Beyond Location, Location, Location: How Proptech is Redefining Asset Value and Tenant Experience

For decades, the mantra of commercial real estate was simple: location, location, location. A building’s value was tied to its address, its proximity to transit, and the neighborhood’s prestige. But that script is being rewritten. Today, a property’s digital infrastructure—the sensors, software, and systems that shape how tenants actually experience the space—can move the needle on valuation just as much as its ZIP code. This guide is for asset managers, landlords, and tenant representatives who need to understand how proptech is reshaping asset value and what practical steps they can take to stay ahead.

We’ll cover why this shift matters now, how the core mechanisms work, a walkthrough of a typical retrofit project, edge cases where the approach falls short, and the real limits of technology in real estate. You’ll come away with a framework for evaluating your own properties and a checklist for your next tech investment.

Why Proptech Is Now a Valuation Driver

Commercial real estate has always been a laggard in technology adoption, but the pandemic changed that calculus. Tenants now expect frictionless access, air quality monitoring, and flexible space management—features that require a digital backbone. Buildings that deliver these experiences command higher rents and lower vacancy rates, while those that don’t are increasingly seen as obsolete. Industry surveys suggest that properties with strong proptech scores can see a 5–10% premium in effective rent, though the exact numbers vary by market and asset class.

The shift is also being driven by investor demand. Institutional capital is flowing toward assets that demonstrate operational efficiency and sustainability, both of which are enabled by technology. A building with smart energy management, for example, can reduce operating expenses by 15–20%, directly boosting net operating income (NOI). And as more leases incorporate ESG (environmental, social, governance) clauses, having verifiable data from sensors becomes a competitive necessity.

For busy readers, the key takeaway is this: location still matters, but it’s no longer the only game. A building’s “digital location”—its ability to connect, sense, and respond—is now a parallel value driver. The question is not whether to invest in proptech, but which investments will yield the highest return for your specific asset.

The New Value Metrics

Traditional valuation relied on cap rates and comparable sales. Today, appraisers are beginning to factor in “technology readiness” as a separate line item. This includes the presence of a robust network infrastructure, the maturity of the building management system (BMS), and the availability of tenant-facing apps. A building with a 5G-ready backbone and an integrated experience platform is simply worth more than one without, even if they share the same location.

Why Now?

Three forces converged: the rise of hybrid work, the maturation of IoT hardware, and the availability of cloud-based software that can unify disparate systems. Tenants are no longer willing to pay a premium for marble lobbies if the Wi-Fi drops every hour. The cost of sensors has dropped by more than half in the last five years, making retrofits more accessible. And platforms like HqO and Eptura have made it possible to manage everything from room booking to HVAC optimization from a single dashboard.

Core Mechanisms: How Proptech Changes the Equation

At its simplest, proptech in commercial real estate works by digitizing three layers: the physical environment, the operational systems, and the tenant experience. Each layer feeds into the others, creating a feedback loop that improves efficiency and satisfaction.

The physical layer includes sensors for temperature, humidity, light, occupancy, and air quality. These devices are typically wireless and battery-powered, installed in ceilings, under desks, or in HVAC ducts. They generate data that is sent to a cloud platform for analysis. The operational layer includes building management systems (BMS), access control, energy management, and maintenance ticketing. The tenant experience layer is the interface—a mobile app or kiosk—where tenants can book rooms, submit service requests, adjust lighting, or see real-time occupancy.

When these layers work together, the building can respond dynamically. For example, if occupancy sensors detect that a floor is less than 30% full, the HVAC system automatically reduces airflow to that zone, saving energy without compromising comfort. Tenants can see which floors are busy and choose a quieter space. The property team gets alerts when a meeting room’s temperature drifts outside a set range, allowing them to fix it before tenants complain.

Cause and Effect: Why It Works

The mechanism is straightforward: better data leads to better decisions, which leads to lower costs and higher tenant satisfaction. A study by a major real estate services firm found that buildings with integrated proptech platforms reduced energy consumption by an average of 18% and increased tenant renewal rates by 12 percentage points. The savings go straight to NOI, while the stickiness of the tenant experience reduces turnover costs.

But the real value lies in the compound effect. A building that can demonstrate its environmental performance through sensor data can qualify for green financing at lower interest rates. A building that offers a seamless mobile experience can attract tech-forward tenants who are willing to pay a premium. Over time, these advantages compound, widening the gap between tech-enabled and tech-poor assets.

Three Common Approaches

1. Best-of-breed integration: Selecting individual systems (e.g., one vendor for sensors, another for room booking, another for energy management) and integrating them via APIs. This offers flexibility but requires strong IT oversight.
2. Platform-based approach: Using a single vendor that provides both hardware and software, like Schneider Electric or Siemens. This simplifies procurement but can lead to vendor lock-in.
3. Build vs. buy: Some large owners develop custom platforms in-house. This gives maximum control but is expensive and requires ongoing development resources.

Each approach has trade-offs. Best-of-breed gives you the best individual components but can create integration headaches. Platform-based is easier to manage but may limit future options. Custom builds are rare and only make sense for portfolios with hundreds of properties.

How It Works Under the Hood: A Technical Walkthrough

Let’s move from theory to practice. Imagine you’re the asset manager for a 20-year-old, 200,000-square-foot office building in a secondary market. You want to upgrade its technology to compete with newer Class A properties. Here’s what a typical proptech retrofit looks like, step by step.

First, you conduct a technology audit. This involves mapping existing systems: the BMS, the access control system (likely a legacy card reader), the network infrastructure (cable and Wi-Fi), and any existing sensors. You’ll find that the BMS is from a vendor that no longer supports the hardware, and the Wi-Fi was designed for a tenth of the current tenant density. The audit will reveal gaps and opportunities.

Next, you select a core platform. For most mid-sized buildings, a platform like Eptura or JLL’s Hank is a good fit because it integrates with common BMS and access control systems. You’ll install new occupancy sensors (e.g., from Axiom Cloud or Enlighted) and upgrade the network to support IoT traffic. The platform will then ingest data from these sensors and from the BMS via BACnet or Modbus protocols.

The tenant experience app is rolled out in phases. In month one, you launch room booking and service requests. In month two, you add wayfinding and real-time occupancy. In month three, you integrate the HVAC controls so tenants can adjust temperature in their zone. Throughout, you train the property management team on the dashboard and set up alerts for anomalies.

Integration Debt and How to Avoid It

The biggest risk in any proptech project is what we call “integration debt”—the accumulation of poorly connected systems that require constant manual workarounds. For example, if your access control system doesn’t talk to your room booking platform, tenants will have to use separate credentials, leading to frustration. To avoid this, insist on API-first vendors and require proof of integration with your existing systems before purchasing. Also, budget for a dedicated systems integrator or a part-time IT resource for the first year.

Cost and Timeline

A full retrofit for a 200,000-square-foot building typically costs between $500,000 and $1.5 million, depending on the scope. The payback period is usually 3–5 years from energy savings alone, with additional upside from tenant retention and rent premiums. The installation takes 4–6 months, with the majority of time spent on network upgrades and sensor calibration.

Edge Cases and Exceptions: When Proptech Doesn’t Deliver

Not every building is a good candidate for a proptech overhaul. Here are the edge cases where the standard approach falls short or needs modification.

First, consider older buildings with structural limitations. If your building has plaster walls and no accessible ceiling plenums, running new cables and installing sensors becomes extremely expensive. In these cases, a wireless-only approach using LoRaWAN or cellular IoT can work, but the range and reliability may be lower. You might also need to compromise on the density of sensors, which reduces the granularity of data.

Second, there are assets with very short-term hold periods. If you plan to sell the building in 12–18 months, the upfront cost of a retrofit may not be recouped. However, a lighter touch—like installing a tenant experience app without deep sensor integration—can still boost the building’s marketability at a fraction of the cost. Some investors use this “proptech lipstick” strategy to justify a higher exit cap rate.

Third, tenant mix matters. A building with a single long-term tenant (e.g., a government agency) may have little incentive to invest in tenant experience features that the tenant doesn’t value. In such cases, focus on operational efficiency technologies like energy management, which have a direct ROI regardless of tenant preferences.

When the Platform Fails

Even well-planned projects can hit snags. Common failures include: the platform vendor goes out of business (a real risk in a crowded startup landscape), the sensors produce too many false positives (e.g., mistaking cleaning staff for occupants), or the tenant adoption rate is below 20% because the app is poorly designed. To mitigate these, choose vendors with a track record of at least 5 years, run a pilot in a single floor before full deployment, and involve a tenant advisory group in the app design.

Regulatory and Privacy Concerns

Occupancy sensors raise privacy questions, especially in jurisdictions with strict data protection laws (like GDPR in Europe or CCPA in California). Tenants may push back if they feel they are being tracked. The solution is to anonymize data at the source—sensors should report aggregate counts, not individual identifiers—and to be transparent in lease agreements about what data is collected and how it is used.

Limits of the Approach: What Proptech Can’t Fix

Proptech is a powerful tool, but it is not a silver bullet. There are fundamental limits to what technology can achieve in commercial real estate, and ignoring them leads to disappointment.

First, technology cannot compensate for a bad location or a poorly maintained building. If your building is in a declining neighborhood or has a leaky roof, no amount of sensors will make tenants stay. The physical fundamentals still matter. Proptech amplifies good fundamentals but does not replace them.

Second, the human element remains critical. A building with a great app but indifferent property management will still have high turnover. Technology can streamline service requests, but it cannot replace a responsive, empathetic team. The best results come from combining proptech with training and incentives for the staff who interact with tenants.

Third, there is a risk of over-investment. Some owners install dozens of sensor types and complex automation, only to find that the maintenance burden outweighs the benefits. A common mistake is deploying air quality sensors in every room when the main issue is a single malfunctioning HVAC unit. Start with the biggest pain points—energy cost, comfort complaints, room booking friction—and only add technology that directly addresses them.

The ROI Trap

It’s tempting to calculate ROI based on optimistic assumptions about energy savings and rent premiums. But real-world results often fall short. Energy savings depend on the baseline—if the building was already well-managed, the gains may be modest. Rent premiums require a market that values proptech, which is not the case in every submarket. A more conservative approach is to model a 5–10% improvement in operating expenses and a 2–4% increase in tenant retention, and then see if the project still pencils out.

When to Walk Away

If your building is scheduled for demolition in 5 years, or if the tenant base is overwhelmingly cost-sensitive (e.g., storage or industrial), a proptech investment may never pay back. Similarly, if your portfolio is too small to justify the IT overhead, consider partnering with a co-working operator that provides its own technology stack rather than building your own.

Practical Steps for Your Next Proptech Decision

We’ve covered the why, the how, and the when-not-to. Here are four concrete actions you can take starting today.

1. Audit your current tech stack. Walk through your building with a checklist: What systems are in place? Are they integrated? What is the age and support status of each? Identify the top three pain points from tenants and property staff.
2. Talk to your tenants. Survey them on what digital amenities they value most. You might find that fast Wi-Fi and reliable air quality matter more than a fancy app. Use this data to prioritize investments.
3. Run a pilot. Pick one floor or one system (e.g., room booking) and implement a solution from a vendor with a short contract. Measure adoption, satisfaction, and operational impact over 90 days before scaling.
4. Build a 3-year roadmap. Proptech is not a one-time project; it’s an ongoing capability. Plan for upgrades, replacements, and training. Budget 10–15% of the initial investment annually for maintenance and innovation.

The era of location as the sole dictator of value is over. Proptech has introduced a new variable—one that you can influence. Start small, measure carefully, and let the data guide your next move.