Product · Digital & IoT
Product · InnDex 76 · Evidence provided · Moderate specification risk
Adhesive-backed wireless sensors (19×19mm) for non-invasive building monitoring without retrofit construction.
Disruptive Technologies manufactures ultra-miniature peel-and-stick wireless sensors that measure temperature, humidity, CO₂, and occupancy. They address the retrofit retrofit problem in existing commercial buildings—particularly heritage and occupied facilities—where traditional sensor installation requires MEP modification or structural access. Sensors communicate via proprietary low-power radio to a cloud gateway, enabling distributed data collection without rewiring.
These peel-and-stick sensors — 19 by 19 by 2.8 mm, measuring temperature, humidity, CO2 and occupancy — exist for the building you cannot rewire: heritage stock, occupied facilities, anywhere MEP modification is the deal-breaker. A 100,000+ unit installed base with named institutional deployments gives the core proposition real-world standing, though notably little of that published record is in the heritage segment the product most obviously serves. The value is sensor density at retrofit cost — adhesive mounting, no structural access, multi-parameter sensing in one unit. The dependencies: everything runs over a proprietary low-power radio to the vendor's cloud gateway, so data continuity is a vendor-relationship question rather than just a technical one; batteries need periodic replacement at scale; and adhesive durability in humid or temperature-cycling locations is unproven. Signal propagation in large or structurally complex buildings deserves a survey before committing to coverage promises. It is the right tool for monitoring where wiring is impossible; think harder before making it the nervous system of a building automation strategy.
Hardware existence, miniaturisation, and named deployments are credible and verifiable. Battery life claim requires contextual qualification: the 15-year figure applies to default low-frequency polling (e.g. 10-minute intervals); higher sample rates, active features (e.g. continuous CO₂), or harsh RF environments will reduce this materially. No independent third-party battery longevity audit found. Gateway/cloud dependency and proprietary radio protocol are not fully open to audit. Cost per sensor, integration friction with legacy BMS, and long-term adhesive durability under thermal cycling are not addressed in public materials.
#wireless_sensors #retrofit_deployment #iaq_monitoring #occupancy_sensing #non_invasive #cloud_connected