Platform integrates The Things Network Things Stack and offers applications for off the shelf LoRa-based sensors for rapid customer deployments. MINNEAPOLIS, MN | Atmosphere IoT Corp., an innovative provider of a low-code IoT development platform, has expanded its support for LoRa, a popular Low Power Wide Area Network (LPWAN) technology, to facilitate quick and easy […]
Atmosphere IoT Corp., an innovative provider of a low-code IoT development platform, has expanded its support for market-leading finished IoT edge devices by integrating Monnit’s popular ALTA® Sensors and Gateways. This provides another industry-proven, ready-to-deploy option for its commercial and industrial customers. Monnit Corp., founded in 2010 in Salt Lake City, UT, is the IoT […]
Recently, Atmosphere announced a partnership with UK-based distributor OKdo, which included support for the OKdo E1 Development Board within Atmosphere IoT Studio. This allows developers to generate custom firmware and program the device without any manual coding by using Atmosphere’s award-winning low code, web-based Integrated Development Environment (IDE). In conjunction with this release, OKdo has […]
Atmosphere and NimbeLink have enabled their respective software and hardware platforms in order to ease the cost and complexity for OEMs and Solution Integrators to bring their cellular-based projects to fruition. First, Atmosphere has integrated NimbeLink’s cellular-based Asset Tracking devices with the Atmosphere IoT Platform and created a scalable, enterprise-grade cloud-based application that can be […]
First collaboration combines OKdo’s E1 and Atmosphere’s IoT Studio to enable wireless sensor-to-cloud projects with ease Minneapolis, USA and London, UK | 25th January 2021 – Atmosphere IoT Corp., an innovative provider of a low-code development platform for IoT solution builders, and OKdo, the global technology company from the Electrocomponents Plc, announced a partnership to […]
The OKdo E1 is an ultra-low-cost Development Board based on NXP’s Arm-based LPC55S69 microcontroller. The E1 board is perfect for Industrial IoT, building control and automation, consumer electronics, general embedded and secure applications. Atmosphere recently added support for the OKdo D1 Development Board, enabling IoT solution builders to use the Atmosphere low code, drag-and-drop Studio […]
Atmosphere has integrated support for Mozilla’s WebThings API and Gateway software standards. Any Atmosphere IoT Studio user can enable an Espressif ESP32-based Dev Kit (among our most popular) to act as a WebThings device and be viewed and controlled from a WebThings Gateway, such as a Raspberry Pi. The WebThings Gateway is an open source […]
Atmosphere presented in a joint webinar with Cypress last week, showcasing Atmosphere IoT Studio. The webinar focuses on IoT Studio’s low-code design and its ease of use while creating projects. You can view the recorded webinar here.
Atmosphere presented in a joint webinar with Cypress last week, showcasing Atmosphere IoT Studio. The webinar focuses on IoT Studio’s low-code design and its ease of use while creating projects. You can view the recorded webinar here.
Cypress Semiconductor will be hosting a webinar on June 18th. Using Cypress MCUs and Wireless Dev Kits, Atmosphere IoT Studio can efficiently connect sensor data to mobile apps and the cloud. The drag-and-drop interface allows for easy project building without any need for coding. The webinar starts at 9:00 A.M. Pacific Time, June 18th, 2020. […]
Harness light using an On Semiconductor RSL10, Arduino Uno, motors, and a mirror to shine light in a specific direction. There is also a companion smart phone app and saves ambient light readings to cloud storage.
In this tutorial we will be showing you how we made our Embedded World Smart House demo.
Atmosphere recently added support for the BeagleBone Green, an open source embedded Linux development platform created in a joint effort by Seeed Studio and BeagleBoard.org.
Atmosphere recently added support for the mangOH Yellow, an embedded Linux development board by Sierra Wirless based on the mangOH reference design.
Atmosphere IoT Corp. will be demonstrating the company’s latest product advancements, including its new Atmosphere IoT Central™ commercial offering, at the upcoming IoT Fuse Conference taking place in Minneapolis from April 14-16, 2020.
In this tutorial we will be showing you how we made our Embedded World Smart House demo.
Atmosphere IoT will be demonstrating their software solutions and conducting live daily theater presentations at the upcoming Embedded World Trade Fair and Conference.
2019 was a year of tremendous progress for the Internet of Things. Here are some high points for us last year.
Atmosphere IoT recently became an official partner of The Things Network
Atmosphere IoT adds support for the Raspberry Pi 4, a popular single-board computer developed by the Raspberry Pi Foundation.
In this video I connect 3 plants so I can monitor their soil moisture using a ZigBee mesh network.
Atmosphere IoT Studio now supports the Microchip PIC32MZEF V2
Atmosphere IoT Studio now supports the Cypress PSoC 6
Digi-Key partnered with Atmosphere IoT Corp. to create a custom, branded version of the Atmosphere IoT Platform, an innovative, low-code software platform for rapid application development and deployment of sensor-to-cloud IoT solutions.
The top news coming out of Atmosphere this summer was the deployment in the field of over a thousand finished devices for customers in the energy and smart lighting industries. Customers are using the Atmosphere Platform for managing devices that sense temperature, humidity and voltage – and send data to the Cloud using Sigfox and […]
This ESP32 project uses the Xbee CAT 1 LTE and a shield with a temperature sensor to send the user an SMS notification based on temperature.
Atmosphere IoT Studio now supports the ON Semiconductor RSL10
Atmosphere IoT Studio now supports the Arduino Due microcontroller board
Atmosphere recently added support for the Nordic nRF52840 Development Kit
This project uses DK IoT Studio, a Trinamic IC, and a Microchip AVR-IoT to control window blinds via a mobile app.
