Solenoid lock: A latch for electrical locking and unlocking is referred to as a solenoid lock. It
is offered in locking and keeping and unlocking in the power-on mode types, both of which
may be employed in different circumstances. Only when the solenoid is turned on is
unlocking possible with the power-on kind. When a power outage or wire cut occurs, a door
of this sort is secured and not opened, providing good safety.
API
Applications can connect with one another using a software interface called an API, or
application programming interface. To put it another way, API serves as a messenger, taking
your request to the provider (from whom you are asking the resources) and returning with
the provider's response.
Ubidots API: Ubidots provides developers with a platform that makes it simple for them to
gather sensor data and transform it into helpful information. Any Internet-capable device
may transfer data to the cloud using the Ubidots platform. Using real-time data and visual
tools, developers may then set up actions and alerts. Users may read and write data to the
resources accessible via the Ubidots REST API, which has methods for data sources,
variables, statistics, events, and insights. Support for Multiple Platforms: Arduino isn't just
available on Windows; it's also accessible
on Linux and macOS. With the exception of Arduino, most microcontrollers can only be
programmed using Windows.
Several Libraries: There are several Arduino libraries available for controlling external
sensors, modules, and motors. The functionality of Arduino boards may be improved by
using these libraries. The user has unlimited flexibility to experiment with hardware and
easily change data thanks to libraries.
Hardware
IoT hardware can be defined as a group of devices that can react, collect data, and execute
commands. Below is an example of this type of device that not only collects data, but
responds to commands depending on the data processed.
Esp 32: ESP32 is a low-cost microcontroller board having a 32-bit microcontroller chip that
can run on low power. ESP32 is a better and more powerful microcontroller board than
Arduino. ESP32 has inbuilt dual Wi-Fi and Bluetooth support. It has full TCP/IP support for
full stack internet connection. Thanks to its Wi-Fi module it can act as an access point as well
