Zilliqa (ZIL) is a blockchain platform designed for high throughput, using sharding technology.

**Project Name**: Zilliqa

**Token Symbol**: ZIL

**Core Vision**: To address scalability limitations in existing blockchain platforms by designing a decentralized blockchain that increases transaction rates proportionally with network size, using sharding to enable parallel transaction processing.

**Value Proposition**: Provides high-throughput transaction processing (targeting ~1000x Ethereum's capacity at 30k nodes) and a specialized dataflow smart contract language optimized for parallelizable large-scale computations (e.g., ML training, financial modeling).

**Analyst's Note**: The whitepaper presents Zilliqa as a research proposal from 2017, focusing on theoretical scalability through sharding. The core vision of scaling via parallel processing remains its primary value proposition, though real-world adoption and performance relative to this theoretical maximum would require verification against current network data.

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**Core Architecture**: L1 Blockchain with two-layer structure (DS-Blocks for metadata, TX-Blocks for transactions).

**Consensus Mechanism**: Modified Practical Byzantine Fault Tolerance (PBFT) with EC-Schnorr multisignatures. Proof-of-Work (Ethash) is used solely for Sybil resistance and node identity generation, not consensus.

**Key Technologies/Innovations**:
- Network/transaction sharding: Divides miners into parallel-processing shards (size ≥800 nodes) with deterministic transaction assignment via sender address bits
- Dataflow smart contracts: Non-Turing-complete language using directed graphs for inherent parallelism
- Two-round multisignature PBFT: Reduces communication complexity from O(n²) to O(n) via aggregated EC-Schnorr signatures

**Analyst's Note**: The technical architecture represents an ambitious 2017 research proposal combining sharding with PBFT consensus. The use of PoW only for Sybil resistance rather than consensus is a notable departure from traditional blockchain designs. The dataflow programming model for smart contracts is particularly innovative for parallel computation tasks.

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**Supply Mechanics**:
- Max/Total Supply: 21,000,000,000 ZIL
- Inflation/Deflation: Inflationary emission via decreasing block rewards over 10 years (80% tokens in first 4 years; 20% in next 6 years). Post-10 years, relies on transaction fees.

**Distribution & Vesting**:
- Allocation: **Information Not Provided in Source Material**
- Vesting Schedule: **Information Not Provided in Source Material**

**Analyst's Note**: The whitepaper provides a high-level emission schedule but lacks crucial details about token allocation (team, investors, ecosystem funds) and vesting schedules. This absence of distribution transparency is a significant gap in understanding the full tokenomics.

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**Core Members**: **No Core Team Details Provided** (Only "The ZILLIQA Team" referenced without individual names/backgrounds)

**Advisors/Investors**: **Not Mentioned**

**Analyst's Note**: The complete absence of team information in the foundational document is unusual for blockchain projects and represents a significant transparency gap. Real-world implementation would require verification of the actual development team's credentials and experience.

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**Completed**: **Information Not Provided in Source Material** (Whitepaper is a design proposal; no completed milestones listed.)

**In Progress/Future Plans**:
- Research in state sharding, secure Proof-of-Stake, storage pruning, cross-chain support, and privacy-preserving computation. No time-bound milestones specified.

**Analyst's Note**: As a 2017 whitepaper, this represents the initial research phase rather than an active development roadmap. The future research directions identified (state sharding, PoS, cross-chain) have since become major focus areas across the blockchain industry.

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