Basking vs XY Sense: Occupancy Data Without the Ceiling Hardware
XY Sense measures space with computer-vision sensors wired into the ceiling. Basking reads occupancy from the network a building already runs – no hardware – and carries the signal into the decision waiting on it: the renewal, the consolidation, the lease.
A quick, honest comparison of two occupancy platforms built on opposite ideas — ceiling sensors vs. the network your building already runs. Read on to see which fits your portfolio, or jump straight to a walkthrough on your own buildings.
Before you compare these two, ask one question: do you need to instrument your ceilings to answer it? That’s the fork between Basking and XY Sense. Both tell you how offices are used — they differ on what it costs to find out, and on how far the data travels after it lands.
XY Sense is built for real-time building automation — releasing a desk, triggering HVAC, dispatching cleaning the moment a space empties. If that live, second-by-second control of a floor is the job, sensor-grade hardware earns its place. But most portfolio decisions aren’t made second by second. They’re made in the meeting where someone asks whether to renew 50,000 square feet — and that answer depends on how the space is used and what the lease allows. That’s the gap this comparison is really about.
<At a glance
Basking vs XY Sense
| Basking | XY Sense | |
|---|---|---|
| How data is collected | WiFi, badge, and sensor data a building already has | Ceiling-mounted computer-vision sensors |
| Deployment | Software — no hardware, live across sites in hours | Wired PoE, Senselink daisy-chain cabling per floor |
| Sensing method | Anonymized network signals | AI cameras (on-device, no images stored) |
| Granularity | Portfolio, building, floor, zone | Desk- and area-level position, ~0.5-ft precision |
| Primary metrics | Duration, frequency, inter-site visits, department patterns | Live people count and XY position |
| Built for | Turning occupancy into lease & portfolio decisions | Real-time measurement and building automation |
| Lease intelligence | Yes — LeaseOps, AI abstraction, approvals | Not a focus |
| Privacy profile | Anonymized network data, no cameras | Edge-processed cameras, no images stored |
| Best when the question is | “What do we do with this lease, cost, or space?” | “What’s happening on this floor right now?” |
Two different bets on how to measure a building
Both platforms sit in occupancy intelligence. They start from opposite ends of it.
XY Sense: precise sensing, wired into the ceiling
XY Sense is, at its core, a sensor company, and the hardware is well-built. Its Area Pro sensor uses on-device computer vision to count people and track position across areas up to 3,000 square feet, with roughly 99% real-time accuracy and half-foot precision, processed at the edge so no images leave the device. It’s wired PoE, deployed through the Senselink daisy-chain that cables sensor-to-sensor across a floor.
Where that shines is real-time building automation — releasing space the moment it empties, driving HVAC and lighting, triggering cleaning on actual use. For an operations team that needs a second-by-second view of a floor, the responsiveness is real and the precision is best-in-class. The cost is in the model: cameras on the ceiling, wired in, mean a hardware project — cabling, PoE switching, and in an existing occupied building, cable trays, ceiling work, and trades on site. It’s strongest in new builds and major refits, and its footprint is concentrated in APAC and EMEA.
Basking: read the building you already have
Basking starts from a different premise — that most buildings already broadcast enough to understand how they’re used. It unifies WiFi, badge, and existing sensor data into one occupancy signal, reported from portfolio level down to zone, with no hardware to mount.
That reframes deployment entirely. There’s nothing to cable, so a whole existing portfolio can come online in hours rather than a floor at a time. And because Basking reads network signals rather than a fixed sensor, it sees behavior a per-desk counter can’t: duration of visits, frequency, inter-site movement, and department-level patterns — anonymized, but reflecting how people actually move through a workplace. The trade is honest: XY Sense measures a specific desk with more precision than WiFi can, and where that desk-level certainty is the decision, sensors have a place — Basking can take sensor input too. But for portfolio-wide questions, waiting on a ceiling rollout is time and cost most decisions don’t need.
The privacy question cameras raise
There’s a difference worth naming plainly, because it decides deployments in some industries: XY Sense is camera-based. XY Sense engineers around this carefully — processing happens on-device, no scene images are stored, and it’s built to be GDPR-compliant. That’s a responsible design.
But “camera on the ceiling” is still a harder conversation with works councils, InfoSec teams, and employees than “we read the WiFi you’re already connected to.” In financial services, the public sector, and across European markets, the perception alone can slow or block a rollout even when the technology is compliant. Basking works from anonymized network signals — no cameras, no images, nothing pointed at a desk. It’s SOC 2 Type II and ISO 27001 certified and meets GDPR, CCPA, and similar regulations. For a privacy-sensitive enterprise, device-based occupancy is often the version that clears review without a fight.
What happens after the data arrives
This is where the platforms stop overlapping at all. XY Sense delivers occupancy intelligence — live views, heatmaps, dashboards, replays, and the real-time triggers that drive building automation. Strong tools for running a floor today. But acting on that data across a lease, a cost line, and an approval happens somewhere else, in other systems.
Basking is built to carry the signal into the decision. A floor reads underused for a quarter. Instead of stopping at the chart, the team can route a recommendation through Flow for approval, adjust cleaning to actual use through Smart Cleaning, or — the decision most tools can’t touch — connect it to the lease.
That last one is the difference that matters most. A floor at 30% means one thing if the lease ends in six months and another if three years remain. Through LeaseOps, the usage signal and the lease sit together, so the renewal question stops being “how busy is this floor” and becomes “what do we do about this commitment.” DocsAI turns lease PDFs into structured data at 90–98% accuracy with a human-in-the-loop review step, and IFRS 16 reporting and approvals live in the same place. XY Sense doesn’t play here — it isn’t built to.
Choose XY Sense
When the job is real-time measurement and automation of specific spaces — live floor views, desk-level position, HVAC and cleaning triggers — especially when you’re specifying sensors during a new build or major refit where cabling is on the table.
Choose Basking
When the job is portfolio-wide understanding and the decisions that follow — deploying across existing, occupied buildings without a hardware project, and connecting how space is used to leases, costs, approvals, and reporting.
The shortest version: if you need to know what’s happening on one floor this second, look at XY Sense. If you need to decide what to do about a lease, a cost, or a portfolio, that’s Basking.
FAQ
Basking vs XY Sense, answered
What’s the main difference between Basking and XY Sense?
XY Sense measures space with ceiling-mounted computer-vision sensors, built for real-time, desk-level precision and building automation. Basking reads occupancy from a building’s existing WiFi, badge, and sensor data — no hardware — and connects it to lease and portfolio decisions. One is precise real-time sensing; the other is software that turns occupancy into action.
Does Basking need sensors like XY Sense?
No. Basking runs on infrastructure a building already has, so there’s no hardware to mount or cable. It can take dedicated sensor input where desk-level detail is needed, but it doesn’t require a rollout to start — an existing portfolio can come online in hours.
Is XY Sense camera-based, and does that matter?
XY Sense uses on-device computer vision (AI cameras), processed at the edge with no images stored, and is built to be GDPR-compliant. It’s a responsible design, but ceiling cameras can still be a harder sell to works councils and InfoSec teams than Basking’s anonymized network signals — which often matters in financial services, the public sector, and Europe.
Which is faster to deploy across a portfolio?
Basking, in most cases. XY Sense is wired PoE with Senselink cabling per floor, which is manageable in a new build but a real project in existing, occupied space. Basking’s software approach avoids the ceiling work entirely.
Which is better for real-time building automation?
XY Sense. Its sensors update in near real time and are designed to trigger HVAC, lighting, cleaning, and space release. Basking’s focus is portfolio understanding and the lease and cost decisions that follow, not second-by-second automation.
Which connects occupancy data to lease decisions?
Basking. It’s built to join WiFi, badge, and sensor utilization with lease terms through LeaseOps, so renewal and consolidation decisions reflect actual usage. XY Sense measures the space but doesn’t carry the data into lease administration.
See it in action
See how fast your data becomes a decision.
In 30 minutes we’ll show Basking on your own portfolio — occupancy, LeaseOps, and the path from a usage signal to an approved decision.
