The newly listed project, Dill (DL), offers innovative solutions within the DeFi ecosystem. Thanks to the Binance Alpha program, users can invest in promising projects while the projects reach a wider audience. Dill (DL) will be first available on Binance Alpha on September 19, 2025. 

Eligible users can claim their airdrops using Binance Alpha Points on the Alpha Events page once trading opens. Further details will be announced soon. 

What is Dill (DL)?

Dill is a next-generation L1 (Layer 1) blockchain offering maximum decentralization and infinite scalability. With a cutting-edge end-to-end sharding architecture and a modular execution layer, Dill supports 800,000+ TPS, 20MB/s data throughput, and 1 million validators, achieving performance levels previously thought impossible on standard hardware. 

At the core of Dill’s design is a two-tiered staking mechanism that balances decentralization and economic security. Light Validators and MiniPools allow anyone to join the network permissionlessly, while Full Validators with higher stakes ensure network stability and resilience. Three-slot finality provides near-instant transaction confirmations, and stateless light validators significantly reduce hardware requirements, enabling large-scale permissionless participation. 

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The rebranding on August 1, 2024, wasn’t just a name change; it represented a strategic shift in vision. With this new identity, Sonic aims to offer greater scalability, faster transaction finality, lower fees, and a more developer-friendly Web3 environment. The network’s native token FTM became convertible 1:1 into the new S token, with the migration window remaining open for six months.

Core Pillars of Sonic: Speed, Security, and Interoperability

With its upgraded infrastructure, Sonic can theoretically process up to 10,000 transactions per second (TPS), with sub-second finality. This places Sonic among the fastest blockchains in the market.

At the heart of the network lies the Lachesis consensus protocol, built on asynchronous Byzantine Fault Tolerance (aBFT). Unlike traditional blockchains, Lachesis processes transactions by linking events rather than fixed blocks, allowing faster confirmation, reduced data usage, and ultra-low fees—typically as low as $0.001 per transaction.

Sonic is also fully compatible with the Ethereum Virtual Machine (EVM), allowing developers to migrate Ethereum-based smart contracts without modifications. The Sonic Gateway bridge facilitates secure and low-latency cross-chain transactions between Sonic and Ethereum.

A Powerful Developer Incentive Model

Sonic Labs introduces an innovative revenue-sharing model to support on-chain developers. Through the Fee Monetisation (FeeM) program, developers can earn up to 90% of transaction fees generated by their decentralized applications (dApps).

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This model resembles how content creators earn income through platforms like YouTube or TikTok, making Sonic not only technically compelling but also financially rewarding for builders.

S Tokenomics and Network Design

The S token is the native utility token of the Sonic network. It powers the ecosystem by enabling fee payments, staking, governance participation, and validator rewards. It also replaces the former Fantom (FTM) token, with a seamless 1:1 conversion process designed to onboard the existing community.

Key Metrics

• Total Supply: 3.175 billion S
• Initial Circulating Supply: ~2.88 billion S
• Maximum Supply: None (regulated through controlled inflation and burn mechanisms)

Airdrop Program

Six months post-mainnet launch, an additional 6% of S tokens (~190.5 million) will be minted and distributed to both Fantom Opera and Sonic users and builders.

• 75% of airdropped tokens are locked in a 270-day vesting period.
• Early claims are penalized via token burns to incentivize long-term commitment and active participation.

Inflation & Block Rewards

To maintain decentralization and incentivize validators, Sonic follows a balanced issuance model:

• For the first 4 years, no new S tokens will be minted. Rewards will be funded using unclaimed Fantom Opera block incentives.
• After year 4, new S tokens will be minted annually at a controlled rate of 1.75%.
• Each year, 47.625 million S tokens will be allocated for network growth, team expansion, and marketing—any unused tokens will be permanently burned.

The structure has been preserved post-transition, with greater flexibility introduced through staking incentives, dynamic burning, and airdrop-based community growth.

Funding and Investors

To date, Sonic has raised a total of $101.54 million. 59% came from private rounds, and 41% through public sales.

Notable Investors:

• Galaxy Digital
• OKX Ventures
• SoftBank
• Hashed Fund
• Signum Capital
• Andre Cronje (Creator of Yearn Finance, Advisor)
• Stani Kulechov (Founder of AAVE)

Sonic Team

• Michael Kong – CEO
• Andre Cronje – CTO, DeFi Architect & Advisor
• Ahn Byung Ik – Founder
• David Richardson – Co-founder
• Bernhard Scholz – CRO

Staking & Validator Incentives

S token holders can stake their tokens to support network security and earn rewards. Depending on the total staked supply, annual reward rates range from 1.75% to 7%. A 14-day unbonding period applies for unstaking.

Validators also earn a share of network fees in addition to block rewards, further incentivizing honest and secure participation in network operations.

The Future of Sonic

Sonic is on a mission to build a sustainable, high-speed digital economy for the Web3 era. With comprehensive developer tools, built-in interoperability, and negligible transaction costs, Sonic positions itself not just as a blockchain—but as a full-fledged decentralized ecosystem.

Already integrated into sectors like NFTs, DeFi, gaming, and enterprise services, Sonic aims to expand globally through strategic partnerships, ecosystem funding, and community-driven development.

Official Links

• Official Website
• Whitepaper
• X (Twitter)
• Telegram

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What is Gas in Cryptocurrency?

In the realm of digital currencies, gas signifies the fee required to successfully conduct a transaction or execute a smart contract on a blockchain network. Unlike the conventional fuel that powers vehicles, gas in the cryptocurrency context propels transactions, ensuring their inclusion on the blockchain. This mechanism compensates for the computational energy expended to process and authenticate transactions across the network.

Why Do We Need Gas Fees?

Gas fees fulfill two primary objectives. Initially, they act as a deterrent against spam transactions, preventing malicious actors from flooding the network with frivolous or harmful activities. Additionally, these fees serve to reward miners or validators, acknowledging their efforts in using computational resources to uphold the network’s integrity, process transactions, and secure the blockchain.

How Does Gas Work?

Understanding gas mechanics can be simplified by likening it to sending an email, which incurs no direct cost to the sender but requires server resources to process and deliver. Similarly, in the blockchain, transactions necessitate computational labor, which is not without its costs.

Setting Gas Prices and Limits

Engaging in a transaction introduces two critical terms: the gas limit and the gas price. The gas limit specifies the maximum gas you’re prepared to consume for your transaction, while the gas price indicates your willingness to pay per unit of gas. Combined, they dictate the overall transaction fee, akin to selecting the speed of transaction processing through gas expenditure.

Why Gas Prices Fluctuate

Gas prices in the crypto ecosystem are subject to variation, influenced by demand just as conventional fuel prices are. Increased transactional activity leads to heightened gas prices, particularly during times of network congestion when users are willing to pay a premium to prioritize their transactions.

Tips for Managing Gas Fees

Efficient gas fee management involves several strategies, including monitoring network traffic to time transactions during less congested periods, utilizing gas tokens or platforms offering gas fee discounts, and adjusting your willing gas price for non-urgent transactions to economize on fees.

Understanding the intricacies of gas in cryptocurrency is indispensable for navigating the crypto space effectively. By grasping how gas fees function, their underlying purpose, and employing strategies to manage costs, you’re better equipped to make informed decisions and optimize your engagement with digital finance. With the ever-evolving landscape of cryptocurrency, staying informed on these foundational concepts is key to thriving in this dynamic field.

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Dymension (DYM) staking and receiving airdrop is the easiest way. However, the most difficult part is understanding how this staking process will be done. Please remember that staking carries risks and it’s essential to conduct comprehensive research before proceeding.

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