lee chieng wei

Adventurer. Marathoner. Trust in NFTs and defi.

[lee chieng wei @leechengwei98]

@_J_daily lâu ko gặp em

[Claude @claudeai]

You can now enable Claude to use your computer to complete tasks.

It opens your apps, navigates your browser, fills in spreadsheets—anything you'd do sitting at your desk.

Research preview in Claude Cowork and Claude Code, macOS only.

[lee chieng wei @leechengwei98]

@IgMosqueira @Aptos @AveryChing @SashaSpiegelman @aptoskent They still stay in web2 and spent lots of money for shit things. Try decimal for copycat hyperliquid lol for nothing. No retailer.

[Wu Blockchain @WuBlockchain]

Hyperliquid Founder: Why We Turned Down All Venture Capital?

Jeff said Hyperliquid has been entirely self-funded and was not created for profit. He criticized traditional VC financing for creating an "illusion of progress" by inflating valuations, stressing that true progress comes when users gain real value. Hyperliquid's vision, he added, is to redefine finance and let the community—not capital—be the ultimate beneficiary.

Source: https://t.co/PS50svlZYe

[Steve @Steve_4P]

. @Mysten_Labs co-founders are truly legendary in many ways.

@SuiNetwork has reached a $50B FDV, @WalrusProtocol has become a unicorn, @DeepBookonSui has hit unicorn valuation too—and yet, not a single one of the co-founders has left. I think that’s one of the real reasons Sui is so remarkable.

Please don’t leave in the future, and just keep building cool stuff please!

Long live Mysten Labs

[lee chieng wei @leechengwei98]

@subaashgautam Hey bro, u're the best guy can tell the truth here.

[lee chieng wei @leechengwei98]

@NoodlesFi @CetusProtocol wow amazing :*

[lee chieng wei @leechengwei98]

@Biu96617535 @DefiCattos Your eyes lit af

[lee chieng wei @leechengwei98]

@0xHipHo @SlushWallet @ATTNtoken @suintern_ @EmanAbio Just get wrong data on Slush 🥲

[lee chieng wei @leechengwei98]

@DefiCattos Lyn's voice so attractive

[Delphi Digital @Delphi_Digital]

How Aptos is Rethinking Scalability & Performance

Blockchain performance is usually judged by one metric: transactions per second (TPS).

But TPS doesn't guarantee real world performance at scale. Performance isn't about raw throughput. It's about how well the chain can perform under load.

This is where @Aptos stands apart.

Rethinking Resource Efficiency

Most blockchains today optimize only transaction execution but overlook hardware utilization across other critical stages like consensus, storage, and certification. This leaves valuable hardware resources sitting idle that could decrease performance while driving up costs.

The Aptos approach recognizes that throughput and scalability depend less on raw hardware power and more on how efficiently different components work together. By breaking transaction stages and re-organizing them into pipelines, Aptos can increase throughput, lower transaction costs, and reduce validator requirements.
Consensus

Aptos uses AptosBFTv4 for its consensus mechanism.

AptosBFT v4 reduces latency by using fewer communication rounds compared to most consensus protocols. This is possible because:

• Pipelined Consensus allows multiple blocks to be processed simultaneously to increase throughput.
• Metadata-based consensus reduces data transfer between validators by exchanging only compact transaction summaries (metadata) instead of full transaction details.
• Reputation-based leader elections prioritize validators based on stake weight and past performance to speed up confirmation times.
• Direct peer-to-peer communication lets validators communicate directly to minimize network delays.

To complement this, Aptos uses a Quorum Store architecture that allows consensus to scale linearly with additional validators, turning a typical bottleneck into an opportunity for horizontal scaling.
Execution (Block-STM)

Aptos’s parallel execution engine Block-STM (Software Transactional Memory) automatically resolves conflicts at runtime, making execution more efficient.

Block-STM achieves parallel execution by storing multiple versions of the same data, allowing transactions to run simultaneously without getting in each other’s way. Block-STM enables up to 170K TPS on single-node setups.

The upcoming Block-STM v2 aims to scale this to 256-core CPUs, allowing Aptos to increase throughput and manage rapid growth.
Storage Optimization

Aptos optimizes storage by committing state updates to memory first, then batching and writing them to disks in larger, less frequent operations. By doing this, Aptos reduces the frequency of disk operations to reduce latency and maximize CPU utilization.

Upcoming "Tiered Storage" innovations will optimize storage even further by categorizing data based on how frequently it’s accessed. Commonly used data stays in faster storage while less used data is moved to slower storage layers.

Ledger Certification

Aptos uses a two-stage certification approach to ensure trustless state verification without the usual heavy latency penalties.

In the first stage, validators certify recent state updates by hashing only incremental state changes to improve speed. In the second stage, Aptos periodically creates comprehensive snapshots of the entire blockchain state.

This structure keeps transactions verifiably secure yet fast.

Zaptos: Reaching Theoretical Latency Limits
Zaptos is Aptos’ latest innovation designed to minimize transaction latency.

Instead of sequential transactions, Zaptos simultaneously overlaps multiple blockchain stages like consensus, execution, storage, and certification.

This potentially cuts end-to-end transaction latency by 40% (to sub-second confirmations) even under intense loads.

Shardines: Preparing for 1M TPS

Shardines is Aptos’ upcoming execution upgrade designed to scale transaction throughput.

By splitting transactions into smaller groups (shards) and processing them simultaneously across multiple machines, Shardines allow execution to scale horizontally, potentially targeting up to 1 million TPS for non-conflicting workloads.

This means Aptos can effortlessly handle viral applications and unpredictable traffic surges, where other chains have historically faltered.

By tackling scalability across every stage, Aptos aims to deliver a blockchain that stays fast under any condition.

What’s Aptos’ differentiator?

For contending blockchains, performance and fast confirmations are not enough. Solana, MegaETH, Sui, and Monad all provide similar throughput and latency but speed is no longer a structural advantage. It's table stakes.

With DeFi driving product market fit, chains must also deliver superior DevEx, security, compliance, and seamless UX to become the preferred platforms for robust and liquid internet capital markets.

[Aptos Labs @AptosLabs]

https://t.co/lPoPxCNits

[lee chieng wei @leechengwei98]

@benbybit Why me 1 account pending 4 request 🧐

[lee chieng wei @leechengwei98]

@0xKingDouble go we long

[lee chieng wei @leechengwei98]

@youlovegrumpy Nice bruh

[Ki Young Ju @ki_young_ju]

Revealing Satoshi’s identity could be bearish.

If alive, concerns would focus on wealth concentration; if dead, questions about who inherited his 9% of the total BTC supply would spark conspiracy theories, leading to discussions that stray from Bitcoin’s true purpose.

Satoshi mined #Bitcoin with a unique extranonce pattern. We know all his wallets, and he never sold any.

If you want to support Bitcoin, let’s respect his privacy. We are all Satoshi.

[𝗰𝘆𝗰𝗹𝗼𝗽 @nobrainflip]

Good tokenomics: 100x in a year.

Bad tokenomics: -90% in a year.

Understanding of tokenomics is the most important skill in crypto.

I am an angel investor with $3.5M in capital, analyzing different tokenomics daily.

🧵: My master guide on tokenomics 👇

[lee chieng wei @leechengwei98]

@Slerfsol @youlovegrumpy Stupid

[lee chieng wei @leechengwei98]

@GauuuNFT Ko rủ vậy a

[lee chieng wei @leechengwei98]

@pokeepandaa i like your rug