About Amaterus
Amaterus AI is a RaaS (Research as a Service) platform that integrates chemistry AI to support R&D and decision-making. It connects knowledge and database creation, synthesis route exploration, reaction prediction and validation, and conceptual process design to guide how to make it.
Amaterus AI is a RaaS (Research as a Service) platform that integrates chemistry AI to support R&D and decision-making. It connects knowledge and database creation, synthesis route exploration, reaction prediction and validation, and conceptual process design to guide how to make it.
Access the knowledge, AI, and calculations needed for research as a service, with knowledge creation, exploration, validation, and conceptual design connected in one platform. Apply the insights to your next experiments and candidate selection to support R&D and decision-making.
Connect knowledge organization, route exploration, reaction validation, and conceptual process design to advance R&D.
Use accumulated knowledge and advance validation to reduce duplicated experiments and investigations.
Evaluate diverse candidates using data and calculations to make evidence-based decisions.
Select promising synthesis routes and focus experiments, people, and computing resources on them.
Turn internal experimental data, papers, and patents into usable knowledge. Select promising synthesis routes from diverse candidates, check reaction feasibility, and develop a process concept covering steps and reaction conditions.
Convert internal experimental data, papers, patents, and other sources into organized knowledge that can be put to use.
Multiple route exploration AIs generate diverse candidates, and consensus AI selects promising synthesis routes.
Check reaction feasibility in advance using data and quantum chemistry calculations.
Develop a conceptual process design, including steps and reaction conditions, based on the synthesis route.
Compare alternatives to existing routes or paths from available starting materials. Narrow candidates while checking reaction evidence and the steps that need further validation.
Review route decisions, their reasons, unresolved questions, and the next experiments or calculations without rebuilding the project context for every progress review.
Connect documents and experimental information to structures, reactions, and conditions. Preserve sources and support knowledge reuse across research themes.
Review data location, permissions, identity, logging, retention, deletion, and integration alongside the usability needs of research teams.
Turn internal experimental data, papers, and patents into usable knowledge. Select promising synthesis routes from diverse candidates, check reaction feasibility, and develop a process concept covering steps and reaction conditions.
Knowledge & database creation AI → Synthesis route exploration AI → Reaction prediction & validation AI → Conceptual process design AI
Convert internal experimental data, papers, patents, and other sources into organized knowledge that can be put to use.
Multiple route exploration AIs generate diverse candidates, and consensus AI selects promising synthesis routes.
Check reaction feasibility in advance using data and quantum chemistry calculations.
Develop a conceptual process design, including steps and reaction conditions, based on the synthesis route.
Review the exploration, validation, and conceptual design results as a research team and use them to plan the next experiments and investigations. Organize new experimental data as knowledge for subsequent R&D.
Choose a task and use your current workflow as the baseline. Review relevant capabilities and data storage in a demonstration, then agree on the evaluation scope and how results will be reviewed.
Choose Core for synthesis route design and selection. Extend to Suite for proprietary knowledge, reaction evaluation, and process design. For dedicated environments or advanced internal integrations, Enterprise builds on Core or Suite to meet your deployment and operational needs.
About 5 standard users; additional seats available. Standard support and help getting started. Annual organization-level contract. Generate and compare synthesis routes, and record the evidence and decisions behind your selections. Use lab notebooks, up to five user databases, knowledge search, basic quantum chemistry calculations, and project and job management.
About 20 standard users; additional seats available. Priority support and implementation assistance. Standard price; individual quote based on your requirements. Use advanced route design, knowledge creation, quantum chemistry reaction evaluation, and process design in one environment. Includes basic API and SSO integration. Currently available to a limited number of companies.
Designed for your users, departments, and sites. Custom SLA, dedicated assistance, and operational design. Quoted for your required capabilities and configuration. Build on Core or Suite with internal reaction database integration, internal knowledge collection and reuse, and dedicated environments. Tailor system integration, service levels (SLAs), and operations to your requirements.
Suite is currently available to a limited number of companies. Tell us about your research tasks and team size. We will review the data volume, compute resources, integrations, and implementation scope you need and discuss terms and pricing with you.
Enterprise combines Core or Suite with the features, dedicated environments, and internal integrations you need. We will discuss your preferred configuration and operations, then provide a proposal and quote.
| Features & services | Core | Suite | Enterprise |
|---|---|---|---|
| A. Synthesis route design | |||
| Consensus AI retrosynthesis route design | ✓ | ✓ | ✓ |
| Multiple synthesis route engines and preset knowledge bases | ✓ | ✓ | ✓ |
| Route trees, rankings, and score comparisons | ✓ | ✓ | ✓ |
| Reaction condition prediction, commercial availability, and indicative prices | ✓ Basic | ✓ | ✓ |
| Route score breakdowns | ✓ Basic | ✓ | ✓ |
| Reaction evaluation integration with quantum chemistry calculations | ✓ Partial | ✓ | ✓ |
| Forward and hybrid forward/retrosynthesis route design | - | ✓ | ✓ |
| Detailed route engine settings (Advanced Mode) | - | ✓ | ✓ |
| Engine knowledge bases built from your own reaction databases | - | ✓ | ✓ |
| Enterprise reaction database integration and related information | - | - | ✓ |
| Edge Knowledge / Crawler for automatic knowledge and database creation | - | - | ✓ |
| B. Knowledge and chemical information assets | |||
| Electronic lab notebooks | ✓ | ✓ | ✓ |
| User database creation and import | ✓ Up to 5 | ✓ | ✓ |
| Knowledge search | ✓ | ✓ | ✓ |
| AI assistant | ✓ Limited functionality | ✓ Included allowance + usage-based | ✓ Custom configuration |
| Hybrid Knowledge Edge for internal chemical information assets | - | - | ✓ |
| C. Reaction evaluation (quantum chemistry) | |||
| Quantum chemistry calculations and reaction analysis | ✓ Basic | ✓ | ✓ |
| Compute resources | ✓ Shared | ✓ Dedicated | ✓ Custom design |
| High-accuracy quantum chemistry calculations | - | ✓ | ✓ |
| Quantum chemistry reaction databases (TSDB/QMRDB) | - | ✓ Basic | ✓ |
| Import of user calculation results | - | ✓ | ✓ |
| Catalytic reaction database (CATRDB) | - | - | ✓ |
| D. Conceptual Process Design | |||
| Reaction kinetics simulator (Kinerator) | - | ✓ | ✓ |
| Process optimization | - | ✓ | ✓ |
| Process simulator | - | ✓ Basic | ✓ |
| E. Organization / Integration / Operations | |||
| User seats | 5 / Additional seats available | 20 / Additional seats available | Custom design |
| Project management | ✓ | ✓ | ✓ |
| Data sharing within the organization | ✓ | ✓ | ✓ |
| Contract and collaborative research coordination | ✓ | ✓ | ✓ |
| API / external system integration | Optional | ✓ Basic | ✓ |
| SSO / identity management / audit | - | ✓ Basic | ✓ |
| Dedicated database, tenant, and compute environment | - | Optional | ✓ |
| ELN / LIMS / internal database / HPC integration | - | Optional | ✓ |
| Custom SLA, staged acceptance, and operational design | - | - | ✓ |
✓: Included · Basic / Partial: basic or selected capabilities included · Optional: additional contract · —: not included as standard Enterprise capabilities are configured to your requirements. The scope depends on the Core or Suite capabilities you select and your individual contract. Prices exclude tax. Contracts are organization-based. Costs vary with users beyond the standard seats, compute, storage, data volume, external integrations, dedicated environments, and SLAs. USD reference exchange rate: US$1 = JPY 160.
We do not use your research data to train models without your explicit permission. Your contract defines permitted uses, storage location, retention periods, deletion, export, and confidentiality.
Access a shared cloud managed by TS Technology through your Web browser. The standard deployment for Core and Suite.
Deploy applications and databases in a dedicated tenant or your own cloud environment, with data separation and custom service levels (SLAs).
Keep source documents and raw data inside your organization. Share only approved knowledge data, search indexes, and metadata with the cloud.
Connect to approved cloud services through an internal URL or gateway while retaining your internal access point and authentication.
Run applications, databases, information collection, and compute in your own environment, supporting isolated networks and fully internal operations.
Define what to evaluate in terms of development time, R&D costs, decision quality, and concentration of research resources on promising candidates. Use the current workflow as the comparison baseline.
You do not need to send confidential structures or unpublished data in an initial inquiry. Begin with a description of the task.
The website includes dedicated pages for features, screens, the research workflow, getting started, security, and license terms.
Next step
Tell us about the work you want to address: knowledge creation, route exploration, reaction validation, or conceptual process design. We will review your task and data requirements and discuss implementation.
