Other IoT solutions include technologies, products, and services that do not fit into traditional IoT categories but still support the operation and development of the Internet-of-things ecosystem. They include innovative concepts, such as adaptive IoT networks, new communication protocols, smart energy management systems, integrated IoT platforms, and IoT applications in niche sectors, such as sports, culture, and education. Other IoT solutions may also address unusual technology applications that require specialised tools and infrastructures, including applications with high requirements for security, precision, and speed.
Other IoT Solutions
Type of technology
Description of the technology
Basic elements
- New communication protocols: Innovative technologies that enable more efficient and secure communication between IoT devices (e.g. Thread, Z-Wave).
- Adaptive IoT networks: Networks that self-configure according to external conditions and user requirements.
- Integrated IoT platforms: Platforms to manage different types of IoT devices within a single infrastructure.
- Smart energy management systems: Technologies that optimise the energy consumption of IoT devices.
- New business models: IoT solutions that support new concepts in subscription models and pay-as-you-go strategies.
Industry usage
- Smart agriculture: Application of adaptive IoT networks for crop and animal monitoring.
- Military: Intelligent logistics and security management systems in military operations.
- Education: IoT solutions to support interactive learning and remote labs.
- Energy: Energy management systems for microgrids and smart buildings.
- Culture: Interactive art installations and cultural resource monitoring systems.
Importance for the economy
Other IoT solutions enable the development of the IoT ecosystem in new sectors and support the implementation of modern business models, which are key to the further digitisation of the economy. The development of adaptive IoT networks and innovative management platforms enables the effective deployment of the Internet of Things in areas such as agriculture, energy, public health, and education. The new IoT solutions also support the development of industrial IoT applications, increasing the efficiency of manufacturing processes, reducing energy consumption, and supporting the management of complex infrastructures. In areas with high security requirements, such as the military and critical infrastructure, advanced IoT solutions help improve operational security.
Related technologies
Blockchain
Blockchain technologies to provide transparency and security for non-standard IoT applications.
Mechanism of action
- These solutions are based on the development of new technologies and the integration of existing IoT systems to expand the use of the Internet of Things in niche and specific applications. Adaptive IoT networks enable dynamic adaptation of topology and communication parameters to current operating conditions. The new communication protocols support better performance, low energy consumption, and greater security of data transmission. Integrated IoT platforms provide a unified interface for managing a variety of devices, increasing interoperability and scalability of systems. Power management mechanisms in IoT solutions minimise energy consumption to extend battery life and reduce operating costs.
Advantages
- Greater flexibility: Solutions can be customised for a variety of non-standard applications.
- New business models: Enabling the implementation of new concepts, such as IoT-as-a-Service.
- Interoperability: Easier integration with different types of devices and technologies.
- Enhanced security: Better protection of data and infrastructure in niche applications.
- Energy optimisation: Reducing energy consumption and operating costs.
Disadvantages
- Compatibility issues: Different standards and technologies can limit interoperability.
- High implementation costs: Implementing advanced IoT solutions can be costly.
- Risk of low adoption: New technologies may face limited interest due to the lack of standards.
- Data security: Risk of data interception in non-standard high-risk applications.
- Management complexity: Integrating different IoT technologies can be complicated and require advanced tools.
Implementation of the technology
Required resources
- Specialised IoT devices: Non-standard sensors and communication modules with specific parameters.
- Adaptive network systems: Networks that self-configure and adapt to changing conditions.
- IoT management platforms: Tools to centrally manage a variety of IoT devices.
- Cybersecurity specialists: Experts in protecting non-standard IoT systems.
- Integration systems: Tools for integrating data and protocols from various devices.
Required competences
- Systems integration: Combining different IoT technologies and implementing them in non-standard environments.
- New network technologies: Knowledge of modern communication protocols and methods, such as 5G and LPWAN.
- Project management: Competence in planning and executing IoT projects in diverse environments.
- Software development: Programming new solutions in non-standard sectors, such as education, culture, and sports.
- IoT security: Implementing data protection and cyber attack prevention mechanisms in non-standard IoT applications.
Environmental aspects
- Energy consumption: Optimisation of energy consumption in non-standard IoT devices.
- Emissions of pollutants: The production of advanced components may involve emissions.
- Recycling: Problems with disposal of specialised communication modules and sensors.
- Waste generated: Waste generated by obsolete equipment and adaptive modules.
- Raw material consumption: High demand for rare metals and advanced semiconductor materials.
Legal conditions
- Data protection: Privacy and data processing regulations (e.g. GDPR).
- Occupational safety: Standards for working with advanced IoT devices in high-risk sectors.
- Communication standards: Regulations for the use of new communication standards in IoT.
- Device certification: Standards for compliance with international security standards (ISO/IEC 27001).
- Export regulations: Export regulations for IoT technologies with strategic applications.