Tag: disaster recovery

In a world where data is produced and handled at unprecedented speeds and quantities, the need for effective methods to securely store, analyze, and interpret this data is more important now than ever. As agencies within the U.S. Department of Defense and Intelligence Community turn to cloud adoption, they are able to bring new capabilities closer to the tactical edge and accelerate their digital transformation. Agencies can effectively leverage these new technologies such as AI, ML, and data analytics to free up time and resources for warfighters and analysts to focus on mission critical tasks.

Nobody wants to lose data—and setting a Recovery Point Objective (RPO) to zero makes this intent clear. Customers with government mission-critical systems often need to meet this requirement, since any amount of data loss will cause harm. RPO covers both resilience and disaster recovery—everything from the loss of an individual physical disk to an entire data center. Existing systems support RPO zero through a combination of architecture patterns (including resilient messaging) and on-premises legacy databases. Frequently interpreted as a database or storage requirement, providing for RPO zero requires thinking about the entire system. To do so, you can use AWS services and architecture patterns, which provide resilience to failure with clustering, auto scaling, and failover across multiple data centers within one region.

Enterprise Resource Planning (ERP) systems handle everything from accounting to marketing, finances to inventory, human resources to customer relations, and more. Colleges and universities commit significant infrastructure and personnel resources to run and manage these vital applications. But shifts in technology adoption, reduced availability of skilled labor, and increased economic pressures push colleges and universities to assess the return on their material ERP system investments. One way higher education institutions realize additional return on their scarce resources is by using cloud technologies. After Arizona State University (ASU) moved to AWS, the university was able to effectively allocate resources to benefit its students and solve operational problems that would otherwise require additional investment. Check out three benefits higher education institutions can recognize by moving ERP systems to the cloud.

In October 2018, the Florida panhandle was hit by Hurricane Michael, a Category 5 storm that set a new record for the strongest hurricane on record to make landfall in the area. Florida State University (FSU) already understood the need for a long-term continuity of operations plan, and the devastation Michael wrought on the surrounding areas solidified how critical a disaster recovery (DR) service is to their overall operations. Disaster-recovery-as-a-service (DRaaS) is the business world’s advanced solution to unexpected disruption. Whether the threat comes from natural disaster, technical failure, human error, or malicious action, the result is still unplanned downtime and the need for recovery. Learn how FSU designed and launched their DRaaS solution on an accelerated timeline while optimizing costs.

Organizations face a host of threats to business continuity, from extreme weather events to cyber-attacks to human error. Many turn to Amazon Web Services (AWS) to house their workloads in an environment that can withstand disruptions of any type or scale. IT resilience hinges on developing strong architectural, technological, and operational management. Cloud environments require assembly, execution, and maintenance. Here are five best practices for organizations to build IT resilience.

For public sector organizations, there is no room for service disruption. When faced with a natural disaster, emergency, or cyberattack, these organizations need to continue running mission-critical applications to power essential platforms such as call centers, patient and judicial databases, and online learning sites. A disaster recovery (DR) strategy is necessary for public sector organizations that need to be there for their communities. CloudEndure Disaster Recovery, offered by AWS, can help organizations reduce DR total cost of ownership (TCO) and achieve business continuity.

Atma Connect envisions a world where people use technology to amplify their voices, help one another, share solutions, and take action. We provide a digital platform, AtmaGo, and local trainings that help ensure communities will be able to help neighbors mitigate, prepare for, respond to, and bounce back from disasters. Building disaster resilience—the ability to rebound and rebuild health and economic well-being after a disaster—is directly related to the welfare of our AtmaGo users.

Data is an organization’s critical asset, which is why safeguarding it against ransomware attacks, natural disasters, emergencies, or technical failures is a top priority. Legacy data storage, such as tape, makes sharing and protecting data costly and time consuming. AWS released a series of educational webinars and whiteboarding videos that discuss how to raise the bar on data protection in the AWS Cloud.

Emergencies and national disasters can strike at any moment. And with the change in how people communicate – from the internet to cell phones and more – emergency response systems need to be modernized to meet the immediate urgent needs of constituents. Amazon Web Services (AWS) supports many disaster recovery architectures, from those built for smaller workloads to enterprise solutions that enable rapid failover at scale. AWS provides a set of cloud-based disaster recovery services that enable fast recovery of your IT infrastructure and data.

Tasking someone to find a singular image in a sea of millions of captured images would be like telling them to find a needle in a haystack. Yet, this is one project for which Ralph Perko is developing a solution. Perko is a lead senior software engineer at the Pacific Northwest National Laboratory (PNNL) in the state of Washington. In his role, he is responsible for taking the lab’s research and creating applied, scalable solutions to support PNNL’s customers’ missions.