Cross-Carrier Payment System - CCPS
CCPS is an innovative blockchain payment system designed and developed by TBCASoft. The system provides a single unified global payment platform that is accessible by all Consortium-member mobile subscribers.
Connect with global carrier services on a single platform
Discover synergies between existing telecom services
Unified cross-carrier payment platform
Quick integration with legacy telecom systems
Comprehensive APIs and SDK
Sample Use Cases
CCPS (Cross-Carrier Payment System) is a Cross-Carrier Blockchain Network, which enables P2P remittance and mobile payments for Users/Merchants networks globally
Cross-Carrier Identification System - CCIS
Currently, identification systems rely on a centralized database where individuals must trust a centralized authority or minority group to accurately identify and authenticate credentials. To participate in those systems, individuals sacrifice personal information to various system providers.
In contrast, CCIS provides a blockchain-based solution operated by independent CBSG carrier members under a CCIS Cross-Carrier Consensus with carrier-grade reliability. CCIS eliminates the need for a centralized authority to verify credentials. Instead, CCIS participants control what parts of their personal information is revealed.
Privacy and Security
Identify and authenticate users without having to reveal personal identifiable information in the blockchain
Leverages TBCASoft’s Cross-Carrier Blockchain Technology and telecom carriers’ highly protected data centers
Uses Zero Knowledge Proof cryptography and Distributed Ledger Technology (DLT)
Enables issuing, storing and authenticating a user’s identification
Sample Use Cases
Liberates individuals from managing multiple accounts and passwords protecting against identity theft
Businesses and individuals share and verify encrypted digital identities without disclosing confidential or private information
CCIS (Cross-Carrier Identification System) is a Cross-Carrier Blockchain Network, which authenticates users without having to reveal private detailed information