Scientific Computing for
Molecular Innovation
Breaking down complexity for innovation in therapeutics, biomaterials, and clean energy solutions
Scientific Computing Landscape
Molecular science powers next-generation therapeutics, biomaterials, and clean energy solutions, but computational complexity creates barriers to innovation.
Current Landscape
$40B+ scientific computing market with 10-20% dedicated to molecular simulations
Established data repositories and open-source scientific software
Growing demand for advanced computational tools in research
Key Challenges
Complex systems with billions of atoms exceeding current computation capabilities
Critical gap in reproducible computational workflows with full provenance
High barriers to entry requiring specialized expertise
Our Solution
Visual workflow platform transforming complexity into manageable computational workflows
Cross-platform architecture with Python-native node design
Integrated ecosystem expanding to repositories, databases, and AI agents
Research Impact
Up to 80% reduction in workflow setup time
Democratized access allowing non-experts to perform complex modeling
Elimination of common errors with built-in validation checks
Development Timeline
Our strategic path to revolutionizing scientific computing
BoCoFlow Launch
Visual workflow platform for reproducible computational science with user growth & feature expansion
BoCoHub Release
Repository of verified methods, workflows, and computational modules with community repository launch
BoCoDB Integration
Curated database for scientific discovery and ML applications with data integration platform
BoCoEval Platform
Benchmarking and evaluating computational methods & workflows with quality metrics & validation
BoCoFlowAgent Launch
AI-agent for scientific discovery using workflows with AI assistance & automation capabilities
Ecosystem Integration & Global Expansion
End-to-end ecosystem integration and global expansion with regional partnerships
Public Benefit is Our Priority
Our integrated platform for computational science innovation benefits society through three key strategies.
Market Expansion Strategy
Building educational resources, research partnerships with academic institutions, and solutions for pharmaceutical, materials science and clean energy sectors.
Revenue Streams
Balanced approach through public research grants, enterprise integrations, workflow optimization services, certified training, and computational research contracts.
Growth Milestones
Strategic expansion from 50+ research institutions in 2025 to global partnerships by 2029, with progressive ecosystem integration across products.