Paramus Transforms the Core Economics of Chemical Software
Traditional vendors sell:
- AI Models (QSAR, retrosynthesis, DFT automation)
- fine-tuned LLM’s
- Tools for chemists
- Applications: ELN, LIMS, CDB …
Paramus sells:
- A unified, trusted chemistry domain runtime that agents can operate on.
- A scaffolding enabling general-purpose agents to perform chemical tasks reliably.
- A execution substrate that provides domain-specific abstractions
Customer now = enterprise AI teams, autonomy teams, digital transformation leaders, not bench chemists.
Agents become the actual “users” of the platform.
Strategic approach
Paramus positions itself as the bridging infrastructure between base LLMs and real chemical workflows.
- Agents are rapidly becoming execution-capable.
- Enterprises fear hallucination, lack of grounding, and safety failures.
- Chemistry is a high-risk, high-IP, regulation-dense domain → agents cannot function without a trusted substrate.
- No hyperscaler offers a chemistry-grounding layer (yet).