aptos

Aptos is a Layer-1 blockchain project that focuses on delivering a more efficient, scalable and user-friendly platform for decentralized applications and smart contracts. This article will provide a comprehensive overview of Aptos by exploring its history, examining how it works and discussing its use cases.
History and development of Aptos
Aptos has a unique origin story in that it was initiated by developers who were previously part of Facebook's blockchain initiative, known as Diem (formerly Libra). Diem aimed to create a stablecoin and a blockchain network that could facilitate global financial inclusion. However, due to regulatory challenges and strategic shifts, Facebook shut down the Diem project.
Following the discontinuation of Diem, former Meta engineers Mo Shaikh and Avery Ching  co-founded Aptos Labs in 2021 with the goal of providing “universal and fair access to decentralized assets for billions of people.” The connection to a major tech giant like Facebook adds a layer of credibility and expertise to the Aptos project. The company raised $200 million in March 2022 from investors like a16z, Tiger Global and Multicoin Capital, and a further $150 million in July 2022 from FTX Ventures and Jump Crypto.
Aptos launched its mainnet in October 2022 after months of rigorous testing. Early testnet users were rewarded with an airdrop, with Aptos announcing a 20 million APT airdrop representing 2% of the initial 1 billion token supply.
In early 2023, Aptos announced a grant program to provide $20 million to artists who create on its blockchain. The move came after an investment into the popular Indian social media app Chingari. Aptos made several investments and partnerships to drive developers and users to its platform amidst stiff competition from Layer 1 blockchains.
In 2024, Aptos partnered with major tech and finance firms, including Microsoft, Brevan Howard, and SK Telecom, to build its institutional platform Aptos Ascend.
How does Aptos work?
#Aptos leverages a unique blockchain architecture designed to enhance performance and scalability and has several notable features. 
At its core, Aptos uses a novel consensus mechanism known as "BFT-Proof-of-Stake," which combines the benefits of Byzantine Fault Tolerance (BFT), or the ability of a distributed system to continue functioning and reach consensus despite the presence of faulty or malicious nodes that may act unpredictably or provide false information, and Proof-of-Stake (PoS). This approach ensures a high level of security while maintaining energy efficiency. 
Aptos is also built on the Move smart contract programming language, initially developed by Meta's Diem team, which supports a parallel execution engine called Block-STM to boost transaction throughput, potentially reaching up to 160,000 transactions per second (tps). Block-STM incorporates a modular framework that supports the parallel execution of multiple transactions simultaneously rather than a linear, sequential approach. This reduces bottlenecks and optimizes resource utilization, enhancing the network's throughput and transaction speeds.
Aptos’s native token, APT, is used to pay for transaction fees, for governance, and is required to be held by validators under the Proof of Stake consensus mechanism, similar to Ethereum or Solana.
What is its use case?
Aptos is designed to serve a wide range of use cases within the blockchain and cryptocurrency ecosystem. Its primary focus is on enabling the development and deployment of decentralized applications dapps. These dapps can span various sectors, including finance, supply chain, gaming and social media. By providing a scalable and efficient platform, Aptos aims to attract developers who require high-performance infrastructure for their applications.
Moreover, Aptos is positioned to facilitate the creation of decentralized finance (DeFi) solutions, such as lending and borrowing protocols, decentralized exchanges, and stablecoins. Aptos' emphasis on security and speed makes it an attractive option for DeFi projects seeking a fast and reliable blockchain foundation.
Further, the Aptos Ascend initiative seeks to harness the infrastructure of the Aptos blockchain to offer scalable solutions for financial institutions — capable of processing high volumes of transactions efficiently and securely. It includes advanced digital asset controls and sophisticated network controls tailored for institutional needs.
What are Aptos competitors?
Aptos operates in a competitive landscape with several notable Layer 1 blockchain projects aiming to solve similar challenges. Key competitors include:
#Ethereum : As the leading platform for dapps and smart contracts, Ethereum is Aptos' most significant competitor. Ethereum’s congestion issues have opened the doors to competitors like Aptos who offer faster and cheaper transactions.#solana : Known for its high throughput and low transaction costs, Solana offers a scalable solution for dapps and DeFi projects. Solana's performance metrics are comparable to those of Aptos, making it a strong competitor.#Polkadot : With its focus on interoperability and connecting multiple blockchains, Polkadot presents a unique value proposition. Aptos and Polkadot both aim to create scalable and interconnected ecosystems, albeit through different approaches.#Avalanche : Avalanche is another high-performance blockchain that emphasizes low latency and high throughput. Its consensus mechanism and network structure make it a competitor in the same niche as Aptos.

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Monad is a Layer 1 network built by Monad Lab that's currently in its testnet phase with a mainnet launch on the way.
The upcoming network is widely anticipated because of its design that lets it process as many as 10,000 transactions per second. This is made possible through its four key optimizations: MonadBFT, asynchronous execution, parallel execution and MonadDb. 
Monad is also compatible with the Ethereum Virtual Machine (EVM), a decentralized computing environment that executes smart contracts built on the Ethereum blockchain. This allows developers to more easily port over #Ethereum applications to the Monad network. 
How does Monad work?
Monad touts itself as 1,000 times faster than Ethereum, with gas fees below $0.01 and low hardware requirements. Along with its 10,000 TPS throughput, Monad achieves one-second block times and single-slot finality. Put another way, Monad can process and confirm a new set of transactions once every second, and it immediately finalizes a block added to its blockchain to improve confirmation times. 
Parallel and asynchronous execution
Monad achieves its high performance benchmarks through parallel execution and asynchronous execution. The former allows multiple transactions to be processed simultaneously, while the latter separates the consensus and execution phases for greater efficiency.
In most blockchains, transactions are processed sequentially so that each transaction is handled one at a time. This can bottleneck how many transactions the network handles. Monad's parallel execution and asynchronous execution reduce latency and increase the network's overall transaction capacity.
These two key traits are based on what's supporting Monad — its consensus mechanism. 
Monad's consensus mechanism
At the core of Monad is MonadBFT. It is a Byzantine Fault Tolerant protocol based on the HotStuff framework. MonadBFT facilitates the network's one-second finality by reducing the number of communication phases required between validators, thus streamlining the process of agreeing on the next block. 
Additionally, MonadBFT integrates deferred execution to separate the consensus and execution phases. Validators first agree on the transaction order (consensus) before executing them. This approach optimizes resource usage and allows for parallel execution of transactions.
Monad still uses a proof-of-stake consensus mechanism to guard against Sybil attacks. Proof of stake selects validators based on the amount of cryptocurrency they stake to establish decentralization, while MonadBFT deploys the Byzantine Fault Tolerant approach to enable the one-second single-slot finality. 
MonadDb
Monad also contains MonadDb, a distributed database that undergirds its Ethereum compatibility. MonadDb deploys a distributed architecture to spread large amounts of data across multiple nodes, ensuring data remains accessible in the event of node failures or network partitions.
Monad’s ecosystem and use cases
Notable protocols in Monad's ecosystem include:
aPriori: aPriori is a project that initially focused on developing a maximal extractable value (MEV) solution for the EVM blockchains. However, it later shifted its sights to the Monad ecosystem.Kintsu: A liquid staking protocol, in which users can stake their tokens while maintaining liquidity. Kuru: An onchain order book exchange built on Monad. 
Monad is one of a small sector of blockchains to offer scalability without rollups, Layer 2 scaling solutions that process transactions off-chain and batch them to the Layer 1. It has gained popularity alongside #solana , #SUI🔥 , #Aptos , and #Sei .
"What's particularly interesting about Monad is that it draws significant inspiration from Aptos and Sui in designing its parallelized execution environment, while still maintaining compatibility with EVM," Manifold Ventures General Partner Aric Chang told The Block.
More developers might opt to build projects previously only seen on Solana such as high-fidelity DeFi and decentralized physical infrastructure networks (DePINs) due to its high throughput and EVM compatibility, Pantera Capital General Partner Lauren Stephanian added.
Who makes up the team behind Monad? 
The team behind Monad consists of Keone Hon, James Hunsaker and Eunice Giarta. They are the core founding team behind Monad Labs, a blockchain development company that is the principal builder behind the Monad blockchain. 
Hon and Hunsaker previously worked for Jump Trading, where they built low-latency, high-frequency trading systems. Eunice Giarta serves as Monad Labs' chief operating officer.
Hon and Hunsaker had raised $19 million in funding in February 2023, followed by $225 million led by Paradigm more than a year later.
Beyond Monad Labs, the Monad Foundation acts as an independent organization that promotes and develops the Monad blockchain. Its primary focus is to support the Monad blockchain's progress toward its mainnet launch (Monad rolled out its public testnet in mid-February of 2025.)
In addition, the Foundation encourages community-led improvement proposals, provides developer documentation and engages in ecosystem development for the Monad protocol.

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Do you feel that energy in the market? Our dear $APT is showing signs of a "lion" awakening after breaking the $0.99 barrier. Although we see strong green candles, the heat map whispers to us that patience will be our best ally to maximize profits.
Here is the strategy for us to fully engage in this opportunity:
STRATEGY:
Aggressive Entry: Current price.
Golden Entry: For those who prefer to wait for the re-test, the ideal zone is at $0.945 - $0.955.

Hello!👋 Here is your friend reporting with a hot analysis of $APT . I was reviewing the 15-minute and 1-hour charts, and things are getting good. After sweeping liquidity down at 0.89, the price recovered strongly and has already broken the 25 and 50 EMAs. The sentiment has changed and the bulls are waking up! 🐂
The settlement map tells me that there is "money on the table" near 0.96, so the price has a magnet up there. But be careful, let's not jump in recklessly due to FOMO; let's wait for a healthy technical pullback to be more secure. 💡

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🎢 What's happening today:
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Stablecoins have long been the backbone of decentralized finance (DeFi), powering liquidity pools, trading pairs, and lending markets. But in 2026, Aptos is rewriting the playbook with its protocol‑native stablecoin, USDCBL, launched through its incubated derivatives platform Decibel. This isn’t just another dollar‑pegged token, it’s a strategic move that could redefine how DeFi ecosystems operate.
How Aptos’ Stablecoin Differs from Existing Models
Protocol‑Native Design: Unlike USDT or USDC, which rely on third‑party issuers, USDCBL is issued directly within the Aptos ecosystem.Collateral for Derivatives: USDCBL is designed to serve as primary collateral for perpetual futures trading, reducing reliance on external stablecoins.Yield Retention: Backed by cash and U.S. Treasury reserves, the yield generated is retained within the protocol, creating a new revenue stream for Decibel instead of flowing to external issuers.Internalized Economics: This model allows Aptos to internalize reserve economics, strengthening ecosystem sustainability.

Implications for Liquidity Pools & DeFi
Deeper Liquidity: Protocol‑native stablecoins can be seamlessly integrated into liquidity pools, reducing fragmentation.Lower Dependency: By cutting ties with external issuers, Aptos reduces counterparty risk and regulatory uncertainty.Revenue Sharing: Yield from reserves can be redistributed to users, incentivizing participation in DeFi protocols.Enhanced Stability: With direct control over collateral mechanics, Aptos can better manage volatility in derivatives markets.

🔮 Why Protocol‑Native Stablecoins May Dominate in 2026
Regulatory Pressure: Governments are tightening oversight on centralized stablecoin issuers. Protocol‑native models bypass some of these risks.Ecosystem Loyalty: Native stablecoins strengthen user commitment to a single blockchain, boosting network effects.DeFi Evolution: As DeFi matures, ecosystems will demand self‑sustaining financial primitives, protocol‑native stablecoins fit perfectly.Institutional Interest: Clearer collateral frameworks and yield retention could attract institutional players seeking predictable returns.

📢 Conclusion
Aptos’ launch of USDCBL marks the beginning of Stablecoins 2.0, a new era where blockchains design their own monetary infrastructure. For Binance users, this signals a shift toward ecosystem‑driven finance, where stability, liquidity, and yield are controlled by the protocol itself. Expect more chains to follow Aptos’ lead, making protocol‑native stablecoins one of the hottest narratives in 2026.
#Aptos #Stablecoins #defi #USDCBL