Best IoT Software
The idea of smart appliances in a networked home is older than the smartphone. However, smart home automation got off to a slow start because of several problems, such as the lack of common technical standards and device interoperability among manufacturers. As the technologies associated with device-to-device and device-to-network connectivity improved—such as wired and wireless communication technologies and intelligence in software that are accessible from smartphones—the internet of things (IoT) has once more gained traction with a wider set of consumer and industrial applications.
What is IoT software?
IoT terminology is still evolving, but IoT is generally accepted as the network of smart devices that are able to exchange data autonomously without human interference. For an IoT-connected device to function properly, it needs several components: sensors to collect data, radio or other digital communication technology to send the data, and software to control or automate the process. IoT software is the enabling technology that controls data collection and communication on a connected device so it can provide real-time data that computers and applications can transform and present as information.
Some of the real-world applications of IoT devices are in home automation where lighting, heating, air conditioning, entertainment, or security systems can detect environmental input and automatically activate or deactivate. Another application is in healthcare where smart medical devices can actively monitor patients and automatically alert healthcare providers. Other applications are in personal wearables, transportation systems, manufacturing, and agriculture.
Read also: Best Big Data Software
Benefits of IoT Software
Connected devices are able to function smartly due to the intelligence that an IoT platform provides. Smart devices only have limited computing ability and have another primary functions. The intelligence usually comes from a system in the cloud where the IoT software resides but can transfer the needed information so the device can perform an action or function wherever it is located. Benefits of IoT software include:
- Providing the interface to automate and control smart devices
- Enabling the access of data from connected devices in real time to provide just-in-time information
- Adding value through intelligence by improving sensor data collection
- Facilitating device-to-device or machine-to-machine communication
- Helping in the collection and consumption of big data
- Providing new business opportunities as well as support better quality of life.
Best IoT Software & Platforms 2020
An IoT platform has two core features. It has connectivity using wired or wireless communication technology such as ethernet, power-line communication, bluetooth, radio frequency identification (RFID), ZigBee, 5G, or satellite communications. Another important feature is automation or the direct communication between devices, hardware, or machinery without human intervention to start a process or perform an action. The best IoT platform builds upon these two features to perform automatic data transfer, data analysis, and autonomous response. Here is a list of the top IoT tools in no particular order.
SAP Internet of Things is part of its intelligent technologies platform. The IoT platform connects assets, processes, and people based on real-time intelligence from digital IoT platform services and sensor data. As a solution to address industrial IoT use cases, the platform offers business services and specific capabilities across manufacturing, supply chain, logistics, assets, and products. Features include cloud services for building IoT applications and integration, big data management, and analytical services.
New Relic One is an observability platform that can collect, store, and monitor all types of operational data, including those coming from IoT devices. It is a telemetry data platform that also allows users to build custom apps on product APIs and components. The platform can monitor software from a variety of deployments and distributions and visualize their performance. It also has built-in intelligence that can detect, diagnose, and resolve issues faster.
Wolfram offers several technology elements and initiatives that are applicable to IoT. For instance, the Connected Devices Project stores information on more than 2,500 connected devices, including wearable digital cameras, bluetooth heart rate monitors, digital multimeters, and kitchen thermometers. It also has the Data Drop, which is a service that makes it easy to accumulate data from devices, sensors, programs, and people. Other products include Data Framework, Alpha, and Wolfram Language+Raspberry Pi.
Pega 7 is an end-to-end IoT solution and analytics platform. Real-time device and sensor data are analyzed and immediately acted on. A big number of connected devices can provide valuable insights and new revenue streams. These insights can be made into orchestrated actions across business systems. The IoT data can be analyzed to create the prescribed steps for prevention and repair. Other features include APIs, connectors, BPM and case management, and low-code development.
InnovationSuite Analytics and IIoT Software from Rockwell Automation is a comprehensive suite of products that bring analytics, machine learning, industrial IoT, and augmented reality into industrial operations. The IoT platform simplifies data management and makes it easier for users to access, understand, and leverage the information they need to make decisions. For example, ThingWorx IIoT provides the single industrial connectivity solution to collect, aggregate, and securely access industrial operations data. A single interface lets users connect, manage, monitor, and control automation devices and software applications.
Watson IoT Platform
Watson IoT Platform from IBM lets users securely connect, collect, and start processing IoT data quickly. Using IBM Cloud, they can take advantage of built-in visualizations and AI-driven analytics services. An extensible catalog of analytical functions is available. Secured information can be shared across the business network with blockchain service so that IoT and other assets can validate events from a trusted ledger system. The platform can be used for enterprise asset management, facilities management, and systems engineering purposes.
Cisco IoT Control Center
Cisco IoT Control Center is a connectivity management solution for connected cellular devices. It is a SaaS platform that allows businesses and enterprises to deploy a reliable IoT service profitably. Some of the benefits are automated provisioning and configurable automation rules, lower total cost of ownership, exceptional service reliability, flexible business model, and device management on private LTE/5G networks.
Oracle IoT Intelligent Applications Cloud leverages real-time sensory data from connected devices to deliver analytical insights. The IoT platform can be applied directly in a wide area such as manufacturing, maintenance, logistics, and services. Users can easily access control applications to enable automation. IoT apps can help reinvent manufacturing processes, monitor connected machines, reduce costs by monitoring vehicle routes, ensure regulatory compliance, and promote workplace safety by connecting and monitoring workplaces.
AWS IoT are services for industrial, commercial, and consumer solutions. It can bring together data management and analytics from devices in homes, factories, hospitals, cars, and other places. The IoT platform includes layers of security such as encryption, access control, continuous monitoring, and audits. Devices become more intelligent with available AI services on a secure and proven cloud infrastructure.
Google Cloud IoT
Google Cloud offers fully managed and integrated IoT services that are scalable. The IoT platform lets you connect, store, and analyze data at the edge and in the cloud. Some of the available features are tools for streaming and batch analytics, ingest connection and management, device connection and management, data warehousing and fast querying, and AI platform and ML models. It can predict equipment maintenance and optimization or track assets in real time. Some of the use cases are for logistics and supply chain management, smart buildings, and automated homes.