Choosing a building performance intelligence platform raises a lot of questions, and most of them come up in every conversation we have. Here are the answers, in plain terms.
Utopi is the only platform that turns real-time building data into guaranteed energy savings, compliance certainty, and enhanced asset value.
Figures current as of September 2026.
Who We Are
What is Utopi?
Utopi is the building performance intelligence platform for institutional real estate. We combine wireless room-level hardware, a cloud-native platform, and a dedicated Impact Team that owns the outcome alongside you.
Purpose-built for PBSA and BTR, we are active across 87,000 rooms in 13 countries, and have collected over 60 billion data points to date. For you, that means a platform proven at institutional scale rather than piloted at one asset. Explore the platform.
What does building performance intelligence actually mean?
Institutional real estate is drowning in data but starved for actionable intelligence. Building performance intelligence is the layer that closes that gap.
It means combining real-time building data from every room, temperature, humidity, occupancy, energy and water, then interpreting it so you know which asset needs attention, why, what to do, and what the financial impact will be. Not another dashboard: A decision you can act on this week.
We set out what that looks like in practice in what building intelligence really looks like, and why aggregated figures hide the problem in the granularity problem.
How long has Utopi been operating?
Six years. We have been the trusted partner to institutional owners and operators since 2020, including a Harrison Street Real Estate relationship that has run continuously since then.
For you, that matters because building performance is judged over heating seasons, not weeks. Longitudinal data is what investors and lenders ask for, and it only exists if your provider has been there long enough to collect it. More about Utopi.
Is Utopi a hardware vendor?
No. We don’t just install sensors and walk away. We solve problems.
Hardware is how we collect real-time building data, not what we sell. The Impact Team embeds with your operations team from day one, configures alerts, reviews performance and stays accountable for the numbers. That is the difference between projected ROI and hard-coded ROI.
The Platform and Hardware
What is the Utopi Multisensor V4?
A wireless room sensor monitoring six environmental data points per room, including temperature, humidity, light, motion, noise and air quality. It runs on LoRaWAN, so it does not depend on the building’s Wi-Fi.
Every compliance, energy and ESG output we produce is powered by it. One install, one data foundation, every use case. See the Multisensor V4.
Do you need to rewire the building?
No. The hardware is wireless and retrofit-ready, designed for occupied buildings. No drilling, no cabling, no resident disruption.
The Old Way meant drilling, cables, slow rollouts and legacy technology. For you, wireless means rolling out across a live portfolio without taking rooms out of service. More on that in why the smartest retrofit isn’t glass or steel, it’s data.
Does Utopi work in older buildings?
Yes, and that is where it usually pays back fastest. Older stock rarely has metering infrastructure or a usable BMS, which is exactly why whole-building figures hide the waste.
We install submeters where they are missing or read existing infrastructure where it exists, then add wireless room sensors. For you, that means you can measure a 1970s conversion and a new-build to the same standard and compare them fairly. See PropTech-led retrofitting.
How is Utopi different from a traditional BMS?
A BMS controls plant. It tells you what the system is doing, not what is happening in each room.
Utopi works at room level, which is where residential waste actually sits: Heating an empty room, an open window with the heating on, a room running hotter than the system can explain. Where you already have a BMS, we integrate with it rather than replacing it.
We compare the two directly in Utopi vs traditional BMS and in the Utopi x BMS report.
What is UtopAI?
We don’t compete on AI, we compete on context. UtopAI delivers explainable, actionable AI insights for real estate operators, privacy-first, and aligned with proven building performance playbooks.
Responses are guard-railed, so every insight is backed by real data and shows its sources. It is built for operators and asset owners, not data scientists: We show what changed, why it matters, and what to do next in plain English.
Generic AI platforms all draw from the same pool. Ours is built on first-party multisensor data that only Utopi holds: Continuous, room-level readings from over 120,000 devices, six years of longitudinal data, across 87,000 rooms and 13 countries. Background in UtopAI: Built for the AI era.
Can we use our own AI tools with Utopi data?
Yes. UtopAI connects to the tools your teams already use, including Claude, Microsoft Copilot, ChatGPT and Zapier, through our Model Context Protocol (MCP) connector and API.
Your teams query live Utopi building context, outliers, building state and risk signals, directly through their preferred assistant, returned in plain English. Your data stays authenticated, private and within your control. You bring the AI accounts, we provide the secure hooks.
For you, that means portfolio-wide intelligence inside the workflows your teams already trust. Start simple, scale when you’re ready. See Utopi: AI-ready by architecture.
What is Utopi Lite?
A subscription-free benchmarking product that gives you a portfolio energy baseline without committing to a full deployment. Start simple, scale when ready.
For you, that means you can establish where your worst performers are before deciding where to invest. Explore Utopi Lite or benchmark your portfolio.
Energy and Operations
Where does energy waste actually come from in residential buildings?
Most energy waste in residential buildings is found in how buildings are actually used, and how systems respond to occupancy in real time, rather than in the plant room. We see four recurring sources:
- Unoccupied heating. Research across our deployment base consistently shows that between 15% and 25% of avoidable energy spend comes from heating unoccupied spaces
- Thermal drift. Buildings degrade in efficiency gradually and invisibly as insulation compresses, seals fail and controls drift out of calibration
- Rogue heating. Individual rooms with malfunctioning or misconfigured heating consuming disproportionate amounts of energy
- Thermal loss variation. Not all rooms lose heat at the same rate, and without knowing which are highest-loss, retrofit investment cannot be targeted where it will deliver the greatest return
Whole-building smart meters show how much energy a building is consuming. They cannot show where it is being wasted, or what to do about it. Room-level monitoring closes that measurement gap. The full picture is in the Net Zero Guide.
What results have your clients seen?
A representative sample:
- Downing Students: £87,000 saved and 5,463 kWh cut, with overheated rooms down 34% in a single heating season
- Mezzino: Up to £327 saved per bed, reducing overheating 79% more effectively than boost buttons
- YourTRIBE: 5 kWh per bed per day saved across 249 rooms, £91 per bed annually
- Yugo: Rooms above 24°C reduced by 66%, £130 per bed annually
- CRM Students: £28,000 saved and 88,900 kWh cut across 127 beds
- Harrison Street: 15% energy saving and 68,311 kg carbon reduction across 8,542 beds, 9x ROI validated by CBRE
For you, the pattern matters more than any single number: These savings were delivered in occupied buildings, most within a single heating season, by acting on room-level intelligence.
How do you detect unauthorised portable heaters?
Individual rooms with unauthorised or misconfigured heating consume disproportionate amounts of energy, and without room-level monitoring those anomalies are invisible in aggregated building data.
Room-level Utopi data identified 112 rogue heaters across a single PBSA portfolio: The single biggest source of in-room energy waste, and a fire safety risk alongside the cost.
For you, that means finding them is an outlier report rather than a room-by-room inspection. More in the Rogue Heaters insights report.
Can Utopi control heating, or only monitor it?
Both. Smart Energy Control sets room-level boundaries across gas, electric, HVAC and fan coil systems, in new build and retrofit, with up to 35% heating savings.
Monitoring tells you where the waste is. Control is what removes it without waiting for someone to act on an alert. See centralised heating controls: The potential.
How do you reduce overheating in residential buildings?
Start by measuring it properly: Temperature by room, orientation, floor and hour, correlated with occupancy, setpoints and outside conditions. A building average hides the flats that are actually uncomfortable.
Most overheating we see is a controls problem before it is a fabric problem: Setpoints too high, stuck valves, heating running alongside solar gain, no room-level control. Across a 320+ room PBSA asset, Yugo reduced rooms above 24°C by 66% using room-level data and Smart Panel Heaters.
Resident comfort comes first. Every temperature boundary is set to remove waste without compromising how a room feels to live in, because a saving that generates complaints does not last. Portfolio-wide patterns are in the Overheating in PBSA insights report.
Compliance and Regulation
What does Awaab’s Law require?
Awaab’s Law sets legally enforceable timeframes for responding to damp, mould and other serious hazards once reported:
| Obligation | Timeframe |
|---|---|
| Emergency repairs | 24 hours |
| Investigate a reported hazard | 14 days |
| Provide a written remediation plan | 7 days after investigation |
These are legal obligations, not targets. The legislation was introduced under the Social Housing (Regulation) Act 2023 and reinforces the duty to keep properties free from category 1 hazards under the HHSRS. Full detail in our Awaab’s Law guide, and in the government regulations.
Does Awaab’s Law apply to BTR and PBSA?
Not yet directly. Awaab’s Law currently applies to social housing in England, in force since 27 October 2025. The Renters’ Rights Act 2025 contains the power to extend it to the private rented sector, but implementation is expected in a later phase and no date has been confirmed.
The Act’s implementation roadmap also includes an exemption for private student accommodation complying with UNIPOL and ANUK codes. We cover the wider implications in Renters’ Rights Act 2025: What you need to know.
For you, the direction of travel is the point. Investors and lenders are already asking about hazard response infrastructure, and building the evidence trail before it is mandatory is considerably cheaper than retrofitting it under a deadline. See how we support it on Awaab’s Law.
How does Utopi help with damp and mould compliance?
By finding the risk before a resident reports it, which removes the compliance clock entirely.
Our Mould Risk Intelligence module applies the Finnish VTT/Ojanen model, the recognised standard in mould risk prediction, to continuous room-level temperature, humidity, occupancy and ventilation data. Every reading, alert and action is timestamped and logged.
In one PBSA asset we monitored 112 rooms over 12 months and flagged 73% as high risk before any visible mould appeared. Early intervention meant targeted fixes instead of remediation, resident decant and legal exposure. Explore Compliance & Risk.
What does SFDR Article 8 require of a real estate fund?
An Article 8 fund must disclose the environmental or social characteristics it promotes, report against mandatory Principal Adverse Impact indicators including real-estate-specific ones such as exposure to energy-inefficient assets, and evidence the methodology used to measure and monitor them.
In practice that means auditable asset-level energy and carbon data. Portfolio estimates increasingly fail both investor and regulatory scrutiny. Our SFDR guide walks through what is required.
Worth watching: The European Commission has proposed replacing the Article 8 and 9 labelling system with new fund categories. The data requirement gets stricter under every version of the reform, not looser. We covered this in SFDR 2.0: EU investment frameworks are changing.
How does Utopi support SFDR Article 8 reporting?
We produce room-level, timestamped energy intensity (kWh/m²) and carbon intensity (kgCO₂e/m²) data, aligned to Principal Adverse Impact indicators and exportable in formats compatible with Article 8 periodic reporting.
For you, that means the fund-level disclosure is built from measured asset data with a documented audit trail, rather than assembled from estimates at reporting deadline. See SFDR Article 8 and Data & ESG.
How do you meet EPC requirements across a portfolio?
Start by auditing your portfolio before the methodology changes. In Scotland, the Energy Performance of Buildings (Scotland) Regulations 2025 introduce a redesigned EPC from 31 October 2026: The UK-wide Home Energy Model methodology, a new Heat Retention Rating, and five-year rather than ten-year validity. Reclassification is expected for many assets, so proactive assessment gives you realistic compliance exposure before the deadline hits.
Then build your evidence base. Under RdSAP 10, improvements made without proper evidence trails may not count. It is not just about having data: It is about having verified, timestamped, auditable data that assessors will accept. The Utopi Platform provides this automatically.
Prioritise fabric. Heat Retention Rating rewards insulation and airtightness over heating system efficiency alone, so technology that identifies heat loss patterns and validates fabric improvements is what lets you target retrofit investment where it will actually move the rating.
For you, this is already an acquisition issue, not just a compliance one: 77% of institutional property investors now assess minimum capital expenditure requirements for energy efficiency before making acquisition decisions, rising to 89% for institutional funds. The full breakdown is in Scotland’s EPC changes.
Why does measured performance matter if EPC is the legal requirement?
Because the two answer different questions, and only one of them protects you.
EPC tells you what a building should consume under standard assumptions. Measured data tells you what it does consume, with real residents and real controls. Where they diverge, that gap is either avoidable cost you are paying now or a compliance risk you cannot see.
Lenders and investors increasingly ask for both. The certificate satisfies the regulation; the measured data supports the valuation. See Energy & Operations and the RICS update on ESG in valuation.
What is CRREM and how does Utopi support net zero compliance?
CRREM, the Carbon Risk Real Estate Monitor, translates global carbon budgets into asset-level decarbonisation pathways and gives each building a Misalignment Year: The point at which it falls out of step with a 1.5°C trajectory.
Net zero is a trajectory per asset, not a portfolio average. We provide the measured energy and carbon data that CRREM assessment depends on, plus the before and after evidence that shows an intervention actually worked.
For you, that turns a stranding risk on a spreadsheet into a capital plan with a defensible order of priority. See Net Zero Compliance, the Net Zero Guide and Utopi x stranded assets.
Can Utopi help with GRESB and BREEAM?
Yes, and specifically. Utopi data influences almost 50% of the GRESB scorecard, supporting 14 indicators and 49.75 points across energy efficiency, net zero and tenant engagement. For BREEAM, we directly support 27 In-Use credits and 5 New Construction credits.
Our licensed assessors cover GRESB, BREEAM, Fitwel and NABERS UK, so the same data foundation serves the certification and the reporting. Explore sustainable certifications.
Asset Value and Investment
How does building performance affect asset value?
Through four channels, not one.
Lower consumption reduces non-recoverable operating costs and protects NOI. Better comfort and fewer hazards support retention and reputation. Strong measured performance reduces regulatory and transition risk, and the future capital expenditure that comes with it. And increasingly, evidenced performance affects financing terms and liquidity at exit.
Installing sensors does not raise a valuation. Demonstrating a more resilient NOI, lower risk and a credible capital plan does. More in green buildings vs brown discounts and Utopi x asset value.
Is Utopi Data used in institutional transactions?
Yes. In 2025, Utopi data supported an A$1.1bn PBSA transaction between Harrison Street and AustralianSuper, covering six premium assets in the UK with 1,616 beds carrying continuous Utopi performance data.
The Utopi Logbook gave AustralianSuper the confidence to invest at scale, and gave Harrison Street and DLC Europe demonstrable exit readiness. CBRE separately confirmed that reduced running costs across the Harrison Street portfolio were recognised within their valuation.
The strongest proof of investment-grade building data is what institutional buyers do with it. See data and exit readiness: The value equation.
How do we prove ROI on a performance upgrade to our investment committee?
Your investment committee needs measured evidence, not modelled projection, and that is what we produce: Quantified, auditable reductions in kWh, cost and carbon, per room, per building and per portfolio, measured against weather-normalised baselines with before and after comparisons for every intervention.
The Impact Team owns the outcome alongside you, converting projected ROI into hard-coded ROI. Across the Harrison Street portfolio, that evidence supported a 9x return on investment validated by CBRE, and reduced running costs recognised within CBRE’s valuation.
How does Utopi protect NOI?
By approaching the costs you can actually control, then evidencing it.
Utility waste is the most measurable: Unoccupied heating, faulty equipment, poor scheduling, inaccurate recharge. Beyond that, catching overheating and mould risk early avoids reactive repair costs and resident disputes, and continuous evidence avoids the regulatory penalties and pre-sale capital expenditure that erode value quietly.
Reliable, granular data turned into NOI protection: Lower controllable costs, fewer reactive repairs, and evidence that defends asset value at valuation and at exit. See Utopi x ESG data and NOI and From data to NOI.
Does Utopi support green finance covenants?
Yes. ESG-linked lenders increasingly require auditable, timestamped building performance data as ongoing covenant evidence, and we produce it automatically rather than through manual collection. See Net Zero Compliance and Utopi x accessing finance.
Choosing a Platform
How do we choose a building data platform for a residential portfolio?
The right answer depends on which problem is urgent: Energy cost, damp and mould risk, EPC and net zero compliance, investor reporting or capital planning. Six criteria matter most in residential.
- Granularity. Portfolio, building, floor, unit or room? Residential waste sits at room level
- Connectivity. Meters, BMS, invoices, EPC records and your property management system
- Interoperability. Documented APIs and data export, with no vendor lock-in
- Data quality. Gap handling, timestamps and an audit trail that stands up to a lender
- Action, not just display. Alerts routed to an owner with a deadline, and control where it is justified
- Accountability. Whether anyone owns the outcome once the platform is live
On the last one, our answer is the Impact Team. Start simple, scale when ready. Quick guides for PBSA and BTR.
What does Utopi integrate with?
ESG reporting platforms including Deepki and Measurabl, property management systems, metering and submetering solutions, and resident engagement platforms including Spike Global, Spaceflow, Chainels and Lavanda.
For you, the practical test in procurement is not whether an integration exists but what it carries: Which fields, how often, in which direction, and who maintains it. Ask for that in writing. See all integrations.
Do we own our data?
Yes. Your building data is yours, exportable, timestamped and portable.
Deployment and Support
How long does deployment take?
Wireless install means speed. Across the Harrison Street rollout of 8,542 beds, assets were live and collecting data within two weeks.
Timelines depend on access to occupied rooms and existing metering, which is why we survey first.
What happens after install?
The Impact Team stays. They configure alerts so they are actionable, review performance with your operations team, identify opportunities and keep your compliance evidence current.
We don’t install and disappear. Every portfolio has a named team accountable for hitting its targets, because energy targets are met by people acting on intelligence, not by platforms alone.
Which markets does Utopi operate in?
Active across 87,000 rooms in 13 countries, with a European footprint including the UK, Ireland, Spain, France, Portugal, Denmark, Germany, Italy, Greece and Poland.
Purpose-built for PBSA and BTR, expanding into European residential and hospitality. See our Spanish PBSA portfolio with Harrison Street and Nido across Ireland and Denmark.
Which sectors does Utopi work in?
PBSA and BTR are where the platform was purpose-built and where the evidence base is deepest. We also work across wider residential, co-living, later living, higher education estates and hospitality.
Explore products and solutions.
Is Utopi certified?
We hold ISO 9001 for quality management and ISO 14001 for environmental management, both LRQA approved, plus Cyber Essentials Plus. We are a UKGBC member and a GRESB partner. See our ISO certifications.