ATF chose Amazon Web Services (AWS) GovCloud (US) for its cloud migration in part because the company met its requirements for security and compliance with FedRAMP High authorization, and AWS was able to provide support with U.S. citizen staff. ATF was also confident that AWS would provide resilient, stable architecture with high availability to support the move of mission-critical applications to the cloud.
Seamless, intuitive, and time-saving digital services require both modern applications and modern identity and access management. Learn how a modern identity approach enables application modernization and why identity modernization is simpler than ever.
No matter the complexity of your environment or where you are on your IT modernization journey, an IT operations automation strategy can help you improve existing processes. With automation, you can save time, increase quality, improve employee satisfaction, and reduce costs throughout your organization.
Updating legacy processes and systems has become a more immediate challenge than ever before, necessary to lay the groundwork for future innovation. Organizations are investing more heavily in areas that will allow them to take full advantage of new technologies and processes in 2021 and beyond. And cloud migration is one of the top priorities for CIOs.
Shutdowns changed the world from a largely in-person experience to a virtual experience for government workers and citizens. Government workforces had to quickly move entirely to remote working and governments had to adapt to find new ways to deliver services to citizens. Luckily, the availability of digital tools made the shift possible.
Cloud migration has long been one of Federal agencies’ top IT initiatives, from Cloud First to Cloud Smart and now the May 2021 executive order on cybersecurity, which calls on agencies to accelerate movement to secure cloud services. The COVID-19 pandemic furthered the cloud push, as agencies moved services online to facilitate remote work and […]
As the Department of Defense (DoD) moves from a primarily on-premises IT environment towards a cloud-native one, one question has been top-of-mind at the agency: How can cloud providers create a cloud environment for government use that is compliant with stringent regulations at the Pentagon?
U.S. Air Force CIO Lauren Knausenberger detailed the service branch’s continuing migration to cloud services at the AWS Summit, Washington D.C. event in 2021. She focused on the buildout of its Cloud One cloud computing platform—which has a majority of its systems hosted with AWS—and the benefits that the platform is bringing to the Air Force.
Federal employees and citizens expect consumer-like experiences from government – simple, intuitive, and on-demand. What holds back progress, and what steps are the leaders taking? Efficient, omnichannel contact centers that enable self-service, improve reporting and importantly — speed time-to-issue resolution — deliver these experiences and accelerate process improvement.
Government mandates and practical necessities are pushing government to the cloud. Cloud solutions can scale quickly, save budget, provide better security, and ease staffing challenges. Adoption isn’t easy, however, and security priorities like zero trust architectures add to the complexity. Still, U.S. government cloud spending will grow to over $8.5 billion by fiscal year 2023, according to Bloomberg. For ISVs, the opportunity for expansion in the government space is substantial and promising.
To remain competitive, tech leaders need to continue to mature their company’s cloud strategies, ensuring that they have the right organizational design, skill development and processes in place to realize value. This is the government leader’s complete guide to doing just that.
While government agencies have made steady progress toward the cloud as they aim to modernize their technology environments, many Federal, state, and local organizations say they’re still at the early stages of their journey. As traditional data management software become outdated, the clear next step is cloud.
Despite increased media coverage in the security community and the rapid shift to the cloud in response to the COVID-19 pandemic, research from Palo Alto Networks’ Unit 42 reveals that supply chain security in the cloud continues its growth as an emerging threat for both government agencies and organizations.
Are you a government leader committed to embracing new technologies as they emerge? Are you part of a team that wants to be at the forefront of innovation? Is your agency concerned about not being agile enough to make quick, pivotal decisions and solve critical government objectives?
Federal systems integrators (FSIs) are essential to IT modernization in government, but struggle to consolidate disparate legacy data centers and clouds from multiple providers.
The Federal Data Strategy (FDS), a 10-year roadmap, is designed to help Federal agencies leverage data for strategic advantage and serve the public. Its importance is amplified by the COVID-19 pandemic as agencies confront new requirements for data analysis and sharing, and must enable access and security for a widely dispersed workforce.
Pressure on Federal IT systems has never been greater than over the past year, as the COVID-19 pandemic necessitated a rapid
shift to mass telework, increased cyber threats, and challenged Federal teams to rethink traditional processes. Many agencies had strong IT transformation strategies in place –2020 provided the impetus and opportunity to shift those efforts into overdrive.
Federal technology teams are experts at monitoring their on-prem data and systems. The importance of monitoring doesn’t change when migrating to a cloud environment. In fact, not continuing your monitoring protocols can have significant impact on your budget and drive-up your cloud usage costs.
In a hybrid world, Federal IT teams need the ability to move workloads seamlessly, develop and manage applications that run anywhere, leverage emerging technologies, and ensure security across environments. However, tying together the right hardware architectures, microchip components, and container platforms to effectively achieve this can be challenging and costly.