Zilliqa’s core goal is to build an infrastructure where performance increases rather than decreases as the network grows, while achieving this without compromising security. In line with this objective, Zilliqa positions itself as one of the first projects to place sharding at the center of the blockchain.

How Did Zilliqa (ZIL) Come About?

The foundational ideas of Zilliqa were laid in 2016. Prateek Saxena and his team at the National University of Singapore (NUS) School of Computing published an academic paper demonstrating how a sharding-based blockchain could increase transaction efficiency.

Following this work, Zilliqa Research was officially established in June 2017. The project’s testnet went live in March 2018, and approximately one year later, in June 2019, the mainnet was launched. During this process, Zilliqa evolved from an academically rooted research project into an actively used blockchain network.

As of 2020, staking and yield farming mechanisms were introduced on the network, and the ZIL token began to play a significant role not only for transaction fees but also for network security and governance.

How Does Zilliqa Work? Sharding-Based Architecture

The most important feature that distinguishes Zilliqa from other Layer-1 projects is its fully sharded network architecture. The network is divided into different shards, and each shard processes its own transactions in parallel. This structure enables:

• Transaction capacity to increase as the network grows
• TPS (transactions per second) to scale linearly
• Transaction volume not to degrade performance

Since each shard operates independently, transactions are added to the blockchain as soon as they are processed, without requiring additional confirmation times. This approach makes Zilliqa particularly suitable for high-volume use cases.

Institutional Focus: EVM Compatibility and x-Shards

In recent years, Zilliqa has evolved its infrastructure toward an institutional and developer-friendly model. At the center of this transformation are two key elements: native EVM compatibility and x-Shards.

Native EVM Compatibility

Zilliqa has been updated to be fully compatible with the Ethereum Virtual Machine (EVM). This allows developers to:

• Use popular languages such as Solidity
• Integrate existing Ethereum tools and SDKs
• Easily connect with protocols in the Ethereum ecosystem

What is x-Shards?

x-Shards provides a structure that enables developers and institutions to create customizable, isolated blockchain environments. On these shards:

• Gas fees
• Block times
• Privacy and access levels

can be fully adjusted according to needs.

This structure transforms Zilliqa not only into a Layer-1 but also into a blockchain-as-a-service platform.

Consensus Mechanism and Network Performance

Zilliqa uses a fast and environmentally friendly consensus mechanism. The network is optimized for high-security institutional applications. Its low energy consumption brings it close to the “green blockchain” approach.

During its launch period, the Zilliqa mainnet produced an average of 900 blocks per day, and over time this number has exceeded 2,500 blocks. The network maintains an active ecosystem capable of handling millions of transactions monthly without issues.

What is the Zilliqa (ZIL) Token?

ZIL is the native utility token of the Zilliqa network and is used for the following purposes:

• Paying transaction fees
• Executing smart contracts
• Securing the network through staking
• Participating in governance processes

ZIL stands at the center of both the technical infrastructure’s continuity and the economic incentive mechanisms.

Zilliqa (ZIL) Staking Models

Zilliqa offers two different staking approaches:

Classic Staking

Users lock their ZIL tokens with a validator to earn rewards. In this process, tokens remain locked and contribute to network security.

Liquid Staking

In the liquid staking model, users can continue using their staked assets in additional DeFi activities. This allows them to earn staking rewards while maintaining liquidity.

Zilliqa (ZIL) Tokenomics

The ZIL supply has been distributed with long-term network sustainability and incentive balance in mind:

• Mining Rewards: 40%
• Community Sale: 27.26%
• Zilliqa Research: 12%
• Anquan: 10%
• Zilliqa Team: 5%
• Advisors and agencies: 3%
• Early Contributors: 2.74%

This structure aims to balance both early contributors and long-term network participants.

Zilliqa (ZIL) Investors

Zilliqa has received support from both crypto-focused and traditional venture capital funds across different investment rounds. These investors reflect confidence in the project’s institutional vision and technical infrastructure.

Tier 1

• Polychain Capital

Tier 2

• FBG Capital
• IOSG Ventures
• Kenetic Capital
• Eden Block

Tier 3

• NGC Ventures
• Signum Capital
• One Block Capital

Tier 4

• Chainfund Capital

Zilliqa (ZIL) Team

Behind Zilliqa is a team with a strong academic background and high industry experience. The project holds an exceptional position in the field due to its origins in university research.

Founding Team

• Xinshu Dong – Co-Founder
• Amrit Kumar – Co-Founder
• Max Kantelia – Co-Founder
• Prateek Saxena – Co-Founder
• Tan Jun Hao – Co-Founder
• Juzar Motiwalla – Co-Founder

Management and Advisors

• Mark Hemsley – Chairman of the Board
• Richard Watts – CTO
• Do Chen Ying – Strategic Advisor

Official Links

• Website
• X (Twitter)
• Whitepaper

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Innovative two-tier staking and mini-pool technology enable a decentralized validator set with low entry barriers. With a capacity of 1 million validators, Dill supports mass adoption of dApps. The network delivers 800,000+ transactions per second (TPS) and 20 MB/s data throughput on standard hardware. 

Team and Founders 

Dill’s team consists of experts in blockchain development and distributed systems. The founders prioritize decentralization and high performance. Validators and partner nodes ensure network security and scalability. 

Investors and Partnerships 

Dill has established strategic partnerships with leading investors and blockchain projects to expand its ecosystem and accelerate DL token adoption. Validator partners enable secure and scalable dApp deployment. DL token will soon be listed on Binance Alpha. 

• Binance Labs: Strategic support via Season 7 Incubation Program. 
• FSL (Find Satoshi Lab): Early-stage investor and Web3 expert. 
• Modular Capital: Supports the project’s technical vision. 
• LayerZero Angels: Investors supporting cross-chain communication goals. 
• Individual Backers: Santiago R Santos, TN (Pendle), Víctor (Manta), Saku (Matr1x). 

Project Concept 

Dill aims to solve the blockchain trilemma, providing high decentralization, scalability, and security simultaneously. The platform enables independent execution environments for applications, allowing dApps to use their own resources efficiently, with low fees and high performance. 

Ethereum Limitation: Layer-2 solutions fragment the ecosystem, limiting Ethereum’s overall dApp impact.
Solana Limitation: High scalability compromises decentralization. 

How Dill Works 

Dill is a modular, sharded L1 blockchain built for scalability and decentralization. It has four main layers: 

• Base Layer – Handles consensus and data, securing the network with hundreds of thousands to millions of validators. 
• Settlement Layer – Ensures transaction finality and collects proofs, supporting security and validator rewards. 
• Execution Layer – Offers application-specific execution environments for independent operation and unlimited scalability. 
• Bridge Layer – Facilitates secure data and asset transfer between applications and layers, enhancing ecosystem interaction. 

Two-Tier Staking Model 

Dill uses a two-tier staking system for light and full validators. Light validators enable easy participation, while full validators ensure economic security and network stability, balancing decentralization with security. 

Governance 

Governance is conducted via token holders and validators. Validators play active roles in block production and consensus, ensuring both network security and participant involvement. 

Roadmap 

• Q3 2025 – Mainnet Launch: Launch of Dill mainnet with high scalability, security, and decentralization. 
• Q4 2025 – Ecosystem Launchpool: Launchpool supports new projects and dApps. 
• Q1 2026 – Third-Party Bridge Integration: Enables cross-chain asset and data transfers. 
• Q2 2026 – Secure Native Bridge: A native bridge for secure, efficient cross-chain communication. 

$DL Token – Use Cases and Distribution 

Purpose: Dill provides a modular, sharded L1 blockchain for high-performance, economically independent dApps. 

• Total Supply: 6,000,000,000 DL 
• Max Supply: 6,000,000,000 DL 
• Circulating Supply: 1,180,000,000 DL 

Primary Uses

• Network security & staking rewards 
• dApp operations: execution environments, sharding, bridge access 
• Launchpool participation: early access & token rewards 
• Governance: voting on upgrades, parameters, and ecosystem initiatives 

Token Distribution

• TGE Incentives & Liquidity: 15% (900M) 
• Ecosystem & Community: 37.5% (2.25B) 
• Foundation & Treasury: 10% (600M) 
• Early Contributors & Advisors: 20% (1.2B) 
• Investors: 17.5% (1.05B) 
• Vesting: Gradual release over 10–36 months for long-term growth. 

Staker Benefits 

• Higher staking yields 
• Early access to innovative dApps 
• Governance participation 
• Launchpool rewards in $DL and partner tokens 
• $DL is more than a token; it powers a decentralized economy supporting dApp development. 

Ecosystem 

Dill’s ecosystem includes validators, dApps, game developers, and AI agents. Launchpool and mini-pool staking enhance user and developer engagement, boosting DL demand and network security. 

Features 

• 800,000+ TPS and high data throughput 
• Supports up to 1 million validators 
• Two-tier staking model 
• Fast transaction finality with three-slot consensus 
• Application-specific execution environments 
• Low hardware requirements for light validators 
• Optimized for AI agents and fully on-chain games 

Official Links

• Website
• Twitter
• Medium

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In the blockchain world, sharding works similarly.

Instead of one computer handling all the work for the entire network, the network is divided into smaller groups called shards.

Each shard has its own set of data and a specific group of computers takes care of that shard.

The clever thing is that even though each shard has its own data, all the computers in the network can still see and verify all the transactions. This makes sure the blockchain stays secure and decentralized.

You might like it: What are BRC-20 Tokens?

How Does Blockchain Sharding Work?

When a transaction is made on a blockchain network, it gets recorded in a block and added to a long chain of blocks. This chain is like a big web of computers that work together to keep the network secure.

With sharding, this web is divided into smaller groups. Each group has its own shard to manage. All the shards still share the data with each other but each shard has its own main group of computers responsible for handling its task. This reduces the burden on other computers and makes the network faster and more efficient.

Benefits:

1. Improve scalability: Sharding makes the blockchain network faster and able to handle more transactions.
2. Reduce transaction fees: By dividing the workload among different shards, the overall cost of processing transactions goes down.
3. Reduce workload on individual nodes: Sharding distributes the work more evenly, preventing any single computer from being overloaded.
4. Increase network participation: Sharding encourages more people to participate in the network because it becomes more accessible and efficient.
   

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In sharding, “workload” means the tasks given to different groups of computers. Sharding divides the workload among these groups, making the network faster and preventing overload.

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