Cyber Ledgers

A cyber ledger by FileChain enables to shield AI training data sets from illicit access to guarantee irrefutably privacy for such highly sensitive information.

The sharing of AI training data set is made irrefutable with access-control by cryptography and not by code or by policy.

AI training data sets may originate from a few identified sources or from 3rd parties which will be fully onboarded, identified and vetted before any data can be made available to an AI model for training.

Post-Quantum cryptography is optional if the "Store Now, Decrypt Later" problem needs to be solved for such sensitive data.

A cyber ledger by FileChain enables any event from one or many different organisations to be recorded with irrefutable digital signatures and timestamps.

Events may include structured data for automated processing (XML, JSON, etc) or unstructured data (DOC, PDF, picture, video, audio, etc.) with all data strongly encrypted at rest and shared through cryptographic identitities only.

Such audit trails enable one or many organizations, suppliers, individuals and even autonomous equipments to define irrefutable logs of timestamped events :

1. Eliminate data mismatch & reconciliation

2. Eliminate costly dispute

3. Provide audit trail for highly secure enviroment

4. Streamline compliance in heavily regulated environment

Aidia Solutions is a UK-based FileChain partner in the security space.

A cyber ledger by FileChain enables Aidia to provide a solution to share highly sensitive documents between individuals with different clearance levels and with optional post-quantum protection.

https://www.aidia.solutions/

A cyber ledger by FileChain enables to solve the SNDL problem and relies on quantum-resistant asymmetric cryptography approved by NIST, both to store data at rest and to share data securely between any number of parties.

Traditional asymetric cryptographies such as Elliptic Curve (EC) and RSA which secure all the Internet and digital world today have been proven to fail and break down against quantum computers. 

The “Store Now, Decrypt Later” SNDL problem relates to the safe storage and sharing of sensitive valuable data between parties in a post-quantum world.

Quantum computers with enough error-correction are not known to exist yet but will materialize over the next few years. Such computing capacity in the hands of any well-founded terrorist organization or under-cover government agency enables the stealing of extremelly valuable and sensitive information from any business or public agency.

The use of such quantum-resistant cryptography and the crypto-agility feature of FileChain cyber ledgers guarantee the availability and confidentiality of any sensitive data today, tomorrow and at any time in the future even after quantum computers materialize.

A cyber ledger by FileChain enables to archive ultra-sentive information with post-quantum protection of any type and size (1B - 1GB) :

• Business / corporate secrets and agreements

• Governmental & nationwide strategic decisions

Each piece of information can be shared to specific recipients based on specific rules and trigger events:

• Structured data (XML, JSON, XLS, etc) for automated processing

• Documents & unstructured data (DOC, PDF, VIDEO, AUDIO, etc)

Extensive identity management with appropriate due-dilligence guarantees the identity of all actors (publishers & recipients) on the platform.  

NIST-approved quantum-resistant cryptography guarantees all data remains protected against quantum computer attacks.

Crypto-agility, natively supported, provides an overnight update mechanism as soon as any more advanced quantum-resistant cryptography reaches official status.

Finally the ability to (re-)process any data over its life-cycle can be fully automated.