Our comprehensive suite equips researchers with advanced tools for data management, AI-driven molecular research, and regulatory compliance, driving enhanced productivity across R&D workflows.
iLabPower integrates electronic lab notebooks, project management, and material tracking to streamline research workflows and ensure compliance.
MaXFlow delivers AI-powered algorithms for molecular simulations and structure predictions, accelerating research in life sciences and materials science.
SDH provides powerful tools for managing, visualizing, and analyzing data across R&D and manufacturing, enabling zero-code operations for data-driven decision-making.
Access laboratory management tools from your mobile device, enabling seamless management of experiments, projects, and materials anytime, anywhere.
A secure and user-friendly digital solution for documenting and managing experimental data fostering collaboration and ensuring data integrity.
Provides tools for efficient project planning, task management,and resource allocation, helping research teams stay organized and on track.
Facilitates effective tracking and management of laboratory materials, optimizing inventory contro and reducing waste.
Simplifies the registration and documentation of small molecules, linkers, payloads, ADCs, antibodies, proteins, genes, and samples, ensuring regu atory compliance.
A tool for creating detailed and accurate representations of small molecule structures and HELM, facilitating chemical analysis and research.
A versatile sequence editor designed for editing and analyzing nucleotide and protein sequences, supporting genetic and proteomic research.
Streamlines the sample inspection process ensuring accurate tracking, handling, and testing of samples for increased reliability and efficiency.
Offers comprehensive management of laboratory instruments, including scheduling, maintenance and performance tracking, to ensure optimal instrument functionality.
Provides robust tools for data aggregation, analysis, and visualization, integrating iLabPower, experimental results, and external databases to deliver comprehensive research insights.
Utilizes Al for molecular design, property prediction, and simulations, supporting antibody drug design, vaccines, ADC drugs, and enzyme rational design.
Uses molecular simulations and Al to design new materials and predict properties, aiding in the development of advanced materials and optimization of processes.
