Smart and Connected Consumer Electronics Products for the Next Generation

Consumer electronic devices driven by IoT have transformed the way that devices communicate with one another via connected applications. Connected applications have brought added comfort and ease for users with little human interaction. To provide an effortless experience for their customers, companies must be sure they're able to address problems like connecting a variety of devices, securing connectivity data privacy, changing old systems into smart ones, and keeping up with new technology. Faster times to market are a crucial factor in achieving success in the current market, and users tend to be able to use new technology quickly, which will benefit those who are the first to adopt it in the market.

PerfectionGeeks enables the development and design of connected and >smart electronics products by leveraging its experience in developing and customizing connected solutions. We've worked with smart consumer devices, such as audio/video systems as well as HVAC systems, home appliances, smart wearables, smart home appliances, and many more. We provide services that include conception, feasibility design, manufacturing, and engineering cloud integration services as well as connected applications and high-quality engineering.

Industry Needs Quick digital transformation

Conversion of old devices to modern ones in a short period with PerfectionGeeks' ready-to-use module, Cloud, and Mobile App framework.

IoT Ecosystem

Creating end-to-end connectivity that allows remote monitoring and management capabilities of all devices connected to the home, using mobile apps, tablets, display interfaces, and others.

Enhance the user experience

Enhancing the user experience by providing a simple> UX/UI that allows devices to be controlled with different functions.

Predictive Analysis

Predictive Analysis of data using the most up-to-date AI/ML and cloud solutions to provide value-added services that enhance the user experience and decrease the rate of failure for devices.

Bringing 5G to the Consumer

It offers greater multi-Gbps peak speed data with ultra-low latency, greater reliability, huge network capacity, better efficiency, and better performance that offers a better experience for users of 5G enabled Consumer Electronics Development Services.

Consumer Electronics Offerings

Development and design of >cutting-edge connected consumer electronics that include remote management of devices. health trackers and smart device sensors for security, smart devices, and much more.

UX/UI design and development

Cloud as well as DevOps services

Virtual Assistant Integration: Alexa, Google Mini/Home, and HomeKit

End-to-end automated testing framework for IoT solutions

Development of connected Web/mobile applications, including over-the-air (OTA) firmware upgrade support

What are "Smart Internet-connected Products"?

Smart, connected devices have three main components consisting of physical components, "smart" components, and connectivity components. >Smart components increase the capabilities and value of physical components, and connectivity increases the capabilities and value of smart components and allows certain of them to be independent of the physical item. This creates a positive cycle of value enhancement.

Physical components include the product's electrical and mechanical components. For a car, for example, these are engines, blocks of the motor, tires, and batteries.

Smart components are comprised of sensors that are made up of microprocessors, storage for data software, controls, and typically an operating system that is embedded with a user interface enhanced. In a car, for instance, smart components are an engine controller, antilock brake systems, rain-sensing windshields that have automated wipers, and touchscreen displays. In many devices, the software is used to replace hardware components or allow one physical device to operate at various levels.

Connectivity components include antennae, ports, and protocols that enable wireless or wired connections with the product. Connectivity comes in three forms that may be combined:

One-to-one: A product is connected to the manufacturer, the user, or another product via an interface or port, for instance, when an automobile is connected to a machine for diagnostics.

One-to-many refers to a centralized system that is constantly or intermittently linked to a large number of products at the same time. For instance, many Tesla automobiles are linked to a single manufacturer's system that tracks performance and provides remote maintenance and upgrades.

Many-to-many: Multiple devices are connected to a variety of other kinds of equipment and frequently external data sources. A variety of farm equipment is connected to geolocation data to improve and coordinate the entire farm system. For instance, automated tillers inject nitrogen fertilizer into specific intervals and depths, and seeders then follow, putting corn seeds directly into the soil fertilized.

Connectivity serves two functions. It first allows data exchange between the device's operational environment, as well as between its creator, as well as its users, and other devices and systems. Additionally, it allows certain functions of the device to be performed outside of the physical device in what's called the "cloud of the product." For instance, with Bose's latest Wi-Fi technology, a smartphone application that is running in the product cloud streams songs to the device through the internet. To ensure maximum performance, all three kinds of connectivity are required.

Smart connected products are gaining popularity across all industries. Schindler's PORT Technology reduces the time it takes to wait in elevators by up to 50% by predicting the pattern of elevator use by calculating the most efficient time to reach the destination and assigning the right elevator to transport passengers swiftly. In the energy field, ABB's smart grid technology allows utilities to analyze massive amounts of real-time information across a variety of generating, changing, as well as distribution devices (manufactured by ABB along with other manufacturers).

For example, variations in the temperatures of transformers and secondary substations the utility control centres are alerted to the possibility of overloading, which allows them to make adjustments to stop blackouts from occurring. In the realm of Mobile Application Development, Big Ass ceiling fans detect and automatically activate whenever a person arrives in space, control the speed in the light of humidity and temperature, and detect individual preferences and adjust to the user's preferences.