RIDDLE&CODE, an innovative European provider of secure infrastructure and technology, and Securosys, a leader in cybersecurity, encryption and digital identity protection, today announced a strategic partnership. The partnership includes the provision of Securosys HSMs for RIDDLE&CODE’s Token Management Platform (TPM).
Read More: Three Top Fintech Cyber Security Trends for 2021
The Token Management Platform is the next generation of RIDDLE&CODE’s banking-grade digital asset management solution. Operating in a secure cloud infrastructure, it delivers scalable and flexible custodial and tokenization services to the financial, energy and metal industries in Europe. Regulatory compliance has been achieved in collaboration with the Swiss financial industry.
Securosys HSMs add banking grade security features and relevant compliance processes to RIDDLE&CODE’s TMP platform.
Read More: Play2Pay Buys Rival Postr
“Our Token Management Platform is now fully interoperable with Securosys HSMs, delivering an unmatched combination of versatility and security to our customers in the energy, finance, material and mobility sectors. We are delighted to partner with Securosys and appreciate its European industry recognition and expertise. The successful deployment and integration of our software with Securosys hardware in the Swiss financial industry made this partnership a natural choice for us.” Alexander Koppel, CEO of RIDDLE&CODE.
Securosys Primus HSMs are a robust solution for securing crypto assets. Its enterprise-grade security is continuously being enhanced with additional features to protect new blockchain systems entering the market. The main advantage of HSMs is a strong security guarantee through tamper resistance and strict access controls for administrative operations.
“We are pleased to deliver our Primus HSM for Riddle&Code’s Token Management Platform,” said Robert Rogenmoser, CEO of Securosys. “Securosys’ Blockchain HSM not only provides the best protection for private keys, but also delivers integrated multisig authentication and algorithms for distributed ledger technologies.”
