M-Bot AI Assistant.
The private AI chatbot that understands engineering data, not just text: built for tables, plots, simulations, and equations
Solve engineering problems
Maya HTT’s M-Bot is not the average chatbot.
Much more than a simple RAG-based chatbot, M-Bot is an engineering and manufacturing assistant built to work with real industrial artifacts.
M-Bot is designed to provide engineering decision support, not just general Q&A.
Key capabilities
M-Bot has a native understanding of:
- High-density engineering data tables
- X-Y plots and parametric curves
- Context from 2D/3D simulation color plots (FEA, CFD, thermal, EM, structural)
- Governing equations, boundary conditions, and assumptions
Actionable insights
- Explain why results behave as they do
- Cross-reference plots with equations and source data with links to original sources
Industrial-grade technical knowledge
M-Bot’s retrieval-augmented generation (RAG) architecture is built for industrial-grade technical knowledge and tuned for:
- Large technical datasets
- Versioned engineering documents
- Simulation outputs, test reports, and calibration data
Use M-Bot with a range of industrial data:
- CAD/CAE metadata
- Tabular numerical datasets
- Engineering standards, internal design rules, and test procedures
Deterministic traceability:
- Every answer links back to exact source data
- Clear citation to tables, plots, and equations
Fully private, full control
Your data never leaves your infrastructure. Period.
- 100% local deployment
- Zero data leaks
- Full IP control
M-Bot is deployed on-premise or in your private cloud infrastructure to give you full control.
- No cloud calls
- No external APIs
- Air-gapped compatible
M-Bot runs on:
- On-prem GPUs
- Secure private servers
- Classified or export-controlled environments
IP and compliance ready:
- ITAR / EAR
- ISO 27001 environments
- Internal cybersecurity governance
You own:
- The embeddings
- The knowledge base
Engineering impact and productivity gains
M-Bot acts as a persistent engineering AI assistant delivering measurable benefits for engineering, design, and analysis.
High-value use cases
- Faster design reviews
- Reduced simulation rework
- Faster root-cause analysis
- Knowledge transfer from senior engineers
Quantifiable outcomes
- Less time spent searching technical data
- Fewer invalid design iterations
- Faster onboarding of junior engineers
Engineering augmentation
Engineers can focus on high value complex tasks instead of being slowed down by long searches and wrong sources.