- By partnering with Chudovo, you gain access to a wealth of expertise in IoT strategy, architecture design, and system integration. We tailor our services to your specific needs, ensuring that our solutions align with your business objectives and maximize the value derived from IoT technologies.
- Our experts are ready to support you on your journey to unlocking the full potential of IoT adoption. At Chudovo, we specialize in custom IoT consultancy and software development services, enabling people and devices to collaborate more productively and imaginatively. Our goal is to provide high-quality solutions that bring people and technology together.
- Chudovo's end-to-end Internet of Things (IoT) services provide a competitive edge by resolving integration issues between wearables, sensors, networks, the cloud, and applications while ensuring maximum security. Leveraging our industry-specific knowledge and IoT technology proficiency, encompassing Firmware Development, Mobility, Cloud Computing, and Data Analytics, we can help you transform your business through informed, data-driven decisions.
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SensorsAffordable and reliable sensors enable manufacturers to use low-cost, low-power IoT technology.
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InterconnectionThrough a range of network protocols for the internet, it has become easier to link sensors to the cloud and other "objects" for efficient data transmission.
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CloudCloud platforms are becoming increasingly accessible, allowing businesses and consumers to access the resources they need to grow without managing them directly. It is a great benefit of cloud computing.
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Machine LearningMachine Learning and Analytics have enabled businesses to access and process large amounts of data stored in the cloud more quickly and efficiently. These technologies have been instrumental in pushing the limits of IoT, whereby the data gathered by IoT also empowers these tools.
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Neural NetworksAdvances in neural networks have enabled conversational AI, making natural-language processing (NLP) accessible on IoT devices such as Alexa, Cortana, and Siri, making them more attractive, economical, and suitable for use in the home.
What IoT can do for Your Business
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016LoWPANThe IETF has defined 6LoWPAN as an open standard, allowing low-power wireless personal area networks to connect to the internet via IPv6. This standard enables technologies such as 804.15.4, Bluetooth Low Energy (BLE), and Z-Wave (for home automation) to communicate to the internet.
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02ZigBeeZigBee is an energy-efficient, low-speed wireless communication system predominantly employed in industrial environments, based on the IEEE 802.15.4 standard. The ZigBee Alliance also developed Dotdot, a universal language for the Internet of Things (IoT), allowing interoperability between intelligent objects and enabling secure connections across different networks.
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03LiteOSLiteOS is an OS with Unix-like features for wireless sensor networks, smartphones, wearables, intelligent manufacturing, smart homes, and IoV. It also provides a platform for developing smart devices.
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04OneM2MOneM2M is a service layer that facilitates machine-to-machine (M2M) communication, allowing software and hardware to connect devices. It is backed by a global standardization body to create reusable standards, promoting interconnectivity between IoT applications across distinctive industries.
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05Data Distribution Service (DDS)The Object Management Group (OMG) developed Data Distribution Service (DDS), an IoT standard for M2M communication that is real-time, scalable, and high-performance.
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06AMQPAMQP is an open-source published standard for asynchronous messaging over the wire that provides encrypted and interoperable communication between organizations and applications. It is utilized for client-server messaging and IoT device management.
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07Constrained Application ProtocolThe IETF has designed the Constrained Application Protocol (CoAP) to enable low-power, resource-limited devices to participate in the internet of things.
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08LoRaWANLoRaWAN is a protocol crafted for Wide Area Networks (WANs) to connect large-scale networks, like smart cities, with millions of low-power devices.
Manufacturers can gain a competitive edge by combining production-line monitoring with sensors to detect an impending failure. The sensors can measure when output is affected. When alerted, manufacturers can inspect equipment or take it out of production for repairs, leading to lower operating costs, improved uptime, and better asset performance management.
The automotive industry can reap substantial benefits from IoT applications. Along with the advantages of incorporating IoT into production processes, sensors can detect potential breakdowns in cars on the road and provide drivers with details and advice. By gathering information through IoT-powered applications, car makers and suppliers can gain insight into how to keep cars running and owners informed.
IoT sensors can provide a range of advantages for transportation and logistics systems. By tracking weather conditions, vehicle availability, and driver availability, fleets of cars, trucks, ships, and trains can be rerouted accordingly. Furthermore, sensors can be used to monitor the track-and-trace and temperature of inventory, such as food, flowers, and pharmaceuticals, and alert when products are at risk due to significant temperature changes.
IoT applications allow retail businesses to manage stock better, enhance customer service, enhance supply chain operations, and lower operational expenses. For instance, smart shelves with weight sensors can collect RFID-based data and transmit it to the IoT platform to monitor inventory automatically and create alerts if items run low. Beacons can also offer customers tailored offers and promotions for a more engaging experience.
The public sector and service-related environments can benefit from the use of IoT. For instance, utilities owned by the government can use IoT-based applications to inform their customers of large and small outages, such as water, power, or sewer services. Additionally, IoT applications can collect data to help utilities identify the size of an outage and deploy resources for a faster recovery.
The healthcare industry can reap multiple advantages from utilizing IoT asset monitoring. Doctors, nurses, and orderlies can know the exact location of assets such as wheelchairs, thanks to IoT sensors attached to them. This way, the IoT asset-monitoring application can quickly locate the nearest wheelchair. Furthermore, this system can track many hospital items, from ensuring proper usage to a financial record of physical assets in each department.
IoT can be used to track physical assets and enhance worker safety. For workers in hazardous environments such as mines, oil and gas fields, and chemical and power plants, IoT sensors can alert them of an incident or quickly aid them in an emergency. Furthermore, IoT-enabled wearables can measure human health and environmental conditions, allowing people to comprehend their health and physicians better to monitor patients remotely.