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Anqlave Data Vault* (ADV*) helps solve the secret-management problem by allowing users to create, store, transport, and use secrets with improved security. ADV helps ensure that secrets are not available in plaintext, whether at rest, in motion, or in use. Secrets receive protection at rest and in motion using encryption, and they are used inside protected memory regions, called enclaves, which are created using Intel® Software Guard Extensions (Intel® SGX).
Anqlave Data Vault* (ADV*) helps solve the secret-management problem by allowing users to create, store, transport, and use secrets with improved security. ADV helps ensure that secrets are not available in plaintext, whether at rest, in motion, or in use. Secrets receive protection at rest and in motion using encryption, and they are used inside protected memory regions, called enclaves, which are created using Intel® Software Guard Extensions (Intel® SGX).
NVM Express* (NVMe*) has been rapidly adopted by enterprise and cloud customers as their primary storage media interface. Intel® Optane™ DC Solid State Drives (SSDs), combined with NVMe, deliver fast write and read performance and high endurance for intensive storage tasks and the most demanding workloads. RAIDIX, a developer of high-performance storage systems, created RAIDIX ERA* software to be optimized for NVMe and Intel Optane DC technologies. Tests performed by RAIDIX show how dramatically RAIDIX ERA outperforms open source software–based systems.
NVM Express* (NVMe*) has been rapidly adopted by enterprise and cloud customers as their primary storage media interface. Intel® Optane™ DC Solid State Drives (SSDs), combined with NVMe, deliver fast write and read performance and high endurance for intensive storage tasks and the most demanding workloads. RAIDIX, a developer of high-performance storage systems, created RAIDIX ERA* software to be optimized for NVMe and Intel Optane DC technologies. Tests performed by RAIDIX show how dramatically RAIDIX ERA outperforms open source software–based systems.
IBM Cloud Private for Data* is a scalable cloud platform that runs on enterprise infrastructure and facilitates multi-cloud deployments. It extends the IBM Cloud Private* foundation with powerful tools for data management and analytics. It is built on open source frameworks and provides the following foundational services
IBM Cloud Private for Data* is a scalable cloud platform that runs on enterprise infrastructure and facilitates multi-cloud deployments. It extends the IBM Cloud Private* foundation with powerful tools for data management and analytics. It is built on open source frameworks and provides the following foundational services
IBM Cloud Private is a scalable cloud platform that runs on enterprise infrastructure and facilitates multi-cloud deployments. It’s built on open source frameworks, like Docker* and Kubernetes*, and it provides key foundational services.
IBM Cloud Private is a scalable cloud platform that runs on enterprise infrastructure and facilitates multi-cloud deployments. It’s built on open source frameworks, like Docker* and Kubernetes*, and it provides key foundational services.
SoftLayer, and IBM Company, uses Intel® Trusted Execution Technology (Intel® TXT) to provide security controls to help ensure that your workloads are running on trusted hardware.
SoftLayer, and IBM Company, uses Intel® Trusted Execution Technology (Intel® TXT) to provide security controls to help ensure that your workloads are running on trusted hardware.
VeriClouds CredVerify uses Intel® Software Guard Extensions (Intel® SGX) to protect the sensitive credential verification process with hardware-based crypto built inside the CPU. The solution significantly advances the security of VeriClouds service.
VeriClouds CredVerify uses Intel® Software Guard Extensions (Intel® SGX) to protect the sensitive credential verification process with hardware-based crypto built inside the CPU. The solution significantly advances the security of VeriClouds service.
NetApp Memory Accelerated (MAX) Data* provides transparent application access to Intel® Optane™ DC persistent memory with plug-and-play ease of deployment.
NetApp Memory Accelerated (MAX) Data* provides transparent application access to Intel® Optane™ DC persistent memory with plug-and-play ease of deployment.
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