In a blockchain, each block contains transaction records and a hash of the previous block . Blocks are linked together via hashes, forming an immutable chain.

How does AI contribute to blockchain governance? AI can make decisions based on predefined rules or patterns detected in the data. This can reduce human intervention, accelerate upgrades and protocol changes, and enhance the governance efficiency of the blockchain.

Blockchain is evolving from an immutable ledger into a system capable of understanding the world, with AI being one of the key drivers of this transformation. The integration of AI and blockchain is not an endpoint, but a new beginning.

The past year, 2025, has truly been the year of AI. Starting in January, DeepSeek brought Chinese AI into the spotlight for everyone.and by December, ByteDance partnered with ZTE and Nubia to launch a truly AI-powered smartphone. What further evolution can AI achieve by 2026?

1. Extreme Deflation & Value Capture This is the economic cornerstone of the system. Destruction is Hashrate: The only pathway to obtain hashrate (minting rights) is to destroy tokens, which means that every increase in hashrate corresponds to a permanent reduction in circulating supply. Value Conservation: The value of destroyed tokens does not disappear; instead, by reducing supply, it "captures" that value and evenly attaches it to every remaining token. Constant Coin-Standard Cycle: Regardless of how high the coin price is or how low the output becomes, the algorithm guarantees that the hashrate obtained by destroying a unit of token is theoretically always locked at a "188-day payback period." This shifts the system from a "mining return game" to a "call option game" on future coin price appreciation. 2. Dynamic Power Game & Anti-Oligarchy This is the sociological core of the system. "Peasant Uprising" Style Startup: Utilizing a low threshold (10,000 coins) and high invitation incentives (50%) to encourage the rapid entry of grassroots users, breaking early monopolies. Mandatory Class Reset: The system refuses eternal "Hashrate Aristocrats." Through "Annual/Crisis Mandatory Destruction Tasks," it levies a "progressive tax" on large hashrate holders (the cost for oligarchs to complete tasks is extremely high, while the cost for small miners is extremely low). Periodic Oscillation: The system continuously cycles between the "centralization trend of the free market" and the "wealth-equalizing trend of planned regulation," using algorithmic force to erode oligarchic advantages and maintain the fluidity of power. 3. Planned Economy Experiment via Algorithmic Dictatorship This is the governance philosophy of the system. Correcting Market Failure: The designer acknowledges that a completely free market leads to infinite concentration of capital, and therefore introduces an unalterable "Hand of God" (mandatory tasks and super incentives). Anti-Fragile Design: With a built-in mechanism where "a 50% price crash triggers mandatory destruction," the system leverages human greed (buying at the bottom to destroy tokens for hashrate multiplication) to build an absolute "iron floor" for the market. A Mathematically Encoded Social Epic: This is no longer a simple cryptocurrency, but a political economy experiment attempting to use code to realize "enjoying the growth efficiency of capital while avoiding the eternal tyranny of capital."

Proof-of-Stake (PoS) mining is a mechanism that allows users to participate in blockchain network verification and earn rewards based on the amount and duration of cryptocurrency held.

Compared to the limitations of PoW, such as slow block production and low throughput, the PoS mechanism can achieve faster transaction confirmation, making it more suitable for high-frequency applications.

PoW and PoS secure security through physical computing power and economic staking, respectively, but both face the challenge of centralization risks due to resource concentration.

PoW relies on miners competing for computing power to solve problems and gain the right to record transactions, while PoS allocates the opportunity to record transactions based on the proportion of staked equity held by the coin holders.

PoW's high hardware barrier leads to the centralization of computing power, while PoS's low financial barrier makes it easier for ordinary users to participate.

Unlike PoW, which consumes a huge amount of electricity, PoS ensures security through staking tokens, making it more energy-efficient and environmentally friendly.

Insufficient driving force for ecosystem development: The code is not fully open source: a key uncertainty. The theoretical basis of the economic model needs to be verified through code auditing, including the reliable calculation of data such as "total network computing power," which is not yet fully disclosed.

Insufficient driving force for ecosystem development: If economic incentives are concentrated on the "destruction-mining" closed loop, developers and project teams may lack the motivation to build valuable DApps, resulting in the lack of practical application support for the chain.

Insufficient driving force for ecosystem development: If economic incentives are concentrated on the "destruction-mining" closed loop, developers and project teams may lack the motivation to build valuable DApps, resulting in the lack of practical application support for the chain.

Risk of computing power monopoly: Early participants can acquire a large amount of computing power at low cost, which may lead to a monopoly in the later stage, occupying most of the rewards in the long term and hindering new miners from entering.

Strong incentives for participation: Users can not only earn rewards through mining, but are also motivated to promote the ecosystem and participate in its development. The prosperity of the ecosystem will increase the demand and price of tokens, thereby shortening the payback period and creating excess returns.

Understanding the Potential Risks of the MarsChain Public Blockchain Economic Model

A simple and clear value proposition: For users, the economic model is clear and calculable, and they can clearly estimate their input and return.