Grain/Mulch storage temperature monitoring
Grain storage refers to the methods and facilities that farmers used to preserve harvested grains and cereals...Learn more
Why IoT?
Understanding how the Internet of Things is driving smarter operations, cutting costs, and transforming how industries work. reffered to as "IoT".
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Benefits of IoT
Efficiency
IoT automates repetitive or manual tasks, reducing human error, saving time, and cutting operational costs.
Innovation
IoT enables innovation by transforming traditional products into smart, connected devices that support new services like remote monitoring and predictive maintenance, while also unlocking business models such as pay-per-use, subscriptions, and data monetization.
Insight
IoT devices collect real-time data continuously, giving businesses and individuals immediate visibility into what’s happening whether it’s a machine’s health, a patient’s vital signs, or traffic flow in a city.
Cost Savings
With predictive maintenance, optimized energy use, and reduced downtime, IoT helps cut operational costs significantly.
What is IoT?
IoT (Internet of Things) is a network of physical objects.
Like sensors, devices, vehicles, appliances, and machines that are connected to the internet and can collect, exchange, and act on data without human intervention. IoT is used in many fields smart homes, healthcare, agriculture, logistics, manufacturing, and cities to increase efficiency, reduce costs, and enable real-time decision-making.
By enabling this seamless communication between devices, IoT is transforming how we live and work. It’s being widely adopted across many industries, including smart homes, healthcare, agriculture, logistics, manufacturing, and urban infrastructure.
How it Works?
IoT works by using sensors to collect real-world data, sending it through networks like Wi-Fi or LoRaWAN to the cloud, where it’s processed and turned into insights or action automating tasks, triggering alerts, or helping users make smarter decisions in real time.
Once the data reaches the cloud or edge computing platforms, it is processed and analyzed using software and algorithms. This analysis transforms raw data into meaningful insights that can be used to automate tasks, send alerts, or provide real-time feedback.
Real time Use Cases
Smart cameras and motion sensors enhance security by providing real-time monitoring and alerts, whether you’re at home or away. Thermostats and radiators adjust automatically based on your schedule and preferences, improving energy efficiency and comfort. Connected smoke detectors send instant notifications to your phone in case of smoke or carbon monoxide, allowing for faster response times.
Wearables like smartwatches monitor health metrics such as heart rate, sleep quality, and activity levels, giving users better insight into their well-being. In logistics, IoT devices track packages in real time, ensuring accurate deliveries and reducing loss or damage.
See usecases
IoT Stories
Learn more
Doppler Winery Disease Prediction
In the Doppler case, the start off Agri bundle sensor package was enough to provide sufficient data for the w...Continue reading
Compost Temperature Monitoring
A compost site near Zagreb solved overheating issues with the KOU10 sensor. This IoT device tracks compost te...Continue reading
Frost Protection
Connecting through our integrators Opensensing in Australia, we can help local farmers with their frost prote...Continue reading
Better Farm Irrigation
Done in partnership with: In order to grow healthy and effective apple yields, the client was using ti...Continue reading
Smart Vineyard
Vineyard farmers know that every liter of wine matters. The problem for Dvojmoč winery and many other small ...Continue reading
Agriculture
Farmers can monitor soil moisture, temperature, humidity, and weather conditions remotely. This data allows them to irrigate only when and where it’s needed, significantly reducing water use. In livestock farming, wearable sensors track the health and location of animals, improving welfare and early detection of illness.
- 30% improvement in crop yield
- 20–50% reduction in water use
- Lower fertilizer and pesticide costs
- Increased food traceability
Industry
IoT also plays a key role in optimizing energy usage, automating processes, and ensuring quality control. Sensors can track everything from temperature and vibration to pressure and power consumption, helping operators fine-tune performance and reduce waste.
- Predictive maintenance reduces
- Real-time monitoring of energy use
- Improved worker safety
- Better inventory
Smart city
IoT helps cities run smarter by connecting infrastructure, services, and systems in real time. From traffic and air quality to waste collection and energy use, sensors measure humidity, temperature, air quality, noise, traffic, and more
- Real-time environmental monitoring
- Improved traffic flow and reduced congestion
- Smart lighting systems
- Optimized waste collection based on bin fill levels
- Smart parking
- Faster emergency response
Secure Private Networks for IoT
Private low-power networks give organizations full control over their IoT infrastructure, operating independently from public systems and reducing exposure to cyber threats. With strong encryption like AES-128 and local management, they provide a secure foundation for critical data transmission ideal for industries where reliability and data privacy are essential.
These networks are especially effective for indoor IoT applications such as smart buildings, asset tracking, and safety monitoring. They support long-range, energy-efficient communication, offer excellent signal penetration through walls, and scale easily making them a powerful and cost-effective choice for secure and dependable IoT connectivity.
IoT FAQ
Can IoT work with the tools we already use?
Yes. IoT systems can connect with tools like inventory, planning, or customer systems, so everything works together automatically and in real time.
What are the regulatory or compliance considerations with IoT data?
Depending on the industry, IoT data may need to comply with GDPR, HIPAA, ISO standards, or sector-specific regulations, especially when collecting sensitive or personal data.
Can IoT use AI or machine learning?
Yes. Smart software can learn from your data to predict problems, improve processes, or even make automatic decisions.
What types of connections can IoT devices use?
IoT devices use various connection types Wi-Fi for powered indoor devices, cellular networks (3G/4G/5G/NB-IoT) for remote or mobile use, LoRaWAN for long-range low-power needs like agriculture and smart cities, Bluetooth and Zigbee for short-range, low-energy smart home or wearable devices, Ethernet for stable wired industrial connections, and satellite for extremely remote areas each chosen based on range, power, speed, and reliability requirements.
Do I need special training to use IoT?
Usually no, once set up, most IoT systems are easy to monitor and control through simple dashboards or apps.
How long do IoT devices last?
Most last several years depending on battery, usage, and environment. Many are built for long-term, low-maintenance use.
Can IoT work outdoors or in tough environments?
Yes. Many devices are built to handle weather, dust, and remote locations using solar power or long-range networks like LoRaWAN.
