Hello everyone, I am TR. I am the chief cryptographer. In 2016 we completed work on post-quantum cryptography libraries for distributed networks. The project was ‘archived’ and resumed in 2025.
The information provided is incomplete. I will periodically publish materials here before the events begin.
CryptoBLCK is a fully decentralised network of distributed nodes, where each node is simultaneously a communication, media, and cryptographic anonymous node on mobile devices.
The architecture is built without central servers, without trusted coordinators and without control — content is distributed automatically between nodes (event-driven/RSS-like mechanisms), and the network's economy is based on the native use of Bitcoin.
A key feature is adaptive post-quantum cryptography: the system uses several local post-quantum cryptographic libraries and parameter sets (PQC) simultaneously, which are dynamically alternated and replaced depending on the threat model and type of attack.
Post-quantum primitives (NTRU, code and lattice constructions, GF(2) algebra, ASN.1-compatible structures) are implemented, including proprietary linear algebra and cryptographic parameter modules.
CryptoBLCK was originally designed as a quantum-resistant foundation for decentralised, anonymous communications, media, and finance, long before post-quantum cryptography became mainstream.
Architecture
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Network layer:4 CryptoBLCK Engine — independent anonymous routing channels
ZeroMQ + RSS module:
- tracks events in the network
- allows nodes to adapt
- serves as a signal for switching cryptographic stacks
Multi-channel routing → ability to run multiple data streams simultaneously
Cryptographic layer:4 cryptographic libraries:
SpongeCastle #1 (full set of PQC: GMSS, Rainbow, McEliece, NTRU, CCA2)
SpongeCastle #2 (alternative implementation, experimental parameters)
BouncyCastle (classic algorithms, compatibility with external systems)
Proprietary PQC implementation (adapted for a decentralised network)
Crypto-agility:- On-the-fly algorithm switching
- Ability to respond to local and Quantum attacks
- Support for multiple PQC implementations simultaneously
(Key trees, OTS chains, NTRU polynomials, Rainbow layers)
Application and integration layer:- Support for JCA/JCE interfaces for:
- KeyPairGenerator
- Signature
- Cipher
- Integrated Post Quantum cryptography in mobile devices.
- Support for Bitcoin payments within the network
Social functionality:- Profile, publications, videos, stories
- Cryptographically signed content
Capabilities
- Node autonomy (nodes make decisions locally, can change algorithms and routes without an external centre)
- Instant self-learning
(The system tracks events via RSS/ZeroMQ and adjusts the protection strategy)
(4 CryptoBLCK local engines × 4 crypto engines → 16 encryption streams simultaneously)
PQC support
- GMSS, Rainbow, McEliece, McElieceCCA2, NTRU, OTS, Hash Chains
Integration with the classic BouncyCastle ensures compatibility with existing services
Crypto-agilityAbility to dynamically select an algorithm based on the type of attack or network status
Anonymous payments
Bitcoin transactions are integrated into the social network
Social activityProfiles, posts, photos, videos, stories, subscriptions, and interactions between users
We are paving the way for a future where state control will be reduced to zero, where power will be evenly distributed among network participants, where there will be no control by banks and financial institutions, where none of you will be in financial slavery, where each of you will be part of a self-sustaining decentralised economy with an even distribution of opportunities.
We have an autonomous, self-repairing, self-defending decentralised network that is capable of self-learning. CryptoBLCK it is a prototype of a decentralised global economy.
