Genesis Block · Mainnet Live

Wahacoin (WAHA)

Decentralized. Immutable. Forged through SHA-256 Proof-of-Work.

block #0 · genesis hash
000000006224fd9305bc2be19e821abcffb49c2920a4b66e8fe092b32dd8b6aa
// about the protocol

A secure Bitcoin fork, rebuilt with conviction.

Wahacoin is a highly secure, custom Bitcoin fork utilizing the battle-tested SHA-256 algorithm. It preserves the cryptographic guarantees of the original chain while introducing a deliberate, progressive decentralization model — engineered to resist capture from day one.

Audited Core
Immutable Ledger
UTXO Model
// signed_by
VZ
Architect & Maintainer
Vahid Zekić

Designed, engineered, and maintained by Vahid Zekić — every line of consensus code, every block of the chain.

pgp: 0xWAHA · verified
// progressive decentralization

Hardware rollout

A three-stage hashpower escalation that hands the network from hobbyists to industry — without ever compromising consensus.

Phase 01

CPU Era

Months 1 – 3

Genesis phase. Zero difficulty. Network secured exclusively by high-performance server architecture like Dual Xeon processors.

01 / 03
Phase 02

GPU Transition

Months 3 – 6

Difficulty scales. Introduction of high-compute graphic processing arrays (e.g. 4× RTX 3090 clusters) to transition away from CPU dominance.

02 / 03
Phase 03

ASIC Domination

Month 6 +

Industrial-grade security. Network locked by dedicated SHA-256 ASIC miners (Bitaxe, Antminer) pushing hashrates into the Terahash scale.

03 / 03
// changelog & roadmap

Release Notes

The full historical roadmap from alpha genesis through ecosystem maturity.

v0.8.0-alphaThe SparkCURRENT
2026-06-04
Next milestone in
22
Days
11
Hours
55
Min
42
Sec
Milestone progress16.68%
Milestone timeline
6/4/20267/1/2026
Now: 6/8/2026, 12:04:17 PM
until v0.9.0-beta Network Testing
  • Initial alpha build from the core fork — CPU-mining infrastructure setup.
  • P2P gossip protocol implementation with compact block relay.
  • Basic wallet encryption framework (AES-256-GCM + scrypt KDF).
  • Hardcoding Genesis block and initial network isolation.
v0.9.0-betaNetwork TestingUPCOMING
2026-07-01
  • Public testnet parameters deployment with peer-discovery overhaul.
  • Improved chain-reorg handling and orphan-block pruning validation.
  • Initial UI/UX exploration with dark-mode wireframes.
v1.0.0Mainnet GenesisUPCOMING
2026-08-01
  • Full Mainnet launch and full-node sync initialization.
  • Core CLI implementation and RPC network configuration.
  • Stable P2P network launch with custom Magic Bytes ("WAHA").
v1.1.0Mining & Stratum InfrastructureUPCOMING
2026-09-15
  • Stratum V2 protocol integration for robust mining pool support.
  • High-performance local GPU mining compatibility (optimized for multi-GPU server setups).
  • Dynamic network difficulty adjustment algorithms.
v2.0.0Smart Wahacoin (sWAHA) SidechainUPCOMING
2026-11-01
  • Launch of the EVM-compatible Layer 2 Sidechain.
  • Two-way peg cross-chain bridge for locking WAHA and minting sWAHA.
  • Support for Solidity smart contracts and dApp deployments.
v2.1.0Halving & Ecosystem APIsUPCOMING
2026-12-15
  • Implementation of automated Halving logic and network reward transitions.
  • Advanced Python-based REST API for programmatic transaction broadcasting.
  • Enterprise integration endpoints (e.g., for POS systems and automated external data fetching).
// deflationary schedule

Block Reward Halvening

Every 210,000 blocks (~4 years) the mining reward is cut in half. A predictable, transparent, and permanent reduction in issuance.

Epoch 01
250.00 WAHA
/ block
0 – 210,000
2026
Current
Epoch 02
125.00 WAHA
/ block
210,000 – 420,000
2030
Next · 2030
Epoch 03
62.50 WAHA
/ block
420,000 – 630,000
2034
Epoch 04
31.25 WAHA
/ block
630,000 – 840,000
2038
// live · next halvening
target block #210,000
--
Days
--
Hours
--
Minutes
--
Seconds
Current block
Blocks remaining
Estimated date
29 Dec 2029
Epoch 1 progress0.0000%
Halvening Cycle
Every 210,000 blocks≈ 4 years50% reward reduction
GenesisHalving 1Halving 2Halving 3Final
// live network

Network telemetry

syncing…
Block Height
BLOCKS
Global Hashrate
Difficulty
TARGET
Supply
WAHA
Active Peers
CONNECTED
Mempool
PENDING TXS
Algorithm
SHA-256
Consensus
PoWPROOF-OF-WORK