Industry Experience
Experience across construction, HVAC, energy, and water systems gives us a practical understanding of how systems are designed, operated, and maintained.
Intelligent Software for Energy and Water Systems
Built on
We deliver software that makes energy and water systems more reliable, efficient, and autonomous, using operational data and AI. We coordinate systems and components so they operate together, not in isolation.
Intelligent Software forEnergy and Water Systems
Water Operations
Pumps work together for better performance, lower energy use and better pressure management. Predictive control prepares the system for changing conditions, while condition monitoring helps identify maintenance needs before they disrupt operation.
Explore moreData Centers
Data centers can provide valuable heat, storage and flexibility to their surroundings. We coordinate the local microgrid to balance supply and demand, enable reliable heat sharing and turn data centers into local energy partners.
Explore moreEnergy and water systems are becoming increasingly connected. Owners and operators face rising costs, climate challenges, stricter regulations, and growing demands for efficiency and reliability. As AI becomes part of operational decision-making, better coordination, faster decisions, and greater confidence are essential.
But how can operators trust intelligent systems enough to benefit from optimized operation?
NeoVest combines existing operational data and digital infrastructure with artificial intelligence to coordinate systems, improve performance, reduce energy use and operating costs, and support reliable operation.
Trust comes from intelligence that is adapted to each system, operates within defined limits, and keeps operators informed and in control.
When operators trust the system, they can see measurable savings:
Up to
26%
Lower Energy Costs
Up to
18%
Lower Energy Use
Improve system efficiency, reduce unnecessary energy use, and make better use of existing infrastructure.
Adapt to changing conditions, identify problems earlier, and support stable and resilient operation.
Use energy and resources more efficiently while supporting lower emissions and more sustainable operation.
Make decisions with system-specific intelligence, defined operational limits, and operators kept informed and in control.
Continuously adjusts operation based on system behavior, changing conditions, and operational objectives.
Runs intelligence close to the physical system for faster response, greater data privacy, and reliable local operation.
Works with existing sensors, control systems, networks, and digital infrastructure with minimal disruption.
Coordinates interacting equipment and subsystems to improve overall performance rather than optimizing individual components in isolation.
At the technical level, our software can operate directly at the edge, using available sensor data, local networks, and existing ICT infrastructure. Lightweight algorithms with low computational requirements allow decision-making and control to run close to the physical system, reducing dependence on cloud computing and the need to share operational data externally. Each implementation is tailored to the target system, selecting suitable optimization, control, and AI algorithms to improve performance while strengthening cybersecurity, reliability, and system resilience. Explore the technical details of our solutions, or contact us to discuss how this approach can be applied to your business.
Built together with our partners through real projects and shared challenges.
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30+
Years of Combined Experience
15+
Pilot and Demonstration Projects
25+
Years of Research & Innovation
5
Countries with Active Collaborations
Our work is driven by curiosity, engineering, and a passion for solving real-world problems. By combining industry experience with research and innovation, we develop practical software for the next generation of digital infrastructure.
Experience across construction, HVAC, energy, and water systems gives us a practical understanding of how systems are designed, operated, and maintained.
Our work builds on research and innovation from Lund University, NTNU, and Harvard University, combining academic knowledge with practical implementation.
We start by understanding the real problem before choosing the technology. Each solution is developed around practical needs and measurable value.
We combine engineering expertise, operational knowledge, and data-driven methods to turn complex system data into practical insights, intelligent operation, and trusted decision support.
Whether you are exploring a software implementation or a live demo, tell us about your system, challenge, or opportunity. We can help identify a practical way forward.
Phone
+47 93 813 841Address
Borgundvegen 340, 6009 Ålesund, Norway