Creating a simple device to find and track lost or stolen assets while getting know Hologram and cellular positioning.
Use Hologram's cellular network to monitor a fleet of vehicles using OBDII, Raspberry Pi, GPS, and GSM.
This tutorial will take you step by step on how to use the Hologram GSM services with the RAK WisLTE module and Arduino IDE.
This tutorial walks through receiving a message from the Hologram Cloud via our Python SDK.
This quick start tutorial walks through sending a message from a Raspberry Pi to the Hologram Cloud via our Python SDK.
The WisLink development board is based on Quectel's next-generation BG96 IoT module.
Converts any unconnected device in a house to an Internet of Things!
A device that prevents caretakers from leaving loved ones in unattended vehicles, which can possibly be unsafe due to the environment.
The Arduino Uno controls a 16 Neopixel unicorn horn. This includes a GPS module broadcasting through a cellular GSM shield.
Sometimes your BeagleBone project needs to be mobile and connect to the cloud. This tutorial walks through setting up a USB modem.
It's like NASA's Mars rover, except it's on Earth, communicates over cell towers and has way less latency.
Small devices for finding lost children at large venues (like fairs or stores) using face recognition and cell network connectivity
A guide for the Hologram.io Arduino MKR 1400 GSM workshop for IoTDevFest PHX 2019.
This tutorial walks through sending a message with the Hologram Cloud via our Python SDK.
Usually, you might use WiFi to control your IoT projects at home, but what do you do when your WiFi is down?
Media hotspot placed on bus can be accessed via Wi-Fi to view media content & also to track the devices using GPS co-ordinates sent to cloud
Effective and open data network that monitors real-time data from NOAA and users monitoring environmental information.
My car has been stolen! Turn it off with your smart phone wherever you are.
Out with the tilt indicator stickers, in with proactive notifications and tracking.
This project takes you through the easiest way to connect a device over cellular with the Hologram Dash hardware.
Enable a Bluetooth LE IoT network with cloud control using Hologram Nova, Raspberry Pi Zero W and Droplit.io services and software.
Put your drone on a longer leash executing programmed flight on a powered Pi Zero. YOLO object recognition, connect over Hologram CLI.
Temperature & humidity monitoring is a very important factor in our daily life especially if we want to monitor remote places.
Use the MKR NB 1500 and Hologram's cellular network to leverage new 5G bands to build IoT applications using the Chirpers flow designer.