MarsChain is a blockchain capable of running applications, similar to Ethereum @MarsChainDAO The primary way to participate is not by purchasing mining hardware or staking coins, but by burning MARS tokens. Once burned, the tokens are removed from circulation, and the burner receives a long-term mining allocation known as "hashpower." The total supply of MARS is capped at 200 billion, with no additional tokens created outside the established schedule. Approximately every 448 days, the daily token issuance is halved; of this issued amount, about 75% is distributed to those who burned tokens to acquire hashpower, while 25% goes to the nodes that validate transactions. The following three components determine how the system operates: Proof of Contribution, a 188-day calibration cycle, and the two protocols known as Christmas and Oracle. PoC does not measure computing power or the amount of locked capital. Contribution is defined by the act of burning MARS tokens. Burned tokens are permanently removed from circulation; in return, the protocol assigns a specific amount of hashpower (contribution rate) to the participant. This hashpower does not expire seasonally, requires no renewal via re-locking, and serves as the basis for future block reward distribution. Simply put: burning exchanges circulating tokens for a long-term "production share." Those who do not burn tokens do not acquire this share, regardless of how many coins they hold. Since there is no need for mining rigs or traditional staking lock-up periods, the barrier to network entry lies in the willingness to burn tokens rather than in hardware requirements. Rewards are subsequently distributed based on each participant's hashpower relative to the entire network. As more users burn tokens and total hashpower increases, the value of existing shares is diluted proportionally—a key distinction from simply holding coins and waiting for price appreciation. An auxiliary layer—typically ERC-1155 NFTs—is often used to record hashpower and referral relationships. Referrers earn additional hashpower only when their invitees actually burn tokens, not merely upon the generation of a registration link. This additional allocation represents a production share rather than an immediately liquid token payout. The 188-day figure is a protocol anchor parameter, not a guaranteed profit commitment. The concept is as follows: at any given moment, the hashpower acquired upon burning is calculated so that—assuming a static network and constant daily output—the tokens burned would yield an equivalent amount of tokens after approximately 188 days (measured in MARS, not fiat currency). Since the network is dynamic, the protocol requires continuous recalibration. The two primary variables are total network hashpower and daily output. As more participants burn tokens, total network hashpower rises; consequently, the same amount of burned tokens is assigned a higher hashpower value to maintain the 188-day benchmark in coin terms. Conversely, when the 448-day halving cycle reduces daily output, the conversion rate is adjusted to align with the new production level. It is important to distinguish that the 188-day mark is merely an internal metric denominated in MARS, based on hypothetical static conditions. In reality, new hashpower constantly enters the network, output declines according to the halving schedule, and market prices fluctuate independently of the token yield. Therefore, reaching the "188-day" mark does not equate to a financial break-even point, nor does it guarantee that early participants always fare better. Latecomers may actually secure more hashpower per burned token if the total network capacity has expanded, consistent with this calibration mechanism. These two protocols serve as conditional deflationary mechanisms that run alongside—rather than replace—the Proof-of-Contribution (PoC) system. Both utilize an eight-day execution window, combining the burning of a portion of the circulating supply with a boost in hashpower for participants during that period. The Christmas Protocol is calendar-based, activating around the Christmas season—typically defined as December 25th through 31st. During this window, the design aims to burn approximately 35% of the circulating supply while multiplying hashpower in progressive increments. The starting multiplier is usually set at 10x, subsequently doubling through successive stages (20x, 40x, 80x, up to 160x) in alignment with the halving cycle sequence. Participants receive increased contribution weightings rather than a lump sum of new liquid tokens, thereby avoiding immediate sell pressure following the supply reduction. The Oracle Protocol operates independently of the calendar, instead monitoring market conditions: if the price of MARS drops by approximately 50% from its all-time high and remains at that level for seven consecutive days, the protocol triggers a similar eight-day window—burning about 35% of the circulating supply and scaling hashpower using the same multiplier logic. The objective is to trigger an automatic deflationary response during prolonged price weakness, eliminating the need for manual intervention. Neither protocol runs on a daily basis; they are special events—one triggered by the calendar and the other by price conditions. The hashpower generated during these windows feeds into the standard PoC system; consequently, once the event concludes, new output is distributed according to standard rates, while the burned tokens do not return to circulation. These three mechanisms form a self-reinforcing loop: token burning generates hashpower and constricts supply; the 188-day calibration aligns the burn-to-production ratio with network conditions; and the "Christmas" and Oracle features trigger significant burn events based on schedules or sharp price drops. The total supply does not increase, while daily output is halved every 448 days. Readers should note that figures such as the 188-day period, the 35% rate, and the multiplier are protocol parameters outlined in project documentation and communications—not guarantees of investment returns.