STABILA is a blockchain ecosystem designed and developed by developers whith the philosophy of "Decentralize the Financial System". There are multiple kinds of products involved in STABILA ecosystem, including decentralized applications(DAPPs), wallet client, public chain, Etc. The products are related to each other, and supports the stability of the whole ecosystem.

STABILA Public Chain

The development of STABILA public chain has reached the stage of the V.1.


STABILA public chain separates the system into several core modules, including underlying network, data storage, consensus, transaction actuator, SVM, and application layer interface.
Underlying network
The underlying network module is a set of high efficiency message response systems and a high-performance network framework.The module is separated into: node communication and node discovery.

Node discovery meets the requirements of decentralized network environments.

The node communication module uses TCP for data transfer offering a flexible and extensible message registration response mechanism.
Data storage
The data storage module can support fast rollback and an in-memory capacity. These reflect the performance of the STABILA public chain. It supports the switching of data engines between LevelDB and RocksDB.
STABILA public chain is DPOS enabling a maximum 2000 TPS.

Blocks are categorized as solidified and un-solidified block to tap the performance potential of the public chain.

Solidified blocks cannot be rolled back. Un-solidified blocks contain the latest transaction data.

On-chain governance mechanism implementing the DPOS algorithm. Governors (Gs) and Executives (Es) can initiate voting requests for proposals. After voting, all votes from Gs are counted to determine whether a proposal takes effect.

A proposal can include adjustments of blockchain parameters, the opening of new features, etc.
On-chain governance & incentive mechanism
STABILA public chain has two types of roles: Governors (Gs) and Executives(Es), and they participate in the on-chain governance. A G can initiate votings for specific proposals, and Es can give their opinions to the proposals through voting, which ensures the blockchain governance is entirely decentralized.

STABILA public chain has a pragmatic incentive mechanism. Gs/Es have the power of packing transactions, producing blocks and obtaining block production incentives. The amount of incentive is transparent, and the distribution process is entirely decentralized.
TRC10 token support
TRC10 token is based on system contracts and can be issued on STABILA public chain. TRC10 token transactions can be done in the decentralized exchange built in STABILA public chain.
SVM and smart contracts
STABILA Virtual Machine(SVM) implemented in STABILA public chain is fully compatible with the Ethereum Virtual Machine(EVM). SVM reduces considerably the operational cost of DAPPs.
Resource model
Every user has a certain amount of free resource quota. Users can CD(Contracts of Deposit) their STB to acquire free bandwidth/UCR.

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