Transforming Research into
Production-Ready Software
We partner with national laboratories to turn complex scientific models and research code into accessible, reliable applications that practitioners can actually use.
Our Approach
Scientists and researchers create groundbreaking models and algorithms, but research code isn't production software. It's often written to prove a concept, not to be deployed at scale or used by non-experts.
We bridge that gap. We take validated scientific models and build them into proper applications with robust architecture, intuitive user interfaces, comprehensive testing, and reliable deployment infrastructure.
The result: tools that engineers, analysts, and decision-makers can actually use in their daily work.
Case Studies
HyRAM+ (Hydrogen Plus Other Alternative Fuels Risk Assessment Models)
Domain
Fuel safety and quantitative risk assessment
Challenge
Complex hydrogen safety calculations—including failure probabilities, consequence models, and risk quantification—needed to be accessible to facility planners, code officials, and safety engineers who aren't software developers.
Solution
Cross-platform application integrating experimentally validated models for hydrogen release behavior, flame physics, and probabilistic risk assessment. Users can conduct comprehensive safety analyses without needing to understand the underlying computational complexity.
Impact
Enables quantitative risk assessment for hydrogen infrastructure worldwide, supporting the safe development of hydrogen energy systems.
FFIAM (Full-Field Irradiance Analysis Model)
Domain
Concentrated solar power (CSP) safety and environmental analysis
Challenge
CSP heliostat fields can create dangerous flux levels when in standby mode, posing risks to aircraft and avian wildlife. Assessing these hazards requires analyzing millions of volumetric data points across the entire airspace above the field.
Solution
High-performance C++ analysis library with real-time 3D visualization built in Unreal Engine. FFIAM evaluates irradiance across 300 million voxels in under a second, identifying hotspots and generating flux heatmaps. Path analysis functionality assesses radiant exposure along prescribed flight trajectories.
Impact
Enables CSP facility planners to evaluate standby aim strategies, assess avian hazards, and support environmental permitting for solar thermal power plants.
HELPR (Hydrogen Extremely Low Probability of Rupture)
Domain
Pipeline structural integrity for hydrogen transport
Challenge
Probabilistic fracture mechanics analysis is essential for assessing whether existing natural gas pipelines can safely transport hydrogen blends, but the calculations are complex and require specialized expertise.
Solution
Modular platform with fatigue and fracture engineering models enabling parallel probabilistic computations. Users can explore the impact of different hydrogen volume fractions and identify which operational parameters most affect structural integrity.
Impact
Supports safe hydrogen transportation infrastructure development by enabling pipeline operators to make informed decisions about hydrogen blending.
What We Do
Application Architecture
Designing scalable, maintainable systems
User Interfaces
Intuitive web and desktop applications
API Development
RESTful APIs and integrations
Cloud Deployment
Scalable hosting and infrastructure
Testing & QA
Comprehensive quality assurance
Documentation
User guides and technical docs
Ongoing Support
Maintenance and enhancements
Training
User training and onboarding
Why Work With Us
Deep Scientific Computing Expertise
We understand the unique challenges of scientific software development.
National Lab Experience
Familiar with DOE requirements, security protocols, and research processes.
Proven Track Record
Multiple successful deployments in production use by researchers worldwide.
Long-Term Partnership
We're committed to ongoing support and continuous improvement.
Have a scientific application that needs development?
Let's discuss how we can help turn your research into a production-ready application.
Contact Us