IoTaaP (Internet of Things as a Platform) is an integrated, open-source solution for building and managing IoT devices and networks. It benefits businesses by offering customizable sensors, compliance with NIS2 and GDPR, and a flexible cloud platform for device management, analysis, and various applications like food safety and energy management. This comprehensive approach helps in digital transformation and efficient IoT deployments.

Yes, currently the shared instance of our IoTaaP cloud platform is free as it's in beta. This offers users an opportunity to explore and utilize our platform's capabilities without any initial investment. However, for on-premise, managed, and white-labeled solutions, there are associated costs.

Absolutely! We provide custom sensors tailored to meet the unique requirements of your business. Our team works closely with you to understand your needs and deliver sensors that precisely fit your application, ensuring optimal performance and integration.

IoTaaP is designed with a strong focus on regulatory compliance. We adhere to GDPR, NIS2, and other relevant regulations by implementing robust data protection and privacy measures. This includes secure data handling, user consent management, and transparent data processing practices, ensuring your IoT deployment is fully compliant.

We provide an open API for all our sensors, allowing seamless integration with your existing systems and applications. The API is designed for flexibility and ease of use, supported by comprehensive documentation to help you get started and make the most out of your IoT implementations.

IoTaaP offers its own open-source firmware for our devices, ensuring transparency and customization options. Additionally, we provide compatible firmware for select third-party devices, allowing for a wider range of hardware options and flexibility in your IoT ecosystem.

Yes, IoTaaP is equipped to handle sector-specific applications. Our cloud platform enables various modules, such as energy management, allowing businesses to monitor and optimize energy usage. This modular approach ensures that IoTaaP can be tailored to specific industry needs, providing targeted solutions.