Sharding

Sharding

Scalable Blockchain Architecture

Sharding in the Altica ecosystem involves dividing the blockchain network into smaller, more manageable subnets. This architecture enables parallel processing of multiple tasks across different segments, significantly enhancing scalability and overall performance by reducing potential bottlenecks, and ensuring a more responsive and scalable blockchain environment.

Enhanced Scalability

Sharding boosts Altica’s scalability by parallelizing transaction processing.

Decentralized Security

Altica ensures security with decentralized validation across all subnets.

Flexible Ecosystem

Altica’s sharding design supports diverse applications with efficient parallelization.

Improved Performance

Sharding significantly boosts the throughput of Altica’s blockchain.

Maximum Efficiency

Each subnet in Altica is designed to operate independently, handling specific tasks like processing gold token transactions while avoiding interference with other subnets.

Enhanced Performance

Sharding divides the network’s workload into smaller partitions, allowing Altica to process transactions in parallel, improving scalability while maintaining high performance.

Future-Ready Network Architecture

Altica’s sharded architecture is designed to grow with the needs of the ecosystem. New subnets can be added as new use cases emerge, ensuring that the network remains scalable and adaptable to future demands. This future-proof design positions Altica to scale efficiently as the blockchain space continues to evolve.

Validation Across Multiple Subnets

To ensure network security and integrity, Altica decentralizes the validation process across all subnets. Each subnet operates independently in terms of consensus mechanisms and validation, ensuring that the security of the network is maintained without compromising the decentralized nature of the blockchain.

Consult our white paper to learn more about Adaptive Subnets and discover other innovative solutions from Aerion, with additional insights into our economic model and the long-term vision behind our ecosystem.

In the event of network partitioning or shard splits, Altica uses an adaptive sharding algorithm that can dynamically reconfigure subnet boundaries and redistribute workloads across available subnets. The system ensures minimal downtime and guarantees that affected partitions can be restored with the latest state data, without compromising the overall consistency of the blockchain.

In Altica, each subnet maintains its own local state, which reduces reliance on a global state and ensures better scalability. To preserve data consistency, Altica employs an advanced consensus algorithm that cross-references state changes between subnets as needed, using verifiable computation methods. This ensures that while subnets operate independently, they do so in a manner that guarantees the consistency of the entire network.

Cross-subnet transactions in Altica are secured using atomic swap protocols, ensuring that assets are exchanged between subnets in a trustless and transparent manner. The Altica network ensures that no transaction can be completed unless both parties fulfill their obligations, maintaining the integrity of the transaction.

Altica’s sharding architecture is designed to scale indefinitely as the network grows. By distributing the workload across subnets, the network can handle increasing volumes of transactions without sacrificing performance. As demand grows, new subnets can be created to accommodate emerging applications, ensuring that Altica remains scalable and efficient in the long term.