TetraScience is a life sciences cloud data integration company founded in 2014 by scientists and engineers from Harvard and MIT. Their SaaS solution for large pharmaceuticals and growth-stage biotech centralizes scientific data from instruments, contract research organizations (CROs), and software systems in a single, cloud-based repository. Customers use their software to easily access scientific data, improve operational efficiency, enable novel analytics, and support regulatory compliance.
The solution can interact with hundreds of lab instruments because it is instrument and manufacturer agnostic. Data streams from labs, databases, and collaborators to a cloud-based dashboard. Researchers can then remotely monitor, manage, and automate their experiments from any location, with data logged and alerts sent when necessary.
They were named a Cool Vendor by Gartner in the May 2017 report, “Cool Vendors in R&D for Manufacturers, 2017”. To learn more, go to tetrascience.com/.
Life Sciences, Internet of Things, Data Integration, Cloud Computing, Enterprise Software
Improve performance efficiency and flexibility while protecting intellectual property and patient data in a secure, enforceable, and regulatory-compliant manner.
Containerization (AWS Fargate, Amazon Elastic Container Service), infrastructure automation, database backup (AWS Systems Manager), cloud management (nOps), 24/7 support services.
Improved performance efficiency, repeatability, consistency, & flexibility
Improved security and regulatory compliance
Improved user experience and SLAs
In nClouds we found a partner who became an extension of our team, sharing our passion and goals. And we got a broad, expert skill set with DevOps, containers, AWS infrastructure, and cloud management that has delivered a modern infrastructure for growth and innovation that has empowered us to rapidly evolve our product offerings.”
Co-Founder & COO, TetraScience
TetraScience’s mission is to modernize life sciences research by bringing cloud software to the laboratory, making any device Internet-connected. While developing the software for their life sciences solution, TetraScience recognized the need to modernize their IT infrastructure to improve performance efficiency.
They needed the flexibility to automate the management and deployment of tenant configuration options to multiple tenants based on the varying architectural requirements for each tenant. Their solution needed to enable data exchange among clinical researchers at different entities while preventing cross-tenant access to system resources to protect intellectual property and patient data. Security at every layer of the architecture, enforceability, and regulatory compliance were essential requirements.
TetraScience was evaluating top AWS partners to help them modernize their infrastructure. After the evaluation, TetraScience selected nClouds, a Premier Consulting Partner in the AWS Partner Network (APN), based on the firm's years of experience, case studies, and customer references. nClouds’ model of becoming an extension of their client’s team really resonated with TetraScience, because they were looking for such a relationship.
TetraScience engaged with nClouds, early in their software development process. nClouds partnered with TetraScience to modernize their infrastructure using containerization and a DevOps approach. Plus, nClouds now provides 24/7/365 infrastructure support services with a 10-minute SLA.
The new infrastructure enables TetraScience to save time, improve repeatability and consistency, enable deployment flexibility, support regulatory compliance, and reduce costs.
Container-based applications are abstracted from the environment in which they run, enabling them to be deployed easily and consistently. TetraScience now has the flexibility to deploy containers on any compute resource (regardless of software, operating system, or hardware configurations) through the development, testing, and production lifecycle. AWS Fargate, a compute engine for Amazon ECS and EKS, enables TetraScience to run containers without having to manage servers or clusters. Container management processes are repeatable across applications, enabling TetraScience to save time.
Other time savers include Amazon ECS to automate container management, scaling and workload scheduling, and AWS CloudFormation to automate modeling and provisioning the resources needed for TetraScience’s applications across all regions and accounts.
The infrastructure supports versioning to track control and improvement of specific requirements. Versions can be shared across accounts with the help of AWS Service Catalog to set up new environments easily.
nClouds built an automated database backup process using AWS Systems Manager to store encrypted authentication credentials and execute backup procedures for services. All data is encrypted in flight and at rest to help TetraScience comply with life sciences regulations. Monitoring, centralized logging, and testing help improve database capacity to handle near-real-time data querying and analytics, optimize container performance and health, maintain flexibility, and reduce operations overhead and complexity.
To optimize cost, the new solution architecture includes nOps, a cloud management solution for AWS. The team uses nOps to proactively identify unused and underutilized resources.
Teaming with nClouds, TetraScience moved from an outmoded infrastructure to a secure, efficient, reliable, and cost-optimized environment on AWS cloud. The project has yielded numerous benefits:
Containerization helps ensure that applications deploy quickly, reliably, and consistently regardless of deployment environment. Automation enables faster and more efficient deployments, development, and test workflows, container management, and configuration management.
TetraScience’s new infrastructure encrypts all data in flight and at rest, contributing to improved security at every layer of the architecture and compliance with life sciences regulatory requirements governing drug and device research (e.g., clearance processes, subject recruitment, safety reporting, privacy, and good clinical practices issues).
nOps helps TetraScience reduce costs by identifying and terminating zombie instances (unused servers left running because no one turned them off or an instance that failed in booting). And, if multiple developers launch resources on AWS using different workflows, TetraScience can easily determine if services should remain active or be terminated to save costs.
TetraScience engineers are focused on the business of innovating new features rather than supporting infrastructure because nClouds provides 24/7/365 infrastructure support services with a 10-minute SLA. This support has improved user experience by providing TetraScience with real-time awareness of their environment’s status, preventing many issues from ever occurring, and, when needed, quick remediation of incidents.
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