MineSec CPoC SoftPOS White-label Solution
Mobile software security is always the most challenging part in a mobile payment system. MineSec understands the challenges that our customers will be facing. Our White-label CPoC SoftPOS solution helps our customers get rid of the challenges
“A clever person solves a problem. A wise person avoids it.” - Albert Einstein
Our solution
MineHades™

CPoC SoftPOS SDK
Developed based on PCI CPoc Requirements
Enable device's NFC for contactless payment acceptance
Initial encryption of account data
Attestation health-check on device and SoftPOS app
Support Visa and MasterCard transactions
Provide API for integration development
MineZeus™

Attestation and Monitoring Server
PCI DSS Compliant
Process attestation health-check data from SoftPOS app
Enforces pre-established security policies on the SoftPOS
Monitor and Mitigate threats and attacks against the SoftPOS app
7 x 24 service level commitment

Solution
MineSec CPoC SoftPOS White-label Solution fulfills what you need for your SoftPOS implementation
Comply with the PCI security requirements
Fulfill functional requirements for different card schemes
API for L3 Application development and integration
Security
MineSec CPoC SoftPOS solution is designed and developed based on the latest PCI Contactless Payment on COTS (CPoC) standards.
PCI CPoC standards provide an alternative acceptance solution to contactless EMV® markets by enabling a secure software application on a merchant’s Commercial Off-the-Shelf (COTS) device to capture and process account data read by the native and embedded NFC capabilities. CPoC enables a cardholder to pay with a contactless-enable card or device (e.g wearable, phone, tablet) at a merchant using a COTS device and associated CPoC application for authorization of contactless chip-based card payment transactions.
To secure account data, the solution relies on a combination of mechanisms and securely controls including, but not limited to, application software hardening and monitoring, and attestation of the entire process.


