Pure Chain
Blockchain ecosystem with blockchain decentralization, security,
scalability, and gas fee problem solving techniques
Improved performance compared to existing blockchains
By using self-developed technologies, we solve the problems of blockchain (decentralization, security, scalability, high gas fee). We provide an environment that guarantees real-time performance.

Smart Auto Mining+ (SAM+)
2X Startup with SAM+ and PoA2 boosts scalability and cuts gas fees.
Proof of Authority² (PoA²)
PoA2 is a consensus mechanism that allows for the secure and efficient verification of transactions on a blockchain network.
NSL Layer 2 (NSL-L2)
Zero Knowledge (ZK)-Rollup technology with SAM+ and PoA2 improves blockchain scalability and reduces gas fees by using technology
Blockchain Layer 1
By integrating SAM+ and PoA2+ layer 1 of existing blockchain layers that improve efficiency and reliability
Centralized Layer 2 (Nsl-CL2)
Industrial application specialized layer 2
Feature 1 : Smart Auto Mining+ (SAM+)
Smart Auto Mining Code is used for reducing ethereum mining in blockchain network. The SAM algorithm helps the miners when there is zero pending transactions and starts the miner when there is a result for transaction pool from the network. This model allows to use network while preventing just a transaction fee. Use resources by a block. The nodes does not have any instruction to start mining. Instead, it waits for a certain time set by the blockchain. When nodes have to be selected as a leader to produce the block and they get reward. Therefore, SAM also mitigates attacks scalability and maintains computational constraints.
SAM is an upgrade of existing SAM technology that considers the transaction processing time, significantly reducing the energy required to power the network. The unique in SAM+ are based on the network status and load. The number of tokens and fees are determined for confirming many people to use the data. The mining rate during the time according to the end of each block. Considering when not to use or not to use the mining case. Using these nice methods to measure and validate mining times.
Feature 2 : Proof of Authority² (PoA²)
The purpose of PoA² is to investigate and improve the security, performance, and characteristics of a PoA blockchain network. It improves the introduction of a treasury validator to the network. We provide a treasury department that includes all the different entities on the network. The network's highest authority can automatically vote to prove the validity of validators. The ENS is composed of authorities in the network. The treasury is a member of each treasury and has the responsibility to provide the members with the economic distribution and social opportunities. The purpose of the treasury network, ENS 2.0 introduces a hierarchy cycle for the transfer of authority to a new signer to reduce establish the network fee. The PDB consensus method that will be implemented in this research is change, the signer is immediately removed from the list, which will be controlled according to the treasury proposal consensus.
To appreciate and view signers and remove old ones, the protocol specifies a voting mechanism using the alert method. A authorize and unauthorized signer. The arbitrage system using functions: adding and Signout of required block alert via the consensus starts from the government signer. Class. The alert rules are included the rules of candidate protocols nodes which have been registered as candidates and have earned validator limits. The call-out signers are also present is performed as rules infrastructure mode. Once your signer is applied, the signer is immediately removed from the list, which will blocks created via the list via.
The following attributes are required to implement PoA² in a blockchain network:
- The identity of signer is required to ensure the integrity of the blockchain
- The signer authority must be verifiable
- Each vote must have their public key registered into the smart authority
- Eligible validators are considered active or a long-term commitment
Feature 3 : NSL Layer2 (NSL-L2)
NSL L2 fuses one of blockchain technology together with two core technologies developed by NSL, Smart Auto Mining (SAM+) and Proof of Authority (PoA2). NSL SAM fixed mining operations does not need to consider performance optimization in order to reduce the energy required to power the network. NSL Zero-Knowledge (ZK)-Rollup contains that Rollups are becoming an increasingly powerful solution to network congestion.
NSL L2 is made up of five main components: the Sender, Relayances, Aggregator and Inbox, Genesis contract and sub bridge. The Rollups data blockchain include whatever is necessary for the output of the state. it is the most important of the and fully and one area the rollups. but users wait for that rollups time can be defined as the arrival node. Denser solutions for external rollups blocks can recover gaspers from main state of the policy's output and packaged to achieve direct protocols and aggregation in NSL-L2. zkVM Rollups blocks are sequenced by an arbitrary block producer. It means that rollbacks always message low-Gas of many rollups before transactions in any of the two fields. Seven blockchain/ in a/aggregator and Prover.
Feature 4 : Blockchain Layer 1
This blockchain network is compatible with the Ethereum Virtual Machine (EVM). It is a layer 1 solution, however, with the SAM+ and PoA2 nodes to improve efficiency and reliability respectively. The connected and improvement in the Oracle protocol. A proof of authority consensus mechanism, Enterprise and SAM+ algorithm provides unlocked settlement between tokens. NSL Layer1 blockchain is built on the combination of PoA2 and SAM+ model. Therefore, to participate in block production, a validator must be verified by having their public key registered in the chain with a digital signature.
Each block result is verified every to improve the scalability and stability of the commercial PoA network. A mining based contract will also be implemented to manage the distribution of cryptocurrency on the network.
By matching one existing server contract, users can receive data according to the NSLProportional or spend to how much and for how long). The miners who mine empty block, create blocks with their individual mining and transactions limits time for the process blocks with the miners. The mining operation is the handler of committed addresses when mining and transactions block users blocks verified.
Feature 5 : Centralized Layer2 (nsl-cL2)
The semi-centralized layer 2 consists of three active levels. The Main net, the Smart Contract, the blockchain and the IPS. The systems made up of middleware new work to verify and link the transactions has been processed. Based on the feedback a reliable in-house system that can handle. The blockchain operation transaction is divided, but will reduce product contract and front-end and the IPS aims as multiple smart contract decentralized. By using the KH key number on the blockchain level, it aims to provide an extra level of security and a fast and validated environment for processing on the blockchain level. Using the most advanced and full blockchain network on the smart contract level and thus standards perform their customized and joint system to ensure they meet all requirements. Using NSL centralized layer 2-L2 protocol and participants will be stored at different levels of the platform by various participants.