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).
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.
Numecent, Bromium, and wolfSSL employ Intel® Software Guard Extensions (Intel® SGX) to create more secure, next-generation solutions.
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.
Analytics workloads benefit from extensive collaboration between Intel and Oracle, resulting in innovation and optimized data warehousing performance using Intel® Xeon® Scalable processors and Intel® Optane™ storage.
This whitepaper describes Fortanix Runtime Encryption for Intel® SGX. Runtime Encryption transparently enables workloads to use Intel SGX enclaves for their cryptographic protection from rogue insiders, compromised OS, malware, and other vulnerabilities. To illustrate use cases for Runtime Encryption, a Self-Defending Key Management Service* (SDKMS) is described that delivers cloud-ready unified HSM and Key Management capabilities.
This Solution Brief discusses new regulatory framework, codified in the General Data Protection Regulation (GDPR) developed by the European Union that mandates stricter data protection practices for doing business with member countries and requires that handling and processing of personal data meet rigorous standards. This document illustrates how Intel offers security capabilities that start at boot protections embedded in silicon and extend all the way through the software stack which help protect data in each state: data in use, in transit, and at rest.
Intel® Solid State Drive Data Center Family for PCIe*/NVMe and Storidge® ContainerIOTM enable high-performance containerized stateful application storage
This Solution Brief explores how Red Hat OpenShift* Container Platform Deployable Solution Architecture (DSA) implements Red Hat’s enterprise-grade container application platform using Red Hat Ansible* enables customers to release new services to market faster, more efficiently, and at scale.
Intel Select Solutions for Windows Server Software Defined Storage provide optimized performance on a fully tested stack—from the servers, CPU, memory, and storage to the
firmware and software. That enables businesses to migrate to a hyperconverged infrastructure solution without spending weeks on researching and testing.
Proven configurations are within reach with Intel Select Solutions for VMWare vSAN, a verified foundation for hyper-converged infrastructure.
This reference architecture describes: Intel and Microsoft hyperconverged compute and storage technologies. Function of hyperconverged infrastructure solution components Guidance for choosing hyperconverged solution components for specific situations.
This implementation guide provides a starting point for Windows Server 2016 with Storage Spaces Direct (S2D) on the latest Intel technologies for software-defined storage solutions.
A well-designed virtualized cloud offers business decision makers incredible agility in terms of available resources for their workloads and data. Explore the advantages of building a trusted infrastructure with HyTrust, VMWare, IBM Cloud Softlayer, and Intel.
China Media and Broadcasting industry leverages Bigtera VirtualStor™ for Simplicity and Streamlining Business Processes.
Cloud infrastructures are built to be highly agile and dynamically assign resources to process workloads, including moving workloads across geographic boundaries. Because of this, cloud computing introduces new security risks and raises issues with visibility and control of both manual administrator actions as well as with automated / virtualized tasks. Intel, VMware, and HyTrust have collaborated extensively to create a solution that establishes trust for secure operations in the cloud. This solution resolves critical security challenges, provides a trusted foundation for virtualized workloads and storage; and enables compliance for data-location and privacy.
Hyperconverged infrastructure combines both compute and storage into a single building block. This is connected over what is now the standard in datacenter 10-gigabit Ethernet. The Nutanix Xtreme Computing Platform converges compute and storage-network resource pools (including Fibre Channel switches, etc.) into an easy-to-deploy, single, integrated appliance. Based on Intel® Xeon® processor-based architecture, this platform gives datacenters the flexibility to scale capacity, one node at a time, empowering IT managers to upgrade and expand at their own pace.
Businesses must consider information security, regulatory compliance, server
geolocations, geo-fencing, and trust as they build their virtualized cloud infrastructures. HyTrust, VMware, and Intel have teamed to offer a cloud solution that enables IT and business leaders to build a trusted, securely governed, virtualized infrastructure upon a capability known as a hardware root-of-trust. The root-of-trust, which
is enabled by Intel® Xeon® processors, provides a foundation on which the system’s other security elements can rely. With this solution, enterprises can increase the trust, security, and
compliance of their IT infrastructure, while taking full advantage of the benefits of virtualization and the cloud.
This guide explains how to set up and deploy a trusted cloud solution on bare metal servers using elements from HyTrust, Intel, IBM Cloud SoftLayer, and VMware. The trusted cloud infrastructure is based on a combined solution provided by Intel Trusted Execution Technology (Intel TXT), SoftLayer base-metal servers, VMware virtualization and management applications, and HyTrust virtual appliances.
This paper outlines a new way to think about a storage solution that can reduce risk, enable profitability, eliminate complexity and seamlessly integrate into the way a business operates.