Almustapha

Progress inclined | Advocate of Becoming Better |

[WelBeast @WelBeast]

We will be back in the final next season.

[Chelsea FC @ChelseaFC]

Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐Come and visit London’s Home of Trophies. 🏆

Book your Stadium Tour at Stamford Bridge now. ⭐️⭐️

[Almustapha @Almustapha_ab]

@Superpositionso @espressoFNDN Thank You Superposition and Espresso🥳

[Almustapha @Almustapha_ab]

@Ismael_H_R The ticker is $LA

[Almustapha @Almustapha_ab]

Sir, Could you open your DM please?

[Lagrange Foundation @LagrangeFndn]

Introducing $LA: the token powering decentralized proof generation and verifiable AI across the Lagrange Prover Network

From provable AI inferences (DeepProve) to rollup scalability, $LA powers a self-sustaining economy where proof demand drives token demand 👉 https://t.co/xCU6FZTX9S

[Almustapha @Almustapha_ab]

1. What is $LA?

$LA is the native token of Lagrange — a utility token designed to fuel cryptographic proof generation in the Lagrange Prover Network (LPN).

Think of it as the gas that powers:
⚙️ ZK Rollups
🤖 Verifiable AI (DeepProve)
🧱 Modular Execution Layers

2. Tokenomics Highlights

Here’s how $LA creates value in the ecosystem:

🔹 Client Fees: Clients pay for proofs in ETH, USDC, or $LA → fees convert into $LA and are paid to provers
🔹 Emissions: 4% annual emission → distributed based on proof output
🔹 Staking: Token holders stake or delegate to provers → helps direct emissions and lock supply
🧠 Passive holders don’t earn — it’s a utility-driven system.

3. Distribution

🪙 Total Supply: 1,000,000,000 $LA
📦 Early contributors/investors: 1-year lock, then 2-year linear unlock
🌱 Community & Ecosystem allocations start with the TGE registration

[Almustapha @Almustapha_ab]

Lagrange @lagrangedev Announces $LA
the token powering verifiable AI & decentralized proof generation.

Here’s a full guide on how to register for the airdrop 👇

🗓️Registration opens: May 28, 2025
⏳ Deadline: June 2, 2025
🔗 https://t.co/QhNiGWDNtB

1. Connect Wallet or X (Twitter)

- Head to the official portal and connect either your EVM wallet (MetaMask, WalletConnect, etc.) or your X account.
⚠️ Double-check the URL to avoid scams.

2. Check Eligibility

- Once connected, the system will tell you if you're eligible.
✅ If yes → proceed
❌ If not → you’re out this round.

3. Choose Network + Wallet

- Pick ONE network to receive your tokens:
Ethereum, Base, Arbitrum, Optimism, Polygon, Scroll, Gnosis, or Solana.
Provide a wallet address that matches the network you chose.

4. Verify Identity (Proof of Uniqueness)

- This step ensures you're a real human and not farming with 10 wallets.
You’ll be redirected to Privado ID for a biometric check (face scan).
Don’t close the original registration tab during this.

5. Finalize Your Registration

- After passing PoU, go back to the portal and hit Confirm.
⚠️ Only the first registration per person counts.
No edits after submission.

6. Wait for TGE
- Once registered, stay tuned for the Token Generation Event (TGE) to claim your $LA.

[Almustapha @Almustapha_ab]

@JulesXBT @mindshare_mkt Me

[Almustapha @Almustapha_ab]

@mztacat @SuccinctLabs Active

[Almustapha @Almustapha_ab]

@0xMoei @DogeOS Check DM sir

[Ihor🔥.eth @0xIhor]

Even more @lagrangedev DeepProve partnerships coming your way! ⚔️⚔️⚔️

Back in March, Lagrange has announced #DeepProve - a zkML (zero knowledge machine learning) library that generates proofs for #AI inferences. Let's examine some of the latest partnerships in this thread 👇🧵.

[Almustapha @Almustapha_ab]

@0xMoei Private imo
Let me in 🫡

[Almustapha @Almustapha_ab]

@Caben_nft @0xCRASHOUT @SuccinctLabs Exactly, gotta give it a shot!

[Almustapha @Almustapha_ab]

@0xCRASHOUT @Caben_nft @SuccinctLabs Let me try my luck too 🤭

[Almustapha @Almustapha_ab]

@lagrangedev Let’s go!!!

[Almustapha @Almustapha_ab]

@lagrangedev Ready...

[narb @0xNarb]

What makes @N1Chain different?

1. Developers can build using any language, including TypeScript, Python, C++, Rust, etc.

2. Millisecond latency and 100k+ TPS per app.

3. N1’s architecture scales horizontally, meaning every app gets its own dedicated environment, scaling independently with no shared compute bottlenecks.

Bonus: We're bringing vibecoding onchain with Gen1. Build onchain apps without writing any code.

[Almustapha @Almustapha_ab]

@0xNarb @N1Chain The chain is N1 🔥

[Almustapha @Almustapha_ab]

Here’s a diagram of N1’s execution setup. The circles labeled app0, app1, and app2 are individual processes. The gate app routes assets between those processes and N1

Original:
9. The gate app is a special program that handles bridging assets from the L1 and routing them to the correct app in the L2 network.

Explanation:
The gate app is like a traffic controller. It moves assets from Layer 1 into the right app on Layer 2.

Original:
10. This greatly simplifies the network’s topology and enables immediate liquidity between apps, on the order of seconds.

Explanation:
This setup keeps the network clean and straightforward. It also means apps can move assets between each other almost instantly within seconds.

[Almustapha @Almustapha_ab]

I’m Reading N1 Docs So You Don’t Have To - Ep4

N1's Execution Layer

Original:
1. N1 is completely agnostic to the execution environment.

Explanation:
N1 doesn’t care what you run on it. Bring whatever setup you want, it’s built to handle it.

Original:
2. We encourage developers to get creative and think of specializations to squeeze more performance out, such as lightning networks or specialized exchanges.

Explanation:
If you’re building on N1, don’t hold back. If speed or specific features matter, go custom—build your own payment layer, a turbocharged exchange, whatever fits.

Original:
3. Nonetheless, N1 provides a default execution environment which we describe here.

Explanation:
Don’t want to build your own setup from scratch? No problem. N1 comes with a ready-made execution environment.

Original:
4. Within this execution environment, we support a multitude of different virtual machines, including TypeScript and Solidity.

Explanation:
The default setup supports multiple VMs out of the box. You can write in TypeScript or Solidity, use what you already know.

[Almustapha @Almustapha_ab]

Original:
5. N1’s default execution environment is an asynchronous network of virtual machines, which we term processes.

Explanation:
N1 runs apps as a bunch of separate VMs called processes. They’re asynchronous—meaning they don’t wait around for each other.

Original:
6. Each process can run a variety of different virtual machines and can send and receive messages from any other process in the network through ordered channels.

Explanation:
These processes can run different languages, and they talk to each other through structured message pipes. The messages arrive in order, so there’s no chaos.

Original:
7. For example, one process could be a perpetuals exchange built in TypeScript and another could be some Solidity smart contract, both of which are able to inter-operate through messages.

Explanation:
You could have a derivatives exchange in TypeScript talking to a Solidity smart contract. Doesn’t matter, they can trade messages and work together.

Original:
8. The benefit of this approach is that there is no state contention. Each app operates independently and at its own pace, for more flexibility in performance.

Explanation:
No apps fighting over the same state. Everything runs on its own clock, which means faster, smoother execution without bottlenecks.