AdelMau

The WLFI token has captured market attention after its recent listing on Binance Futures. In its initial phase, the price has moved between 0.20 and 0.55 USDT, with great volatility and volumes exceeding 4 billion WLFI in 24 hours.

🔎 The key event: Unlock on September 1
According to the official WLFI team:
20% of the tokens acquired in the presale will be unlocked and can be claimed starting September 1.
The remaining 80% will remain under a unlocking schedule to be decided by the community via voting.

One of the most common (and most poorly answered) questions in the crypto world is: “Why do I have to pay gas to move my own assets?” The short answer: you are not paying to move assets, you are paying to use decentralized infrastructure. The long answer is what I explain here.

In
and many other networks, gas is the resource you need to execute any action: from sending tokens to interacting with smart contracts. Technically, each operation has a computational cost, measured in gas units. The price you pay depends on two things: how many gas units your operation consumes (gas used) and the price per unit at that moment (gas price), usually expressed in

What exactly happens behind a transaction in blockchain? What is that which we do not see but makes the entire crypto ecosystem work?
In this article, we are going to demystify blockchain technology by explaining how it really works, from its technical components to its impact on the digital economy. You do not need to be a programmer to understand it, but you do need to be willing to see money from a new perspective.

🧩 1. What exactly is a blockchain?
In simple terms, a blockchain is a distributed database, shared among multiple nodes, that stores information in an immutable, orderly, and verifiable manner. Each block contains:

The #WLFI token, associated with the World Liberty Finance movement and linked symbolically to political figures like Donald Trump, is about to go live for trading — or at least a portion of it. According to community discussions and current voting, a partial release scenario is under consideration.
Let’s explore what could happen if only 1% of the 100 billion WLFI tokens are unlocked — and how this compares with other major crypto launches like Ethereum and Solana.
📢 Context of the Voting (Closes July 16)
99% of token holders are in favor of the proposal.Founders, whales, and team wallets will remain locked.Only a subset of small holders will be able to trade.Important: the 1% release scenario is speculative, but based on plausible community expectations.

💸 Price Forecast if Only 1% Is Unlocked

In this scenario, WLFI could be increasing from 0,12 to 0,25 dollars. However, the typical market curve at beginning will produce a correction to 0,08 and 0,07 at the end of the year.

Let’s see the behavior of $SOL and $ETH when they were launched, a market comparison and how was the price explosion 💥 :
🧮 Real-World Comparison: Ethereum & Solana Launches



⚠ These historic cases prove that tight tokenomics + narrative = explosive growth. But those gains came only with strong product delivery and adoption. One thing come to be real: WLFI have the community and the marketing team that could become on of the most viral launching of the history. Did you buy WLFI when this was in presale?
Let me show you the scenario:
📊 Case Study: OTC Investors at $0.05

Just as you can see, You can be awaiting a revenue factor x5.
🚨 Risks to Watch
Very low liquidity = high volatility.Future unlocks could suddenly dilute value.Delay in listings or centralization concerns may trigger backlash.
🧠 Final Thoughts
WLFI’s vote could lead to one of the lowest float listings in recent DeFi history, potentially causing a price surge but also posing risks. The comparison to Ethereum and Solana shows what’s possible, but the project must now prove real-world impact.

Did you lose the chance to invest in WLFI PRESALE?
Them, please, don’t miss out #BitValue and keep connected to our newsletter.

Why superficial whitepapers are killing Web3 before it even scales
In the early days of crypto, launching a project often meant releasing a flashy website, minting a token, and copy-pasting a tokenomics chart from the latest trending whitepaper. Fast-forward to today, and hundreds of failed tokens later, it’s clear that most projects confused “tokenomics” with true economic design.

So, what is Tokenomics?
Tokenomics—a blend of “token” and “economics”—is the term used to describe how a token behaves within a project’s ecosystem. It includes supply and demand mechanics, distribution models, vesting schedules, and incentive schemes.

Most whitepapers include a “tokenomics” pie chart showing allocations (e.g. 20% to the team, 30% to investors, 40% to the community, 10% to reserves). But this chart alone says very little about the actual economy of the system.
In short: tokenomics is what the token looks like on paper—not necessarily how it work

Enter Token Engineering
Token Engineering is the field that brings together cryptoeconomics, systems thinking, mechanism design, and simulation tools to architect sustainable token-powered ecosystems.
Instead of asking “how do we divide the pie?”, token engineering asks:

What behaviors do we want to incentivize?How do agents interact in this system?What game-theoretic risks exist?How does value flow across time?Can this survive under market pressure?
In essence, token engineering treats the token as part of a living system, and applies engineering principles to design and stress-test it.

Real-World Difference
Here’s how the two disciplines compare:
Example: #DYDX and Functional Token Redesign
When $DYDX migrated to its own appchain in the Cosmos ecosystem, it didn’t just “move the token”—it re-engineered its purpose.
Now, the token is used as:
Gas to pay transaction fees.Staking collateral to secure validators.Governance power to vote on protocol upgrades.


This model forces utility by design, not by marketing
Where BitValue Fits In
#BitValue is emerging as a real-world application of token engineering. Instead of creating speculative demand, it rewards real-time data sharing via smart devices—OBD2, agricultural sensors, or industrial trackers.
The token (BVC) is minted through actual interactions with hardware.Utility is built-in: BVC is used to access APIs, reward data streams, and interact with smart contracts.
BitValue doesn’t just show a pie chart—it designs an economy around real-world data, decentralization, and utility.
Conclusion
If Web3 is to scale beyond speculation, we must stop treating token design as a fundraising afterthought. Projects need engineered economies, not just tokenomics slides. The ones who survive the next cycle will be the ones who build for behavior, not just optics.
Copying whitepapers is easy. Engineering economies is hard. But only one of them survives the bear market.

Why superficial whitepapers are killing Web3 before it even scales
In the early days of crypto, launching a project often meant releasing a flashy website, minting a token, and copy-pasting a tokenomics chart from the latest trending whitepaper. Fast-forward to today, and hundreds of failed tokens later, it’s clear that most projects confused “tokenomics” with true economic design.

So, what is Tokenomics?
Tokenomics—a blend of “token” and “economics”—is the term used to describe how a token behaves within a project’s ecosystem. It includes supply and demand mechanics, distribution models, vesting schedules, and incentive schemes.

Most whitepapers include a “tokenomics” pie chart showing allocations (e.g. 20% to the team, 30% to investors, 40% to the community, 10% to reserves). But this chart alone says very little about the actual economy of the system.
In short: tokenomics is what the token looks like on paper—not necessarily how it work

Enter Token Engineering
Token Engineering is the field that brings together cryptoeconomics, systems thinking, mechanism design, and simulation tools to architect sustainable token-powered ecosystems.
Instead of asking “how do we divide the pie?”, token engineering asks:

What behaviors do we want to incentivize?How do agents interact in this system?What game-theoretic risks exist?How does value flow across time?Can this survive under market pressure?
In essence, token engineering treats the token as part of a living system, and applies engineering principles to design and stress-test it.

Real-World Difference
Here’s how the two disciplines compare:
Example: #DYDX and Functional Token Redesign
When $DYDX migrated to its own appchain in the Cosmos ecosystem, it didn’t just “move the token”—it re-engineered its purpose.
Now, the token is used as:
Gas to pay transaction fees.Staking collateral to secure validators.Governance power to vote on protocol upgrades.


This model forces utility by design, not by marketing
Where BitValue Fits In
#BitValue is emerging as a real-world application of token engineering. Instead of creating speculative demand, it rewards real-time data sharing via smart devices—OBD2, agricultural sensors, or industrial trackers.
The token (BVC) is minted through actual interactions with hardware.Utility is built-in: BVC is used to access APIs, reward data streams, and interact with smart contracts.
BitValue doesn’t just show a pie chart—it designs an economy around real-world data, decentralization, and utility.
Conclusion
If Web3 is to scale beyond speculation, we must stop treating token design as a fundraising afterthought. Projects need engineered economies, not just tokenomics slides. The ones who survive the next cycle will be the ones who build for behavior, not just optics.
Copying whitepapers is easy. Engineering economies is hard. But only one of them survives the bear market.