IoT Consulting
& Visioning

IoT devices are connected to the internet using software and sensors, which allows them to communicate and exchange data with each other. This connectivity, combined with sensors, devices, and people, enables a free-flowing conversation between man and machine, software and hardware. With IoT, there is a virtually endless array of opportunities and connections at home, at work, or at play. This concept is based on continuously monitoring the critical parameters that affect how the equipment works, compared to how it usually performs. Detecting when it deviates from normal behaviour helps companies spot and prevent problems at an early stage. Condition-based maintenance has been effectively used in different industries for decades, but our approach is innovative because we use artificial neural networks to create a digital twin of the equipment for comparisons. This provides a more accurate prediction and greater lead time to allow maintenance teams to react and prevent issues. Security, privacy, safety, dependability, and resilience are required for IoT solutions. The fundamental mission of a security operations center (SOC) is to detect and respond to events on the network. A highly developed detection and response capability necessitate customized network security solutions as well as a well-structured team with clearly defined roles and processes.

Cellular

The cellular networks used by devices can be accessed by the same mobile networks as smartphones, although these networks were originally designed for power-hungry devices such as smartphones. The cellular industry eventually developed new technologies that were most suitable for IoT use cases. Today, this type of wireless network is regarded as an extremely reliable and secure method of communicating with IoT devices.

Local area network (LAN )

Local area networks (LAN) and personal area networks (PAN) are networks that cover relatively short distances. A lot of connectivity solutions commonly use WiFi and Bluetooth as wireless LANs and PANs. WiFi and Bluetooth technology are the most common wireless technologies that are incorporated into IoT connectivity solutions. It is possible to use WiFi both in a local environment and in a distributed environment if there are multiple excess points incorporated into a larger network.
Wifi has the advantage of only working if the signal is strong and you are within range of the access point. The use of WiFi is generally more power-intensive than people realize, but it is possible to optimize it so that the device only connects periodically to send data, and then goes back to sleep.

Low Power Wide Area Networks (LPWAN)

LPWANs was created to be an alternative to cellular connectivity. These types of wireless networks were designed for IoT devices that send small packets of information infrequently, and over long distances. One of the main advantages of LPWAN is that it uses less power than cellular, while still maintaining a longer range than WiFi or Bluetooth.

Mesh Networks

When describing mesh networks, connectivity configuration is key. This term simply refers to how the components communicate with each other. All sensor nodes cooperate to distribute data evenly amongst each other so that the gateway is reached.

Device

IoT devices are a type of hardware that can send data from one place to another using the internet. This data is usually recorded by a sensor located on the device. A wireless solution is needed to support many devices that run on the same network. Mobile devices, medical gadgets, automobiles, and electronic appliances can all be considered IoT devices. Mobile devices, medical gadgets, automobiles, and electronic appliances can all be considered IoT devices.

Data

An IoT device is a form of hardware that is capable of transmitting data from one location to another through the internet, which is usually recorded by a sensor located within the device. Wireless support is often needed to manage many devices that run on a single network.

Analytics

The data gathered from IoT applications is useless unless it can be analyzed and processed correctly. This is done through the application of data analysis tools and procedures to the generated data types. Once this data is processed and understood, it becomes important knowledge. Analytics aids in optimizing and enhancing the user benefits of IoT.

Connectivity

The connection between the three pillars is key to effective operations. Data must be transferred and analyzed in real-time to make sure that information isn’t lost or skewed. High-bandwidth connectivity is essential to maintaining this data flow. Without a regular flow of data, it’s impossible to properly analyze or optimize systems. Any data that is collected may also be inaccurate due to the loss of potentially valuable data through the poor connection.

Customer experience management in retail.

Beacon-enabled loyalty programs offer personalized in-store customer experiences that keep them coming back. Smart shelves that track product stock and schedule replenishment help businesses keep inventory levels high while reducing waste. Traffic control systems help businesses restrict the number of in-store visitors, ensuring a smoother shopping experience for everyone.

Smart cities, smart utilities

The street lighting system automatically adjusts light intensity based on outside conditions, resulting in optimized energy consumption. Real-time monitoring of traffic and parking situations helps improve safety and efficiency. The information system for passengers on real-time public transport provides up-to-date information on where the transport is located. Fire alert systems help prevent fires from spreading. Crime prevention systems help to deter crime and keep people safe.

Supply chain management

Monitoring inventory levels and alerting warehouse staff of low stock levels can help prevent products from going out of stock. Automated order fulfillment can help speed up the order process and improve accuracy. Transportation climate control can help keep products at the correct temperature during transport. We provide effective consulting services that will help you improve your software architecture, develop a tech-driven digital strategy, and enhance operations through the portfolio optimization of your software. We are prepared to take your company’s needs into account while creating or developing any new technology because technology is constantly changing. You may get started and receive guidance from our knowledgeable team of Internet of Things consultants.