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Healthcare and life sciences organizations are increasingly reliant on advanced computing solutions to improve patient outcomes, reduce costs, and accelerate innovation. Our team of experts is dedicated to working with healthcare and life sciences OEMs and ISVs, and healthcare provider organizations to implement innovative compute solutions that positively impact patient care and quality of life.

Why Co-Design?

Solutions for Your Most Challenging Needs

Source Code works alongside healthcare and life science customers to engineer all elements of even the most complex medical hardware solutions—ranging from clinical diagnostics instruments, image guided surgery and genomic sequencing devices to medical imaging and PACS systems.

A co-design approach redefines the solution creation process by bringing healthcare and life science customers together with technology experts and best-of-breed products to build and deploy the optimal solution. It is especially suitable for complex needs where it is used to manage cost and complexity to deliver customized solutions.

Our engineers can quickly deliver unique designs by building on a strong foundation of base components and systems and customized elements developed over many years.

  • Design and manufacturing – We partner with you to design and manufacture a variety of custom, performance-optimized devices and clusters.
  • Testing and validation – Our comprehensive in-house testing and validation equipment accelerates the design process to overcome thermal, acoustic, and ruggedized design challenges.
  • Life Cycle Management – We provide long-life systems featuring consistent form factors and planned components that translate into lower total cost of ownership.
  • Certifications – Our certified manufacturing facilities are designed to ensure quality standards and maintain regulatory compliance.
Healthcare & Life Sciences

Meeting The Demands of Tommorrow

Why Co-Design for Intelligent Infrastructure

Transforming Challenges Into Opportunities

The Benefits of Co-Design

Co-Design: Edge Computing

Healthcare & Life Sciences

Edge computing plays a pivotal role in revolutionizing clinical lab automation systems, medical imaging devices, and surgical and treatment applications within the healthcare industry. By bringing computational power closer to the data source, edge computing minimizes latency, enhances real-time processing capabilities, and ensures data privacy and security. Examples include:

  • In clinical lab automation, edge computing enables rapid analysis of vast amounts of data generated from diagnostic tests, leading to faster results and improved patient care.
  • Medical imaging devices benefit from edge computing by facilitating on-device processing of high-resolution images, allowing for quicker interpretation and diagnosis without relying heavily on network connectivity.
  • Surgery and treatment modalities such as surgical robotics, radiotherapy, and electrophysiology systems benefit from edge computing as it enhances surgical precision and enables precise and immediate data analysis to reduce the risk of errors, and ultimately improve patient outcomes.

How SourceCode Can Help

Source Code engineers work with clients to understand organizational and technical needs. Then they design, test, and manufacture computing devices that ensure critical medical and life sciences data is processed effectively and efficiently. The team considers the level of autonomy, available bandwidth, latency/jitter constraints, and regulatory requirements around privacy and security, among other parameters. At the same time, the team leverages its decades of experience to meet international and industry standards that confirm edge devices operate under the most rigorous physical environments.

Co-Design: Data Center Compute/Storage

Managing the immense volume and diversity of data generated by today’s medical imaging devices presents formidable challenges in a healthcare facility’s PACS network. The array of imaging modalities such as X-ray, CT, MRI, Ultrasound, and PET contributes to the complexity of data formats and processing requirements. This diversity strains storage systems and computational resources, hindering efficient data management and analysis. Moreover, ensuring seamless integration across various modalities and adherence to regulatory standards like HIPAA adds another layer of logistical complexity.

Balancing the need for long-term data storage with cost considerations further complicates the management process. These challenges underscore the importance of taking a holistic, co-designed approach in implementing robust infrastructure, standardized protocols, and advanced analytics to optimize data handling within this ecosystem.

Healthcare & Life Sciences

How SourceCode Can Help

Source Code engineers have decades of experience creating hardware infrastructure for clients in this space. Expert system architects consider the data sets and how they are being manipulated, then create the optimal computing system for that particular workload. The hardware is then assembled and tested at Source Code’s U.S.-based engineering service centers and shipped out to clients across the world.

Co-Design: Enterprise Computing

Healthcare & Life Sciences

From drug discovery and design to molecular dynamics simulations to practical applications such as genomic data analysis, the list of ways that the life sciences and healthcare sector can use high-performance computing (HPC) and artificial intelligence (AI) is virtually endless.

In addition, the ongoing challenge of managing and analyzing an ever-expanding volume of complex data never ends. It requires robust storage solutions capable of securing historical data that must be retained for regulatory and research purposes.

How SourceCode Can Help

SourceCode excels in providing tailored hardware infrastructure solutions for enterprise computing needs. With a deep understanding of the complexities of data management, our expert system architects meticulously analyze the unique requirements of each workload. Our holistic approach ensures that the hardware solution aligns seamlessly with the demands of each task. We assemble and thoroughly test the hardware at our U.S.-based engineering service centers, ensuring reliability and performance before delivering it to clients worldwide.