To help protect existing data in the cloud and prepare for future threats that may evolve with advances in quantum computing, IBM has announced a new set of cloud services and technologies to help clients maintain the highest level of of encryption of cryptographic keys available. Pioneered by scientists at IBM Research, these new services and technologies will enable the company to offer quantum-secure cryptography support for application transaction and key management on the IBM Cloud. Quantum computing will allow researchers to solve complex problems that even today's most powerful supercomputers cannot solve. However, future fault-tolerant quantum computers could present potential risks, such as the ability to quickly break encryption algorithms. To mitigate these risks, IBM has developed a clear strategic program to help protect the long-term security of its platforms and services. As the next step in this program, the company is contributing encryption capabilities created by cryptographers at IBM Research to help clients with a quantum-secure cryptography approach to their data in transit on the IBM Cloud. These new capabilities are designed to help organizations prepare for future threats and can be useful in defending against attacks where cybercriminals collect encrypted data and then decrypt it as quantum computing advances. IBM also introduced a new cloud-based service called IBM Key Protect, which provides lifecycle management of encryption keys used in IBM Cloud client applications or services.
IBM Cloud Hyper Protect encryption services
Because businesses also need to mitigate risks from external and internal threats while meeting regulatory compliance, IBM Cloud offers new features to help protect application transactions and other sensitive data using encryption services. IBM Cloud Hyper Protect. These services provide the highest level of cryptographic key encryption protection by providing customers with “Keep Your Own Key” (KYOK) capabilities. IBM Cloud Hyper Protect Crypto Services enables clients to have sole control over the keys and complete authority over the data and workloads protected by the keys. IBM Cloud clients are designed for application transactions that require more advanced cryptography, and for this reason, they can keep their private keys safe in the cloud hardware security model while offloading Transport Layer Security (TLS) to IBM Cloud Hyper Protect Crypto Services to establish a secure connection to the web server. IBM Cloud vice president and chief technology officer Hillery Hunter explained how the company is working to protect data in the quantum age in a press release: “As our reliance on data grows in the age of hybrid cloud and quantum computing capabilities, the need for data privacy becomes even more critical. IBM now offers the most holistic approach to quantum security to protect data available today to help businesses protect existing data and help protect against future threats. Security and compliance remain at the heart of the IBM Cloud as we continue to invest in confidential computing and our industry-leading encryption capabilities to help businesses of all kinds, especially those in highly regulated industries, protect their businesses. data. "