Portwell Engineering Toolkits (PET), your comprehensive IoT solution engineered to meet the diverse demands of developers. Embracing the core principle of “One For All,” PET presents a unified platform comprising APIs and applications compatible across various operating systems, hardware boards, and solution requirements. Whether navigating Windows or Linux platforms, PET streamlines your development journey, empowering you to effortlessly craft cutting-edge IoT solutions.
Notably, PET stands as a robust supporter of the PICMG’s eAPI standard, ensuring seamless integration with industry-leading protocols. From facilitating system monitoring to precise device control, PET simplifies development processes, offering essential functionalities vital for IoT projects. Embrace the future of IoT connectivity with PET, where innovation knows no bounds.
Showcases the functionality and usage of PET APIs, allowing developers to intuitively understand API calls and their effects.
Offers features such as real-time monitoring and device control, facilitating easy testing and debugging of IoT solutions.
PET's "One For All" approach simplifies development efforts by providing a single, cohesive solution compatible across diverse environments, reducing complexity and improving efficiency.
Developers can leverage PET's versatile APIs and applications to address a variety of IoT project requirements, adapting seamlessly to evolving needs and technologies.
By offering essential functionalities out-of-the-box, PET accelerates development cycles, enabling rapid prototyping and deployment of IoT solutions.
Access detailed information about your system for enhanced monitoring and management.
Monitor voltage levels to ensure optimal performance and reliability.
Keep track of temperature variations for system health and safety.
Control fan speed intelligently to maintain optimal operating conditions.
Ensure key applications integrity by automatically resetting or initiating corrective actions in response to anomalies or failures.
Gain precise control over General Purpose Input/Output pins for versatile applications.
Communicate with SMBus and I2C devices seamlessly for integrated IoT solutions.
Empowering users to closely monitor and precisely control industrial equipment and production processes, PET enables predictive maintenance, helping to identify potential issues before they escalate. Additionally, PET seamlessly integrates with a wide range of industrial devices and systems, facilitating the development of comprehensive automation solutions tailored to the unique needs of manufacturing environments.
PET enables comprehensive monitoring and precise control of building systems, ensuring reliable and efficient operations. PET's advanced features empower users to implement intelligent energy management strategies, optimizing resource consumption based on real-time data.
PET's versatile functionality makes it a compelling choice for transportation and logistics applications. Its robust monitoring and data collection capabilities empower users to track and manage a wide range of mobile assets, from vehicles to cargo. Moreover, PET enables remote diagnostics and maintenance, providing visibility into vehicle systems and allowing for targeted interventions.
PET can be used to monitor and control environmental conditions such as temperature, humidity, and soil moisture in greenhouses, farms, or remote locations. It can also implement automated irrigation systems by integrating sensors and device control functions. Additionally, PET can collect and analyze data from various environmental sensors using its data acquisition capabilities.
With advanced monitoring and control capabilities, PET enables the effective supervision of critical medical equipment and systems, ensuring safe and optimal operation. Importantly, PET facilitates remote patient monitoring, seamlessly integrating with a variety of biosensors and medical devices to support remote care delivery. Furthermore, PET safeguards data integrity and the overall reliability of connected medical solutions.
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