Tokenomics design framework · since 2017
The 8Blocks Methodology
The 8Blocks Methodology is a tokenomics design framework of eight blocks used to build Token Economic Models since 2017. It connects token supply, utility and circulation to the goals and economics of a real product.
01 · 8Blocks
Why 8Blocks starts with logic, not projections
Classic tokenomics reduced the work to allocations, lockups and vesting. Those numbers are useful, but a distribution schedule detached from business goals cannot explain why a token should exist or who will buy it.
The 8Blocks methodology treats a token as a product whose demand must be earned. Instead of presenting speculative price forecasts as certainty, it maps the product, buyers, utility, circulation and sources of scarcity into one testable economic logic.
02 · TEM / ЭМТ
What is a Token Economic Model?
A Token Economic Model (TEM) is a single, public description of how a token is issued, acquired, used, circulated, retained and removed from circulation. It gives founders, users, partners and investors the same account of the token lifecycle.
In the 8Blocks methodology, classic tokenomics is one part of the TEM rather than the whole document. The model covers the complete path from initial distribution to utility, Treasury flows, recurring demand and supply reduction.
| Property | Classic tokenomics | Token Economic Model |
|---|---|---|
| Primary focus | Allocations, unlocks and vesting | The complete token lifecycle |
| Business connection | Often indirect | Demand is tied to product use |
| Time horizon | Usually through TGE | From issuance through repeated circulation |
| Core question | How are tokens distributed? | Who buys the token, why and what happens next? |
| Output | Tables and schedules | A shared operating logic for the token economy |
03 · Problem
Why classic tokenomics fails
A token can have a polished allocation chart and still have no reason to be purchased. When teams plan only for fundraising and TGE, utility, staking yield, burns and post-use token flows remain ambiguous. Users form false expectations and teams lose a common decision framework.
A Token Economic Model reduces this uncertainty by making demand, monetization and circulation explicit. It does not guarantee market performance; it makes the assumptions visible enough to inspect, test and revise.
04 · Test
How to tell if a token economic model works
A workable model should connect every source of supply with a credible source of demand and a transparent destination after the token is used.
A dated utility milestone
The model states when a product function becomes available and how many tokens a user must acquire or lock.
Transparent revenue sources
Rewards come from named business revenue or another disclosed source, not from unexplained new issuance.
More than one demand source
Product access, discounts, B2B use, buybacks or partner integrations create independent reasons to acquire tokens.
A complete circulation mechanism
The model shows where spent tokens go, how long they remain locked and under which rules they can return to market.
Supply aligned with market size
Expected annual token use is compared with unlocks, emissions and rewards to expose structural imbalance.
Who will buy this token, and why?
05 · Framework
The eight blocks of the 8Blocks methodology
Each block answers a decision founders must make before launch. Together they form one Token Economic Model rather than eight isolated calculations.
Positioning
Does my project need a token?
Only when the token performs a necessary role that existing money or stablecoins cannot perform as effectively. If a credible Token Economic Model cannot connect the token to product demand, issuing it can add cost and risk without adding value.
Positioning defines the purpose, legal and functional format, and initial network. The goal may be product access, loyalty, cross-border coordination, community participation or fundraising, but the chosen format must fit the applicable legal framework.
The launch chain affects distribution, cost and compliance exposure, but it need not limit future expansion to compatible networks.
- Purpose of issuance
- Token format
- Launch network and expansion path
Pricing
How big should token supply be?
Supply should be calculated after utility and circulation are known. It must be large enough for users to access the product, yet proportionate to expected demand, unlocks and the scale of the addressable market.
The block covers target Fully Diluted Valuation (FDV) at Token Generation Event (TGE), launch price, round pricing and maximum supply. There is no universal correct FDV or standard supply: the assumptions behind the number matter more than convention.
Oversupply is usually more damaging than an unconventional token count because healthy product demand may still be unable to absorb emissions.
- Evidence-based FDV
- Utility-sized supply
- Demand and emission balance
Initial token distribution
Should early investors get a discount?
The discount should be minimal or absent. A deep discount gives early buyers a profitable exit below the TGE price and creates structural sell pressure that later users must absorb.
The 8Blocks methodology groups supply into team-controlled, investor-controlled and ecosystem tokens. The objective is to avoid price control by any one group while keeping enough supply available for users to earn and use.
Community distributions are not free: the project should estimate acquisition cost, reserve the corresponding liquidity and plan how released tokens will be absorbed.
- Limited early-investor concentration
- Limited team concentration
- More earnable ecosystem supply
Token utility
How many utilities should a token launch with?
Start with one function that a clearly defined user group genuinely needs. Preserve the ability to add new functions as the product and ecosystem grow.
A simple first utility makes the reason to buy understandable. Later utilities should reach new buyer groups instead of multiplying features for the same users.
A flexible model does not lock the token into one product forever; it creates an extensible demand layer around the business.
- One clear launch utility
- New utilities for new buyer groups
- Continuous product-led expansion
Token circulation
What is a Treasury in tokenomics?
A Treasury is the transparent mechanism that receives, stores and redistributes tokens under disclosed conditions. It can include stabilization, buyback and reward funds governed by smart contracts.
The circulation map follows tokens from allocation and market supply through acquisition, use, storage and eventual release or removal. Every monetization point must be visible.
Since 2019, 8Blocks models have used Treasury logic to hold tokens after use and return part of them to the market only under predetermined conditions.
- Post-use destination
- Lock and release rules
- Transparent monetization points
Ecosystem approach
Why build an ecosystem around one token?
An ecosystem lets multiple products and participant groups create demand for the same token. That makes demand less dependent on one feature or one market cycle.
A platform that supports many product instances can create more utility than a single isolated launch. Direct customers, partners and B2B networks can each contribute distinct demand.
The ecosystem is therefore an operating model, not a marketing label: products must share meaningful token flows and value creation.
Token retention
Why is TVL not always a good metric?
Total Value Locked (TVL) is useful only when locking serves a business purpose. Reward-only staking can inflate TVL temporarily while creating future sell pressure from newly issued rewards.
Retention can bridge the time until utility launches, power loyalty benefits, secure a protocol or determine voting weight. The benefit must justify the lock.
The model should track what users receive, where rewards come from and what happens when locked supply returns to the market.
- Purpose-led locking
- Funded rewards
- Known unlock consequences
Creating scarcity
How does a token become scarce?
Scarcity appears when credible demand exceeds available supply. Burns and locks cannot create durable scarcity for a token nobody needs.
Scarcity is not the same as demand or monetary deflation. It can emerge when product use grows faster than emissions, useful tokens are locked or removed, or new utilities attract new buyer groups.
The 8Blocks methodology uses scarcity to connect the token to commercial success: stronger product use should increase token demand or reduce liquid supply through explicit mechanisms.
- Demand before supply reduction
- Emissions below useful demand
- Product growth linked to token demand
06 · Treasury
The token lifecycle through Treasury
A complete circulation design shows each transition and the rules that control it.
07 · CEL / ЗЭЦ
What is a Closed Economic Loop?
A Closed Economic Loop (CEL) is a system that generates recurring cash flow from real product users rather than depending only on market hype or the initial token sale.
Users acquire tokens, use them in the product and send them into a disclosed Treasury flow. Eligible tokens may later return to the market for the next user, while the project monetizes repeated circulation.
A CEL is not a separate feature. It is a design principle connecting utility, storage, release and monetization across the model. It can make the business more resilient during broad crypto-market downturns, but it does not make a token independent of all market risk.
Does the choice of exchange determine token price?
No exchange can replace product demand, community access and a coherent Token Economic Model. Exchange quality still matters for custody, access and liquidity, but a recognizable brand alone does not guarantee post-listing performance.
- The project community can register and trade
- No material history of fraud or arbitrary seizure
- Healthy, verifiable trading activity
- Access for professional market participants
08 · Evidence
Examples and evidence
BNB: utility that expanded with the ecosystem
BNB began with exchange-fee utility and later gained uses across Launchpool, services and BNB Chain. It illustrates how an extensible model can add new demand sources as the business develops.
Official BNB documentation ↗Hyperliquid: product demand and protocol expansion
HYPE combines protocol utility with ecosystem development. Its design is a useful reference for studying how professional and B2B participants can become distinct demand groups.
Hyperliquid documentation ↗STEPN: emissions without enough external demand
STEPN demonstrates the risk of a loop where users earn and spend tokens mainly to earn more. When progression matures, emissions can exceed demand from new or existing users.
STEPN whitepaper ↗09 · FAQ