Conquer the Blockchain Trilemma
Having a high-performance blockchain system is a challenge - some would even say it’s impossible. Various consensus algorithms have been invented to solve the trilemma, but no substantial lift up has been achieved. Asensys attacks (and conquers) the trilemma with a unique perspective. We have identified that the root cause of the blockchain performance issue is repetition -- every single node is duplicating the workload of the entire network, unless decentralization is sacrificed.
Our solution divides and conquers the workload of the entire network with consensus zones. Transactions are processed in parallel and ledgers are maintained in partitions. Both throughput and ledger capacity scales linearly with number of zones, with just constant overhead, which makes it possible to have 10k+ TPS and carry billions of users and their activities. This goes beyond sharding, without reliance on beacons or root chain. All zones are equal, independent, homogeneous and fully decentralized.
Blockchain System with High Throughput and State Capacity
In Asensys, workloads are distributed across consensus zones. There is no accumulating increasing workload on individual node. Any node with moderate bandwidth and computation can join the network as a part of the network.
Parallel Relayed Execution Architecture
Parallel Relayed Execution Architecture Language (PREAL) adapts functional programming model for defining asynchronous cross-chain transaction logic and state with ease.
Recurrent Transaction Model
Asensys supports efficient automatic recurrent transaction, which enables minable token offering, repetitive payment, subscription monetization and flexible staking rewards
Flexible signing and customization transaction validation beyond multi-signing. Our technology is also designed for social private key recovery and enterprise key management.
Random Number Generator with Consensus
Asensys offers random number generation in smart contract based on block entropy with consensus, which is resistant to manipulation by block creators.
On-Chain Persistent Storage
Asensys enables large data files to be stored on-chain for robust persistence without accumulating storage workload on individual nodes.
Asensys is shipped with a built-in programmable namespace system, which allows user-friendly naming for addresses, contracts and DApps.
Fully Decentralized Applications
DApps on Asensys are deployed not only with their smart contract, but also their WebApp asset for UI. This delivers a self-contained experience of DApp being fully decentralized without relying on centralized DNS and Web hosting.