Zilliqa (ZIL): D-Score 62/100 — Decentralized BlockIndex D-Score: 62/100 (Decentralized). Zilliqa (ZIL) is a Layer 1 cryptocurrency using pBFT+PoS consensus. Zilliqa (ZIL): Sharded Layer-1 blockchain offering Scilla smart contracts, high-throughput sharding, EVM compatibility and PoS staking. Source: https://blockindex.ai/coin/zil · Data by BlockIndex.AI · Updated 2026-06-19 D-Score breakdown (0-100, higher means more decentralized) Component: Score: Overall D-Score: 62: Node distribution: 28: Initial distribution: 0: Governance: 16: Age and history: 13: Autonomy: 5: Key facts - Layer: Layer 1 - Consensus: pBFT+PoS (Other) - Launch: ICO (2017) - Founder: Prateek Saxena; Max Kantelia; Juzar Motiwalla; Xinshu Dong; Yaoqi Jia; Amrit Kumar; Tan Jun Hao - VC funded: Yes - Max supply: 21,000,000,000 - Circulating: 20,046,792,829 (95.5%) Market data (as of 2026-06-19) - Price: $0 - Market cap: $62.44M - 24h volume: $5.68M - 24h change: -2.42% · 7d change: -0.11% About Zilliqa (ZIL) is a permissionless, sharded Layer-1 blockchain platform conceived in mid-2017 out of research at the National University of Singapore. The project was designed from the outset to address throughput limitations in early smart-contract platforms by partitioning transaction processing across parallel shards and introducing a smart-contract language (Scilla) focused on formal verification and security. Zilliqa’s development progressed from an ERC-20 token generation event in January 2018 through testnets in 2018 and a native mainnet launch in June 2019, with a token-swap completed in February 2020 to migrate ERC-20 balances to native ZIL. Over time the project evolved from a hybrid PoW + pBFT model, where PoW was used primarily for node identity and shard assignment, to Zilliqa 2.0 — a major 2025-era upgrade that introduced full Proof-of-Stake consensus and EVM compatibility, enabling broader developer tooling and integration with the Ethereum ecosystem. From a technical perspective, Zilliqa’s defining innovation is its sharded architecture and its Scilla smart-contract language. Sharding enables parallel transaction processing by splitting the network into smaller groups (shards) that process transactions concurrently, improving aggregate throughput as the network scales. Scilla was introduced to provide a safer contract development model with features that facilitate formal verification and reduce common classes of vulnerabilities. Zilliqa 2.0 extended the platform’s capabilities by adding configurable "X-Shards" (sovereign shard deployments), a staking portal, fee-burning mechanics and native EVM support — a strategic pivot that brings mainstream Ethereum tooling to the sharded architecture while replacing the earlier hybrid consensus with a full PoS-based design and updated validator economics. Zilliqa’s ecosystem targets applications that require high throughput and predictable performance, such as advertising tech, gaming, payments, NFTs and other dApp categories that benefit from low-cost, high-frequency interactions. The platform has focused on enterprise-friendly features such as sovereign shard deployments and improved interoperability through bridges and EVM compatibility. Real-world adoption examples and ecosystem expansions are evident in marketplace deployments (Rarible launched on Zilliqa in December 2025), partnerships for payments and finance tooling, and growing analytics and exchange coverage across major market platforms. The upgrade to Zilliqa 2.0 was explicitly designed to lower developer friction while preserving the chain’s architectural advantages, making it easier for teams to port Solidity-based tooling and smart contracts. Tokenomics for ZIL are anchored by a fixed max supply (21,000,000,000 ZIL) and a token-generation event that distributed a significant portion of supply at launch. The initial distribution included a large public allocation (historically reported as 60% issued at TGE) with reserved allocations to ecosystem entities (Anquan Capital, Zilliqa Research) and the team. Post-2025 protocol updates introduced fee-burning mechanisms and PoS staking dynamics that alter the on-chain emission and economic behavior over time. Governance for Zilliqa has remained company-led with on-chain staking and delegation mechanics introduced under Zilliqa 2.0; the platform is not presented as a DAO-governed protocol in the provided materials. Across 2025 the project navigated operational challenges — multiple short outages and a bridge exploit were reported and addressed — while executing a coordinated upgrade schedule and introducing staking UX improvements to support the PoS transition and validator operations. Looking forward, Zilliqa’s roadmap emphasizes improving staking UX, bridge resiliency, expanding dApp adoption (notably in NFTs and AI integration frameworks), and growing enterprise-focused sovereign shard offerings. The combination of sharding-derived throughput, a security-minded smart-contract language, and EVM compatibility positions Zilliqa to pursue a differentiated niche among high-throughput Layer-1 chains. Continued success will depend on operational stability, bridge security hardening and incentives that broaden validator participation and on-chain activity from developers and users. Links - Website: https://www.zilliqa.com/ - Whitepaper: https://docs.zilliqa.com/whitepaper.pdf - GitHub: https://github.com/Zilliqa/Zilliqa --- About the D-Score: BlockIndex.AI rates decentralization from 0 to 100 across node distribution, initial distribution, governance, age and history, and autonomy. Methodology: https://blockindex.ai/dscore