True Elements is a Water Intelligence company.
We have built a differentiated intelligence capability that brings together physics-informed modeling, integrated environmental science, and advanced reasoning. It is available now for organizations to apply consistently across their operations, assets, investments, and decisions.
Water connects the systems organizations depend on.
Yet the evidence needed to understand those connections is fragmented across disciplines, sources, teams, and time. True Elements exists to make that knowledge usable inside the decisions organizations already have to make.
Our mission is to set the standard for bringing authoritative water and environmental intelligence directly into enterprise decision-making.
One intelligence capability, built to connect what decisions separate.
TrueQi® is the core True Elements Water Intelligence system. Within it, connected evidence, applied science and modeling, and Argus™ advanced reasoning work together to construct the context around a question and support a reviewable investigation.
Physics-informed modeling
Represents water movement, balance, continuity, and related physical conditions so an investigation remains grounded in how water systems behave.
Integrated environmental science
Connects the relevant hydrologic, meteorological, land, climate, infrastructure, and water-quality context around the question.
Advanced reasoning
Argus™ operates within TrueQi® to direct investigation, organize findings, and link the work to supporting evidence and model outputs.
Qualified people review the evidence and findings. The organization decides and acts.
The value is not one answer. It is a capability the organization can apply again and again.
True Elements turns specialized water and environmental knowledge into a consistent operating capability. The same core system can support questions across sites, assets, portfolios, communities, supply chains, and watersheds while preserving the context and evidence behind each investigation.
Connected evidence
Sources, dates, place, lineage, and limitations remain attached to the work.
Applied science and modeling
Relevant physical and environmental relationships are examined together.
Reviewable investigations
Findings remain connected to supporting evidence and model outputs.
Purpose-built applications
One foundation is shaped around the questions different organizations and teams need to answer.
The core capability is the same. The questions and operating context are different.
Data Centers
Water-constrained compute and infrastructure
Agriculture & Food
Agriculture and food systems
Finance & Investment
Finance, credit, and asset intelligence
Government & Infrastructure
Government and infrastructure context
Corporate Sustainability, Resilience & Supply Chain
Connected intelligence across operations and dependencies
Consultancy & Advisory
Intelligence that strengthens expert workflows
Built by people who understand the systems behind the decisions.
The True Elements team brings together water science, hydrology, environmental engineering, AI, data architecture, enterprise technology, government, product, finance, and commercial execution.
Executive Leadership
Kim Patrick Kobza
Leads company strategy, capital, and execution around the development and adoption of True Elements Water Intelligence.
David Bankston
Leads the architecture and engineering of the True Elements platform and its enterprise operating environment.
Dr. Chuck Louisell
Leads the scientific, modeling, and advanced-reasoning capability within TrueQi®.
Kim Nelson
Connects Water Intelligence to government, policy, and institutional operating contexts.
Paul Beck
Defines the Water Intelligence category and translates complex capability into clear market and stakeholder understanding.
Team
Marcello Carmignani
Builds alliances that connect True Elements with organizations, platforms, and markets.
Genevieve Pennell Halloran
Connects platform strategy, data, partnerships, and commercial execution.
Amy Alvarez
Translates water and environmental knowledge into useful product experiences and workflows.
Dr. Kevin Heaslip
Advances infrastructure, risk, resilience, and systems-modeling research.
Brady Collea
Applies systems engineering, operations research, and modeling to investigation support.
Art Perkitny
Builds the geospatial architecture that connects environmental evidence across place and scale.
Varun Kumar
Builds AI and advanced-reasoning systems that support investigation across connected water and environmental context.
Amara Shareef
Connects modeling and investigation to real watershed systems and water-resource questions.
Advisors
Working across technology, research, government, and industry.
Technology Platforms
Research and Academic Relationships
Government Contracting and Procurement
Industry Memberships and Collaborations
Bring us the question your organization needs to answer.
Whether it spans a site, asset, portfolio, community, supply chain, or watershed, we’ll show you the connected water and environmental intelligence surrounding it and what your team can investigate next.
Request a Briefing