Methodology

Ayrris™ / BIO was created to directly answer the large-scale data storage and processing challenges of high-throughput NGS analytics. It brings HPC together with cloud computing architectures and complex analytics to unite applications and data through Computational Storage™. The result is a system that combines three core technologies to create a single, unified platform that:

• Enables fast data processing rates to improve application performance and cost effectiveness
• Is easy to maintain with tools that allow a system administrator to manage a collection of machines as if they were a single system
• Handles scaling, distribution, and reliability issues, eliminating points of failure, so developers can spend more time concentrating on the business logic instead of babysitting computers
• Simplifies application deployment by offering a scalable and consistent framework capable of providing dynamic membership and software provisioning services

Ayrris™ / BIO performs complex analysis quickly and easily by digging down to the root of each computational challenge and designing the most direct path to a solution. Through advanced high-throughput analytics solutions, Ayrris™ / BIO enables users to absorb terabytes to petabytes of data quickly, process it, and provide analyzed results 10–100x faster than "big iron" deployments.

With their ability to effectively distribute storage and computation, our cloud-based architectures provide an ideal foundation for large-scale analytics, where terabytes and petabytes of data must be stored and processed. By designing solutions that leverage the built-in scalability, capacity and performance of cutting-edge cloud technology, we deliver computational power unlike any currently available.

More on Cloud Computing Architectures

We take a holistic approach to automated, resilient system security in every aspect of our solution design. Not only is our core technology built to integrate fundamental isolation and integrity protocols, but our solutions feature in-flight and in-SITU encryption to address the varying degrees of security demanded by different customer deployments and comply with standards required by HIPAA, FISMA and other regulatory bodies.