitation) | Yes (with monthly usage limitation) | Yes (with monthly usage limitation) |
| Encrypted data transfers | YES | YES | YES |
| Audited access rights governed by the blockchain | YES | YES | YES |
docProof: Prove the ownership of any document |
NO | YES | YES |
dAppSearch: find private content based on public metadata |
NO | YES | YES |
transProof: Proof of documents transfers between nodes |
NO | YES | YES |
|
API access: Power your application by the dAppBox network |
NO | NO | YES |
|
Private node to node computation |
NO | NO | YES |
|
Search in private list |
NO | NO | YES |
|
Privacy preserving distributed computation |
NO | NO | YES |
Why storing access rights on a Blockchain matters
| Decentralized access rights management | Every peer is a data routeur, can manage individually his own authorized peers |
| Unbreakable privacy | No server hosting the access rights can be compromised, legally or illegally |
| Auditable | Every access right modification is permanently stored in the blockchain |
| Extensible and collective | Smart contracts (with no central administrator) grant access through transparent business rules, including group quorum policies (multisig) |
| Secured identity proof | Peers are identified by blockchain cryptogrpahic signatures, much more secure than a traditional login / password |
| Robust time-based rules | Temporary and event based access rights are managed by a common shared time and calendar (consensus based) |
| Rights delegation | Easily manage right transfers on other peers based on the the owner validation |
Smart document routing
The DappBox is no black box: Create new data content platforms on blockchains
Combining network topology optimization with distributed cryptography algorithms lead to fast and efficient computations on distributed and private data
