FastSet offers new and innovative blockchain performance through PI Squared. The protocol boasts completing over 100,000 transactions per second and quickly settling within 100 milliseconds. If traditional chains rely on retail orders, FastSet employs parallelism where independent claim verification is independent. The design promises to open the door to applications that require extreme speeds, such as the ecosystem of financial transactions and real-time gaming.
It exceeds global agreement
Some of the most interesting statements made by Fastset are that all operations do not comply with international agreements. Before you complete a block, a regular blockchain requires that all validators accept updates in the same state. FASTSET is based on a verifiable payment model, ensuring that individual claims are correct without all parties achieving consensus in a single step. Contrary to unanimous agreements, constructing a protocol with provable accuracy reduces latency and messaging overhead.
Why modular systems are attracting attention
This will adjust performance for each layer and slow down the crowding of the base layer. FastSet is roughly the same as other modular systems, but introduces a new level of parallelization that can push a higher performance barrier than other available systems.
Comparison of Fastset and Ethereum
Ethereum has always been the standard for blockchain security and decentralization. We place importance on robustness to the extent that it usually takes several minutes to check transactions. Ethereum Scaling offers a significant amount of transactions based on rollups and layer 2 networks. Fastset does not follow the same road as other roads. Rather than scaling using external solutions, it tries to enable the basic protocol to natively achieve high throughput by enabling parallel payments and quick verification.
Developer-Friendly Approach
The second advantage of FastSet is its support for multiple programming languages. Pi Squared believes that using monolingual virtual machines will help make the platform more accessible and help you to have projects mounted faster when developing high-performance distributed apps.
