History

Gulshan Yadav e2a6a10bee feat(dag): implement DAGKnight adaptive consensus protocol Phase 13 Milestone 1 - DAGKnight Protocol Implementation: - Add LatencyTracker for network propagation delay measurement - Rolling statistics (mean, stddev, P95, P99) - Anticone growth rate tracking - Configurable sample window (1000 samples) - Implement DagKnightManager extending GHOSTDAG - Adaptive k parameter based on observed network latency - Probabilistic confirmation time estimation - Confidence levels (Low/Medium/High/VeryHigh) - ConfirmationStatus with depth and finality tracking - Add BlockRateConfig for throughput scaling - Standard: 10 BPS (100ms block time) - current - Enhanced: 32 BPS (31ms block time) - target - Maximum: 100 BPS (10ms block time) - stretch goal - Auto-adjusted merge/finality/pruning depths per config - Utility functions for network analysis - calculate_optimal_k() for k parameter optimization - estimate_throughput() for TPS projection Based on DAGKnight paper (2022) and Kaspa 2025 roadmap.	2026-01-19 09:46:50 +05:30
..
README.md	feat(dag): implement DAGKnight adaptive consensus protocol	2026-01-19 09:46:50 +05:30

Gulshan Yadav e2a6a10bee feat(dag): implement DAGKnight adaptive consensus protocol

Phase 13 Milestone 1 - DAGKnight Protocol Implementation:

- Add LatencyTracker for network propagation delay measurement
  - Rolling statistics (mean, stddev, P95, P99)
  - Anticone growth rate tracking
  - Configurable sample window (1000 samples)

- Implement DagKnightManager extending GHOSTDAG
  - Adaptive k parameter based on observed network latency
  - Probabilistic confirmation time estimation
  - Confidence levels (Low/Medium/High/VeryHigh)
  - ConfirmationStatus with depth and finality tracking

- Add BlockRateConfig for throughput scaling
  - Standard: 10 BPS (100ms block time) - current
  - Enhanced: 32 BPS (31ms block time) - target
  - Maximum: 100 BPS (10ms block time) - stretch goal
  - Auto-adjusted merge/finality/pruning depths per config

- Utility functions for network analysis
  - calculate_optimal_k() for k parameter optimization
  - estimate_throughput() for TPS projection

Based on DAGKnight paper (2022) and Kaspa 2025 roadmap.

2026-01-19 09:46:50 +05:30

README.md

feat(dag): implement DAGKnight adaptive consensus protocol

2026-01-19 09:46:50 +05:30

README.md

Phase 13: Advanced Blockchain Enhancements

Research-driven enhancements to GHOSTDAG, quantum cryptography, Layer 2, and gateway architecture

Overview

Phase 13 builds upon Synor's already advanced foundation:

GHOSTDAG consensus (k=18, 10 BPS)
Hybrid Ed25519 + Dilithium3 quantum-resistant signatures
Complete L2 stack (Compute, Storage, Database, Hosting)
Full gateway architecture with CID support

Milestones

Milestone 1: DAGKnight Protocol (Weeks 1-5)

Priority: HIGH

DAGKnight eliminates fixed network delay assumptions, making consensus adaptive.

Task	Status	File
DAGKnight core algorithm	Pending	`crates/synor-dag/src/dagknight.rs`
Network latency tracker	Pending	`crates/synor-dag/src/latency.rs`
32 BPS upgrade	Pending	`crates/synor-dag/src/lib.rs`
100 BPS stretch goal	Pending	`crates/synor-consensus/src/difficulty.rs`

Milestone 2: Enhanced Quantum Cryptography (Weeks 6-9)

Priority: MEDIUM-HIGH

Add NIST-standardized backup algorithms for defense in depth.

Task	Status	File
SPHINCS+ (SLH-DSA) integration	Pending	`crates/synor-crypto/src/sphincs.rs`
FALCON (FN-DSA) integration	Pending	`crates/synor-crypto/src/falcon.rs`
Algorithm negotiation protocol	Pending	`crates/synor-crypto/src/negotiation.rs`

Milestone 3: ZK-Rollup Foundation (Weeks 10-14)

Priority: HIGH

Lay groundwork for ZK-rollup support for massive L2 scaling.

Task	Status	File
ZK-SNARK proof system (Halo2/PLONK)	Pending	`crates/synor-zk/src/lib.rs`
Circuit definitions	Pending	`crates/synor-zk/src/circuit.rs`
Rollup state manager	Pending	`crates/synor-zk/src/rollup/mod.rs`
ZK-Rollup bridge contract	Pending	`contracts/zk-rollup/src/lib.rs`

Milestone 4: Gateway Enhancements (Weeks 15-18)

Priority: MEDIUM

Improve gateway infrastructure following IPFS best practices.

Task	Status	File
Subdomain gateway isolation	Pending	`crates/synor-storage/src/gateway/mod.rs`
Trustless verification (CAR files)	Pending	`crates/synor-storage/src/car.rs`
Multi-pin redundancy	Pending	`crates/synor-storage/src/pinning.rs`
CDN integration	Pending	`crates/synor-storage/src/gateway/cache.rs`

Research References

GHOSTDAG/DAGKnight

Kaspa Official - GHOSTDAG reference implementation
PHANTOM GHOSTDAG Paper - Academic foundation
Kaspa 2025 roadmap: DAGKnight, 32 BPS → 100 BPS progression

Quantum Cryptography (NIST PQC)

FIPS 203 (ML-KEM): CRYSTALS-Kyber - key encapsulation (already implemented as Kyber768)
FIPS 204 (ML-DSA): CRYSTALS-Dilithium - signatures (already implemented as Dilithium3)
FIPS 205 (SLH-DSA): SPHINCS+ - hash-based backup signatures
FIPS 206 (FN-DSA): FALCON - compact lattice signatures

Layer 2 Scaling

ZK-Rollups: Validity proofs, 10-20 min finality, 2,000-4,000 TPS
Optimistic Rollups: 7-day challenge period, 1,000-4,000 TPS
State Channels: Instant micropayments, zero fees

Gateway Best Practices (IPFS)

Subdomain gateways for origin isolation
CAR files for trustless verification
Multi-pin redundancy for availability
CDN edge caching for performance

Fee Distribution Model

Fee Type	Burn	Stakers	Treasury	Validators/Operators
Transaction Fees	10%	60%	20%	10%
L2 Service Fees	10%	-	20%	70%

Success Metrics

DAGKnight: Achieve 32 BPS with <1% orphan rate
Quantum: SPHINCS+ and FALCON signatures verified in <10ms
ZK-Rollup: 1,000 TPS with <20 minute finality
Gateway: <100ms TTFB for cached content globally