Technology
![trinity protocol scheme](/img/enq/technology/trinity-protocol.png)
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 masternode screen](/img/enq/technology/poa-masternode-mobile.png)
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 server](/img/enq/technology/pos-node.png)
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 videocard](/img/enq/technology/pow-videocard.png)
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
![smart contracts code](/img/enq/technology/code-blur.png)
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