Our controllers comply with EU directives and have passed stringent conformity assessments, ensuring high standards of quality and reliability.
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Leverages optimization software
and automated control to manage energy usage based on room occupancy, ensuring
no energy is wasted when rooms are empty.
Offers superior protection with a wired connection system, providing lower latency, higher bandwidth, and significantly reduced risk of external intrusions.
Advanced monitoring systems contribute
to a safer environment by detecting gas leaks and automatically shutting off supply.
Real-time monitoring and automated emergency response mechanisms prevent incidents, ensuring a safer living and working environment.
Monitors and optimizes ventilation, filtration, and air circulation based on real-time
air quality data, ensuring healthier indoor environments.
Intelligent monitoring and control systems reduce risks associated with appliance malfunctions, enhancing safety.
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Role: Central hub that manages and integrates all home systems.
Capabilities: Provides both remote and automated control of home systems.
I3 Engineering
Functionality: Automatically controls lighting using occupancy sensors, turning lights on when needed and adjusting intensity accordingly.
Functionality: Detects leaks or floods and automatically shuts off the central water valve to prevent damage.
Functionality: Continuously tracks CO2, VOCs, and humidity levels.
Response: Activates ventilation to maintain optimal indoor air conditions.
Functionality: Tracks internal noise levels within the home.
Functionality: Allows the creation of unique entry codes for guests and family members, and tracks who opens the door.
Compatibility: Works with brands like Simpled, August, Yale, Schlage, and supports 3-point locks without needing to replace the main lock.
Functionality: Adjusts heating based on factors like occupancy and time to maximize energy efficiency.
Safety Feature: Sends alerts and automatically shuts down if extreme temperatures are detected.
Functionality: Regulates air ventilation and filtration based on occupancy, air quality, and humidity levels.
Efficiency: Reduces humidity, harmful VOCs, and CO2 while also reusing heat to minimize energy waste.
Functionality: Detects hazardous gases like carbon monoxide or other flammable gases.
Safety Response: Activates ventilation and provides early warnings to prevent danger.
Functionality: Monitors the usage of electrical appliances, turning them off when not in use.
Safety Feature: Automatically switches off faulty appliances to prevent fire risks.
Functionality: Provides continuous surveillance that can be viewed remotely on a smartphone or tablet.
Functionality: Monitors the locking status of windows and doors, sending notifications if they are unexpectedly opened or closed.
Estimate for 2-bedroom property; contact us for a precise quote.
Installation cost: £600 per day
Installation cost: £600 per day
Here are a few examples of places where people are setting up smart systems
Smart technology in Airbnb homes helps manage energy usage by automatically turning off lights, heating, and cooling when guests leave, reducing waste. Smart locks provide keyless entry and send alerts if doors or windows are left open, ensuring guest safety. Remote management tools offer instant notifications about leaks, temperature changes, and security issues, protecting the property even when you’re away. These systems also boost home value, reduce insurance premiums, and create a more comfortable and secure experience for both guests and hosts.
Smart technology allows beauty clinics to maintain ideal temperatures, control air quality, and adjust lighting, creating a comfortable and relaxing environment for clients. Additionally, automated security systems and real-time monitoring ensure patient safety and privacy.
For shop owners, smart technology is essential for reducing energy costs, enhancing security, counting visitors, and maintaining air quality. This creates a more efficient, secure environment, optimizing both customer experience and operational workflow.
In restaurants, smart systems control high-temperature appliances, reducing fire risks, while leak detection systems prevent water damage. People-counting sensors provide valuable insights into customer flow, allowing for better service planning and operational efficiency.
Technology in medical facilities provides precise control of air quality, lighting, and security. Automated systems ensure a safe, clean environment for patients and staff, with real-time monitoring to catch issues before they escalate.
In schools, smart technology monitors class occupancy, adjusting lighting and HVAC for energy efficiency. CO2 and moisture sensors improve air quality and reduce mold risks, while noise monitoring ensures a conducive learning environment.
In offices, technology automates heating, cooling, and lighting systems to enhance comfort and reduce energy costs. Real-time monitoring of air quality and human flow creates a healthier, more efficient workspace.
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"Clever Bloom installed three Prana units at one of our partner shops that handles transportation operations, with an adjacent lab that had been struggling with humidity and ventilation issues. During the winter, opening windows made the lab cold and uncomfortable to work in. Their smart heat exchangers were in fact great solution. The team did an excellent job with the installation, and within a week, the difference was clear—no more condensation on windows, and the air quality was significantly improved. Recommend!"
“Clever Bloom Company recently installed 2 Prana units in my clinic, and the results have been remarkable. Being an older lower-ground property with limited ventilation, the air quality was previously less than ideal. However, the device has made a significant improvement, and even my patients have noticed the difference. Highly recommend!”
“Viktor and his team were great. They installed the units in a single day, they cleanup as they were working, kept me updated on their progress, and were very helpful in explaining how they work. We had two units installed, we are enjoying the clean fresh air and are extremely happy with the performance of the units. We were able to get the units perfectly setup the way we wanted with schedules. The auto functions are a life saver!.”
Understanding the client’s needs and designing a custom solution.
Creating detailed project plans and system architecture.
Setting up sensors, controllers,devices
and actuators
Connecting all devices to a central control system.
Ensuring everything works seamlessly and training the client. The duration of this process can range from a few days to a few weeks depending on the project's complexity and size.
We proudly serve the entire UK.
Yes! Don’t hesitate to get in touch with us for more information about financing options.
The warranty is valid for 1 year.
The Smart Home system adapts to the needs of each homeowner. The most popular systems include lighting control, heating, and air conditioning, which
can be expanded as desired, including ventilation and humidification. Additional features include control of blinds, music, and other on-demand systems such
as jacuzzis or irrigation. It is ideal when all engineering systems are automated
for the convenience of the residents.
Yes, there are already many wireless control systems that allow for partial automation and bring it closer to a full-fledged Smart Home, but unfortunately, these solutions are not yet complete, standardized, and as reliable as wired systems. Therefore, it is better to make wired smart home systems, and accordingly, it can be done only before wiring, as wiring is done with some nuances.
The stages of creating a Smart Home system typically include planning and design, installation of devices, system integration, and testing and commissioning. The time required for this process can vary widely depending on the complexity and size of the project, ranging from a few weeks to several months.
Yes, having a project is crucial for implementing a Smart Home system. While specialists can build a system without project documentation, it comes with several disadvantages:
— Lack of work accuracy, as the work may be performed by only one specialist or under their control, potentially delaying the project.
—Difficulty in accurately calculating the budget.Dependence on the specialist who performed the work, making it difficult and often expensive for another specialist to understand and manage the system.
— With project documentation, a Smart Home system is a complete and understandable solution for any specialist. This also adds value to your home, as the Smart Home system can be sold as a complete package with the property.
A smart home with project documentation is a complete system. When you want
to sell your house, you can sell it together with the Smart Home, because it will
be a complete solution and any specialist can understand it.
Yes. If a smart home is operated by a good specialist with experience,
its management will be intuitive and simple. And this management will be much
easier than managing all the same systems separately.
Yes, this function is increasingly in demand now and there are very good solutions
that implement this function. You will be able to fully control the functions
of your Smart home using voice commands.
It is almost impossible to hack a complete wired system that has been
set up by a good specialist. Unlike IoT devices. A full-fledged smart home system
can be configured with full protection against external intrusion.
Thus, modern smart home servers allow the client to independently change
the necessary scenarios and set up new ones. Change their logic. This is done
in a convenient and intuitive user interface.
The basic settings, of course, should be done by a specialist, but then the user
has a lot of flexibility in using the system's functionality.
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