Dual 0-10V Configuration

Mode:

Analog Filter Mode:

Filtering of analog signal can be used to mitigate flickering caused by noisy analog lines but will reduce the speed of dimmer response.

Dimming Curve Exponent:

Dimming Percentage vs Voltage

Time mode Clock

›

🕐

Time

💡

Intensity

%

Brightness 100%

Color Temperature

K

Color Temperature 4000K

👁️

Preview changes on fixture

Send changes to the light in real-time while editing

✕

Close

🗑️

Delete Point

📶

Controlled by Primary

—

›

📡

Wireless Group

No Group

›

🔗

Group Matching

📅

Schedule Days

Active: Weekdays

›

Power-On Default

💡

Brightness Power On

⚙️

Configure 0-10V

Configure dimming control interface

›

⏳

Idle Resume

🕐

Time relative to

Clock Sunrise

🌍

Timezone

🌅

Sunrise Location

Select Location on map

›

🏙️

Predefined Cities

📍

Latitude (Lookup)

📍

Longitude (Lookup)

📶

WiFi/BLE Configuration

Access point, network, and BLE settings

›

SkySync

Ambient light sensor control

›

⚙️

Advanced Settings

System configuration and diagnostics

›

🛠️

Developer Options

API server, content source, debug tools

›

📶

Connect to WiFi

Scan and connect to available networks

›

📡

Access Point SSID

Tap to edit

›

🔑

Access Point Password

Change device password and security settings

›

📻

Radio Channel

SSID Visibility

Control when your WiFi network is visible to devices

Always Broadcast SSID

Network is always visible to devices

Hide SSID 10 minutes after boot

Network becomes hidden after startup

Always hide SSID

Network is never visible, requires manual connection

Hide Secondary Fixture SSIDs

Hide network names from other connected fixtures

Disable BLE on Secondary Fixtures

Improves sync reliability. Disables EnOcean dimmer and motion sensor reception on secondaries.

Disable BLE After 1 Minute

Per-fixture setting. BLE re-enables if primary connection is lost.

💾

Save WiFi Settings

Apply changes and restart

›

🚫

Disable Wireless

Turn off WiFi, Bluetooth, or both

›

📶

Current Network

Not Connected

🌐

IP Address

--

🔒

Device Password

Change device password and security settings

›

⚠️

Disable Wireless

Select which wireless interfaces to disable. The device will restart after applying changes.

Wireless Interfaces

Disable WiFi

Turns off the WiFi access point. Web interface and OTA updates will be unavailable.

Disable Bluetooth

Turns off Bluetooth. Mobile app, wireless dimmers, and motion sensors will be unavailable.

You will lose access to:

Factory reset can't re-enable wireless

Power-cycle factory reset will restore other settings but will not re-enable disabled wireless interfaces.

How to restore (Factory Reset):

1. Power off the device completely

2. Power on for 3–10 seconds, then power off

3. Repeat step 2 four more times (5 cycles total)

4. On the 5th power-on, the orange and green LEDs will fade in and out to confirm the reset

5. The device restarts with factory default settings

Each power-on must last at least 3 seconds for the cycle to count. If the device stays on longer than 12 seconds, the cycle count resets and you must start over.

Factory reset erases all saved settings including WiFi credentials, schedules, and device configuration.

📶

Network Name

Signal strength and security info

🔑

Password

👁️

Join Network

Connecting...

📶

Network Name

Not Connected

Signal Strength

-- dBm

Channel

--

Security

--

MAC Address (BSSID)

--

IP Address

--

Router (Gateway)

--

Subnet Mask

--

🗑️

Forget This Network

›

📡

Scanning for Networks

Looking for available WiFi networks...

5s remaining

Available Networks

0 networks found

🔄

Scan Again

Search for more networks

›

🔒

Current Password Status

Checking...

🔔

Keep default password

Don't show reminders to change password

🔑

New Password

👁️

🔑

Confirm Password

👁️

💾

Save Password

Update device password

⚠️

Factory Reset Instructions

If you forget your password, you can reset the device to factory defaults by power cycling it 6 times with a 5-10 second delay after each restart.

Power off the device
Wait 5-10 seconds
Power on the device
Repeat this process 6 times total
The device will reset to factory defaults

Warning: Factory reset will erase all settings and return the device to its original configuration.

What is Wireless Group?

Wireless Groups allow multiple fixtures to synchronize their lighting schedules and changes automatically. When one fixture in a group changes, all other fixtures in the same group will update to match.

🏷️

Wireless Group

📡

Radio Channel

Loading...

All devices must use the same radio channel to communicate. Secondary fixtures will automatically scan radio channels to find a primary with the same group number on startup.

Discovering other lighting fixtures on the network...

📡

No Wireless Group

This fixture is not assigned to a wireless group. Without a group, it operates independently and is not synchronized with other fixtures.

To coordinate with a primary fixture, assign this device to a wireless group. All fixtures in the same group will follow the primary fixture's schedule and settings.

Note about time

Secondary fixtures do not have a battery-backed clock. The time will be updated when you connect via WiFi or Bluetooth, or from the internet if the fixture is connected to a WiFi network.

📡

Set Wireless Group

Assign this fixture to a group

›

ⓘ

Learn About Fixture Roles

What are primary and secondary fixtures?

›

⚠️

No Primary Found

This fixture is in Wireless Group 0 but no primary fixture has been found on this radio channel.

A primary fixture is needed to coordinate lighting for this group. Make sure the primary fixture is powered on and assigned to the same group, or change this fixture's group.

📡

Change Wireless Group

Switch to a different group

›

🔗

Connected to Primary

This fixture is controlled by the primary fixture in Wireless Group 0.

Primary Fixture

WiFi Name: —

BLE: —

MAC: —

IP: —

—

📶

Connect to Primary

Switch to the primary fixture

›

Schedule, color temperature, and brightness are managed by the primary fixture. To change settings, connect to the primary fixture or change the wireless group.

📡

Change Wireless Group

Switch to a different group

›

ⓘ

Learn About Fixture Roles

What are primary and secondary fixtures?

›

📡

Wireless Group

No Group

›

🚫

Disable Wireless

Turn off WiFi, Bluetooth, or both

›

📶

WiFi Configuration

Access point settings and network connection

›

⚙️

Advanced Settings

System configuration and diagnostics

›

What is a Primary Fixture?

A primary fixture controls its own schedule, lighting settings, and broadcasts them to secondary fixtures in its wireless group. Primary fixtures typically have a daughter board (0-10V, DALI, DMX, or Casambi) for external control input. A fixture without a daughter board can also be set as a "software primary" to run its own schedule via internet time sync.

What is a Secondary Fixture?

A secondary fixture follows a primary fixture's schedule and settings. It does not need its own schedule or internet connection — it receives instructions from the primary via the wireless group radio link. Just assign it to the same wireless group as the primary.

What is a Software Primary?

A software primary is a fixture without a daughter board that has been configured to act as primary. It runs its own schedule and broadcasts to secondaries, but has no external dimmer input. It requires an internet connection for time synchronization and will output a dim neutral color on power-up until time is established (~30 seconds).

How Wireless Groups Work

Fixtures are organized into wireless groups (1–15). All fixtures in the same group coordinate via a radio link. Each group should have exactly one primary fixture. The primary broadcasts its schedule and lighting state; secondaries follow automatically. Fixtures with no group (group 0) operate independently.

ⓘ

Software Primary Limitations

This fixture is running as a software primary without a daughter board. It can run a schedule and broadcast to secondary fixtures, but has some limitations.

No dimmer input

"Read Dimmer" is not available as a CCT power-on option because there is no daughter board to read from.

No battery-backed clock

This fixture does not have a real-time clock battery. It will not know the time until it connects to the internet (~30 seconds after power-on). Until then, it starts at 5000K / 500 lux, then falls back to 4000K once schedule mode activates without a time reference.

Internet required for schedule

To use schedule-based features, this fixture must be connected to WiFi with internet access for NTP time synchronization.

Recommended power control

Dim to 0% instead of switching off via relay. This avoids the startup delay while waiting for time sync.

⚠️

No Primary Found

This fixture is in Wireless Group 0 but no primary fixture has been found.

Troubleshooting

1. Is the primary fixture powered on?

2. Are both fixtures in the same wireless group?

3. Are they within radio range (~30m indoors)?

4. Check the primary's radio channel matches.

📡

Change Wireless Group

Switch to a different group

›

ⓘ

Learn About Fixture Roles

What are primary and secondary fixtures?

›

📡

Channel Scanner

Discover fixtures across all radio channels

WiFi will be temporarily disconnected during the scan. The connection will automatically restore after scanning completes (approximately 30 seconds).

Scanning...

Initializing scan...

Scan Results

Found 0 fixtures across 0 groups

Access Point SSID

Choose a name for your device's WiFi network. This is what other devices will see when scanning for WiFi networks.

0/32

SSID Guidelines

Must be 1-32 characters long
Avoid special characters for best compatibility
Cannot be empty or only spaces
Consider using a descriptive name

Innerscene Controller

Loading...

Network

📡

WiFi Name

Loading...

📶

MAC Address

Loading...

📻

Bluetooth Name

Loading...

🐾

Device Friendly Name

Loading...

🔵

Bluetooth MAC

Loading...

🏷️

Wireless Group

Loading...

›

📻

Radio Channel

Loading...

System

🕒

Current Time

Loading...

🌍

Time Zone

Loading...

›

🌐

AP IP Address

Loading...

📡

STA IP Address

--

⚙️

Firmware Version

Loading...

›

🆕

Update Available

›

🔨

Firmware Build

Loading...

🔄

Check for Updates

Tap to check for new firmware

📱

iOS App Version

--

🆕

App Update Available

›

⏱️

Uptime

Loading...

🌡️

Temperature Monitor

--

›

💡

Identify Device

Flash the light to identify this device

🔄

Reboot Device

Restart the device and reconnect

🌡️

Current Temperature

--°C

Temperature History

Last 10 minutes (samples every 5 seconds)

📈

Maximum

--°C

📉

Minimum

--°C

📊

Average

--°C

Sampling paused - navigate to this screen to start monitoring

🌡️

Display in Fahrenheit

Toggle between °C and °F

Peer Device Temperatures

Scanning for peer devices...

Monday

Tuesday

Wednesday

Thursday

Friday

Saturday

Sunday

🗓️

Select Weekdays

Monday through Friday

📅

Select All Days

Every day of the week

🚫

Clear All Days

No days selected

Schedule days are the days the schedule will be active. If no days are selected, the schedule will never be active. For days when the schedule is not active, the fixture will remain at its last known state.

💾

Save Changes

Apply selected days

›

🔧

System Configuration

Device settings and system options

›

📊

Diagnostics & Monitoring

System status and console logs

›

🎛️

Hardware Control & Testing

Channel controls and hardware tests

›

🎨

Calibration & Color Management

Fixture calibration and CCT tables

›

🗄️

Data Values

View and edit device key-value pairs

›

🔄

Firmware & Updates

Firmware uploads and version management

›

🔄

Reboot Device

Restart the device and reconnect

Scan the QR code on your dimmer switch to pair it with this device.

📷

Scan with Camera

›

📁

Upload QR Code Photo

›

⏹

Stop Camera

Manual Entry

⚙️

Process QR Data

›

Dimmer Configuration

Name

MAC Address

--

Serial Number

--

💾

Save Dimmer

›

MAC Address

--

Serial Number

--

Product

--

Dimmer Name

Give this dimmer a descriptive name to help identify it later

Name

-

MAC Address

-

Button A0 (Top Left)

Action

Button A1 (Bottom Left)

Action

Button B0 (Top Right)

Action

Button B1 (Bottom Right)

Action

Quick Presets

💡

Simple On/Off

A0=On, A1=Off

›

🔆

Dimming

A0/A1=Dim Up/Down, B0/B1=CCT

›

🎨

4 Scenes

Each button = different scene

›

🔄

Cycling

Toggle + Intensity levels

›

🗑️

Unpair This Dimmer

›

Ready to Scan

Tap to scan for nearby sensors

Found Devices

💡 Tip: Trigger motion on the sensor during scanning to help identify it by signal strength.

🔄

Scan Again

›

Device Info

MAC Address

--:--:--:--:--:--

Signal Strength

--

Enabled

Settings

Name

On Motion

Auto-Off After

💾

Save Sensor

›

🗑️

Delete Sensor

Loading SkySync...

Sensor --

Fixture --

What SkySync Controls

Sensor

Response Speed

How quickly the fixture follows sensor changes

Sensor Adjustments

Trim what the sensor sees before it drives the fixture

Brightness Boost

Dimmer Match sensor Brighter

CCT Boost

Warmer Match sensor Cooler

SkySync Hours

SkySync controls the fixture between these times. Outside these hours the fixture reverts to its schedule.

Time mode Clock

›

Now

Edit Schedule

Change sunrise/clock timing and adjust schedule points

›

Brightness Limits

No limits set

›

Min Max

0 lux -- lux

Current Values: Sensor: -- Fixture: --

When it's too dark

Warm Light CCT

CCT Limits

No limits set

›

Min Max

1,000K --K

Current Values: Sensor: -- Fixture: --

Sensor Hardware

Polling, TX power, calibration

›

🗑️

Unpair Sensor

Sensor Device Configuration

Connect directly to a SkySync sensor to configure its settings

Not connected

Press the button on your SkySync sensor, then tap Connect

📡

Connect to Sensor

Polling Interval (seconds)

TX Power (dBm)

Sensor Time (UTC)

--

Connectable Window

📊

Read Raw Sensors

Tap to read uncalibrated XYZ values

📐

View Calibration

Tap to read current calibration matrices

🎯

Aiming Mode

Live preview to adjust sensor position

›

📐

Run Sensor Calibration

Use this fixture as a reference light source

›

Save to Sensor

Device Address

--

Firmware Version

--

Disconnect

🎯

Calibration Setup

Place the SkySync sensor face-down on this Circadian Sky fixture, with both sensor windows pointing directly at the light output. Keep the sensor stationary during the entire calibration.

Sensor Connection

--

🔍

Detecting calibration hardware...

▶

Start Calibration

Uses fixture calibration table to select reference points

Step 1 of 12

Setting 2700K at 100%...

Live Reading

--

✅

Calibration Complete

New calibration matrices computed

Narrow FOV Matrix

--

Wide FOV Matrix

--

⚠️

Outliers Detected

--

💾

Saving to sensor...

📊

Download Sample Data (CSV)

Raw sensor readings for analysis

✓

Done — Disconnect

🔄

Recalibrate

Run calibration again

⚠️

Calibration Error

--

🔄

Retry Calibration

--

-- lux

x=-- y=--

Sensor

Update Rate

--

Color Space

Active Warnings

Issues reported by the SkySync sensor

Fixture Role

Waiting for device status...

ⓘ Software primary — important limitations apply

⚠ A daughter board is attached but inactive. Sampling and control are disabled. Switch to Primary or Auto to re-enable.

This fixture follows a primary fixture's schedule and settings. Switch to Primary to access schedule, lighting, weather, and device settings. Learn more

Status LED Brightness

50%

💾

Save LED Brightness

🌐

Device Address

📶

MAC Address

Loading...

Mesh Rebroadcast Range

Controls how far lighting commands are relayed between fixtures. Use higher values for large spaces where distant fixtures can't hear the primary directly.

⚠️

Factory Reset

Restore all settings to defaults

Connection Status

Checking...

🌡️

Temperature Monitor

--

›

Set Log Level

Quick Presets

Common logging configurations

📱

App Mode

Verbose app logs, minimal system noise

🔇

Quiet Mode

INFO level with reduced system logging

🐛

Debug Mode

Full verbose logging for troubleshooting

🎨

Photometrics Only

Calibration and LED control logs only

Show Surface Lux on Main Screen

Poll Console Output

🗑️

Clear Console

Console Display

Open in resizable popup window

Adjust display size

🖥️

Open Console Window

Resizable popup with full screen option

API Testing

Quick API function buttons

📶

WiFi Events

View WiFi connection events

🔗

Peer Information

View connected peer devices

🌐

IP Information

View network IP addresses

API Results

🗑️

Clear Results

Color Calibration

Calibration board detected

›

Channel Values

Manual channel control

Warm Channel

Cool Channel

Green Channel

Blue Channel

Test Functions

Hardware testing buttons

💡

Identify Device

Flash the light for identification

Radio Channel

📡

Get Radio Channel

📡

Set Radio Channel

📋

View Calibration Results

View calibration points and SDCM

🔌

Calibration Board

Checking...

📐

Fixture Size

Loading..

🧪

Calibration Algorithm

Loading..

⚙️

Calibration Configuration

Lux-band thresholds for auto-dwell settle, stability gate, hold, and skip. Each row: switch LPower + value below/at-or-above.

What do these do? (click to expand)

Switch LPower is the log₁₀(lux) cut-off. Inputs below use the Low value; at-or-above use High. (e.g., 1.7≈50 lx, 2.0≈100 lx, 2.6≈398 lx, 3.0=1000 lx)

settleMs — inter-sample delay inside auto-dwell (the pre-PID stability wait). Passed to AS7261_waitForStableReading. Lower = less idle time between stability samples. Try: Low 100 / High 1000.

dwell threshold — stability gate (fraction; e.g. 0.001 = 0.1 %). Auto-dwell exits when consecutive Y-readings change by less than this for dwellStableCount samples in a row. Loosen at low lux because sensor noise dominates. Try: Low 0.005 / High 0.001.

hold (ms) — post-convergence confirmation time. PID must hold Ec/Eb for this long before the point is accepted. -1 = use the firmware's 3-band default (getDwellHoldTime: 0 / 5000 / 10000 ms). Try: Low 0 / High -1.

skip auto-dwell — bypass the entire pre-PID stability wait. Safe at very low lux where LED self-heating is negligible. PID still runs normally. Try: Low Skip / High Run.

Auto-dwell avg window (below the table) — sliding-window length used by the stability gate. 0 or 1 disables averaging (gate compares raw Y). 2–32 averages the last N samples; noise reaching the gate drops by ~√N. Higher N = more noise resilience but (N-1) extra samples of warm-up before the gate fires. Try: 5 (=~2.2× noise reduction).

Sat-reject % — reject any calibrated scene where a channel's final duty is at or above this % of PWM max, even if the colour/brightness errors match target. Keeps LED headroom so field drift (aging, temperature) doesn't push borderline scenes off-target. 0 (default) = disabled. 100 = reject only exact-max. 95 = reject when ≥95% of max. Try: 95.

Max-lux retry — when the highest-lux target in a CCT group fails, re-run it at stepPct lower (e.g. 95%, 90%, 85%). Stops once accepted or it falls below minPct of the original. ONLY applies to the max-lux target per CCT; other points never retry. The stored scene reflects the lux that actually succeeded, not the original target. Try: enable = on, step = 5, min = 85.

Rule of thumb: to switch behaviour at X lux, set all four Switch LPower values to log₁₀(X) and put the aggressive value in Low, conservative in High.

Parameter	Switch LPower	Low (< switch)	High (≥ switch)
settleMs
dwell threshold
hold (ms)
skip auto-dwell

Use 15-bit duties (low-lux) 15-bit lux threshold: Save calibration time per scene Auto-dwell avg window: Sat-reject (%): Max-lux retry step (%): min (%): Enable PID Gain Scaling

⏩

Continue Calibration

Resume from last failure point

🎯

Select Points

Uncheck to skip; add custom CCT / lux as needed

Save results to flash (unchecked = dry run)

Append results to CCT table Overwrite CCT table on completion

On successful completion:

Flash green Turn off Switch to group / normal operation Hold last duty cycles

Default Fixed Equispaced Pairs

Min Levels Per-CCT max in column headers

Scenes the firmware will calibrate (read-only):

CCT (K)	Lux	Ec	Eb

CSV: CCT,Lux (defaults) or CCT,Lux,Ec,Eb (override) per line — replaces list

0 points

▶️

Run Calibration

Uses selected points above

🎨

View Calibration Status

Tap to view live sampling

CCT Calibration Tables

Upload and manage color temperature tables

Upload CCT Table (.CSV)

Choose File

📤

Upload CCT Table

📥

Download Current CCT Table

📥

Download (last run)

Last calibration's results — even if save-to-flash was unchecked

📊

Last Run Results

Click Refresh to load

🔬

Test Sensor

Test spectral sensor and attempt recovery if needed

Calibration Status

Ready

🎯

Single Point Test

Test calibration for one CCT + lux without saving

Calibration Progress

Overall

0%

CCT

0%

Ready to start 0:00

Final Intermediate Blackbody Transition Daylight

CCT: Lux: 0 samples

📊

Samples Collected

0

📋

Calibration Table

0 points

	CCT	Lux	SDCM	WW	CW	G	B

Test Results

Single point calibration — NOT saved

Target CCT	—
Target Lux	—
SDCM	—
Samples	—
Time	—
PWM Values	—

🔬

Test Sensor

Test spectral sensor and attempt recovery if needed

⏹️

Stop Calibration

Cancel the current calibration

Final Blackbody Transition Daylight

📋

Calibration Points

0 points

CCT	Lux	SDCM	x	y	WW	CW	G	B

Target CCT (K)

Custom CCT (K)

💡

Target Lux

🧪

Calibration Algorithm

Loading..

⚡

Power Ramp (ms)

Full-scale ramp time, scaled by power delta. 0 = instant.

💡

Keep LEDs On After Test

Leave LEDs at calibrated output after completion

▶️

Run Test

Calibrate single point — results NOT saved

Running...

0:00

Results

Single point calibration — NOT saved

SDCM

—

Samples

—

Time

—

Measured Lux

—

PWM Values

—

📡

Measure Lux

Read sensor without changing PWM outputs

📈

Start Lux Logger

Plot brightness over time (~1 sample/sec)

Uses fixture size from Calibration settings. Results will NOT be saved to the device.

Bake Group

Prepare fixtures for shipping

›

Show / Edit Values

View and modify NVS keys

›

Bakes critical settings (radio channel, group, schedule, etc.) to persistent storage and removes debug/test keys on all fixtures in this group.

Loading fixtures...

🍞

Bake All Values

Make all resettable values permanent

	Key	Type	Value	Actions

Storage Location Legend:

Resettable (temporary)

Persistent (permanent)

Both storages

Loading values...

⚠️

Calibration Data Warning

The following keys contain calibration data that cannot be recovered manually. Deleting them may require a full re-calibration of the fixture.

Key

Device value identifier

Value

Configuration

Data Type

String ›

Storage

Resettable ›

• Resettable: Value is cleared on factory reset
• Persistent: Value survives factory reset
• Changes are applied immediately when saved

Key Name

Maximum 16 characters, no spaces or special characters

Value

Configuration

Data Type

String ›

Storage

Resettable ›

• Key Name: Unique identifier for the value (max 16 chars)
• Resettable: Value is cleared on factory reset
• Persistent: Value survives factory reset
• Key will be created immediately when saved

Current Firmware Version

Loading...

App Has Newer Firmware

⬇

Install Bundled Firmware

Connect to the fixture's WiFi to upload

Update Available

A newer firmware version is available

⬇

Download & Install

Secure verified update from server

Preparing...

0%

Update Failed

🔄

Retry

📡

Update All Fixtures in My Group

Broadcast current firmware to other fixtures in this group

›

✨

Provision New Fixtures

Scan for nearby fixtures and update, set group, or bake

›

Manual Update

Upload a .isfw firmware package manually

📤

Upload Firmware

Update Status

Update Log

🗑️

Clear Log

Firmware Source

Use current firmware

Loading...

Upload firmware file

Select a .bin file to broadcast

Wireless Group

Loading...

Select Devices

Loading devices...

📡

Start Group Update

Overall Progress

Starting...

Wave 0

Device Status

Devices appear as they respond

Cancel Update

Done

Reboot This Device

Scanning for nearby fixtures…

Showing fixtures broadcasting Innerscene-*

Show all SSIDs (not just Innerscene-*)

Next ›

Update firmware

Will install this device's firmware

Set wireless group

Group: — Channel: —

Bake fixture

Persist settings & clear debug keys. Requires “Set wireless group”.

Estimated time: ~60–115 s per fixture

You may lose this connection

You're connected via WiFi STA. This fixture has to disconnect from your network to provision the targets. The UI will reconnect when the batch finishes (~60–115 s per fixture). When all fixtures succeed, this fixture will pulse green; if any fail, it will pulse warm orange.

✨

Start Provisioning

Overall Progress

Starting…

Device Status

Cancel

Live Voltage Readings

📊

CH1 (DIM) Voltage

--V

📊

CH2 (CCT) Voltage

--V

Mode

CCT Source

Fixed CCT Value

Voltage Trim Settings

CH1 (DIM) Voltage Trim

1.0V 10.0V

CH2 (CCT) Voltage Trim

1.0V 10.0V

Schedule Exit Sensitivity

20% (2.0 V) — change in CH1 or CH2 voltage that exits schedule mode. Lower = more sensitive. Not used in dim-only modes.

Shaded band shows the schedule-stable zone around the last reference voltage. The dot is the live voltage — green inside the band, red outside (would exit schedule).

Analog Filter Mode

Filtering of analog signal can be used to mitigate flickering caused by noisy analog lines but will reduce the speed of dimmer response

Voltage Response Curve

Shows the relationship between input voltage (0-10V) and brightness output. Yellow dot indicates current voltage.

Dimming Curve Exponent

DMX Mode

Dimming Profile

Dimming Speed

Use DIP Switch Base Address

DMX Addresses

Loading...

Current Values

DIM

--

CCT

--

Schedule

--

✓

Apply Changes

Save DMX configuration

--

Loading...

Live Status

💡

Brightness

--

🌡️

Color Temperature

--

📡

Activity

--

CCT Mapping

Casambi Range

--

Fixture Range

--

Below 6500K the mapping is 1:1. Above 6500K, Casambi values are scaled non-linearly (pow 2.5) to the fixture's full range.

Module Info

Fixture Profile

--

State Mode

--

Module Firmware

--

Unit Address

--

Network UUID

--

--

Loading...

Live Status

Brightness

--

Input CCT

--

Output CCT

--

CCT Mapping

DALI Range Min

DALI Range Max

Fixture Range

--

Behavior

Fade Speed

Apply

Reset to Defaults

📧

Set Up Your Device

Enter your email to register this device and enable cloud features.

📶

Connect to WiFi

Select a network to connect your device to the internet.

Scanning for networks...

🔒

Enter Password

Enter the password for

Registering Device

Contacting server...

✓

Setup Complete

Your device has been registered successfully.

📬

Check Your Email

We sent a verification link to:

Click the link to complete your account setup.

Waiting for verification...

⚠

Something Went Wrong

Unable to connect to server.

☁️

Connected to Cloud

Loading...

Cloud Features

✓ Weather-based light adjustments

✓ Remote device management

✓ Automatic time synchronization

🔑

Manage Account

Sign in to view and manage your devices

›

⚠️

Disconnect from Cloud

Remove this device from your account

›

⚠️

Disconnect from Cloud?

This will remove the device from your account. You will lose access to:

✗ Weather-based light adjustments

✗ Remote device management

✗ Cloud-synced settings

☀️

Clear Sky

0% Cloud Coverage

Current Conditions

☁️

Cloud Coverage

--

🌧️

Rain

--

❄️

Snow

--

Light Adjustments

Max Color Temperature

--

💡

Intensity Factor

--

🎨

CCT Shift

--

Status

🔄

Last Update

--

⏰

Next Poll

--

📡

Cloud Service

--

🔃

Refresh Weather Data

Force an immediate weather update

Multiple Windows Detected

Multiple browser windows are connected to this device. When this window is in the background, polling is automatically paused to keep the device responsive. It resumes when you switch back.

Continue Anyway

Opening multiple browser windows connected to the same device can make the UI unresponsive or unstable. If you need both windows active, you can override the pause for this window.

Resume Polling in This Window

🛠️

Developer Mode

Keep developer link visible on Home screen. On the iOS app, also shows the navigation bar and developer toolbar.

☁️

API Server

Cloud server for provisioning, weather, and sync. Leave empty to use default (api.innerscene.com).

Current

--

Save

Test

Reset

✓

Status

--

📱

Content Source (Mobile App)

Where the mobile app loads the UI from. Changes take effect on next app launch.

Current Source

Bundled (default)

Use Dev Server

Load UI from a Live Server instead of bundled files

📡

Remote Logging

Send console logs to a remote server for debugging. Run log_receiver.py on your PC.

Enable Remote Logging

Persists across page reloads

Status

--

Save

Test

🔀

Mesh Relay Test

Debug-only. Ignore GZUP packets arriving directly from the primary; only apply packets that arrived via a mesh relay. Requires Mesh Rebroadcast Range to be enabled on the primary.

Relay-Only Mode

Proves the mesh relay path works in isolation

🗑️

Delete All NVS Values

Erase all stored configuration from the device. This will reset everything to factory defaults.

Delete All NVS Values

ℹ️

Device Info

MAC Address

--

Firmware

--

Platform

--

Connected to Device

Devices

Device Authentication

Connect to Device WiFi

Device Found

Uploading Firmware

Upgrade Complete!

Upgrade Failed

Simulator Setup

Dual 0-10V Configuration

Dimming Percentage vs Voltage

Scan All Channels

Access Point SSID

SSID Guidelines

Innerscene Controller

Storage Location Legend:

Calibration Data Warning

Value

Configuration

Key Name

Value

Configuration

Set Up Your Device

Connect to WiFi

Enter Password

Registering Device

Setup Complete

Check Your Email

Something Went Wrong

Connected to Device

Devices

Device Authentication

Connect to Device WiFi

Device Found

Uploading Firmware

Upgrade Complete!

Upgrade Failed

Simulator Setup

Dual 0-10V Configuration

Dimming Percentage vs Voltage

Scan All Channels

Access Point SSID

SSID Guidelines

Innerscene Controller

Storage Location Legend:

Calibration Data Warning

Value

Configuration

Key Name

Value

Configuration

Set Up Your Device

Connect to WiFi

Enter Password

Registering Device

Setup Complete

Check Your Email

Something Went Wrong

Device Information

Connection Lost

Console Output