👨‍🏭Technical

🧠 Consensus Finality with Proof-of-Power (PoP)

At the core of Kazar’s infrastructure is PWR’s Proof-of-Power (PoP) consensus—a high-speed, deterministic mechanism built for instant finality and zero risk of chain reorgs. Unlike probabilistic models like Nakamoto or scale-constrained classical BFT, PoP uses validator performance-weighted voting, reaching finality in under 300ms even under global network load. By requiring 66% consensus across stake and throughput capacity, it ensures forkless execution—critical for real-time, trustless state sync in games like battle arenas, auctions, and leaderboard competitions.

🚀 300K+ TPS at Runtime, Subnet-Free Scaling

PWR’s architecture features a monolithic execution pipeline, enhanced with mempool sharding and fast signature aggregation, enabling 300,000+ sustained TPS under real-world gaming benchmarks—not just theoretical limits. Unlike L2s, rollups, or sidechains that add complexity via bridges and delayed confirmations, Kazar leverages PWR’s native high-throughput Layer-1 to deliver seamless, low-latency gameplay.

💸 Fixed-Cost Microeconomic Engine

Kazar leverages PWR’s gasless infrastructure and pre-funded execution pools to completely abstract gas fees from players. Every in-game action—whether claiming rewards, crafting items, evolving characters, or syncing state—executes at a flat backend cost of ~$0.00001, covered via the developer’s bonded pool or infra wallet. From auto-syncs to item upgrades, every click contributes to a scalable, deflationary ecosystem—without disrupting user experience.

🧩 Modular Runtime: Game-Specific Execution Environments

PWR enables modular Wasm-based virtual machines, meaning each game or toolchain in Kazar can deploy logic modules tailored to its architecture—without affecting the global chain. Kazar can run:

• Custom AI logic engines (for NPCs or procedural events)

• Real-time quest systems with stateful memory

• Developer analytics and logic verification on-chain

This allows Kazar to bridge no-code publishing with advanced developer tooling, providing game-specific infra layers over a globally composable chain.

🔐 Zero-Knowledge Native Signing + PQ-Security

Security goes beyond speed: PWR implements Falcon-512 post-quantum cryptography, integrated at the signature level, ensuring that identity, ownership, and contract validation are resistant to future quantum attacks. Combined with zk-SNARK primitives (available at the VM level), it enables future-ready compliance features and shielded transactions for private leaderboard rewards or secure metadata actions.

Consensus Mechanism	Deterministic Finality via PoP (Proof-of-Power)	Probabilistic (PoS / Snowman / PoH)	Probabilistic (PoS / Rollup BFT)
Finality Speed	< 300ms	1–3 sec (optimistic)	10–60 sec (mainnet), 2–10s (L2 optimistic)
Tx Throughput (Real TPS)	300K+ sustained (no subnet needed)	1.5K – 5K (Polygon) / 65K burst (Solana)	30–60 (ETH mainnet) / 2K–10K (L2 rollups)
Game-Oriented Runtime	Modular Game-Specific VM (Wasm‑based)	Shared EVM layer	Shared EVM layer
Gas Fee UX	Fully abstracted (gasless for players)	Requires MATIC/SOL fees (UX friction)	Users pay ETH/gas manually (or relayers)
Infra for Game Devs	1-click publishing, bonding, AI SDKs	Manual setup, custom infra required	Fragmented between chains/tools
Cross-Game Identity & Wallet	Native with Kazar ID system	No shared identity layer	Depends on dapp (via WalletConnect etc.)
Token Economics	Microburns + bonding + modular game staking	Limited deflation models	Complex + DeFi-focused
Infra Cost Model	Pre-funded by game bonding / % of rev	Pay-per-tx, high upfront infra	High fees unless subsidized
Security Model	zk-SNARK + PQ-resilient Falcon-512	Standard ECDSA + minimal zk usage	ETH mainnet secure, L2 risk tradeoffs
Dev Experience (Tooling)	Game-focused SDK/API + no-code liveops	Web3 general tooling, not game native	Primarily DeFi tooling
Upgradeable Game Logic	Modular updates without redeploys	Full redeploys required	Same redeploy friction (or plugins)