Improve business outcomes with our end-to-end IoT solutions
IoT solutions have moved beyond the hype to deliver real business benefits. Securely connect assets, applications, and data in real time to apply transformative business changes in both carpeted and non-carpeted space. In the near future, more and more devices and systems of all different shapes and sizes will be connected to each other and to people, and exchanging data automatically via the Internet. It’s the Internet of Things. It will be by far the world’s largest device market. Are you ready to embrace this new era? See how Redwire can help you develop an IoT solution for your business.
IoT has made complete automation possible. The solutions like Smart cities, Smart Home, Smart Factory, and Connected Vehicle are possible only because of IoT.
The industrial IoT market is expected to surpass over $1 trillion by 2028 as the need for greater efficiency and control in industrial operations, such as production processes and robotics, continues to grow.
By providing industrial companies with a common way to access, manage and visualize IoT data, as well as build and deploy IoT applications, industrial IoT (IIoT) platforms help manufacturing companies achieve their biggest goals.
The global market for the Internet of Things was $263 billion in 2021, according to statista.com, with the IIoT market expected to reach $1.1 trillion by 2028.
The market is growing as it combines IT and operational technology (OT) together, with the convergence providing industries with better system integration for automation and optimization, as well as better visibility of the supply chain and logistics.
What are the applications of the IoT?
Just as the internet at large affects a broad spectrum of users, so does the IoT. Depending on the scale of connectivity and the number of devices involved, the IoT can have significant and specific applications, be they for a single user or for an entire city. Common applications of the IoT include the following.
People and homes
People make direct use of IoT devices through technology that can be worn, such as smartwatches and fitness trackers, and devices that help make receiving and collecting information possible in real time. Applied to households, IoT devices can be used for a more connected, energy-efficient, and conveniently run home. Different aspects of a connected home can also be remotely accessed and controlled by home owners through a computer or a handheld smart device.
Automobiles
Sensors within a moving vehicle make it possible to collect real-time data about the vehicle and its surroundings. Autonomous vehicles use different sensors in combination with advanced control systems to assess their environments and consequently drive themselves.
Factories
With the application of IoT in factories, manufacturers can automate repetitive tasks as well as access information on any part of the entire manufacturing process. Information provided by sensors on factory machineries can help in devising ways to make the entire production line more efficient and less accident-prone.
Businesses
On a larger scale, with the adoption of IoT technologies, businesses can be more cost-effective, efficient, and productive. For example, office buildings can be fitted with sensors that can monitor elevator traffic or overall energy consumption. Different industries naturally have different applications of the IoT: In the healthcare industry, IoT devices may be used to gain instant and accurate updates about the condition of patients, while in the retail industry, IoT devices may be deployed to help shoppers locate products and to monitor inventory.
Cities
The combined uses of different IoT devices can cover urban and public areas. IoT devices can gather data from and affect its environment to help manage the various aspects of city governance, such as traffic control, resource management, and public safety.
Internet of Things (IoT) Enhancements for Smarter Living and Working
IoT streamlines life and work by enabling automated data collection from both traditional and advanced equipment, merging software data-tag mapping capabilities with the tangible connectivity of hardware devices.
IoT Devices
For IoT developers, selecting the right hardware is a pivotal decision. A reliable device relies on robust hardware components, from routers and sensors to SIM cards. Given the plethora of IoT hardware options and vendors available today, navigating these choices can be daunting.
Raspberry Pi
Raspberry Pi produces single-board computers, microcontroller boards, chips, and personal computer kits. Celebrated for their ease of access, Raspberry Pi products are favored among younger enthusiasts and are equally effective for IoT development projects. Robust online communities provide a platform for developers to exchange ideas, pose questions, and collaborate on innovative IoT solutions.
Key Features:
- Data Acquisition and Control: Raspberry Pi boards are equipped with various data input options and built-in memory, known for their reliability.
- Data Processing and Storage: These boards vary in data storage and processing capabilities, with options for expansion.
- Connectivity: Raspberry Pi boards support Ethernet connections, with most models also offering Wi-Fi or Bluetooth. Cellular connectivity can be achieved using a Raspberry Pi cellular adapter and modem.
- Power Management: Raspberry Pi products do not typically include power management features like sleep or suspend modes. Alternative hardware might be necessary for these functions.
Arduino
Arduino is a respected name in DIY prototyping, known for its extensive support resources and community involvement akin to Raspberry Pi. Arduino also develops its own open-source software for use with its products.
Key Features:
- Data Acquisition and Control: Arduino boards are well-suited for data acquisition, which can be managed through SD card data logging, Wi-Fi cloud transfers, or real-time via the hardware’s serial port.
- Data Processing and Storage: Data is generally stored on an SD card or transmitted to a computer, with built-in RAM to temporarily hold data.
- Connectivity: Arduino allows numerous connectivity options, including Wi-Fi and Bluetooth. Some models, like those in the MKR series, support NB-IoT, LoRa, and SigFox.
- Power Management: Several Arduino products include power-saving modes like standby, idle, and power-save.
Industrial IoT
IoT is crucial for businesses, offering real-time insights into system operations, from machine performance to logistics. Industrial IoT Gateways facilitate data flow from edge devices to the cloud, collecting, processing, and standardizing data from sensors, I/O devices, and PLCs.
Although essentially rugged computers, IoT gateways’ software is vital, allowing connections to a variety of manufacturing systems and devices. This software standardizes data into a format usable by cloud systems, supporting real-time production reporting and automated maintenance notifications.
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Consumer and Enterprise IoT Applications
IoT’s real-world applications are vast, impacting sectors from consumer and enterprise to manufacturing and IIoT. Examples include:
- Smart homes with IoT-enabled thermostats, appliances, and systems for remote management via digital devices.
- Wearable technology that collects and analyzes user data, enhancing user convenience and public safety by optimizing emergency responses or monitoring vital signs in hazardous environments.
- Healthcare IoT systems enable closer patient monitoring and streamline inventory management for medications and instruments.
- Smart buildings that adjust energy usage based on occupancy, reducing costs.
- Smart farming systems that monitor environmental conditions and automate irrigation based on sensor data.
- Smart cities employing IoT sensors to manage traffic, conserve energy, monitor environmental health, and enhance sanitation.
IoT Functionality
An IoT ecosystem comprises web-enabled smart devices equipped with embedded systems like processors, sensors, and communication hardware. These devices gather, send, and act upon data from their surroundings, enabling intelligent, automated responses.
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