Blue Star Blockchain

Lauch: Q1 2026

Blockchain development is evolving beyond large mining farms and expensive hardware. A new wave of projects is focusing on CPU-friendly mining models, allowing everyday users to participate and earn rewards using standard computers. This approach promotes decentralization, fairness, and wider adoption of blockchain technology.
In CPU-minable blockchains, the consensus algorithms are designed to be ASIC- and GPU-resistant, ensuring that mining power is not dominated by a few large players. Instead, users can contribute computational power through their CPUs to secure the network, validate transactions, and maintain the blockchain. In return, miners receive native tokens as rewards, creating a direct economic incentive for participation.
From a development perspective, these blockchains emphasize efficient algorithms, optimized hashing functions, and low entry barriers. Developers focus on reducing energy waste, improving performance on common processors, and enabling mining on multiple operating systems. This makes it possible for individuals in different regions—especially those without access to high-end hardware—to earn income and engage with decentralized networks.
CPU-based mining also supports community-driven ecosystems. Because more users can participate, token distribution becomes more balanced, reducing centralization risks. This encourages long-term network security, transparency, and trust. Developers often integrate smart contracts, decentralized applications (dApps), and privacy or scaling features to increase the utility and real-world value of the mined tokens.
Ultimately, blockchain development that supports CPU mining empowers users by turning ordinary computing resources into earning opportunities. It aligns with the original vision of blockchain: open participation, decentralized control, and fair access to financial rewards—where anyone with a computer and an internet connection can be part of the network and make money.

Specifications:

1. Core Design Goals
   CPU-only mining (ASIC/GPU resistant)
   Low entry barrier (runs on consumer hardware)
   Fair distribution (anti-bot & anti-farm measures)
   Energy-efficient
   Scalable for thousands of small miners
2. Consensus Mechanism
   PoW (Proof of Work) – CPU Optimized
   Recommended algorithms:
   RandomX (Monero-style)
   Memory-hard
   JIT execution
   Highly resistant to ASICs & GPUs
   Alternatives:
   Yescrypt
   Argon2id
   VerusHash
   RandomX is the industry standard for CPU mining.
3. Block Parameters
   Parameter
   Specification
   Block time
   60–120 seconds
   Block size
   Dynamic (0.5–2 MB)
   Max TPS
   ~30–100
4. Mining Requirements (User Side)
   Minimum CPU Specs
   CPU: Dual-core x86_64 or ARMv8
   RAM: 2 GB minimum (4 GB recommended)
   Storage: 10–20 GB SSD
   OS: Linux, Windows, macOS
   Optimal Mining Specs
   CPU: 4–8 cores (Ryzen / Intel i5+)
   RAM: 8–16 GB
   Hashrate range: 500 H/s – 10 KH/s (depending on CPU)
5. Network Architecture
   P2P networking (Libp2p or custom TCP)
   Full Nodes: Anyone can run
   Light Nodes: Mobile-friendly wallets
   RPC / REST API for pools & apps
6. Reward Model
   Emission: 1 Million coins
   Block reward: 1 coin per block
7. Anti-Abuse Protections
   Memory-hard PoW (RandomX)
   Frequent algorithm parameter changes
   Optional:
   Node-based mining (miner must run full node)
   Soft hashrate caps per IP
   Proof-of-Uptime bonuses
8. Smart Contract Support (Optional)
   WASM-based VM (like Substrate)
   Gas limits tuned for CPU fairness
   No GPU-optimized contract execution
9. Wallet & Mining Software
   Wallets
   CLI Wallet
   Desktop GUI (Electron / Qt)
   Mobile Wallet (Light client)
   Mining
   Built-in CPU miner
   Stratum mining pool support
   Solo mining friendly
10. Token Economics
    Max supply: Optional (or infinite with tail emission)
    Inflation target: 1–2% annually after maturity
    No premine or fair-launch only
11. Example Use Cases
    Home CPU mining income
    VPS mining
    Decentralized compute economy
    Privacy-friendly payments
    Community-driven blockchain
12. Comparable Projects (Proof of Viability)
    Monero (XMR) – RandomX
    VerusCoin (VRSC)
    Dero
    Scala (XLA)