Contributors: Radha Saradhi Reddy Thammineni, Rosario Muthu Rajan Vincent Xavier, and Shawani Shome
Date: May 2025
The need for laboratories to provide precise and faster results is growing in this research-driven environment. Labs should be capable of analysing and managing large volumes of data while complying with stringent regulations and promoting cooperation amongst diversified teams. Lab managers and scientists use Revvity Signals and other revolutionary lab informatics solutions to tackle these concerns.
Revvity Signals, a SaaS software, offers an extensive platform that integrates robust data management, analysis and collaboration tools, redefining laboratory operations and boosting productivity. This approach aligns with modern scientific informatics strategies adopted across life sciences organizations.
With its several tailored modules—Signals VitroVivo, Signals Notebook and Signals Inventa—Revvity Signals can assist laboratories enhance data management, streamline workflows and boost overall productivity. We will explore several potential use cases in this blog.
Key use cases for improving lab efficiency with Revvity Signals
1. Enhancing Data Capture and Experiment Documentation with Signals Notebook
In the laboratory, manual data entry and experiment documentation are among the tedious tasks. Conventional lab notebooks, whether paper-based or electronic, can impede processes and make it difficult to track experimental progress and share inferences.
Signals Notebook offers a user-friendly electronic lab notebook (ELN) interface with annotation tools, allowing users to record experiments, attach files and capture instrument data straight into the platform. The ability to collaborate on experiments in real-time across several team members makes the process of sharing results and insights seamless.
Signals Notebook allows full-text search across all entries, making sure that data is easily accessible for future research purposes. This supports effective ELN and LIMS integration and drastically reduces the burden on scientists searching for historical experimental data.
2. Optimizing In Vitro and In Vivo Studies with Signals VitroVivo
In vitro and in vivo research laboratories often face challenges in handling intricate experimental designs, data collection and analysis. Signals VitroVivo offers a single platform to design, plan and manage these complex studies with multiple variables and time points.
This platform integrates data from multiple sources, including imaging systems, high-throughput screening (HTS) instruments and manual data inputs, providing an extensive overview of results. By providing built-in analytics and visualization tools, Revvity Signals supports data-driven scientific research by helping researchers identify trends and draw quicker inferences.
The insights of experimental results can be better understood using interactive charts and graphs, improving collaboration and decision-making across teams.
3. Advanced Data Analytics and Discovery with Signals Inventa
Effectively organizing and evaluating the increasing amount of data produced by different instruments and experiments is essential. Signals Inventa can combine data from both structured and unstructured datasets, strengthening enterprise scientific data management.
With built-in artificial intelligence (AI) and machine learning (ML) tools, Signals Inventa facilitates scientists in identifying patterns, correlations and irregularities that may otherwise go unnoticed. These insights drive faster and more precise research outcomes.
Using Signals Inventa’s data visualization tools, scientists can create interactive dashboards and reports, enabling efficient knowledge sharing and real-time decision-making. With Revvity’s GenAI focus, these capabilities will continue to evolve.
4. Automating Routine Lab Processes for Efficiency Gains
Revvity Signals yields accurate data and reduces the need for human intervention by automating data capture through seamless instrument integration. By automating common procedures such as inventory management, sample monitoring and reporting, the platform improves reproducibility and reduces variability.
The platform supports unique integrations with proprietary applications or legacy systems using robust middleware tools and APIs. Its interoperability supports formats including JSON, CSV and XML, aligning with scalable cloud-based lab informatics architectures.
Additionally, the cloud-based infrastructure enables global access and scalable data storage, supporting cross-location collaboration and accelerating research productivity.
5. Ensuring Regulatory Compliance and Data Integrity
In highly regulated sectors such as biotechnology and pharmaceuticals, maintaining data integrity and compliance with Good Manufacturing Practices (GMP) and Good Laboratory Practices (GLP) is critical.
Revvity Signals incorporates features that help laboratories meet these regulatory requirements. Every action within the platform is recorded, creating a complete audit trail for inspections. Secure cloud storage and electronic signature support further simplify compliance with regulatory frameworks.
Conclusion
At Excelra, we provide laboratories with seamless digitalization by implementing and optimizing modern informatics platforms such as Revvity Signals. With tools like Signals Notebook, Signals VitroVivo and Signals Inventa, laboratories can significantly improve efficiency through automated data capture, real-time analytics and cloud-based infrastructure.
With deep domain expertise and hands-on experience in Revvity Signals, our team customizes implementations to meet specific laboratory requirements. Our capabilities span data harmonization, legacy system integration and workflow customization, ensuring smooth adoption.
Beyond deployment, we offer regulatory compliance support, scalable solutions and comprehensive user training—enabling sustainable digital transformation in life sciences and long-term innovation.
