Luma Scientific Intelligence Platform

The Luma Scientific Intelligence Platform, developed by Dotmatics, is an AI-native multimodal research platform designed to streamline scientific R&D through adaptive workflows, advanced data management, and seamless integration across tools and instruments. Built for life sciences and chemistry research organizations, Luma empowers scientists to accelerate discovery, reduce costs, and drive innovation by connecting multimodal data sources and eliminating departmental silos.

Luma is a composable, low-code platform that integrates with leading scientific software tools, fitting the unique operational needs of each research team. It supports biology discovery, chemistry R&D, chemicals and materials research, antibody and protein engineering, and flow cytometry workflows, making it a versatile solution for diverse scientific disciplines.

Core Platform Capabilities

• Data Management and Processing: Efficiently handle, normalize, and structure diverse data types — from unstructured to fully structured — facilitating seamless data relationships and insight extraction across multimodal scientific datasets.
• Adaptive Workflows: Enable flexible and creative scientific processes with workflows that adjust dynamically to user operations, supporting non-linear steps and variable research environments to accommodate workflow variability.
• Artificial Intelligence: Leverage cutting-edge predictive and generative AI to enhance decision-making and innovation, featuring assistive, domain-focused, and integrated multimodal AI capabilities for intelligent, data-driven R&D outcomes.
• Instrument and Data Integration: Integrate data across multiple sources including laboratory instruments and external databases, ensuring comprehensive data accessibility and utilization through Luma Lab Connect.
• Material and Ontology Management: Manage materials and ontologies efficiently, supporting asynchronous updates and the evolution of scientific concepts without disrupting active user workflows, with full traceability across entities.
• Tailored User Experience: Design personalized interfaces with drag-and-drop functionality for charts, dashboards, and scientific visualizations, enhancing usability and supporting better decision-making.

Luma Product Suite

• BioGlyph Luma: Next-generation protein design for complex biologics, integrating molecular modeling, registration, and production with seamless data traceability and precision.
• FCS Express Luma: Streamlined flow cytometry data capture and traceability, connecting FCS Express outputs to the centralized Luma platform.
• Geneious Luma: Accelerated antibody discovery for sequence analysis, construct design, and lab execution, integrating the power of Geneious Prime and Geneious Biologics with Luma's adaptive workflows.
• Lab Connect: Automated lab data ingestion and modeling — connects instruments, structures scientific data, and streamlines lab operations with seamless integration, enabling rapid extraction and parsing of raw data and metadata into analyzable structured formats.
• OMIQ Luma: Cloud-native flow cytometry analysis and centralized data management, automating data capture, accelerating insights, and connecting results across the platform.

Key Research and Business Benefits

• Adapt seamlessly to workflow variability by customizing and streamlining research processes with workflows that flexibly adjust to both multimodal data and operational needs.
• Eliminate silos across multimodal data and departments, enhancing collaboration and efficiency by breaking down barriers between data sources and organizational structures.
• Accelerate time to market while reducing costs, enabling groundbreaking discoveries through cost-effective, AI-powered solutions.
• Save significant researcher time — for example, a leading US pharmaceutical organization using the Luma Flow Cytometry Workflow saved multiple hours per scientist each week by automating data acquisition and enhancing data accessibility.

AI for R&D

• Leverage advanced predictive AI and machine learning to accurately forecast scientific outcomes and guide experimental decisions.
• Apply generative AI capabilities to transform scientific discovery with intelligent, data-driven insights.
• Utilize domain-focused AI models integrated directly into multimodal research workflows for context-aware decision support.

Luma is offered by Dotmatics as part of a comprehensive portfolio of R&D software tools spanning bioinformatics, cheminformatics, data analysis, electronic lab notebooks, flow cytometry, and proteomics. The platform is designed to support digital transformation in research organizations, providing a unified, scalable foundation for AI-enabled, multimodal scientific discovery.