Future product · concept image
Slim watch wearable
A slimmer sensor on the strap, just above the watch face. Three rings and useful recommendations on your wrist, for sport and work.
In development · product concepts
Future products.
New ways to measure light — for electrical installers, everyday life and work. Explore OcuPRO, the slim watch wearable and the adaptable five-sensor kit, all currently in development.
Future product · concept image
OcuPRO · professional light meter
A professional measurement concept for authorised electrical installers, with an accessible entry price in mind. iPhone 17 Pro Max for measuring and saving; iPad for floor-plan surveys with lux, melanopic EDI and available light channels.
Future product · concept image
5-pack · all-season kit
Five sensors. Interchangeable adapters for watch, running headband, winter jacket, ski beanie and MTB handlebar — plus a proposed surf mount. Keep the sensing window exposed.
AI-assisted concept photographs based on our sensor design. Mounts, compatibility, weather protection and measurement performance remain to be validated.
One sensor · life & work
From your desk to the great outdoors.
01 / 06
Work
At your desk
From the commute to the meeting room. Keep the sensor visible above your watch and follow your light day on three simple rings.
Watch-strap adapter
Life & sport
Morning run
A light sensor on your headband leaves your hands free. An exposed sensing window follows the changing light along your route.
Running-headband adapter
Life & sport
On the trail
Sunlight, shade and woodland. A handlebar mount records the light along the ride as context alongside your personal wearable.
MTB handlebar clamp
Life & sport
Winter outdoors
When your wrist is under a sleeve, move the sensor to your beanie or jacket. Keep the optical window outside the fabric and clear of snow.
Beanie / winter-jacket clip
Life & sport
By the water
A shoulder attachment explores another way to carry the sensor outdoors. Water protection and secure attachment must be validated before use in the water.
Proposed surf attachment
Work
Measure a workspace
An installer checks a desk or meeting room using an iPhone 17 Pro Max or iPad. The proposed workspace brings lux and available light channels together.
USB-C male-to-male adapter
AI-assisted future-product illustrations, not validated hardware. Placement changes what a sensor observes; readings are not identical to light reaching your eyes. Mounts, device compatibility, impact safety and weather / water protection remain to be validated.
Future product · for electrical installers
OcuPRO
Professional light measurement. An accessible starting point.
A compact USB-C light instrument for authorised electrical installers. Connect it to an iPhone 17 Pro Max or iPad and explore more than lux: the amount of light, its spectrum and its melanopic contribution.
Designed with an accessible entry price in mind, so professional light measurement can become part of everyday installation work. Pricing and launch timing are not yet set.
- iPhone · measure and save individual readings
- iPad · place readings on a floor plan and tag the location
- Lux, melanopic EDI, CCT and α-opic metrics
- Raw channels kept separate from reconstructed light metrics
On site · from a reading to a better installation
Measure where people work.
01 · Check the light
Use the iPhone as a dedicated meter. Choose the measurement plane, check lux and melanopic EDI, then save the reading with its position and context.
02 · Build the room survey
On iPad, identify each point on the floor plan. Record height, direction and observations, then compare positions before and after changing the lighting.
Illustrated work situations are AI-assisted concepts; device support and measurement performance require validation.
03 · From a survey to continuous insight
Start with OcuPRO. Where a customer needs ongoing monitoring, explore OcuROOM and the Ocutune platform for room-level trends, diagnostics and lighting control. One introduction to the wider Ocutune system.
Development ambition: capabilities comparable to a reference instrument in the DKK 30,000 class, with an accessible entry price. Equivalence, accuracy, calibration, USB-C compatibility and the available output fields must be verified before release. The demonstration below does not connect to real hardware.
Installer workspace · interactive concept
Measure. Record. Improve.
An on-site light survey on iPhone 17 Pro Max or iPad: record each position, its measurement plane and all available light metrics before proposing changes to luminaires or desk layouts.
ocutune · PRO SURVEY
Synthetic measurements · USB-C connection concept
Vertical describes the chosen plane, not a verified eye-exposure measurement. USB-C protocol, power and supported devices require engineering validation.
Photopic illuminance
127.45 lx
Melanopic EDI
130 lx
Melanopic DER
1.02 ratio
CCT
6500 K
S-cone-opic EDI
105.3 lx
M-cone-opic EDI
118.53 lx
L-cone-opic EDI
131.27 lx
Rhodopic EDI
145.6 lx
Example time12:00
Survey log · 0 points
No captured positions yet.
Synthetic demo · a complete example day
Many observations. Three clear rings.
ocutuneDEMO
Light at 12:00
Wrist melanopic EDI
515 lxPhotopic illuminance
504.9 lxRaw channels · F1–F8 · illustrative counts
F1
F2
F3
F4
F5
F6
F7
F8
Clear / NIR
858 / 40mDER / CCT
1.02 / 6500 KS-cone EDI
417.15 lxM-cone EDI
469.56 lxL-cone EDI
520.05 lxRhodopic EDI
576.8 lxWrist: usable demo · selected source: headband
00:0024-hour timeline23:59
Relevant, not added together. Placement and quality decide which observation to use. Wrist, headband and jacket are personal proxies; room and device readings provide context, not verified eye exposure.
Coverage is not precision. More useful observations can fill gaps. Covered or offline sensors do not count as darkness. Evening and sleep remain separate; the calm ring uses the weaker result.
Ready for a real data example. Eight raw channels, Clear/NIR and derived metrics are synthetic fixtures, not a reconstruction algorithm. Real API fields, calibration and quality flags need Joachim's confirmation. Guidance behind example targets.