The Quai Network uses Proof of Entropy-Minima — PoEM, inspired by Bitcoin's Nakamoto Consensus Proof of Work (PoW). PoEM measures the intrinsic block weight to calculate entropy, ensuring all nodes prioritize a block.

It eliminates disputes and enables continuous agreement, providing benefits such as instant resolution of side branches and faster completion.

💠Branch Selection: Every node in the system always makes the same decision about the block.

💠Finalization: PoEM's Faster Finalization provides a faster mathematical guarantee of on-chain inclusion than all existing consensus mechanisms.

💠Sharding: Continuous consensus is required to coordinate infinitely executing shards, as time-consuming mechanisms for resolving disputes are inefficient for coordinating multiple chains.

💠Select Branch

🔹Resolve immediate branch

👉The PoEM consensus mechanism has eliminated consensus-based branches.

Fork resolution in blockchain systems is challenging due to the inherent uncertainty it brings. Proof of Work (PoW) consensus requires network nodes to ignore meaningful aspects of proposed hash values, making it unreliable to reach consensus across multiple blockchains.

PoEM uses intrinsic block weights to enable directional block selection and consensus-based branch elimination.

PoEM ensures that consensus can always be achieved by propagating a single proof, resulting in the most efficient use of computational resources.

The PoEM mechanism achieves continuous consensus by eliminating latency, ensuring all network nodes agree on the “top” of the blockchain, even without complete system information.

🔹Internal block weight

👉How blocks are measured and compared in the Quai Network.

PoEM measures the uncertainty removed from the system as each block is formed, ensuring quick decisions and consensus between blocks.

This method differs from traditional PoW systems, which consider different levels of uncertainty. Comparing uncertainty allows for objective decision making for the blockchain.

🔹Calculate total uncertainty

👉How the total uncertainty accumulates in the Quai network.

PoEM is a blockchain-based method of measuring reduced uncertainty, providing a more accurate measurement of energy usage.

It differs from PoW in that it calculates the total uncertainty geometrically, while PoW calculates it linearly.

💠Perfect

🔹Finish Faster

👉How transactions are finalized faster in the Quai network.

PoEM provides faster statistical finality in hash-based blockchains by measuring uncertainty, a concept rooted in physics, instead of “work,” allowing nodes to determine which blocks require the most energy.

Complete Statistics

Quai Network uses main and side blockchains, reducing holdup attacks on main chains.

PoEM measures the removal of uncertainty faster than main chains, allowing side chains to achieve statistical finality independent of main block inclusion.

This bottom-up approach reduces the maximum time of a key retention attack, ensuring the correctness of data within a branch.

Finality, a mathematical certainty that data is immutable unless there is a 51% attack, is different from economic finality. Under PoEM, the statistical finality of sub-blockchains is independent of the production or inclusion of the main block.

💠Fragmentation

🔹Execution fragmentation

👉The Quai Revolution organizes multiple chains into one network.

PoW systems struggle with time delays, limiting the speed at which multiple blockchains can be coordinated based on work or execution threads.

PoEM provides a solution with directed branch resolution, allowing network nodes to quickly select the correct chain vertex on executing shards.

This improves the scalability of distributed ledger technology, allowing networks like Quai to support high processing power and low latency applications.

The Quai Network uses a dynamic sharding algorithm to add shards in a decentralized manner, reducing the time to global settlement, unlike existing blockchain networks that sacrifice security.

🔹Dynamic Fragmentation

👉Rapid expansion to have more pieces in the Quail Network.

Quai Network uses PoEM to efficiently coordinate execution shards, allowing for dynamic capacity growth to meet demand.

Dynamic fragmentation creates new region chains and new regions, connects them to the network's unity, and adds a new sub-region.

The Quai protocol uses two properties of the network to determine when to add execution shards: the uncle block rate and the fee limit.

Uncle Block Ratio

Uncle blocks in blockchain protocols reduce hashing efficiency and slow down finalization. The Quai protocol measures the uncle block rate, creating blocks for additional regions and chains to increase processing capacity and maintain high hashing efficiency.

Fee Limit

The Quai protocol tracks block capacity by analyzing fee usage. When the fee limit is reached, fees increase. The Quai network maintains transaction fees below $0.01 by adding execution shards.

🔗More information about Quai Network👇

💎Quai Network Introductionn- A Hidden Gem

🖥️Quai Network Upcoming Golden Age Testnet - Developer

https://x.com/CrypLykos/status/1825397357875499054

✨Total funding raises to $15M💰💰

https://x.com/CrypLykos/status/1829166686995612082

🔗Important Links

🌐Website: https://qu.ai/

⚒️GitHub: https://github.com/dominant-strategies/go-quai/

💙Twitter: https://x.com/QuaiNetwork

📺Youtube: https://www.youtube.com/@QuaiNetwork

🤖Reddit: https://www.reddit.com/r/quainetwork/

💼LinkedIn: https://www.linkedin.com/company/quai-foundation/?originalSubdomain=ch

📃Docs: https://docs.qu.ai/learn/introduction

#QuaiNetwork #Quai #Developers #layer1 #EnergyBasedMoney