Safe Chemistry.
Measured in minutes, not months.
Ultra-Specialized AI Agents for chemistry, toxicology, and regulatory professionals.
Automate Chemical Safety Assessment
Human Chemical's Agents crawl the open web, run cheminformatics tools, connect with regulatory databases, and much more, to deliver cited, defensible reports.
Sample Query: "Find safer alternatives to tris(1,3-dichloro-2-propyl)phosphate with similar flame retardant properties"
Searches PubChem for structural analogues with functional property matching
Performs multi-database hazard comparison
Runs Human Chemical Bioactivity Predictor and EPA predictors for all candidates
Ranks alternatives using hazard scoring framework
Delivers: Comparative hazard matrix with recommendations and trade-off analysis
Sample Query: "Redesign this plasticizer to reduce developmental toxicity while maintaining performance"
Identifies structural features driving toxicity using structural alerts and SAR analysis
Generates structural variants with modified functional groups to reduce hazard
Predicts hazard profiles (DART, persistence, bioaccumulation) for all variants
Evaluates physicochemical properties to maintain functional performance
Delivers: Ranked candidates with hazard-performance trade-off analysis and synthesis feasibility
Human Chemical vs. Consumer AI
Unlike standard consumer AI tools, Human Chemical offers three critical advantages
for chemistry, toxicology, and regulatory professionals:
Truth
Human Chemical's AI is tethered to reality. The system's output is bound to the research it collects. > No hallucination. > No black boxes.
Fleets of Agents
A whole team of agents at your disposal. Watch them dig into databases, search the literature, run tools — and come back with a synthesized report.
Domain Expertise
Ultra-specialized, regulatory-compliant tools to get scientists the last mile in safety assessment, dossier submission, and toxicological research.
Both provide conversational interface for detailed discussion
Extensive chemistry- and toxicology-specific information
Human Chemical Search is more efficient, complete, and effective at finding tox literature
Read the relevant text from every source without leaving the platform
Get comprehensive chemical hazard profiles with state-of-the-art Toxicity Models. All predictions come with regulatory compliant QMRFs/QPRFs
Computational exposure modeling and PBPK using Regulatory-Approved tools
Run all of EPA's environmental fate models and tap real-world ecotox databases (water, sediment, biota)
Automatically include data from dozens of global regulatory databases
Instantly query all major RSLs (apparel, retail, etc.)
Access 150+ legacy OECD guidelines for validating older studies
Assess multiple chemicals simultaneously to compare arbitrary chemical or material properties head-to-head
Guided TSCA Section 5 submission preparation
Automated generation with complete regulatory compliance and in-depth hazard assessment
Find safer alternatives that meet your functional use requirements, not just share similar structures
Leverage all these tools to make the business case to transition to safer alternatives
Enterprise-Grade
Security
Built to the highest standards of IP security. No one but you can view or access your data — not even Human Chemical.
Compliant ISO 27001
A global standard that defines best practices for information security management systems (ISMS).
Compliant SOC 2 Type II
Audited controls for security, availability, and confidentiality trust service principles with an observation period.
Compliant SOC 2 Type I
Audited controls for security, availability, and confidentiality trust service principles.
Trust Portal
Access our complete security documentation, compliance reports, policies, and control details through our Delve trust portal.
Request Access
Get Started
Schedule a demo with our team. We'll respond within 24 hours.
What you'll get
- Live platform walkthrough
- Custom workflow discussion
- Deployment and integration options
- Q&A with the founders
- Starts a 4 week free trial
Your data is secure and never shared