01
🧬
Biotech & Pharma
Onboarding Now

Our first domain. Biotech startups run on proprietary data, protein sequences, compound libraries, and clinical datasets. Opos filters sensitive data locally before anything reaches external APIs, presents the full plan before executing, and logs every model call with a complete audit trail. Scientists describe what they need in plain language. Opos handles the rest.

AI Models Orchestrated
BioNeMo
NVIDIA
Protein structure prediction, molecular docking, drug compound analysis.
AlphaFold 3
Google DeepMind
Protein structure and molecular interaction prediction.
ESM3
Meta
Protein language model for sequence and function analysis.
Chai Discovery
Partnered with Pfizer
Small molecule drug discovery and compound screening.
Boltz
Partnered with GSK
Biologics design and antibody engineering.
Noetik
Foundation Models
Cancer clinical outcome prediction and patient stratification.
Screen 50,000 compounds against a target protein, Opos selects BioNeMo for docking, Claude for report synthesis, filters all proprietary structures locally.
Predict protein-drug interactions across a compound library, AlphaFold 3 handles structure, ESM3 handles sequence context, full audit trail generated.
Generate investor-ready pipeline reports from raw lab data, every model choice justified before execution, every data path logged.
02
Energy & Climate
Next Wave

Energy startups need quantum-level material simulation, catalyst design, and grid optimization, all running on sensitive proprietary models. Opos connects molecular dynamics engines, quantum chemistry tools, and materials databases into a single autonomous workflow. No duct-taping. No API key juggling.

AI Models Orchestrated
VASP & Quantum ESPRESSO
Quantum Mechanics
Energy storage material design through quantum computation.
LAMMPS & GROMACS
Molecular Dynamics
Large-scale molecular simulation for material behavior.
Materials Project API
800,000+ Materials
Comprehensive materials database for property lookup and screening.
CatalystAI
Multi-Agent System
Catalyst design for clean energy applications.
Design novel battery cathode materials, VASP for quantum simulation, Materials Project for candidate screening, full pipeline justified before execution.
Optimize hydrogen fuel cell catalysts, CatalystAI for multi-agent design, GROMACS for molecular validation, results audited end to end.
03
🛸
Aerospace & Engineering
Future

Aerospace demands precision, parts that are lighter, stronger, and certified for environments where failure isn't an option. Opos orchestrates generative design tools, structural simulation engines, and CAD systems into workflows that engineers can trust. Every design decision traced. Every optimization justified.

AI Models Orchestrated
nTop
Computational Design
Complex aerospace geometries including heat exchangers and structural lattices.
Siemens NX Generative
Siemens
AI-generated designs integrated with precise CAD engineering.
Autodesk Generative Design
Used by Airbus
Topology optimization — made A320 components 45% lighter.
Spectral Labs SGS-1
Text-to-CAD
Fully editable 3D CAD generation from text prompts.
Generate lightweight structural components, nTop for lattice design, Autodesk for topology optimization, Siemens NX for production-ready CAD.
Rapid prototype from text description, SGS-1 generates initial CAD, simulation validates structural integrity, full design rationale documented.
04
🔩
Materials Science
Future

Designing new materials, superconductors, alloys, composites requires simulating atomic-level interactions across millions of candidates. Opos connects generative material models, thermodynamic predictors, and property databases so researchers can explore the design space without building the infrastructure themselves.

AI Models Orchestrated
MatterGPT
Generative Materials
Generates new material structures optimized for specific properties via inverse design.
AtomGPT
Atomic Design
Generates atomic structures for superconductor design from natural language.
AlloyGAN
Thermodynamics
Predicts thermodynamic properties of metallic alloys for aerospace and energy.
Design a high-temperature superconductor, AtomGPT generates candidate structures, AlloyGAN validates thermodynamic stability, MatterGPT optimizes for target properties.
Screen novel alloy compositions for jet engine turbine blades, full pipeline from generation to validation, every step auditable.

Your domain. Our infrastructure.

We're onboarding biotech and deep tech startups first. If your team is building something that matters, we want to hear from you.

Request Early Access