App Intel

BTscope - Arduino oscilloscope

LiveDonatasG4 apps · 16.5K installsToolsFreecom.BTscope

Bluetooth oscilloscope app for Arduino or ESP32

Alert me★ WatchOpen in Play ↗
Total installs
552
exact · Play shows 500+
Installs / day
—
measured after our second crawl (about a day)
Rating
—★
— ratings · — reviews
Released
28 Mar 2024
2.5y ago
Last update
29 Mar 2024
v1.0 · 2.5y ago
Countries
—
not checked yet

Install history

exact counter from Google Play
539.2654.4769.6884.81K11 Oct12 Oct12 Oct
539.2654.4769.6884.81K11 Oct12 Oct12 Oct

Installs per day · last 90 days

Not enough history yet — check back tomorrow

Change timeline

No changes recorded yet. We compare every crawl with the previous one and list title, icon, screenshots, description, version, price and availability changes here.

Country availability

Availability has not been checked for this app yet. “Check all countries” looks the app up in about 140 Google Play storefronts and shows where it is live, listed but not installable, or missing — plus any country-specific (custom) store listings.

Top countries

Country data will be available soon.

We estimate where downloads come from using the app’s position in Google Play’s top charts in about 140 countries. This app is not in any chart we have collected yet; the estimate appears as soon as it is.

Top chart positions

Not in any tracked top chart.

App manifest

Read this app's manifest from Google Play: permissions, declared SDKs, components and AdMob app ID. Saved analysis appears here automatically.

Manifest analysis reads only the required APK ranges. Base APK downloads may need separate device splits to install.

Data safety

declared by the developer on Google Play
  • No data shared with third parties
  • No data collected

This is the developer's own declaration, summarised from the Play listing. The permissions below show what the app is technically able to access.

Permissions

4 in 2 groups
1 Sensitive2 Notable1 Routine

What this app can do with your phone

  • Know your exact location using GPS, Wi-Fi and mobile networks
LocationSensitive1

Access to where your device is, using GPS or network signals

  • Know your exact location using GPS, Wi-Fi and mobile networksprecise location (GPS and network-based) · ACCESS_FINE_LOCATION
OtherNotable3

Access to miscellaneous device features that don't fit other categories

  • See Bluetooth settings and connect to paired devices like headphones, speakers or watchespair with Bluetooth devices · BLUETOOTH
  • Turn Bluetooth on or off and find and pair with nearby Bluetooth devicesaccess Bluetooth settings · BLUETOOTH_ADMIN
  • Connect to the internet to load content and send datafull network access · INTERNET

Sensitive = can reach personal data, location, camera/mic or act on your behalf. Notable = changes how your device behaves. Routine = normal for almost every app. Source: Google Play's permission list for all versions of this app.

Store listing

Full description
Description: A free app for creating a simple Bluetooth oscilloscope with Arduino or ESP32. The app includes an example using an HC-05 module and Arduino, but it is also compatible with other modules. This simple oscilloscope can be used in various scenarios, such as automotive electronics for testing sensors, and in other applications where high-speed data isn't required. It can also serve as an educational tool for learning about signals. Keywords: Oscilloscope app, oscilloscope for Android, Arduino simulator, Arduino Bluetooth Sample Code for Arduino and HC-05: // Example for Arduino Nano with HC-05 module: // Pinout: // VCC --> Vin // TXD --> pin 10 // RXD --> pin 11 // GND --> GND #include "SoftwareSerial.h" SoftwareSerial BTSerial(10, 11); // RX | TX int val = 0; // Variable to store the read value int analogPin = A7; // Potentiometer wiper (middle terminal) connected to analog pin A7 void setup() { BTSerial.begin(9600); // HC-05 default baud rate in AT command mode } void loop() { static unsigned long previousMillis = 0; const unsigned long interval = 30; // Desired interval in milliseconds unsigned long currentMillis = millis(); if (currentMillis - previousMillis >= interval) { previousMillis = currentMillis; // Read the analog value and send it over Bluetooth val = analogRead(analogPin); BTSerial.println(val); } // Add any non-blocking tasks here // Avoid using delay() to maintain a responsive loop }

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