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Jupiter9506···
connecting…
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CPU
20s—
3m—
View all device info →
Position
Sats- -
hAcc-m
HDOP
-
AssistNow
-
GNSS alt
-
Pressure alt
-
Power
Batt-V
Cap-V
4V2-V
CPU 20s-%
CPU 3m-%
Buck boost mode
-
Exp power
-
Signal
CSQ-/31
Net--
RSRP
-
RSRQ
-
Reconn
-
Expansion
EXP1Not connected
EXP2Not connected
EXP3Not connected
EXP4Not connected
Magnetic orientation
Heading
-
Declination
-
Field (µT)
-
Attitude
Roll
-
Pitch
-
Yaw
-
Tilt
-
Thermal
MBoard
-°
DBoard
-°
CPU
-°
Outputs
OUT1-
OUT2-
OUT3-
System
Disk-MB
RAM free
—
Uptime
—
Light (lux)
-
Device
Firmware
-
Boots
-
Last reset
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Read-only view. This is a shared demo Jupiter, so you can look around every page but nothing can be changed or sent to the device.
Jupiter9506
Live Device Information · 2884-85AE-1B8C
System position
The live fused position the device is using
Position-
Fix-
GNSS alt-
Pressure alt-
Active source-
Sources
Onboard GNSS
Position-
Sats-
hAcc-
Since fix-
Time to fix-
AGNSS-
Constellations-
Additional GNSS #1
Position-
Sats-
hAcc-
Since fix-
Time to fix-
AGNSS-
Not configured
Additional GNSS #2
Position-
Sats-
hAcc-
Since fix-
Time to fix-
AGNSS-
Not configured
Cross-check
GNSS spread-
GNSS vs Cell est.-
Rail voltages
The last 60 seconds of each rail, sampled at 50 Hz. Use refresh to pull it from the device.
Battery
-%
Time left (20 min average)
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At this load (last 10 min)
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Pack-
Chemistry-
Empty to full-
Discharge curve
Cellular modem
Current connection
Operator-
Mode-
Transport-
Signal-
RSRP-
RSRQ-
SINR-
Reconnects-
Server round-trip-
Connected for-
Data usage (MQTT)
Sends / min-
Sent / min-
Recv / min-
Sent / hour-
Recv / hour-
Connect / disconnect log
| Loading… |
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Connection reports
One report from the device after every cellular connection: how long it took (attach, data bearer, then the
broker session), why it was reconnecting, the network and cell it landed on, and what the attach did to get there.
| When | Reason | Total | Attach | Bearer | Broker | Net | Operator | Band | Cell | RSRP | RSRQ | SINR | CSQ | Bands | Win / kick / ref | Boot / rec | Up | FW | Module |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| Loading… | |||||||||||||||||||
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Online history
Availability at one-minute resolution. A full bar is every minute of that bucket reachable;
a short one is an outage. Hover for the split between the cellular broker and the UDP
tracker, which do not always fail together.
Online, last 24 hours
-
Online, last 7 days
-
Online, last 31 days
-
Online, last 365 days
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Usage history
Daily cellular data over the last 30 days. Hover a point for that day.
Cellular uptime
Last 24 hours
-
Last 7 days
-
Last 31 days
-
Last 12 months
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Encrypted link · AES-128-CBC
Every MQTT payload is AES-128 encrypted on the device before it leaves over the cellular link, and decrypted only at the server.
MQTT telemetry
Usage above is measured at the server from MQTT payloads only. UDP position packets used in flight, and protocol overhead, are not included.
LoRa modem
Coming soon.
Pressure sensor
Pad altitude, last 20 s
100 Hz pressure altitude above sea level. Shaded band is the floor averaging window; the dashed red line is the pad floor.
Loading…
Sensor detail
SensorBMP581
Output rate-
Pressure-
Altitude (sea level)-
Temperature-
Weather mode-
Sea-level pressure-
Ambient temperature-
Pad floor-
Height above pad-
IMU
X Y Z body axes · labels mark front/back · cylinder = antenna
Orientation & fusion
SensorISM6HG256X
Fusion-
Status-
Roll / pitch / yaw-
Tilt from vertical-
Quaternion w,x,y,z-
Magnetometer
-
Magnetometer
SensorBMM350
Magnetic heading-
Field strength-
Status-
Optical sensor
Illuminance, last 60 s
10 Hz ambient light from the OPT3001, in lux.
Live · 0.5 s average - lux · 20 s average - lux
Loading…
Microphone
Recent audio commands
The last 10 mic arming frames decoded, and whether the code matched the arming PIN.
| Loading… |
Temperature
Temperatures, last 60 s
10 Hz. Pressure sensor (BMP581), daughterboard (TMP102), and CPU core.
Loading…
High-current outputs
Output channels
Igniter continuity over the last 10 s, with live output and power-good state.
Output power enable (Arm mode)-
OUT 1-i
--
OUT 2-i
--
OUT 3-i
--
Loading…
Accessories
Expansion ports
What each port is configured as, and live state where the accessory can report it.
External power switch
The switch on the power-in connector. Shares GPIO12 with the microphone, so it is sampled between mic windows (about every 1.5 s).
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All systems healthySnapshot from 04:15 UTC 9/10 (8 d ago). Asked of the device on demand; refreshed when over 30 minutes old.
499 of 500 Hz
Processing rate
1996 of 2000 Hz
IMU rate
90% of budget
Core 1 load
4.4 of 6.2 MB
PSRAM free
19.3 of 19.9 MB
USB storage free
Device
Version 1.0 beta
Firmware · built Oct 9 2026 05:10:07
Hardware revision
0
Serial
2884-85AE-1B8C
Chip
ESP32-S3
Processor
2x 240 MHz of 240 · 0 clock changes this boot
Flash
Quad SPI, ~40 MB/s
PSRAM
6.21 MB · Octal SPI, ~160 MB/s
CPU temperature
38.9 °C
First seen online
07:12 UTC 15/7
Runtime
2 m
Uptime this boot
6 bootslast reset: panic / exception
Flight state
on the pad
Master clock
04:15 UTC 9/10
GNSS clock
04:15 UTC 9/10 · +1 s
NTP
not used yet
Timezone
+0 min
USB
connected
Settings sync
in sync
Processing
499Hz
Processing rate, measured · 500 Hz target
IMU rate1996 of 2000 Hz
Core 1 load90% 90% over 3 min
Pre-flight ring30.1 of 30 s held
FIFO overruns
0 0.0000% of passes
Ring throughput
46.4 KB/s
Stamp rebases
0
Ring fill
100%
FIFO words per pass
12 · 12 max
Rate per channel
1996 gyro · 1996 low-g · 1996 high-g
Memory
144KB
Heap low-water since boot · the number a leak moves first
Largest free block108 KB of 153 KB free
PSRAM free4.42 MB of 6.21 MB
Heap free now
153 KB
Pre-flight ring
1,395 KB in PSRAM
Ring span
30 s · 20 s guaranteed
Storage
32MB
Flash, laid out as five partitions
Application1.38 MB of 2.00 MB
LittleFS44 KB of 1.00 MB
USB storage660 KB of 19.9 MB
Flight buffer0 B of 7.84 MB
Console black-box14 KB of 1.00 MB
Hardware8 of 8 responding
0
I2C failures · 148,756 transactions since boot
BMP581barometer
ISM6HG256XIMU
BMM350magnetometer
TMP102daughterboard temp
OPT3001light
ADS1115ADC 1
ADS1115ADC 2
TCAL6408I/O expander
Last I2C failure
never
I2C
1 of 2 in use
Bus clock
800 kHz
IMU bus time per pass
1,344 µs of 2000
UARTs
3 of 3 in use
Cellular module
SIM7090G
Cellular module · firmware 1951B07SIM7090
IMEI
863213040655917
SIM
89882280666800087177
SIM status
–
SIM expires
–
Reconnects
1 this boot
Online, 31 days
25.5%
SMS remaining
–
Last connection
04:23 UTC 9/10 · modem silent, reset, 24 s
GNSS and weather
SAM-M10Q
GNSS receiver
AGNSS orbit data
downloaded 02:45 UTC 9/10
Constellations
GPS+GLO+GAL+BDS
Last position reported
54.3763, -2.9909
Weather forecast
none
Reference source
configured defaults
Altitude reference
1013.25 hPa · 15.0 °C
Terrain and tree datasets
loaded 00:35 UTC 18/7
Cloud and transport
0
Pending settings changes · last applied 04:15 UTC 9/10, max_samples
Settings hash
0x833F2D92 in sync
Packet encryption
AES-128
Firmware encryption
AES-256
Compression
Zlib & LZMA
Transport
MQTT & UDP · port 8080
Flight log filter
TruePath 1.2
Lifetime extremeskept on the device across reboots, mirrored to the cloud
Voltage peaks
13.68V
Battery
5.18V
USB
4.28V
4V2 rail
4.34V
Supercap
Temperature
50.9°C
CPU peak
59.1°C
Daughterboard peak
53.9°C
Barometer peak
21.6°C
Barometer low
Flight
3.13g
Acceleration, sustained
40471m
GNSS altitude
791.5hPa
Lowest pressure
21.5°C
Daughterboard low
Fuse bitsnone set
One-time fuses in the processor. Once a limit is passed the bit is set for good: it cannot be cleared, reset or reflashed away.
Battery over 20 V
Battery over 25 V
USB over 7 V
USB over 12 V
Baro over 70 °C
Baro over 90 °C
Board over 70 °C
Board over 90 °C
Calibrationthe values the cloud holds from the last calibration run
Gyroscope dps · 08:10 UTC 19/7
X-0.990
Y0.061
Z-0.204
Accelerometer g · 10:39 UTC 19/7
X low-g0.006
Y low-g0.006
Z low-g0.014
X high-g0.000
Y high-g-0.101
Z high-g-0.213
Magnetometer µT · 10:38 UTC 19/7
X offset13.510
Y offset27.680
Z offset19.660
X scale1.017
Y scale0.983
Z scale1.001
Fetching data
Requesting from device
Jupiter settings
Settings sync
We’ll check the device’s settings hash against the website’s copy. These should always be in sync, and this confirms they absolutely are.