Technology
Protocol Trinity
(BFT Hybrid Consensus Algorithm)
Our Trinity algorithm combines PoA, PoW and PoS. This hybrid approach to consensus provides a high degree of network decentralization, while significantly increasing both network security and transaction execution speed. Network security is further enhanced by our integrated innovative cryptographic solutions.
PoA mobile masternode
PoA (Proof-of-Activity) nodes contribute to the network by validating m-blocks where transaction information is stored. Microblocks contain transactions. PoA is validated by the PoS leader.
PoS node
(Delegating / Validating)
PoS (smart stacking) nodes are rewarded for voting by a PoS Leader who publishes macroblocks. The candidate for the role of a PoS node must be in the top 100 wallets of the balance and receive a secret key share from the PoS coalition according to the relevant Trinity protocol.
PoW node
PoW (Proof-of-Work) nodes generate k-blocks that make up the structure of our blockchain using the CPU power of your PC. ASIC resistance.
Enecuum Token Machine
User-friendly and fast interface for creating tokens.
- In Game Points
- Stable Coins
- Crowdfunding
- System Credits
- Cryptocurrencies
- In Game Items
- Supply Chain
- Real Estate
- Identity
- Certifications
- Collectables
- Gift cards
- Loyalty Points
- Marketing
- Community building
- DeFi staking
- In Game Points
- Stable Coins
- Crowdfunding
- System Credits
- Cryptocurrencies
- In Game Items
- Supply Chain
- Real Estate
- Identity
- Certifications
- Collectables
- Gift cards
- Loyalty Points
- Marketing
- Community building
- DeFi staking
Fee principles
Coming soon
Smart contracts
Smart contracts are based on a strongly-typified, Turing not complete functional programming language using business oriented SHARNELL logic. This logic minimizes the potential for error.
Use cases:
- Payments
- Gambling
- DeFi
- Games
- Crowdfunding
- VPN
- DEX