zilliqa

Zilliqa ha completado el primer lote de migraciones de exchanges, trasladando los saldos de ZIL mantenidos por los exchanges participantes desde billeteras legacy basadas en Schnorr a Zilliqa EVM. Se planea un segundo lote para mediados de septiembre, mientras que la herramienta de migración ZK autoguiada está cerca de su lanzamiento para usuarios que necesiten migrar sus propios saldos.
Zilliqa también ha publicado su post-mortem completo sobre el incidente de la aplicación Ledger, cubriendo la causa raíz, la línea de tiempo, el impacto confirmado y la respuesta, con un anexo técnico que respalda las cifras reportadas.
El equipo ahora está preparando una propuesta de compensación para los titulares afectados, mientras trabaja para reanudar la hoja de ruta más amplia y la actividad de desarrollo. Los saldos robados no están incluidos en la migración de exchanges completada, con esfuerzos continuos para rastrear y recuperar esos fondos en colaboración con autoridades y socios de exchanges.
El enfoque está pasando de la respuesta al incidente hacia completar la migración, atender a los titulares afectados y retornar Zilliqa a su hoja de ruta de desarrollo más amplia.
$ZIL

The crypto market is once again facing security concerns after Zilliqa ( $ZIL ), a Layer 1 blockchain known for its fast transaction speeds and low fees, revealed that one of its partner cryptocurrency exchanges experienced a cyberattack. This resulted in the theft of ZIL coins from cold wallets, which are typically considered more secure than online wallets.
Although this incident affected a partner's system and not directly the Zilliqa network, the news has put pressure on investor confidence, as security incidents often impact asset prices and market sentiment in the short term.
Zilliqa's team stated that they are working with the affected partner and security experts to investigate the cause of the incident, trace the stolen assets, and assess additional preventative measures. Meanwhile, the relevant exchange has implemented partial transaction restrictions to prevent further damage and is conducting thorough system audits.
This incident highlights that even with cold wallets, one of the most secure methods for storing digital assets, risks can still arise if there are vulnerabilities in the management processes, access control, or the provider's systems. Therefore, the security of digital assets does not depend solely on technology. But it also includes the organization's operational standards.
For Zilliqa, the project continues to develop its Layer 1 network, focusing on supporting gaming, Web3, DeFi, and digital asset tokenization. Some investors view this incident as a risk related to external service providers rather than a direct reflection of blockchain problems. However, the impact on confidence and short-term selling pressure remains to be monitored.
Overall, the crypto industry faced several platform attacks and asset leaks last year, making cybersecurity a key focus for investors, institutions, and project developers. Regular system audits, multi-layered transaction approval systems, and robust risk management may become the new industry standard in the future.
For investors, this news serves as a reminder that one should not only consider the potential of a coin, but also prioritize the security of the platform being used, diversification of risk, and closely monitor official announcements from projects and exchanges before deciding to invest or move assets.
$BTC
$ETH
#zilliqa #zil #CryptoSecurity #Blockchain #BinanceSquare

Zilliqa was one of the first public blockchains to implement sharding in a production environment back in 2019. Its sharding design is still considered one of the more elegant and practical approaches in the industry.
What is Sharding?
Sharding is a scalability technique that splits the network into smaller groups (called shards) so that transactions can be processed in parallel instead of sequentially on a single chain.
Zilliqa’s Sharding Architecture
Zilliqa uses a two-layer sharding structure:
1. Directory Service (DS) Committee
• This is the control layer.
• A small group of nodes (usually 600 nodes) is elected to form the DS Committee.
• They are responsible for:
- Finalizing transactions
- Managing shard assignments
- Running the consensus for the overall network
2. Transaction Shards (Normal Shards)
• The network is divided into multiple transaction shards (typically 10–60+ depending on network size).
• Each shard processes its own set of transactions independently and in parallel.
• This is where most of the actual transaction throughput happens.
How the Process Works
1. Transaction Assignment
New transactions are assigned to specific shards based on the sender’s address (using a deterministic function).
2 Intra-Shard Consensus
Each shard runs its own PBFT (Practical Byzantine Fault Tolerance) consensus to validate transactions quickly.
3. Cross-Shard Communication
When a transaction involves multiple shards (e.g., transferring tokens from one shard to another), Zilliqa uses a special cross-shard communication protocol managed by the DS Committee.
4. Finalization
Once shards process their transactions, the DS Committee aggregates and finalizes them into the main blockchain.
Key Advantages of Zilliqa’s Sharding
• High Throughput: Zilliqa has demonstrated over 2,000+ TPS in real conditions.
• Linear Scalability: Adding more nodes generally increases overall capacity.
• Energy Efficiency: Uses pBFT instead of energy-heavy Proof-of-Work for consensus.
• Security: The DS Committee acts as a final security layer.
Current Status (2026)
With Zilliqa 2.0, they have made significant improvements:
• Better integration with EVM
• Transition to Proof-of-Stake
• Enhanced cross-shard communication
• Improved developer experience
My Personal View
Zilliqa’s sharding approach was ahead of its time. While many newer chains focused on marketing and hype, Zilliqa focused on solving one of the hardest problems in blockchain — secure, scalable sharding.
The main challenge for Zilliqa has always been adoption, not the underlying technology. If they can attract more developers and DeFi activity in this cycle, the technical foundation is already there for strong performance.
What about you?
Did you know Zilliqa was one of the earliest sharded blockchains?
Do you think its technology still has strong potential in 2026? Drop your thoughts below 👇
We Analyze. We HODL. We Win. 🔥
This is not financial advice. Always do your own research (DYOR).
#Zilliqa #ZIL #Sharding #Layer1

Both Zilliqa and Ethereum are working on sharding to solve blockchain scalability, but they take very different paths.
Core Philosophy
• Zilliqa: Implemented production sharding as early as 2019. It uses a two-layer sharding model designed for high throughput from day one.
• Ethereum: Originally planned full sharding in its roadmap. It has shifted toward a rollup-centric + Danksharding approach. As of mid-2026, Ethereum mainly relies on Layer-2 rollups with Proto-Danksharding (EIP-4844) already live, while full Danksharding is still in progress.
How Sharding Works
Zilliqa Sharding:
• Divides the network into multiple Transaction Shards that process transactions in parallel.
• Uses a Directory Service (DS) Committee as a final consensus layer.
• Each shard runs its own consensus (pBFT).
• Achieves high native throughput (historically 2,000+ TPS).
Ethereum Sharding (Current + Future):
• Currently focuses on data sharding (Danksharding) to provide cheap data availability for Layer-2 rollups.
• Does not shard execution yet (each shard will eventually have its own execution environment, but this is years away).
• Relies heavily on Layer-2s (Optimism, Arbitrum, Base, etc.) for scaling execution.
Key Differences
• Implementation Year: Zilliqa has had live sharding since 2019. Ethereum is still gradually implementing its sharding roadmap.
• Type of Sharding: Zilliqa does full transaction + state sharding. Ethereum focuses primarily on data availability sharding.
• Throughput: Zilliqa achieves high native TPS on the base layer. Ethereum achieves high throughput mainly through its Layer-2 ecosystem.
• Security Model: Zilliqa uses DS Committee + pBFT. Ethereum relies on its strong economic security and restaking.
• Adoption: Zilliqa has limited adoption so far. Ethereum dominates developer activity and TVL through its Layer-2 ecosystem.
My Personal View
Zilliqa’s approach is more ambitious from a pure Layer-1 perspective. They tried to solve scalability directly on the base layer with full sharding. Technically impressive, but they struggled with adoption and developer mindshare.
Ethereum’s approach is more pragmatic. Instead of forcing complex sharding on the base layer immediately, they built a strong, secure settlement layer and moved most scaling to Layer-2 rollups. This has proven extremely successful in terms of usage and capital deployed.
Right now in 2026:
Zilliqa has better theoretical scalability on L1.
Ethereum has far superior real-world adoption, security, and ecosystem strength.
Zilliqa could still shine if they manage to attract meaningful DeFi and dApp activity in this cycle. Ethereum, however, remains the clear leader in the smart contract space.
What about you?
Do you prefer Zilliqa’s direct sharding model or Ethereum’s rollup-centric scaling strategy?
Which one do you think has more upside potential from here? Drop your thoughts below 👇
We Analyze. We HODL. We Win. 🔥
This is not financial advice. Always do your own research (DYOR).
#Zilliqa #Ethereum #Sharding #Layer1