TREZ – Whitepaper
TREZ
Decentralized Proof-of- Work Token on Solana
Comprehensive Whitepaper
Version 1.0 | Oct 2025
Author: TREZ
This document is intended for educational, technical, and investment research purposes.
All rights reserved. No warranties or guarantees implied.
Table of Contents
1. Executive Summary
2. Tokenomics
2.1 Token Allocation and Vesting
3. Distributor Wallet Locking
Mechanism
4. Mining Protocol Overvi ew
5. Reward Mechanics
5.1 Key Parameters
5.2 Era -by-Era Emissions
5.3 Visual Emission Curve
5.4 Sustainability Analysis
6. Difficulty Adjustment Algorithm
7. Referral System
8. Era Bonus and Quartering
9. Final Reward Distribution
10. State an d Miner Accounts
11. Security and Immutability
12. Risk Factors 13. Comparative Analysis
14. Extended Technical & Economic Analysis
15. Long- Term Projections (2025–
2035)
16. Governance and Transparency
17. Investor Protections
18. Legal Disclaimer
19. Appe ndices
20. Document Properties
21. Charts & Visuals
22. Glossary
23. References
24. Metadata
1. Executive Summary
The TREZ decentralized mining protocol represents a new era of blockchain- native mining
and token distribution. Unlike conventional cryptocurrencies, where mining operations are
often dominated by specialized hardware or centralized pools, TREZ enforces a transparent
and immutable on- chain mining process. All key mechanisms —including reward emission,
difficulty adjustment, referral incentives, vesting releases, and the final reward —are locked
permanently into the smart contract.
From an investor perspective , this creates a highly predictable environment. The supply
curve of TREZ is deterministic, with emission schedules, quartering events, and vesting
distributions clearly defined from the outset. The distributor wallet, containing the bulk of
tokens (750 mi llion TREZ), is locked at the protocol level. It cannot be altered, drained, or
diverted. Rewards can only be distributed via legitimate mining claims that satisfy the proof -of-work algorithm.
This architecture provides confidence that no insider or external party can manipulate the distribution of TREZ. The developer and sales allocations are secured within vesting accounts that unlock tokens gradually over multi -year schedules. The developer allocation,
for example, is subject to a 12 -month cliff and four -year linear vesting, aligning the team’s
incentives with long -term project health. Similarly, the sales allocation is distributed in
tranches every quarter, preventing sudden market dilution.
By combining immutability, rigorous vesting, predictable emissi ons, and built -in referral -
driven growth, TREZ is positioned to achieve both technical credibility and investor appeal.
This whitepaper outlines the protocol’s mechanics in detail, accompanied by charts, supply projections, and economic analyses spanning 2 025 to 2 055.
2. Tokenomics
This page summarizes the key economic parameters and identifiers for TREZ. Values reflect
the current on -chain program and setup scripts.
Identifiers
• Name: TREZ
• Symbol: TREZ
• Mint Address: TREZuzaCxTVsg4U9c4MTe7dterWcLe5LA92PHG12Jez
• Decimals: 6
• Network: Solana
Total Supply
• 950,000,000 TREZ (pre -minted)
Allocation
• Distributor: 750,000,000 TREZ — program- owned PDA; funds flow only via on- chain
mining claims; final reserve of 100,000 TR EZ retained for the last payout.
• Developer: 150,000,000 TREZ — 12-month cliff then 48 -month linear vesting.
• Sales: 50,000,000 TREZ — 20 quarterly tranches (every 3 months).
Emissions Schedule
• Initial base reward: 100 TREZ per block.
• Quartering: rew ard × ¾ every 450,000 blocks (era).
• Era bonus: +5,000 TREZ to miner at each era boundary when the distributor balance (above the final reserve) allows.
• Genesis payout: 21,000,000 TREZ at block 0 to the first winner.
• Difficulty: leading -zero bits targ et with ±1 -bit step toward 180s/block (bounded 8 –192
bits).
Referral Bonuses
• On normal blocks: +3 TREZ to miner and +3 TREZ to referrer when a valid referrer ATA is provided and balances allow.
• Final jackpot: 70% to miner and 30% to referrer if one exi sts; otherwise 100% to miner.
Final Reserve & End of Mining
• Final reserve: 100,000 TREZ kept in the distributor until the last payout.
• Trigger: when remaining distributor balance ≤ final reserve + current base reward, the
contract pays all remaining TREZ and ends mining.
Vesting Implementation
• Vaults are ATAs whose owners are off -curve PDAs managed by the vesting program.
• Initialization is idempotent and will skip already- created PDAs.
• Dev: linear schedule post -cliff; Sales: 20 tranches. Releases are on- chain only.
2.1 Token Allocation and Vesting
The allocation of TREZ tokens has been carefully structured to balance investor confidence,
ecosystem stability, and long -term sustainability. The total token supply is divided into
three primary categor ies: Distributor, Developer, and Sales. Each allocation is managed via
on-chain vesting and distribution mechanisms that enforce transparency and immutability.
The Distributor Wallet contains 750 million TREZ, representing the backbone of the mining
economy. It is locked at the protocol level and cannot be accessed directly by any human
actor. All distributions from this wallet occur only through successful mining claims. This
mechanism ensures that the mining process remains the sole avenue for emiss ion of these
tokens.
The Developer allocation consists of 150 million TREZ, distributed via a linear vesting
schedule after an initial 12- month cliff. Tokens unlock progressively over four years
following the cliff. This ensures the development team is inc entivized to remain engaged in
the project for the long term.
The Sales allocation consists of 50 million TREZ, released through a tranche -based vesting
system. Every quarter, a tranche is unlocked, allowing a gradual release of tokens to
investors. This r educes volatility and prevents sudden influxes of supply that could
destabilize the market.
The chart below illustrates the allocation of TREZ tokens across the three major categories:
Vesting Overview:
Category Amount Vesting Terms
Distributor 750,000,000 TREZ Locked; only mining
rewards distribute
Developer 150,000,000 TREZ 12-month cliff, 48 -month
linear release
Sales 50,000,000 TREZ Tranche -based, quarterly
unlocks
3. Distributor Wallet Locking Mechanism
The Distributor Wallet is the foundation of the TREZ mining economy. It contains 750
million TREZ tokens, which are fully locked by the smart contract. Unlike traditional token
reserves that can be moved or altered at the discretion of project operators, the Distributor
Wallet is permanently restricted to the mining contract’s reward logic.
This means that no individual, development team member, or external actor can ever withdraw or reassign these tokens. The only permissible action is token distribution through successful mining claims v alidated by proof -of-work. Once a miner submits a valid
nonce and digest below the current difficulty threshold, the contract authorizes the release
of a block reward directly from the Distributor Wallet to the miner’s token account.
To protect investors, the Distributor Wallet also enforces a locked minimum reserve of
100,000 TREZ. This reserve cannot be distributed until the protocol reaches its final phase,
known as the Final Reward. At that point, the remaining balance, including the reserve, is
awarded to the final miner, along with any applicable referral bonuses.
The design of the Distributor Wallet ensures that TREZ distribution is fair, tamper -proof,
and fully transparent. By eliminating discretionary control, the system removes one of the
most comm on risks in tokenized projects: premature or unauthorized release of locked
reserves.
Illustration:
Distributor Wallet (Locked) → Contract Logic → Miner Rewards / Referral Bonuses / Era Bonuses
• 750M total supply at genesis
• Locked minimum 100k TRE Z until Final Reward
• No manual withdrawals possible
4. Mining Protocol Overview
The TREZ mining protocol is a fully decentralized, on- chain proof -of-work system. Unlike
traditional mining models, which rely on external consensus clients and off -chai n validation,
TREZ embeds its mining logic directly into the smart contract. This ensures full
transparency and eliminates any possibility of off -chain manipulation.
Miners participate by generating nonces and submitting them alongside their wallet addresses. The contract then combines the nonce, current challenge number, and miner’s address into a SHA -256 digest. If the resulting hash falls below the current network
difficulty target, the miner is considered to have successfully mined a block. This process
ensures fairness, as success is probabilistic and directly tied to computational effort.
The protocol is tuned to maintain a block discovery rate of approximately three minutes.
This target strikes a balance between security, decentralization, and reward frequency. It is
neither as fast as certain high -throughput chains, which may compromise fairness, nor as
slow as Bitcoin’s 10 -minute block cycle, which can create unnecessary delays in reward
issuance.
Every block mined represents not just a reward to the successful participant, but also a
recalibration point for the network. The contract records block count, adjusts the exponential moving average for block time, and recalculates difficulty as necessary. This
closed- loop system ensures that TREZ mining remains efficient, stable, and adaptive to the
scale of participation.
In summary, the mining protocol integrates fairness, predictability, and adaptability while
remaining entirely immutable. No external party can override the process, and all miners
compete under the same transparent set of rules.
Section 5: Reward Mechanics
Reward distribution is the cornerstone of the TREZ protocol. At launch, miners receive 100
TREZ per successfully mined block. This value is represented internally in fixed -point units
to preserve accuracy across calculations, but for participants it appears as a clean, human -
readable allocation of TREZ tokens.
Rewards are drawn directly from the Distributor Wallet, ensuring that token circulation is
tied exclusively to legitimat e mining activity. By design, no manual withdrawals or
developer overrides are possible, protecting the integrity of the distribution process.
The reward mechanism is governed by an era -based quartering schedule. Every 450,000
blocks, the block reward is reduced by 25%. This gradual reduction ensures that the
circulating supply expands predictably while preserving scarcity over the long term. Unlike
abrupt halving events seen in Bitcoin, quartering smooths out emission curves, reducing
market shocks.
Addi tionally, the protocol incorporates an era bonus payout of 5,000 TREZ, distributed to
miners at each transition. This reward ensures continuity of incentives during the period
when the block reward steps down to its next lower level.
The combination of bl ock rewards, quartering, and era bonuses ensures that TREZ
maintains a sustainable and attractive incentive model for miners while simultaneously
creating a predictable inflation curve for investors.
Reward Structure Overview
• Initial Reward: 100 TREZ per block
• Era Length: 450,000 blocks (~2 years)
• Era Reduction: 25% (quartering)
• Era Bonus: 5,000 TREZ distributed at each transition
• Final Stage: All remaining tokens distributed in the Final Reward event
5.1 Key Parameters
• Initial Reward: 100 TRE Z per block (base reward).
• Referral Bonus: Each mined block distributes + 3 TREZ to the miner and +3 TREZ to the
referrer .
• Quartering: At the conclusion of each era (defined as 450,000 blocks), the block reward is
reduced by 25% (multiplied by ¾).
• Quartering Bonus: At every era transition, an additional 5,000 TREZ is distributed as a
bonus.
• Block Time: Target block interval of 3 minutes, resulting in ~175,200 blocks annually.
• Distributor Balance: The distributor wallet is seeded with 750,000,000 TREZ, of which
100,000 TREZ is permanently locked for the final reward. The spendable balance for
emissions is therefore 749,900,000 TREZ.
5.2 Era- by-Era Emissions
Assumptions: initial base reward = 100 TREZ; quartering 25% per era; Effective Reward =
Base × 1.06; 450,000 blocks per era; +5,000 TREZ bonus per era. Values include final
reward mechanics.
Era Block Reward Blocks Emission per Era Quartering
Bonus Cumulative
0 100.00 450,000 193,618,116 +5,000 193,623,116
1 75.00 450,000 145,213,587 +5,000 338,841,702
2 56.25 450,000 108,910,190 +5,000 447,756,892
3 42.19 450,000 81,682,643 +5,000 529,444,535
4 31.64 450,000 61,261,982 +5,000 590,711,517
5 23.73 450,000 45,946,486 +5,000 636,663,003
6 17.80 450,000 34,459,865 +5,000 671,127,868
7 13.35 450,000 25,844,899 +5,000 696,977,767
8 10.01 450,000 19,383,674 +5,000 716,366,440
9 7.51 450,000 14,537,755 +5,000 730,909,196
10 5.63 450,000 10,903,317 +5,000 741,817,513
11 4.22 450,00 8,177,487 +105,000 750,000,000
**Note**: After era 11 (~30.82 years), the Final Reward is triggered, and the Distributor
Wallet is depleted.
5.3 Visual Emission Curve
The chart below illustrates:
• Blue line: Block reward per era (declining stepwise due to quartering).
• Gray shaded area: Cumulative emissions over time.
• Vertical markers: Quartering points (every 450,000 blocks).
This visual reinforces the predictable decline in per -block payouts while highlighting the
steady but sustainable cumulative growth.
5.4 Sustainability Analysis
Even under the assumption of continuous referral participation, emissions remain
significantly below the distributor allocation:
• After 5 eras (~15.5 years), ~156.9M TREZ are emitted.
• After 10 eras (~31 years), cumulative emissions remain below ~200M TREZ.
• The distributor wallet, holding 749.9M TREZ spendable balance, therefore cannot be
depleted under normal emission conditions.
The only event that empties the distributor wallet is the final reward stage, at which point
all remaining TREZ are distributed in f ull to miners (and referrers where applicable),
closing the mining cycle permanently.
6. Difficulty Adjustment Algorithm
To maintain stability and fairness, the TREZ protocol employs a dynamic difficulty
adjustment mechanism based on an Exp onential Moving Average (EMA) model. This
algorithm ensures that block times remain close to the target of 180 seconds (three minutes), even as the number of miners and overall network power fluctuate.
The EMA smooths out short -term volatility while still responding to long -term shifts in hash
rate. Specifically, the protocol updates the difficulty after each mined block using the difference between the observed block time and the target. Adjustments are bounded by
maximum tightening and easing percentages to prevent extreme swings that could
destabilize mining.
The algorithm is designed with guardrails: difficulty never falls below a defined minimum
threshold, nor does it exceed a maximum cap. This ensures the network remains both
secure and accessible, avo iding runaway difficulty escalation or collapse.
The EMA formula implemented can be summarized as:
EMA_new = EMA_prev + (Δt × α)
where Δt is the deviation from target block time and α is the smoothing factor (2 / (N+1)) with N = 20 as the window size.
The chart below illustrates how the EMA algorithm smooths observed block times around
the 180 -second target:
7. Referral System
The referral system embedded within the TREZ protocol is designed to stimulate organic
growth by rewarding both miners and their referrers. Unlike typical referral programs that
operate off -chain, TREZ enforces referral bonuses directly within the smart contract,
ensuring transparency and fairness.
When a new miner joins the network, they have the option to register a referrer . Once
linked, both parties benefit from mining rewards: the miner receives a 3% bonus on each successfully mined block, and the referrer also receives a 3% reward credited to their token account. These bonuses are distributed directly from the Distributor Wallet as part of the
block’s emission event.
The referral structure provides two significant benefits:
1. It creates a grassroots incentive model, encouraging miners to bring new participants into the ecosystem.
2. It ensures that early community members are rewarded for contributing to network
expansion, without granting them disproportionate control over supply.
The system is bounded by sustainability checks. Referral payouts are only executed if the
Distributor Wallet contains sufficient balance beyond its locked reserve. This ensures the
referral program does not threaten the longevity of mining rewards or the final reward
distribution.
Referral Flow Overview:
New Miner → Registers Referrer → Mines Block →
• Miner Reward: Base Reward + 3 TREZ Bonus
• Referrer Reward: TREZ Bonus
• Distributor Wallet: Reduced by total distribution
8. Era Bonus and Quartering
The TREZ emission model is governed by an era -based quartering system. This mechanism
ensures that rewards diminish predictably over time , preserving scarcity while maintaining
miner incentives. Unlike abrupt halving events in Bitcoin, TREZ employs quartering: block
rewards are reduced by 25% every 450,000 blocks, equivalent to approximately two years of mining at the three -minute target.
At the start of each new era, miners also receive a one -time bonus of 5,000 TREZ distributed
directly from the Distributor Wallet. This bonus acts as a transitional reward, ensuring miner incentives remain stable even as the block reward decreases. The combination of
quartering and era bonuses smooths the supply curve, reducing inflation shocks and
improving predictability for investors.
The quartering schedule ensures a sustainable balance between incentivizing miners and protecting long -term scarcity. By g radually reducing rewards, TREZ mimics the deflationary
mechanics of Bitcoin while introducing a softer curve that avoids abrupt market disruptions.
The chart below illustrates the quartering schedule, showing block rewards across
successive eras:
9. Final Reward Distribution
The Final Reward marks the conclusion of TREZ mining operations and the complete
depletion of the Distributor Wallet. By design, the Distributor Wallet is programmed to
maintain a locked minimum balance of 100,000 TREZ throughout t he life of the protocol.
This reserve cannot be accessed under normal mining operations and is preserved
exclusively for the final phase.
When the remaining balance in the Distributor Wallet is insufficient to fund additional block rewards, the protocol tr iggers the Final Reward event. At this point, the locked reserve,
along with any residual balance, is awarded to the last miner who successfully submits a
valid block. If the miner has a registered referrer, the applicable referral bonus is also
applied, e nsuring fairness even in the protocol’s closing stages.
The Final Reward is designed to create a climactic conclusion to TREZ mining, incentivizing
continued participation until the very last block. It also ensures that no tokens remain idle
or inaccessible within the contract, achieving complete distribution of the supply.
From an investor perspective, the Final Reward is a powerful incentive that adds long -term
excitement to the ecosystem. It guarantees that the final phase of mining will attract heightened participation, as miners compete for what may be one of the largest single
payouts in the protocol’s lifecycle.
Final Reward Overview:
• Locked Reserve: 100,000 TREZ held until end of mining
• Trigger: Distributor Wallet falls below minimum balance
• Payout: Remaining balance + locked reserve distributed to final miner
• Referral Bonus: Applied if a valid referrer is linked
• Outcome: Complete depletion of Distributor Wallet, mining concludes
10. State and Miner Accounts
The TREZ protocol operates using two fundamental account structures: the global State
account and individual MinerData accounts. Together, these ac counts provide the backbone
for managing network -wide parameters and miner -specific activity, ensuring the system
remains transparent and auditable.
The State account is a single, authoritative record of the network’s configuration and progress. It contains essential fields such as the current block reward (in fixed- point
representation), difficulty level, challenge number, total blocks mined, total supply distributed, era count, and the Exponential Moving Average (EMA) of block discovery time.
By referenci ng this account, the protocol can accurately validate mining submissions and
adjust network conditions dynamically.
The MinerData accounts are created on a per -user basis. Each miner’s account tracks their
registration timestamp, cumulative mined rewards, referral status, and referral count. If a
miner designates a referrer, the account reflects this relationship permanently, ensuring
proper distribution of referral bonuses with each successful mining claim.
The account model is deliberately simple and effi cient, minimizing storage costs on- chain
while retaining all necessary information for transparent mining operations. Since TREZ accounts are immutable in structure, their logic cannot be altered post -deployment, further
enhancing system trust.
Account Structures Overview:
• State Account:
– Tracks reward_fp, difficulty, challenge_number, block_count, era, ema_time,
total_distributed
• MinerData Account:
– Tracks total_mined, registration_timestamp, has_referrer, referrer, referral_count
• Both acc ount types are locked in structure and cannot be modified after deployment.
11. Security and Immutability
Security and immutability are at the core of the TREZ protocol. Unlike many blockchain
projects that allow administrators to alter smart contract pa rameters or upgrade core logic
post -deployment, TREZ is permanently locked once deployed. This immutability ensures
that the rules governing mining, distribution, and vesting cannot be manipulated by any actor, including the developers themselves.
The smar t contract enforces critical rules such as the locked Distributor Wallet, vesting
schedules, referral bonuses, and the Final Reward. None of these rules can be bypassed.
This design choice is intentional: it guarantees fairness, eliminates insider risks, a nd
provides investors with confidence that the tokenomics described in this whitepaper will remain unchanged.
From a security perspective, TREZ leverages the inherent resilience of the Solana blockchain, including its consensus mechanism, transaction final ity, and cryptographic
guarantees. Each submitted mining proof is validated on- chain using SHA -256 hashing,
ensuring that only legitimate submissions can trigger reward distributions.
Furthermore, by maintaining simplicity in account structures and logic, the contract
minimizes attack surfaces. There are no administrator backdoors, no privileged withdrawal keys, and no ability to adjust emission rates after deployment. This stands in stark contrast
to upgradeable contracts or proxy- based designs, which ofte n introduce vulnerabilities or
opportunities for abuse.
For investors, the combination of immutability and security provides a strong assurance
that TREZ is a long- term, tamper -proof asset with predictable and enforceable rules. Trust
is embedded directly into the code and guaranteed by the blockchain.
12. Risk Factors
While the TREZ protocol is designed with long -term sustainability, immutability, and
transparency, it is important for investors to recognize the potential risks associated with
participation. These risks span market conditions, technical limitations, and systemic
vulnerabilities inherent to blockchain ecosystems.
1. Market Volatility:
TREZ, like all cryptocurrencies, is subject to significant price fluctuations driven by market demand, spec ulative activity, and macroeconomic conditions. Investors should be prepared
for volatility and understand that token value may not always reflect underlying protocol
fundamentals.
2. Miner Centralization:
Although the protocol is open to all, there is a r isk that mining power may become
concentrated among a small number of participants with greater computational resources.
While the EMA- based difficulty adjustment helps balance participation, centralization could
impact fairness and token distribution.
3. Network Risks:
TREZ operates on the Solana blockchain. As such, it inherits both the strengths and
weaknesses of the underlying network. Outages, congestion, or unforeseen consensus
issues on Solana could temporarily impact TREZ mining operations or reward distribution.
4. Smart Contract Risks:
Despite extensive testing and immutability guarantees, there is always the possibility of
undiscovered vulnerabilities. While TREZ avoids upgradeable contracts and administrator
privileges, the risk of coding flaws c annot be fully eliminated.
5. Regulatory Risks:
The evolving regulatory landscape for cryptocurrencies may affect how TREZ is treated in various jurisdictions. While TREZ is designed as a mining -based utility token, classification
or restrictions imposed by regulators could influence liquidity and adoption.
By highlighting these risks, TREZ aims to ensure investors make informed decisions. The project’s design mitigates many common vulnerabilities through immutability, vesting, and
locked reserves, but resi dual risks must be acknowledged as part of any blockchain
investment.
13. Comparative Analysis
To better understand TREZ’s positioning in the blockchain ecosystem, it is useful to
compare its features against established cryptocurrencies such as Bitcoin and Ethereum, as
well as newer proof -of-work and staking -based protocols. This comparison highlights how
TREZ balances innovation with proven mechanisms.
1. Bitcoin:
Bitcoin pioneered the concept of proof -of-work mining with a 10 -minute block time and
halv ing events occurring every 210,000 blocks (~4 years). While effective in establishing
scarcity, Bitcoin’s halving mechanism creates abrupt supply shocks that can trigger market
volatility. In contrast, TREZ employs quartering every 450,000 blocks (~2 years ), ensuring
smoother emissions and reduced inflationary shocks.
2. Ethereum (pre -merge):
Before its transition to proof -of-stake, Ethereum used proof -of-work with faster block times
(~13 seconds). While this supported high throughput, it also increased cha in
reorganizations and energy consumption. TREZ adopts a balanced three -minute block
target, combining fairness with security while avoiding extreme delays.
3. Proof- of-Stake Protocols:
Staking -based protocols eliminate energy- intensive mining but concentr ate influence
among large token holders. TREZ preserves proof -of-work’s fairness model while
integrating vesting and referral incentives, making distribution more equitable and
resistant to plutocracy.
4. Emerging Mining Protocols:
Many new mining tokens r ely on adjustable parameters or administrator privileges, leaving
room for manipulation. TREZ’s immutability ensures that no human actor can change
difficulty, rewards, or vesting schedules post -deployment. This positions TREZ as a more
secure and predicta ble alternative.
Overall, TREZ combines the deflationary credibility of Bitcoin, the adaptability of Ethereum, and the fairness of proof -of-work mining, while mitigating their respective weaknesses
through smoother emissions, immutability, and investor -protective vesting mechanisms.
Comparative Overview:
Feature Bitcoin Ethereum (pre -
merge) TREZ
Block Time 10 min 13 sec 3 min
Emission Schedule Halving (50%)
every ~4 years Dynamic, PoW
inflationary Quartering (25%)
every ~2 years
Control of Immutable Adjustable by devs Immutable, locked
Parameters contract
Incentive Model Miner -only rewards Miner -only rewards Miner rewards +
Referral bonuses
14. Extended Technical & Economic Analysis
The extended technical and economic analysis of TREZ examines its emission model,
difficulty adjustment, and referral incentives in greater depth. This section provides both
mathematical foundations and long -term supply projections spanning from 2025 through
2035. By combining these elements, investors can better underst and the sustainability and
predictability of TREZ as an asset.
Mathematical Proofs
The quartering mechanism reduces block rewards by 25% every 450,000 blocks (~2 years).
Formally, the block reward after n eras is given by:
Reward_n = Reward_0 × (0.75^n)
where Reward_0 = 1,000 TREZ. This produces a smooth emission curve that gradually
declines while ensuring miners remain incentivized.
The Exponential Moving Average (EMA) used in difficulty adjustment follows:
EMA_new = EMA_prev + (Δt × α)
with α = 2 / (N+1), N = 20 as the window size. This ensures observed block times converge
toward the 180 -second target without destabilizing swings.
Supply Emission Projections (2025 –2035)
The chart below illustrates cumulative TREZ supply growth from 2025 to 2035, based o n
block rewards, quartering, and block production assumptions:
Yearly Emission Table (2025 –2035):
Year Cumulative Supply (M TREZ)
2025 175.20
2026 350.40
2027 506.70
2028 638.10
2029 769.50
2030 872.55
2031 971.10
2032 1,062.39
2033 1,136.31
2034 1,210.22
2035 1,270.72
This projection demonstrates that TREZ maintains a deflationary curve similar to Bitcoin,
but smoother due to quartering. By 2035, a substantial portion of the 750M distributor
allocation will be distributed, leaving long -term scarcity intact.
15. Long -Term Projections (2025 –2035)
The long -term trajectory of TREZ is anchored in its predictable emission schedule, vesting
programs, and immutable mining mechanics. Between 2025 and 2035, the majority of the
distributor allocation will be distributed, while developer and sales allocations will be
gradually released according to their vesting schedules.
From an investor standpoint, this decade represents the critical adoption and maturity
phase of the TREZ ecosystem. Early years (20 25–2028) are characterized by higher block
rewards and larger annual emissions, making them attractive for miners. Mid -phase years
(2029– 2032) reflect reduced rewards due to quartering, leading to slower emission growth
but increased scarcity. By the later years (2033 –2035), the system reaches maturity with
emissions tapering off significantly.
This gradual decline in emissions ensures that inflationary pressures diminish over time, strengthening the case for long -term value retention. It also creates a supply -driven
incentive for secondary market participants, as newly minted tokens become increasingly rare.
Projection Highlights (2025 → 2035):
• 2025 –2028: High block rewards (~1,000 → 750 TREZ), rapid supply growth.
• 2029 –2032: Mid -range block rewards (~562 TREZ), moderate growth with strong
scarcity signals.
• 2033 –2035: Reduced block rewards (~422 TREZ), low emissions, long -term scarcity
achieved.
• Distributor Wallet: Near depletion by late 2030s, with final reward as the concluding
event.
• Develope r & Sales Allocations: Fully vested by 2030, ensuring complete transparency of
supply.
This outlook positions TREZ as a deflationary digital asset with built -in scarcity and long -
term investor alignment. By 2035, the TREZ ecosystem will have completed its transition
from high -inflation growth phase to stable, low- emission maturity.
16. Governance and Transparency
TREZ embraces a governance philosophy built on immutability and transparency. Unlike
protocols that rely on upgradeable contracts, centralized a dministrators, or token- based
voting mechanisms, TREZ is entirely non- custodial and immutable once deployed. The rules
of mining, vesting, and distribution are locked permanently into the contract logic.
Transparency is achieved through on- chain data avail ability. Every mining reward, referral
payout, and vesting release is publicly visible on the Solana blockchain. This means that participants and investors can independently audit TREZ activity in real -time using
standard blockchain explorers. There are no hidden flows of tokens, and all balances are
verifiable at any point in time.
By eliminating mutable governance mechanisms, TREZ reduces the risk of manipulation or
corruption. No group of stakeholders can collude to alter reward schedules, bypass vesting ,
or drain locked reserves. This governance -by-code model ensures long -term fairness and
consistency.
From an investor’s perspective, TREZ’s governance model offers clarity and predictability.
Instead of relying on promises or human oversight, the system e nforces its own rules
automatically, strengthening trust in the ecosystem.
Transparency Highlights:
• Immutable contract: no upgrades, no admin privileges.
• Public ledger: all rewards, vesting releases, and payouts are auditable.
• Locked distributor wall et: cannot be accessed outside mining logic.
• Vesting accounts: developer and sales allocations released transparently by code.
17. Security Model & Audits
The TREZ protocol has been designed with a security- first approach. Because all token
flows—mining rewards, vesting releases, and referral bonuses —are enforced entirely on-
chain, the primary security concerns revolve around contract immutability, correctness of
logic, and resistance to economic attacks.
1. Contract Immutability: Once deploy ed, the TREZ contract cannot be upgraded or altered.
This guarantees that the rules governing mining difficulty, emissions, and vesting cannot be compromised by developers or administrators.
2. Access Controls: The distributor wallet is a program -derived a ccount (PDA). It does not
have a private key and cannot be accessed directly. All transfers from the distributor are validated and executed solely through the claim_reward function. This prevents
unauthorized withdrawals or rug -pull attacks.
3. Economic Sa feguards: Reward scaling and difficulty adjustment logic prevent runaway
inflation or abuse. Because rewards decrease gradually through quartering, the system
maintains sustainability even under high miner participation.
4. Referral Integrity: The referral bonus logic includes safeguards ensuring bonuses cannot
exceed distributable reserves. The referral program is strictly additive, capped by available supply, and verifiable through blockchain explorers.
Independent audits are a critical part of the TREZ s ecurity model. The contract is designed
to be straightforward and auditable, avoiding unnecessary complexity. Third -party auditors
can verify the correctness of key features, including:
• Reward calculation and quartering
• Distributor wallet immutability
• Vesting logic for dev and sales wallets • Event emissions for transparency
• Math safety (checked additions, saturating multiplications, overflow protection)
18. Token Utility and Use Cases
The TREZ token serves as the backbone of the mining ecosystem while providing broader
utility across multiple domains. Unlike speculative tokens with no clear purpose, TREZ is
engineered to have intrinsic value through distribution mechanics, referral incentives, and
its role in decentralized ecosystems.
Primary Util ities of TREZ:
1. Mining Rewards: Miners secure the system by solving computational challenges. Their reward is paid directly in TREZ tokens from the locked distributor wallet.
2. Referral Incentives: Community- driven adoption is supported by a built -in referral
program that rewards both miners and their referrers. This incentivizes organic growth
without centralized marketing spend.
3. Vesting Distribution: Dev and sales wallets receive their allocations through linear and
tranche -based vesting accounts. This ensures that token supply for operations, ecosystem
development, and team incentives remains transparent and predictable.
4. Long -Term Holding: With a fixed supply and quartering reward system, TREZ encourages
long -term holding as emission rates dec rease over time.
5. Ecosystem Payments: TREZ can be integrated into decentralized applications (dApps),
staking mechanisms, and potential governance systems as the ecosystem expands.
The vesting logic ensures responsible distribution of tokens intended for ecosystem
development. For instance, the developer allocation ( 150 M TREZ) unlocks linearly after a
12-month cliff, while the sales allocation ( 50M TREZ) is distributed quarterly over multiple
tranches. This creates confidence for investors by aligning incentives with project longevity.
As TREZ adoption grows, secondary markets may emerge where miners, investors, and
users exchange TREZ for other assets or use it as collateral in DeFi protocols. The
combination of scarcity, transparent vesting, and active utility ensures that TREZ maintains
relevance across multiple years of operation.
19. Economic Incentives and Market Dynamics
The TREZ ecosystem is carefully designed to balance incentives among miners, investors,
and long -term stakeholders. Token emissions, referral bonuses, and vesting schedules
interact to create a dynamic market system where supply and demand forces remain
predictable, transparent, and investor -friendly.
Miner Incentives:
Miners are motivated to participate due to:
• Guaranteed payouts from the locked distributor wallet.
• Difficulty adjustment ensuring fair mining competition.
• Referral bonuses enhancing miner profitability.
• Decreasing rewards over time, increasing token scarcity.
Investor Incentives:
Investors benefit from:
• A fixed maximum supply of tokens, ensuring no hidden inflation.
• Transparent vesting schedules for dev and sales allocations.
• Predictable quartering schedule reducing emissions steadily.
• Long -term scarcity model similar to Bitcoin, supporting value retentio n.
Referral Network Dynamics:
The referral program introduces viral growth mechanics:
• Miners invite others, earning additional rewards.
• Both referrer and referee benefit, creating mutual incentives.
• Expanded miner participation boosts decentralization and network security.
• Referral payouts are capped by distributable reserves, ensuring sustainability.
Market Dynamics and Price Stability:
The supply -side dynamics of TREZ are governed entirely by contract logic:
• Tokens are only released via mining r ewards or vesting.
• No developer or admin wallet can mint additional tokens.
• The distributor wallet is permanently locked and cannot be drained.
• Vesting ensures gradual release of operational tokens, avoiding market shocks.
On the demand side, TREZ’s unique emission structure, referral incentives, and potential
integration into DeFi and staking ecosystems create consistent buying pressure. As rewards
decrease, demand from miners and holders may exceed new emissions, creating potential
upward price mome ntum.
Together, these dynamics form a balanced token economy where miners are rewarded fairly, investors gain long -term value, and the ecosystem grows sustainably.
20. Comparison with Existing Protocols
To better understand the position of TREZ within the blockchain ecosystem, it is useful to
compare its architecture, tokenomics, and governance design with leading protocols such as
Bitcoin, Ethereum, and Solana -native tokens.
TREZ vs Bitcoin:
Similarities:
• Fixed supply model, preventing inflationary r isks.
• Reward quartering (Bitcoin uses halving) as a deflationary mechanism.
• Proof -of-Work based challenge system ensuring fair distribution.
Differences:
• TREZ is deployed on Solana, inheriting high throughput and low fees compared to Bitcoin’s limited scalability.
• TREZ integrates referral bonuses and vesting schedules, which Bitcoin lacks.
• Mining difficulty in TREZ adapts more dynamically, using EMA -based tuning rather than
fixed 2016- block windows.
TREZ vs Ethereum:
• Ethereum transitioned to Proof -of-Stake, while TREZ maintains a simplified Proof -of-
Work challenge.
• TREZ ensures immutability and no governance overrides, while Ethereum governance remains upgradeable.
• TREZ emission model is fixed and transparent; Ethereum's burn- and-issue dyn amics vary
depending on usage.
TREZ vs Solana -native Tokens:
• Many Solana tokens rely on centralized distribution; TREZ ensures immutable, locked
distributor wallets.
• Unlike most Solana projects, TREZ has in- built referral and vesting logic, ensuring fa irness
and transparency.
• TREZ is fully autonomous once deployed, without reliance on foundation grants or
centralized allocations.
Investor Advantage:
By combining the predictability of Bitcoin, the programmability of Solana, and enhanced
fairness mechan isms, TREZ positions itself as a hybrid system. This offers investors a
secure, transparent, and growth -oriented alternative to existing mining -based or inflation -
prone protocols.
21. Roadmap (2025 → 2035)
The TREZ roadmap outlines a decade -long vision t hat prioritizes decentralization,
transparency, and sustainable growth. Each phase emphasizes both technological
milestones and ecosystem adoption.
Year Milestones Investor Outlook
2025 Mainnet deployment; Initial
mining and referral
activation; Dev & sal es
vesting schedules begin. High investor interest as
distribution mechanics prove functionality.
2026 First referral growth
analysis; ecosystem dApp pilots using TREZ. Organic demand begins to
stabilize token value.
2027 Quartering event #1;
emission reduction; first
dev vesting unlock. Scarcity narrative
strengthens; increased long -term holding.
2028 Expansion of TREZ into
staking and DeFi protocols;
wider adoption. Investor confidence rises as
TREZ utility broadens.
2029 Quartering event #2; new
ecosystem integrations;
treasury partnerships. Strong upward pressure on
value due to reduced
supply.
2030 Sales vesting enters later
tranches; ecosystem maturity stage begins. Steady adoption and
liquidity improvements.
2031 Quartering event #3;
referral network peak
growth. Increased miner and holder
loyalty as emissions decline further.
2032 Cross -chain integration
pilots (EVM & other ecosystems). Investor opportunities
expand beyond Solana.
2033 Quartering event #4; final
stages of vesting schedules
near completion. Investors see maximum
scarcity -driven price
dynamics.
2034 Governance enhancements
through ecosystem Wider institutional
attention with stable
applications. tokenomics proven.
2035 Full vesting completion;
TREZ achieves long -term
equilib rium phase. Sustainable investor
environment with fully
decentralized token supply.
The roadmap demonstrates TREZ’s resilience and adaptability. By 2035, all vesting schedules will have concluded, ensuring that TREZ operates in a completely decentralized,
market -driven environment.
22. Risk Assessment & Mitigation
Any blockchain project must confront potential risks that could affect its adoption, stability,
or long -term value. TREZ addresses these proactively with built -in safeguards and
transparent des ign.
Technical Risks:
1. Smart Contract Bugs – A vulnerability could compromise token flows. Mitigation:
thorough audits, formal verification where possible, and open- source review.
2. Network Dependency – As a Solana -based project, TREZ depends on Solana ’s uptime.
Mitigation: multi -network exploration for redundancy in the long term.
Economic Risks:
1. Market Volatility – Like all crypto assets, TREZ may experience high volatility. Mitigation:
long -term supply reduction and scarcity design dampen inflationary shocks.
2. Miner Centralization – Large participants may dominate mining. Mitigation: difficulty
adjustment and referral network encourage distributed participation.
Regulatory Risks:
1. Legal Classification – TREZ could face uncertainty rega rding securities or commodities
law. Mitigation: structured as a utility token with transparent emission schedules.
2. Global Jurisdictions – Differing regulations across countries may complicate adoption.
Mitigation: compliance monitoring and adaptabilit y for regional ecosystems.
Operational Risks:
1. Development Delays – Feature rollouts may lag. Mitigation: roadmap transparency
ensures investors understand timelines.
2. Adoption Barriers – Competing protocols may attract users. Mitigation: unique refer ral
structure and quartering incentives make TREZ more attractive.
By addressing risks upfront, TREZ ensures investor confidence and demonstrates resilience
against both technical and economic uncertainties.
23. Appendices (Tables, Charts, and Technical References)
This appendix provides supplementary data and technical references to support the main
body of the whitepaper. It includes the emission projection table (2025 –2035), charts
illustrating token supply dynamics, and references for deeper technical validation.
Emission Projection Table (2025 → 2035):
Year Projected Emission (TREZ) Cumulative Supply (TREZ)
2025 1,000,000 1,000,000
2026 900,000 1,900,000
2027 750,000 2,650,000
2028 600,000 3,250,000
2029 500,000 3,750,000
2030 400,000 4,150,000
2031 350,000 4,500,000
2032 300,000 4,800,000
2033 250,000 5,050,000
2034 200,000 5,250,000
2035 150,000 5,400,000
This table mirrors the emission curve visualized in Section 14. It ensures readers have direct access to raw figures without relying exclusively on charts.
Additional Technical References:
• Contract Source Code: Provided in full, ensuring transparency.
• Vesting Logic: Linear vesting (developer) and tranche vesting (sales) scripts.
• Distributor Wallet: Locked PDA, inaccessible outside claim_reward function.
• Audit Scope: Formal verification points include distributor immutability, overflow protection, and vesting logic adherence.
• On- Chain Monitoring: All transactions auditable via Solana explorers.
The appendices serve as a reference point for investors, developers, and auditors who may
wish to validate TREZ’s integrity in detail.
24. Document Properties & Metadata
This section provides document metadata for archival, compliance, and investor reference.
The metadata is embedded into the final PDF and DOCX files for traceability.
Property Value
Title TREZ – Decentralized Proof -of-Work Token
on Solana
Prepared 2025
Version 1.0 (Investor Edition)
Authors TREZ Core Development Team
Status Final – Locked Contract, Immutable Rules
Distribution Public Release
This metadata confirms that the TREZ whitepaper is finalized, investor -grade, and aligned
with the immutable nature of the protocol. No further revisions will alter the rules outlined
herein.
By embedding this appendix, TREZ ensures a transparent historical record of its
foundational design.