Connect your data
Bring public and proprietary datasets together so your team can analyze them in context, with their sources, resolution, and geological setting preserved.
Evaluate resources, plan water supplies, and compare environmental risks with software and expert support. Our models combine your data with physics and geology so you can examine predictions, understand uncertainty, and choose your next step.
Bring public and proprietary datasets together so your team can analyze them in context, with their sources, resolution, and geological setting preserved.
Estimate conditions between measurements and explore how a system may respond. Physics-informed AI combines machine learning with physical constraints and geological context.
Compare exploration, remediation, and operating scenarios with estimates of uncertainty so you can see the tradeoffs before choosing your next step.
Connect data processing, simulations, and analysis through AI agents that coordinate tasks, helping your team work through complex scientific workflows.
Identify promising geothermal, oil & gas, and mineral resources. Assess reservoir conditions and compare production and storage options before planning your next investment.
Plan water supplies with assessments of groundwater and surface water quantity and quality. Evaluate contamination, seismic hazards, and remediation options to support resource planning and environmental review.
Develop and test scientific AI methods with reproducible workflows. Work with our team and partners at national laboratories and universities to investigate your research questions.
Work with specialists in geology, geochemistry, geophysics, seismology, applied mathematics, and AI/ML to connect model results to your scientific questions. CTO Dr. Monty Vesselinov brings 40+ years of experience and 20+ software products, including AI products with two R&D 100 awards.
Plan your work with people who understand environmental programs, operations, compliance, and tribal community engagement. CEO Trais Kliphuis brings 20+ years in environmental management.
We collaborate with national laboratories, universities, and federal programs to turn emerging scientific AI into practical, defensible workflows.
View all projects & researchFeatured project · U.S. Department of Energy Genesis Mission
EnviTrace leads the development of an AI-enabled scientific workflow connecting observations, physical models, advanced computing, and uncertainty to improve how researchers understand and predict coupled water systems.
Featured project · U.S. Department of Energy Genesis Mission · Phase II
Multi-Agent AI Expert for Subsurface Reasoning and Optimization
EnviTrace is an industry partner in MAESTRO, a UC Irvine-led project selected for a three-year Phase II of the Genesis Mission. Physics-informed, multi-agent AI will connect field observations and large-scale simulations to characterize fractures, guide reservoir stimulation and operations, and assess induced seismicity, with explicit uncertainty.
We have worked with and received support from organizations including the U.S. Department of Energy (DOE), NASA, Chevron, TerranearPMC (TPMC), JuliaHub, KitWare, TEVERRA, Los Alamos National Laboratory, Lawrence Livermore National Laboratory, Sandia National Laboratories, Pacific Northwest National Laboratory, Oak Ridge National Laboratory, Lawrence Berkeley National Laboratory, and numerous academic institutions (including Stanford, University of California, University of Arizona, University of Illinois, MIT, and New Mexico Tech).












Pilot projects
Test one defined use case with agreed goals so you can assess the results before deciding whether to scale.
EnviCloud
Run analyses and review results in your browser with EnviCloud, our cloud platform for geoscience and environmental tools.
Custom AI
Address questions that need a tailored approach with AI workflows built around your data, physical constraints, and geological setting.
Technical consulting
Get help choosing data, models, and analysis methods that fit your subsurface project and the decisions you need to make.
Research partnerships
Investigate a shared research question through grant-funded or applied R&D, combining your team's knowledge with our geoscience and AI expertise.
Training & workshops
Help your team understand and apply AI for Earth sciences through workshops, practical examples, and discussions with our experts.

Find tools for the resource, operational, or environmental question your team needs to answer.

Evaluate resources, assess contamination, and compare operating options with software built around geoscience and physical models.
Evaluate resource potential, compare operating scenarios, and assess risk with models that combine your data with physical constraints.
Choose a practical first use case and an implementation plan that fits your data, budget, and timeline.
Run analyses and review results with your team through EnviCloud, without installing the analysis tools on every computer.
Bring public and project datasets together so you can compare evidence, trace its sources, and identify gaps before modeling.
We aim to never lose sight of the fact that our work is intricately connected to people and places.


Environmental and energy justice are interconnected concepts that focus on fairness in how environmental burdens and benefits are distributed. We are committed to promoting environmental and energy justice. This pursuit requires: (1) Community engagement: Meaningful participation of impacted communities in decision-making processes. (2) Policy solutions: Government policies that address environmental racism, promote clean energy access, and ensure a just transition for all. (3) Public awareness: Raising awareness about these issues and mobilizing support for the proposed solutions. By working towards environmental and energy justice, we can create a more equitable and sustainable future for all.
Our company is committed to providing educational, outreach, and business opportunities to underprivileged and underrepresented communities. We are working to develop educational programs and materials that are accessible to a wide range of learners. Our strategies and activities include workshops, webinars, videos, public events and campaigns, brochures, fact sheets, interactive learning, citizen science projects, and educational materials designed to engage and educate diverse audiences. We are building partnerships with minority-serving schools, universities, and community organizations to expand our reach and impact.
Our company develops and maintains both open-source and proprietary software and data. We believe that open-source software and data are essential for the scientific research community. Especially in the field of AI, where this is crucial for the development of new methods and the validation of existing ones. The AI building blocks are open source also to provide transparency and acceptability. Our commercial software is built on top of these open-source building blocks. Demonstrative examples, test cases, and results are available to the public to ensure the reproducibility of our work. We also provide detailed documentation and tutorials to help users understand and apply our software and data.
Our company acknowledges that the place now called Santa Fe, where our office is located, sits on unceded ancestral Tewa Land and is still recognized as O'gha Po'oge, meaning White Shell Water Place. We recognize that this land is just one piece of a larger, boundless terrain for Indigenous peoples that include the Nambe Pueblo, the Tewa, and the Jicarilla Apache. O'gha Po'oge was once a thriving Pueblo village, and their descendants include the modern-day Tewa people who still live in Santa Fe and the nearby Pueblos of Nambe, Pojoaque, San Ildefonso, Ohkay Owingeh, Santa Clara, and Tesuque. We also recognize the violence, displacement, migration, and colonization that haunt this place. We all are now stewards of this land, responsible for the care of water, air, and each other. Our company pledges to donate a percentage of the profit from our commercial services developed under our R&D projects to a local non-profit organization supporting the education of Native American students.
Our scientists are artists, and our artists are scientists.
We pride ourselves on our ability to bring together the best of both worlds to create products that are beautiful and functional, with an understanding of the impact they have on the cultures in which they are used.
Our technology development is led by our co-founder and CTO, Dr. Velimir Vesselinov. He has over 40 years of theoretical and practical experience, including 23 years as a scientist at the Los Alamos National Laboratory, New Mexico. He has been the Principal Investigator (PI) of a series of multi-million, multi-institution, and multi-year projects. He has developed more than 20 different software products. One of his AI products received 2 R&D100 awards.
Tracy Kliphuis is the other co-founder and CEO of the company. She has over 20 years of experience managing various environmental programs and projects for the State of New Mexico. She is the PI of several of our current projects.
Our company also includes recognized PhD scientists and experts with extensive publication records and internationally recognized expertise (including publications, presentations & lectures, awards, patents and invention disclosures).
Are you passionate about the ways people and technology can come together to change the world? You have come to the right place. We are looking for people with talent in the following areas.

Tell us about your goals, available data, and the decision you need to make. We can help you choose software, scope a pilot, or explore a partnership. Email us at info@envitrace.com.
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