Getting the most from the cloud depends on flexible, cost-effective technology. Many governments seek to implement hybrid, multicloud environments that deliver both agility and security. Intel® technologies provide a foundation for cloud value and help governments implement controls that map to compliance.
Governments at all levels, from federal to state and local, are shifting computing needs to cloud infrastructure. Their goal: to provide better and faster services to citizens with flexible, scalable, and cost-effective technology.
Often, the best cloud computing strategy employs a hybrid, multi-cloud architecture. This requires tools and technologies to manage workloads across private clouds and public clouds operated by various cloud service providers (CSPs).
Infrastructure makes the critical difference in realizing the full benefits of cloud computing. An extensive portfolio of Intel® technologies helps make the most of cloud value. With the right cloud computing solutions, governments can also tackle AI problems that require massive amounts of computing power.
Ultimately, Intel supports the edge-to-cloud life cycle with a range of compute, memory, storage, and network technologies that all contribute to transforming data into valuable information.
Government Cloud Adoption
The National Institute of Standards and Technology (NIST) lists the five essential characteristics of cloud computing as “on-demand service, broad network access, resource pooling, rapid elasticity, and measured service."1
To achieve this vision, the 2019 U.S. Federal Cloud Computing Strategy, known as Cloud Smart, drives the acceleration of federal government cloud adoption. Cloud Smart provides a migration path that’s designed to reduce costs, improve security, and deliver solutions that improve citizens’ lives.
Many government organizations implement a hybrid, multi-cloud environment to manage their computing needs. This gives agencies the flexibility to scale quickly via public cloud services while keeping mission-critical applications on infrastructure they own. A hybrid, multi-cloud environment usually involves different security levels for workloads. By balancing cost, privacy, and availability, IT can deploy application environments that make the most sense for their organization.
Infrastructure to Optimize Cloud Value
To achieve their mission in the cloud, government IT teams must recognize that infrastructure matters. Intel works with developers and CSPs to help governments optimize their use of Intel® technologies, whether via on-premises infrastructure or public cloud services. Many popular CSPs offer instances based on Intel® technologies that align with federal compliance standards and keep governments ahead of the technology curve.
Clouds based on Intel® technologies are designed to provide the following key benefits:
- Agility: Platform innovations and hardware-enhanced virtualization across compute, storage, and network deliver a high-quality experience.
- Trust: Hardware-enhanced security features help thwart malicious exploits while maintaining workload integrity and performance.
- Resiliency: Capabilities designed to help recover quickly from malicious exploits promote operational continuity.
- Performance: Workload-optimized performance includes built-in AI acceleration.
- Efficiency: Each workload has individual requirements. This can create a cost advantage when negotiating with public CSPs.
Intel provides solutions that help governments or their service providers implement controls that map to compliance.
The Intel Portfolio for Cloud Computing
Intel® technologies for government cloud computing provide a solid foundation for almost any application with trusted infrastructure to help protect against security threats.
- Intel® Xeon® Scalable processors provide hardware-enhanced security features and dynamic service delivery for flexible, scalable hybrid, multi-clouds.
- Intel® Deep Learning Boost (Intel® DL Boost) accelerates performance-hungry AI applications so they can run alongside existing cloud and data center workloads.
- Intel® Cloud Integrity Technology (Intel® CIT) helps ensure cloud applications run on trusted servers and virtual machines with unaltered configurations.
- Intel® Trusted Execution Technology (Intel® TXT) enhances platforms with security capabilities such as measured launch and protected execution. One-Touch Activation makes Intel® TXT easy to deploy.
- Intel® Platform Trust Technology (Intel® PTT) and trusted platform module (TPM) strengthen security by storing credentials and securely generating and managing cryptographic keys.
- Intel® Software Guard Extensions (Intel® SGX) on select systems helps protect data in use and in memory.
- Intel® FPGAs let designers fine-tune algorithms to provide optimized performance for specific workloads.
Compliance: Federal Government Cloud Security
Cybersecurity is a key area of concern for government organizations. Many agencies must meet a strict set of cloud computing regulations and security requirements. Intel provides solutions that help governments or their service providers implement controls that map to cloud compliance. The most critical government cloud security frameworks are FedRAMP (Federal Risk and Authorization Management Program) and the NIST Cybersecurity Framework (CSF).
The Federal Information Security Management Act (FISMA) requires each federal agency to implement a complete information security plan. FedRAMP establishes standards for validating cloud-computing services for FISMA compliance.
The NIST Cybersecurity Framework provides a uniform strategy to protect data and identity, detect threats, and respond and recover as quickly as possible. Intel participated in the development of this framework and continues to help organizations align with its requirements. Governments worldwide also follow NIST-recommended guidance and standards.
From neural networks to big data analytics, cloud AI tackles problems that take a lot of processing power. Intel® technologies for cloud computing handle a range of government AI applications. For example, the European Space Agency and partners are developing the first European satellite with AI technology, including the Intel® Movidius™ Myriad™ 2 Vision Processing Unit (VPU). This AI technology filters out images with excessive cloud cover to ensure better data quality and more efficient delivery of Earth images.2 Scientists are also investigating potential applications of AI to diagnose and treat infectious diseases.3 Other applications range from chatbots to smart city analytics to drug design.
The Edge-to-Cloud Life Cycle
Intel® technologies collect, move, store, and analyze data at every stage of its life cycle, from devices at the edge to the cloud and data center. Clouds powered by Intel® technologies provide the agile and resilient computing that governments need to provide the best possible services to citizens.