Life Sciences Software
Life sciences software manages research data, clinical trials, and laboratory operations. It records experiment details, tracks regulatory protocols, and organizes scientific findings to support accurate research processes.
- 2D Toolkit
ZEISS Group
Toolkit for automated 2D image analysis, measurement, and processing in microscopy workflows, supporting routine and advanced research applications
- 2F Frontier
Second Front Systems
Operate at the remote edge—including in the air, on the ground, and at sea—without sacrificing security or performance. 2F Frontier extends secure DevSecOps capabilities for drones, devices, vehicles, and other deployment scenarios.
- 3D Toolkit
ZEISS Group
Toolkit for automated 3D image acquisition, reconstruction, and analysis in microscopy workflows, supporting advanced research and correlative microscopy.
- AB Cube Galaxy
AB Cube
AB Cube Galaxy is an AI-powered suite of modules designed to streamline and automate global vigilance operations, enhancing efficiency and compliance.
- ActivityBase
IDBS
Flexible software for capturing and managing high throughput screening (HTS), low throughput screening (LTS) and high content screening (HCS) data.
- Adaptive.HPC/AI/ML-AS-A-SERVICE
Adaptive Computing
End-to-end generative AI and HPC/ML cloud service with 120+ open-source tools, optimized for multi-cloud and on-prem deployments.
- ADME Suite
ACD Labs
ACD/ADME Suite™ predicts absorption, distribution, metabolism, and excretion (ADME) properties to support drug discovery and development with structure-based calculations.
- ADMET Predictor
Simulations Plus
ADMET Predictor is an AI/ML platform for drug discovery and chemical risk assessment, enabling rapid and accurate prediction of ADMET properties for compounds.
- Aduro Connect
Aduro
24/7 well-being content platform for employees, powered by AI and personalized coaching.
- Advanced SDC
Ikon Science
Advanced seismic data conditioning module providing high-end optimization tools for 3D and 4D datasets including intelligent noise suppression, low-frequency filtering, time-alignment correction, and gradient stabilization to maximize seismic inversion quality and quantitative interpretation results.