QLC Chain Bi-Weekly Report — #030
QLC Chain - the Gateway to 5G revenue
THE NEXT GENERATION PUBLIC BLOCKCHAIN FOR DECENTRALIZED NETWORK-AS-A-SERVICE (NaaS)
On June 10th, QLC attended the first Telco Blockchain Forum and delivered the keynote presentation “How Blockchain Empowers Telecom Infrastructure Sharing”. This post is a summary of the presentation, together with a slide video as elaboration.
Video
A summary of the QLC Chain team’s recent activities
- Chris Zhao presents at IEEE workshop
- Toya Zhang delivers keynote at Telco Blockchain Forum
PUBLIC CHAIN DEVELOPMENT
Ongoing (June 21 — June 28 )
- Integrate PoV Chain testing
- Support rollback ContractReward block
- Implement RPC Pub/Sub
Completed ( June 14 — June 21)
- Deploy Go-qlc nodes, NEP5 QLC staking and Q-Gas distribution
- Investigated PoV/Node possible memory leak
Next Step
- To optimize ledger concurrent read and write performance
- To optimize P2P protocol
- To conduct a pressure test of all RPC interface
CONFIDANT DEVELOPMENT
Ongoing (June 21 — June 28 )
- Optimize node performance to support running full nodes on Confidant
- Optimize the Confidant P2P network
- Optimize the Confidant database
- Implement RPC Pub/Sub
Completed ( June 14 — June 21)
- Confirmed end-to-end email encryption solution
- Upgraded communication security protocol to increase the reliability of the whole system
- Increased character input to 50,000 bytes
- Added icon input
- Fixed bugs including offline message push, not fully activated in some scenarios
About QLC Chain
QLC Chain is the next generation public chain for Network-as-a-Service (NaaS). It is the world’s first infrastructure-level public chain with embedded telecom service capabilities. The QLC Chain benefits the QLC holders in the network services.
It is the distributed telecom services constructed on multi-dimensional block lattice which is a type of DLT structure. The major features include
1) distributed security (e.g. digital ID authentication, privacy encryption and on-premise storage)
2) distributed billing (e.g. trusted billing, anti-fraud billing and phone bill payment)
3) P2P addressing (digital identity and chord network optimization based on IPv6).
Please visit the website for more information https://qlcchain.org/
