Buildings are becoming more complex.
Energy prices fluctuate. Sustainability targets are becoming more ambitious. Building owners are expected to reduce consumption, improve comfort, extend equipment life, and make better operational decisions.
At the same time, many buildings still struggle with familiar challenges: outdated automation systems, inefficient HVAC operation, limited visibility into performance, and technical issues that are only discovered after they become expensive problems.
Over the years, working with building owners and facility teams, we have seen these challenges repeat themselves again and again. That experience has led us to develop three new solutions designed to solve some of the most common problems in building management.
Each solution addresses a different stage of the building performance journey - from modernization and optimization to continuous supervision and performance-based energy savings.
1. Building Retrofit & Energy Optimization
Many retrofit projects begin with equipment replacement, but we believe they should begin with understanding.
Before investing in new systems, building owners need a clear picture of how their building actually performs. Which systems are inefficient? Where is energy being wasted? Which upgrades will create measurable value?
Building Retrofit & Energy Optimization provides a structured approach to modernization. We start with a detailed audit of the building, including the Building Management System (BMS), HVAC equipment, and energy performance. Based on real operational data, we identify the most effective improvement opportunities, support implementation, and continue monitoring performance after the project is complete.
Why it matters
Too many retrofit projects rely on assumptions. Our approach combines technical audits, energy analysis, implementation management, and digital monitoring to ensure that every improvement is based on evidence and that results can be verified after deployment.
Instead of guessing where improvements are needed, building owners gain a clear roadmap supported by data.
2. Energy-as-a-Service
One of the biggest barriers to energy optimization is investment. Even when building owners know improvements are possible, projects often compete with other priorities, require internal approvals, or involve uncertain payback periods. Energy-as-a-Service removes that barrier.
Instead of asking customers to invest upfront in a large optimization project, we improve the building first and align our compensation with the savings achieved. Customers keep 75% of verified savings, while Intellify receives 25%.
Our team analyzes building performance, optimizes automation logic, improves HVAC operation, and continuously verifies results through live monitoring.
Why it matters
Traditional projects often ask customers to take the risk, but this model changes the equation.
Customers do not pay for software, reports, or assumptions. They pay for measurable results. If savings are not achieved, there is no value to share. It creates a partnership where both sides are focused on the same goal: reducing energy consumption while maintaining comfort and operational reliability.
3. Building Supervisor 365
Most building problems do not appear overnight, they develop gradually.
HVAC units begin operating longer than necessary, energy consumption slowly increases, alarms become more frequent and equipment starts behaving differently.By the time someone notices, costs have already increased or occupants have started complaining.
Building Supervisor 365 was created to solve this challenge.
The solution combines digital monitoring, Fault Detection and Diagnostics (FDD), predictive algorithms, and human engineering expertise to continuously supervise building performance.
By connecting directly to the existing Building Management System, Building Supervisor 365 monitors equipment behaviour, alarms, energy consumption, and operational patterns every day. When potential issues are detected, they are reviewed by engineers and included in monthly performance reports together with recommendations and corrective actions.
Why it matters
Usually most maintenance remains reactive. Problems are often discovered only after comfort decreases, energy costs rise or equipment fails.
This solution shifts building operations toward a more proactive model, where issues are identified earlier, operational visibility improves, and decisions are supported by real building data.
Instead of asking what went wrong, building teams gain the ability to see what is changing before it becomes a problem.
A Common Goal
Although these solutions address different challenges, they share the same objective: Helping buildings operate more intelligently.
Whether through modernization projects, performance-based energy optimization, or continuous supervision, the goal remains the same - turning building data into practical actions that improve efficiency, reliability, and long-term performance.
As buildings continue to evolve, we believe successful building management will increasingly depend on one thing: making better decisions based on better information. And that is exactly what these solutions are designed to support.
