BRICSCOIN
Blockchain Resilient Infrastructure for Cryptographic Security — Certified Open Innovation Network
Technical Document / Whitepaper v5.0 — March 2026
Author: Jabo86
Official LinksWebsite
https://brics-coin.comWhitepaper
https://brics-coin.com/whitepaperBlockchain Explorer
https://brics-coin.com/blockchainMining Pool
https://brics-coin.com/p2poolSource Code
https://codeberg.org/Bricscoin_26/Bricscoin/src/branch/main
AbstractBricsCoin is a decentralized SHA-256 Proof-of-Work cryptocurrency designed for the post-quantum era.
The protocol combines the battle-tested security model of Proof-of-Work with a full quantum-resistant cryptographic stack based on ML-DSA-65 signatures, ring signatures, stealth addresses and zk-STARK proofs.
Unlike most cryptocurrencies, privacy in BricsCoin is mandatory and enforced directly at consensus level.
Nodes reject blocks containing transactions that do not include valid privacy proofs.
Key properties:
• SHA-256 Proof-of-Work (ASIC compatible)
• Maximum supply 21,000,000 BRICS
• No premine — fair launch
• Post-quantum signatures (ML-DSA-65)
• Mandatory private transactions
• zk-STARK amount hiding
• Ring signatures (32-64 decoys)
• Hash-based stealth addresses
• Deflationary burn fee model
Technical SpecificationsAlgorithm: SHA-256 Proof-of-Work
Consensus: Nakamoto Consensus
Protocol Version: v3
Max Supply: 21,000,000 BRICS
Initial Block Reward: 50 BRICS
Halving Interval: 210,000 blocks
Target Block Time: 600 seconds
Difficulty Adjustment: automatic per-block algorithm
Transaction Lanes: 4 parallel lanes per block
Uncle Blocks: supported (25% reward for uncle miners)
Transaction Fee:
0.000005 BRICS (burned)
Signature Algorithms
Primary: ML-DSA-65 (post-quantum)
Compatibility: ECDSA fallback
Mandatory Privacy ModelEvery user transaction includes:
• PQC Ring Signatures (Dilithium + Merkle)
• Hash-based stealth addresses
• zk-STARK range proofs
• SHA-256 commitments
Sender → hidden inside ring set
Receiver → one-time stealth address
Amount → encrypted commitment
No plaintext sender or amount is ever stored on-chain.
Privacy is enforced directly at the consensus layer.
MiningBricsCoin uses the same SHA-256 algorithm as Bitcoin, enabling compatibility with the global ASIC mining ecosystem.
Supported mining software:
CGMiner
BFGMiner
NerdMiner
Mining Modes:
SOLO Pool
PPLNS Pool
Protocol: Stratum v1
On-Chain ApplicationsBricsCoin provides an ecosystem of blockchain applications:
• BNS — Brics Name Service (.brics domains)
• E2E encrypted wallet messaging
• BricsChat on-chain messaging
• Time Capsule (time-locked data storage)
• Document notarization
• BRCPQ token creation system
• PQC smart contracts (Escrow / Multisig / Timelock)
• AI Oracle network analytics
• BricsEternal AI digital avatars
TokenomicsMaximum Supply: 21,000,000 BRICS
Premine: none
Distribution:
100% mineable through Proof-of-Work.
Fee model:
0.000005 BRICS burned per transaction.
Sub-unit:
1 BRICS = 100,000,000 JBS (Jabos)
Development Status (Completed)Core Protocol
✔ SHA-256 PoW blockchain with automatic difficulty adjustment
✔ Post-quantum hybrid signatures (ML-DSA-65)
✔ PQC wallets with migration from legacy
✔ Deflationary burn-fee mechanism
✔ SOLO + PPLNS mining pools
✔ Merge mining support (AuxPoW)
✔ Parallel transaction lanes
✔ Uncle block reward mechanism
Security & Privacy
✔ zk-STARK shielded transactions
✔ PQC ring signatures (32-64 decoys)
✔ Hash-based stealth addresses
✔ Mandatory privacy enforcement
✔ Dandelion++ network privacy
✔ Tor hidden service support
✔ SegWit-style transaction structure
✔ Dynamic fee market
✔ Light client support
✔ Threat Model published
✔ Live security audit (61 automated tests)
Ecosystem
✔ Web dashboard, explorer and wallet
✔ BricsChat messaging
✔ Decentralized time capsule
✔ PQC document notarization
✔ AI blockchain oracle
✔ Mobile wallet PWA
✔ BNS name service
✔ Token creation system
✔ PQC smart contracts
✔ BricsEternal AI avatars
✔ Multiple independent node implementations
ConclusionBricsCoin combines the proven security of SHA-256 Proof-of-Work with post-quantum cryptography and mandatory privacy.
The goal is to build a resilient blockchain infrastructure designed for the long-term future of decentralized systems and secure digital communication.
Feedback from developers, miners and researchers is welcome.
