Accelerate and de-risk the path from bench to bedside
Accelerate and de-risk the path from bench to bedside
Accelerate and de-risk the path from bench to bedside
Accelerate and de-risk the path from bench to bedside
Optimize clinical trial design, automate evidence synthesis and streamline medical writing using Inquisite's advanced AI tools purpose-built for biopharma development.
Inquisite for Biotechs
Inquisite for Biotechs
Inquisite for Biotechs
Inquisite for Biotechs
Automate evidence synthesis and information search
Inquisite's biomedical research knowledge graph surfaces insights across millions of connected trials, research papers and patents, enabling teams to quickly conduct literature reviews and analyses across research papers and clinical trial data.
Optimize trial designs with AI-powered scenario modeling
Optimize trial designs with AI-powered scenario modeling
Optimize trial designs with AI-powered scenario modeling
Our proprietary machine learning models trained on clinical trial data enable a model-driven approach to trial planning and design, optimizing design to reduce timelines and cost while maximizing probability of success.
Efficiently build trial protocols and documents
Quickly turn trial designs into data-driven, research-backed protocols using our collaborative, AI-powered document editor.
Our Technology Platform
Transforming clinical research to make biotech development faster, smarter and lower risk.
Precision knowledge graph
Inquisite's biomedical research knowledge graph surfaces insights across millions of connected trials, research papers and patents.
Clinical ML models
Our proprietary machine learning models trained on clinical trial data enable a model-driven approach to trial planning and design.
Enterprise-grade agentic AI
Inquisite's agentic AI tools streamline workflows to reduce time and cost across evidence synthesis, trial design and medical writing.
Our Technology Platform
Transforming clinical research to make biotech development faster, smarter and lower risk.
Precision knowledge graph
Inquisite's biomedical research knowledge graph surfaces insights across millions of connected trials, research papers and patents.
Clinical ML models
Our proprietary machine learning models trained on clinical trial data enable a model-driven approach to trial planning and design.
Enterprise-grade agentic AI
Inquisite's agentic AI tools streamline workflows to reduce time and cost across evidence synthesis, trial design and medical writing.
Modules
Research Assistant
Efficiently synthesize evidence, build systematic literature reviews and get insights on research and the trial landscape
Synthesize evidence for trial planning, study startup and documentation
Search across research papers, journal articles and clinical trial data using our high-precision knowledge graph to efficiently gather evidence and find insights
Automate literature reviews with AI
Perform systematic literature reviews in a fraction of the time using AI to automate searching, screening and extraction, and ensure reviews are always kept up to date as new information is published
Analyze clinical trial data and glean insights for planning
Quickly perform custom analyses of past trial data using our knowledge graph to identify best practices, trends and insights to optimize trial design
Trial Designer
Optimize trial designs and efficiently build protocols based on insights from previous trials and scenario modeling using our ML algorithms for trial outcome prediction.
AI-powered analysis of previous trials to inform trial design decisions
Make data-driven decisions on design elements informed by automated analysis of previous trials.
Scenario modeling to optimize trial design and reduce timelines and cost
Our proprietary ML algorithms built on millions of datapoints from previous trials enable teams to quickly build and evaluate multiple scenarios to optimize trial design.
Efficiently build protocols with help from agentic AI
Quickly convert trial designs into full protocols with assistance from our agentic AI tools to conduct background research and draft sections.
Modules
Research Assistant
Efficiently synthesize evidence, build systematic literature reviews and get insights on research and the trial landscape
Trial Designer
Optimize trial designs and efficiently build protocols based on insights from previous trials and scenario modeling using our ML algorithms for trial outcome prediction.
AI-powered analysis of previous trials to inform trial design decisions
Make data-driven decisions on design elements informed by automated analysis of previous trials.
Scenario modeling to optimize trial design and reduce timelines and cost
Our proprietary ML algorithms built on millions of datapoints from previous trials enable teams to quickly build and evaluate multiple scenarios to optimize trial design.
Efficiently build protocols with help from agentic AI
Quickly convert trial designs into full protocols with assistance from our agentic AI tools to conduct background research and draft sections.
Modules
Research Assistant
Efficiently synthesize evidence, build systematic literature reviews and get insights on research and the trial landscape
Synthesize evidence for trial planning, study startup and documentation
Search across research papers, journal articles and clinical trial data using our high-precision knowledge graph to efficiently gather evidence and find insights
Automate literature reviews with AI
Perform systematic literature reviews in a fraction of the time using AI to automate searching, screening and extraction, and ensure reviews are always kept up to date as new information is published
Analyze clinical trial data and glean insights for planning
Quickly perform custom analyses of past trial data using our knowledge graph to identify best practices, trends and insights to optimize trial design
Trial Designer
Optimize trial designs and efficiently build protocols based on insights from previous trials and scenario modeling using our ML algorithms for trial outcome prediction.
AI-powered analysis of previous trials to inform trial design decisions
Make data-driven decisions on design elements informed by automated analysis of previous trials.
Scenario modeling to optimize trial design and reduce timelines and cost
Our proprietary ML algorithms built on millions of datapoints from previous trials enable teams to quickly build and evaluate multiple scenarios to optimize trial design.
Efficiently build protocols with help from agentic AI
Quickly convert trial designs into full protocols with assistance from our agentic AI tools to conduct background research and draft sections.
Modules
Research Assistant
Efficiently synthesize evidence, build systematic literature reviews and get insights on research and the trial landscape
Synthesize evidence for trial planning, study startup and documentation
Search across research papers, journal articles and clinical trial data using our high-precision knowledge graph to efficiently gather evidence and find insights
Automate literature reviews with AI
Perform systematic literature reviews in a fraction of the time using AI to automate searching, screening and extraction, and ensure reviews are always kept up to date as new information is published
Analyze clinical trial data and glean insights for planning
Quickly perform custom analyses of past trial data using our knowledge graph to identify best practices, trends and insights to optimize trial design
Trial Designer
Optimize trial designs and efficiently build protocols based on insights from previous trials and scenario modeling using our ML algorithms for trial outcome prediction.
AI-powered analysis of previous trials to inform trial design decisions
Make data-driven decisions on design elements informed by automated analysis of previous trials.
Scenario modeling to optimize trial design and reduce timelines and cost
Our proprietary ML algorithms built on millions of datapoints from previous trials enable teams to quickly build and evaluate multiple scenarios to optimize trial design.
Efficiently build protocols with help from agentic AI
Quickly convert trial designs into full protocols with assistance from our agentic AI tools to conduct background research and draft sections.
Powering life science innovation with advanced AI
Enabling organizations to get treatments into the hands of patients faster, more efficiently and with less risk.
Get Started Free
Powering life science innovation with advanced AI
Enabling organizations to get treatments into the hands of patients faster, more efficiently and with less risk.
Get Started Free
Accelerating science with cutting-edge AI for a better world.
Resources
Copyright © 2024 Spotlight Labs Inc.
Accelerating science with cutting-edge AI for a better world.
Resources
Copyright © 2024 Spotlight Labs Inc.
Accelerating science with cutting-edge AI for a better world.
Resources
Copyright © 2024 Spotlight Labs Inc.
Accelerating science with cutting-edge AI for a better world.
Resources
Copyright © 2024 Spotlight Labs Inc.