Integrated diagnostics: How Roche is pioneering the future

In the world of diagnostics, innovation is essential, but without integration, even the most advanced technology can create inefficiencies rather than solve them. Today, laboratories face growing pressure to improve efficiency, standardize workflows, and reduce turnaround times while implementing the latest scientific breakthroughs.¹

Dr. Benjamin Lilienfeld, Lifecycle Leader Serum Work Area Systems, is leading the conversation for Roche Diagnostics. With years of experience in laboratory automation and workflow optimization, Dr. Lilienfeld understands the challenges that laboratories face in adopting new technologies while ensuring operational continuity.

“At Roche, integration isn’t an afterthought—it’s built into everything we do, from laboratory automation to digital connectivity,” Dr. Lilienfeld explains. “We don’t just want to develop the best diagnostic instruments. We want to make sure they work together in a way that truly benefits both laboratories and patients.”

It is easy to focus on introducing new and innovative diagnostic technologies as the primary means of improving healthcare. However, without integration, these advancements can create fragmentation rather than efficiency.

Many laboratories today operate with multiple standalone technologies, requiring different training protocols, separate user interfaces, and varying levels of automation. This fragmented approach slows down workflows, increases operational costs, and introduces the potential for error.²

Dr. Lilienfeld emphasizes this issue:

“We’ve seen many cases where laboratories invest in innovative technology but struggle to incorporate it effectively into their existing workflows. Instead of creating efficiency, they end up managing multiple disconnected systems, each requiring its own maintenance and specialized knowledge. That’s why integration is not just important, it’s essential.”

When laboratories prioritize implementing integrated systems, reduce complexity, improve standardization, and enable seamless automation across different diagnostic disciplines. Roche has been a leader in integrated diagnostics, ensuring that laboratories don’t just have the latest technology, but also the most cohesive and effective workflows.

For decades, Roche has pioneered integrated laboratory solutions, focusing on making diagnostic workflows more efficient, standardized, and scalable. Some of Roche’s most significant contributions to integrated diagnostics include:

• The integration of clinical chemistry and immunochemistry: Roche was among the first to develop solutions that allow seamless testing of different analytes using the same sample, reducing hands-on time and improving efficiency.
• Lab Automation: Roche’s lab automation solutions enable laboratories to run high-throughput testing with reduced human intervention, resulting in faster turnaround times and greater standardization.
• Molecular diagnostics integration: Roche has developed platforms that connect molecular testing with broader laboratory workflows, making it easier for labs to incorporate genetic and infectious disease testing into their routine operations.
• Mass spectrometry integration: Traditionally, mass spectrometry was considered a separate, highly specialized technology. However, Roche’s new cobas®mass spec solution will be integrated into the core laboratory workflow, enhancing its accessibility and efficiency.³
• Integration of centralized laboratories with satellite settings: With the ongoing integration of hospital systems, Roche supports customers to integrate test data from decentralized settings into their LIS seamlessly and to optimize test distribution between central labs and satellites. 
• Integration of data sources across lab and hospital systems: Roche supports customers to integrate data from Roche systems and 3rd party devices, making data flexible and reducing data fragmentation.

Dr. Lilienfeld explains:

“By integrating mass spectrometry directly into routine laboratory testing, we eliminate many of the traditional barriers to its use. Instead of being an isolated specialty, mass spectrometry becomes a seamless part of the diagnostic process.”

In addition to physical integration, digital connectivity is becoming a key priority for modern integrated diagnostic systems and wider laboratories.

“The future of integration is digital,” says Dr. Lilienfeld. “By ensuring that diagnostic data flows seamlessly between laboratories, hospitals, and clinicians, we can dramatically improve efficiency, reduce errors, and enhance patient care.”

Roche offers customers navify digital solutions that allow them to integrate data sources and to drive operational efficiencies for their laboratory networks:⁴

• Integrate data from diagnostic systems regardless of their manufacturer to laboratory information systems (LIS)
• Securely integrate decentralized test data from satellite settings to into the central laboratory (LIS) and the EHR

“The ability to integrate digital tools into diagnostic workflows will be just as important as physical automation,” Dr. Lilienfeld notes. “AI and machine learning will play a critical role in how we interpret and manage diagnostic data, but all of it depends on having a robust, interconnected system.”

However, integrating digital tools into the diagnostic workflow brings new challenges, such as cyberattacks, complex privacy regulations, and the ethical implications of managing sensitive health data. At Roche, we are committed to safeguarding data through comprehensive privacy, security, and compliant practices to ensure the secure and ethical handling of health data with the Roche Digital Trust Center. Built on a foundation of digital trust, this approach encompasses data privacy, transparency, and cybersecurity to empower healthcare providers with secure, scalable, reliable, transparent, and user-centric digital healthcare solutions.

“Innovation is crucial, but integration is what makes innovation truly valuable,” Dr. Lilienfeld says. “At Roche, we are committed to helping laboratories not just adopt new technologies, but integrate them in a way that delivers real, measurable benefits.”

While the benefits of integration are clear, many laboratories struggle with implementation. Some of the most common challenges include:^5,6

1. Legacy systems that are not designed for interoperability: Many labs still rely on older instruments that were never intended to work within an integrated system.
2. Resistance to change: Laboratory staff are often hesitant to adopt new workflows, fearing disruptions to existing processes.
3. Budget constraints: Implementing an integrated system requires upfront investment, even though it results in long-term cost savings.
4. Regulatory considerations: Ensuring that integrated systems comply with international standards and regulatory requirements can be complex.

Dr. Lilienfeld acknowledges these challenges but emphasizes that strategic planning and collaboration with the right partners can make integration smoother and more effective.

“We work closely with laboratories to understand their needs and create solutions that are not just technologically advanced but also practical for real-world implementation,” he says.

Ultimately, the true value of integration is in its impact on patients. A fully integrated diagnostic system can:^7-9

• Reduce turnaround times: Faster results can support quicker diagnosis and treatment decisions.
• Improve test accuracy: Standardized workflows minimize variability and errors.
• Enhance accessibility: Digital integration aims to ensure patient data is available to the right providers at the right time.
• Streamline sample management: Integrated automation reduces the need for manual handling, decreasing contamination risks.

“At Roche, everything we do is focused on improving patient outcomes,” Dr. Lilienfeld states. “Integration allows us to deliver faster, more reliable, and more consistent diagnostics, ultimately improving healthcare at a global scale.”