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    Shaping a circular industrial ecosystem and supporting life-cycle thinking
  • Basic information
    AREYLight AI
    We make learn autonomous systems how to use their energy efficiently with AI for sutainable cities
    AREYLight is an Artificial Intelligence company for redefine Energy-Tech and conserve electricity usage by ensuring that lighting units can be controlled remotely and efficiently through the use of artificial intelligence. An innovative high-tech company specializing in wireless lighting controls and connected lighting management software for Advanced Smart City Applications. Our solution aims to make our cities autonomous by consolidating smart lighting technologies with other smart city apps
    Cross-border/international
    Poland
    Italy
    • Member State(s), Western Balkans and other countries: Portugal
    • Member State(s), Western Balkans and other countries: Austria
    • Member State(s), Western Balkans and other countries: Other
    Poland Goverment Lodz gdansk and sopot, EU
    Mainly urban
    It refers to other types of transformations (soft investment)
    Yes
    Horizon2020 / Horizon Europe
    urban tech, horizon 2020 Urbantech is a non-equity, pilot-focused accelerator program running in Denmark from 2019-2021. We bring together startups from around the world with three Danish corporates to accelerate the development of sustainable cities - one pilot at a time.
    Yes
    150K
    Yes
    2023-04-27
    As an individual
    • First name: Haluk
      Last name: YILMAZ
      Gender: Male
      Nationality: Turkey
      If relevant, please select your other nationality: Poland
      Address (country of permanent residence for individuals or address of the organisation)<br/>Street and number: ankara
      Town: ankara
      Postal code: 34000
      Country: Poland
      Direct Tel: +905070443888
      E-mail: halukmy@gmail.com
      Website: http://areylight.com
    Yes
    New European Bauhaus or European Commission websites
  • Description of the project
    AREYLight ensures that lighting units can be controlled remotely without the need for infrastructural change. The solution makes cities
    autonomous while reducing expenses, returning on investments and efficiency. Smart units turn into Autonomous Lighting groups with neural
    network communication. Their proprietary algorithms allow for affordable efficiency gains on a scale that could not be obtained before


    AREYLight is an Artificial Intelligence company for redefine Energy-Tech and conserve electricity usage by ensuring that lighting units can be controlled remotely and efficiently through the use of artificial intelligence. An innovative high-tech company specializing in wireless lighting controls and connected lighting management software for Advanced Smart City Applications.
    Our solution aims to make our cities autonomous by consolidating smart lighting technologies with other smart city applications to reduce expenses and maximize return on investment. Smart Units created by AREYLight turn into Autonomous Lighting groups with neural network communication which assists in gaining efficiency values that surpass any available in the market and improve the lives of citizens globally and contribute to the creation of sustainable and connected cities.
    We do this through developing state-of-the-art outdoor lighting control systems. Our patented sensor-based presence detection technology enables dynamic on-demand lighting, and our management software provides full remote management of the entire lighting infrastructure in real-time
    The technology we have developed is an advanced technology iot solution designed to work with many electronic devices, especially lighting systems, providing instant communication with other networks kilometers away by wireless communication, and ensuring that each software has awareness designed by central artificial intelligence algorithms.
    sustainabilty
    smart city
    greentech
    ai
    ml
    Today, electricity is an indispensable basic need. Generating electricity is very difficult and costly. The countries that best manage their resources are those that have the most advantageous position. Therefore, the problem is to manage electricity correctly rather than producing or obtaining it. Lighting costs are big problem for every consumer in the world.
    The other problem is air pollution caused by city life and urbanization, carbon emissions and sustainability for future of the life & Globe. Emission caused by more than 300mn street lights worldwide, prevention of socio-economic losses of countries due to unnecessary consumption of this energy distribution, destruction of fuel and natural resources used for energy needs in many countries and this pollution caused by the energy generated.
    Electricity saving and control has now become a necessity. The electricity consumption of rapidly growing cities is increasing day by day and this consumption control is getting harder and harder. AREYLight AI has focused on buildings and surrounding areas lighting, where the most electricity is consumed, and high efficiency has been achieved in automatic lighting control with hardware and software that can be simply integrated into the existing infrastructure.
    Current street lightings carried out use the technology of the 1930s. Each of them provides very high power and energy consumption, and the energy consumption levels of the countries due to high expenditures rise to very high numbers, thus causing great economic loss, rapid consumption of natural resources and emission of millions of tons of emissions to nature. In addition, lamp lives that cannot be controlled for power are consumed quickly, resulting in large hardware costs and maintenance costs. Many crimes and various accidents occur due to malfunctions caused by the inability to control and track of these units.
    For many years, we have followed the development of smart cities, next steps and moves to be made. We have worked with many smart city companies, especially in Europe.

    Such a system had to be designed;

    The investment should not only serve a niche area,

    Must provide mastery of many iot projects to be implemented with him,

    With the inability to determine the need for energy distribution in City networks, transportation roads, industry and living areas, energy pollution is experienced with millions of dollars loss every year.

    AREYLight, Providing savings and efficiency up to 60% by reducing high energy and maintenance costs for outdoor lighting systems with artificial intelligence architecture Thereby 2 times faster return on investment and preventing more carbon emission compared to alternative solutions, Creating a platform that carries the regions where it is established to the Smart City platform ready.

    AREYLight combines artificial intelligence with energy management to increase efficiency by controlling the energy consumed in lighting units to provide fast return on investments, and the established zones are smart concept.


    Today, electricity is an indispensable basic need. Generating electricity is very difficult and costly. The countries that best manage their resources are those that have the most advantageous position. Therefore, the problem is to manage electricity correctly rather than producing or obtaining it. Lighting costs are big problem for every consumer in the world.
    The other problem is air pollution caused by city life and urbanization, carbon emissions and sustainability for future of the life & Globe. Emission caused by more than 300mn street lights worldwide, prevention of socio-economic losses of countries due to unnecessary consumption of this energy distribution, destruction of fuel and natural resources used for energy needs in many countries and this pollution caused by the energy generated.

    Electricity saving and control has now become a necessity. The electricity consumption of rapidly growing cities is increasing day by day and this consumption control is getting harder and harder. AREYLight AI has focused on buildings and surrounding areas lighting, where the most electricity is consumed, and high efficiency has been achieved in automatic lighting control with hardware and software that can be simply integrated into the existing infrastructure.
    Current street lightings carried out use the technology of the 1930s. Each of them provides very high power and energy consumption, and the energy consumption levels of the countries due to high expenditures rise to very high numbers, thus causing great economic loss, rapid consumption of natural resources and emission of millions of tons of emissions to nature. In addition, lamp lives that cannot be controlled for power are consumed quickly, resulting in large hardware costs and maintenance costs. Many crimes and various accidents occur due to malfunctions caused by the inability to control and track of these units.
    AREYLight redefine Energytech and conserve electricity usage by ensuring that lighting units can be controlled remotely and efficiently through the use machine learning as reduce expenses & maximize return on investment. In addition, fault and problem detection cannot be realized and unconscious lighting is provided. In energy use as a result of unnecessary energy consumption waste occurs. For this reason, depending on the consumption.
    There is also an increase in the fees paid. With the project output that we plan to develop, fuel stations, restaurants, Park Open space such as fields, factories and production facilities will be used for lighting. Hardware, Software and Intelligent operation of lighting systems with autonomous control Increasing the Energy and Material gain to the highest level by converting is targeted
    AREYLight AI technology can provide a number of benefits and features that can enhance the functionality and efficiency of street lighting in a city or town. Some potential features and benefits our technology includes:
    Remote control and monitoring: AREYLight platform can be controlled and monitored remotely through a central management system, allowing city officials to turn lights on or off, dim or brighten them, and set schedules from a central location.
    Energy efficiency: AREYLight ensures that lighting units can be controlled remotely without the need for infrastructural change. The solution makes cities autonomous while reducing expenses, returning on investments and efficiency. Smart units turn into Autonomous Lighting groups with neural network communication. Their proprietary algorithms allow for affordable efficiency gains on a scale that could not be obtained before. This can help cities save on energy costs and reduce their carbon footprint.
    Adaptive lighting: Artificial Intelligence company for redefine Energy-Tech and conserve electricity usage by ensuring that lighting units can be controlled remotely and efficiently through the use of artificial intelligence. An innovative high-tech company specialising in wireless lighting controls and AREYLight AI management software for Advanced Smart City Applications. This can automatically adjust their brightness based on the time of day, the weather, and the presence of pedestrians or vehicles, helping to optimise energy usage and improve safety.
    Integration with other smart city infrastructure: AREYLight platform can often be integrated with other smart city infrastructure, such as traffic management systems and public safety systems, allowing city officials to gather and analyse data from multiple sources to make more informed decisions. Also such as traffic cameras and public transportation systems, allowing city officials to better manage and coordinate various aspects of urban infrastructure.
    market for AREYLight is expected to continue to grow in the coming years, driven by several factors including increasing demand for energy-efficient lighting, the growth of the internet of things (IoT) and smart city initiatives, and the need for improved public safety and security. Smart street lights can provide a number of benefits including energy savings, reduced maintenance costs, improved public safety, and better traffic management and smart city initiatives, As a result, cities and municipalities around the world are increasingly adopting smart street lighting systems.

    In addition to the traditional street lighting market, the market for AREYLight is also expected to benefit from the growing demand for electric vehicles (EVs). We are planning to produce and manage electricity from solar energy from street lamps. In the second stage, we aim to equate the artificial intelligence systems with the community level by sharing this energy with pedestrians, allowing them to charge their phones, scooters or bicycles, informing and interaction via the digital panel, and also GPT-3 technology. We will enable to add and manage adaptive advertising feature to these panels. In this way, the city administration will be able to generate income. We plan to add and manage adaptive advertising to these panels. Thus, the city administration will be able to generate revenue. Smart street lighting systems can be used to support EV charging infrastructure by providing power to charging stations through the use of smart grid technology and AREYLight’s expected to continue to grow in the coming years, driven by a range of factors including the increasing demand for energy-efficient lighting.

    We have targeted potential effects that a new product could have on the AREYLight market include:

    Innovation: AREYLight is an Artificial Intelligence company for redefining Energy-Tech and conserve electricity usage by ensuring that lighting units can be controlled remotely
    We started our digital transformation movement in Lodz, Poland, in partnership with Ericsson! With the support of our technology partners that we will decide with the Urban Tech challenge, we started this high efficiency movement in Poland and aimed to spread it all over the world.

    We want to initiate the digital transformation with the pilot studies that we aim to place in 3 different points in the city of Lodz and in the Gdańsk Science and Technology Park region.

    We aim to advance our existing hardware and artificial intelligence systems. We plan to establish an iot network and a communication network in the global arena by communicating via satellite.

    We aimed to increase our investment valuation target from 3 million euro to 30 million euro in 2 years after get %2 to %5 market size.

    We aim to increase our investor power by evaluating our stocks on the North American market and Nasdaq and with the support of all this digital transformation society.

    We are planning to become a world brand by cooperating with almost all countries in the global market. Thus, we aim to put our own hardware technologies into mass production in this adventure, which we started with software by creating our production facilities.

    At least 10% of my income is to become an investor in charities and the fight against climate change.

    I think that our employees' genders should be proportional in this difficult struggle to increase our support for women entrepreneurship and increase the number of management staff and success.


    Just 100K lamps alone will emit 150K metric tons of CO2, $18mn of energy consumption and more than 300 mn worldwide. With these smart algorithms, hardware and management technology we provide, we will prevent billions of cubic meters of carbon emissions around the world, we will achieve a great victory in the fight against climate and we will provide the foundation of a better world for future generations with the digital transformation


    Our solutions potentially make the solution attractive to municipalities, Ports, Campuses, Stations and other organisations looking to simultaneously improve public safety and security, energy efficiency and digital transformation.
    In addition, according to the research published in November 2022 numbered TMRGL29213 prepared by transparency market research; Global smart lighting was valued at US$ 1.3 Bn in 2021 It is estimated to advance at a CAGR of 24.1% from 2022 to 2031 to reach US$ 11.5 Bn by the end of 2031 and Mature markets, such as Europa and North America, are focused on the implementation of various regulations to boost adoption of connected street lighting infrastructure for smart cities and regulate the use of energy.EU, and Japan have signed the Kyoto Protocol to achieve harmful emission reduction targets and promote energy-efficient solutions. This has led to growth in usage of LEDs, this will help fueling the AREYLight’s market size.

    With our innovative and pioneering business model, we have a target of rapid growth and technological leadership in this big market and important items that we will make a difference with the competitors
    ● The prevalence and popularity of smart city technology and infrastructure
    ● The availability and affordability of AREYLight technologies
    ● The level of awareness and understanding of the benefits of AREYLight technology among government officials and other decision-makers
    ● The level of competition in the market
    ● The specific features and capabilities of the AREYLight products available
    ● The overall economic conditions and government spending patterns in the market.
    Hardware, Software, AI and Communication have been developed by the AREYTech team. ( No extra costs for external services = High income and earnings opportunity.
    AREYLight is an Artificial Intelligence company for redefine Energy-Tech and conserve electricity usage by ensuring that lighting units can be controlled remotely and efficiently through the use of artificial intelligence. An innovative high-tech company specializing in wireless lighting controls and connected lighting management software for Advanced Smart City Applications.
    Our solution aims to make our cities autonomous by consolidating smart lighting technologies with other smart city applications to reduce expenses and maximize return on investment. Smart Units created by AREYLight turn into Autonomous Lighting groups with neural network communication which assists in gaining efficiency values that surpass any available in the market and improve the lives of citizens globally and contribute to the creation of sustainable and connected cities.
    We do this through developing state-of-the-art outdoor lighting control systems. Our patented sensor-based presence detection technology enables dynamic on-demand lighting, and our management software provides full remote management of the entire lighting infrastructure in real-time





    For many years, we have followed the development of smart cities, next steps and moves to be made. We have worked with many smart city companies, especially in Europe.

    Such a system had to be designed;

    The investment should not only serve a niche area,

    Must provide mastery of many iot projects to be implemented with him,

    With the inability to determine the need for energy distribution in City networks, transportation roads, industry and living areas, energy pollution is experienced with millions of dollars loss every year.

    We have introduced modular smart city architecture to our system. In other words, the joint use and management architecture of thousands of different Internet of Things devices, tens of different projects and applications, which speak the same language, have the same communication architecture, and have supercomputers with common processing power in the background.

    We have been working on artificial intelligence in mobile applications since 2015. We wanted to see the difference by keeping the data we received from micro systems on the AREYLight ai to learning algorithms. By processing various data synchronously, we achieved 50% more energy efficiency and 2 times faster return on investment compared to the system that changes compared to normal hours. This is only for more prototype and plot regions. When used for cities and connected systems, energy efficiency will become noticeably higher.



    we have control panel, where you can monitor all lights motions such as Energy consumption, efficiency results and Failure reports on a single dashboard. Our web-based software for remote management of street lighting, provides a real-time overview of the entire lighting infrastructure (both on individual and group level). Ai Assisted dashboard can remotely monitor and control the street lights, which results in optimized energy use, better public safety, as well as reduced maintenance and operation costs. Accurate real-time data

    Generation of analytics per an individual light point or their groups. Available data includes: notifications about lighting- related faults, number of triggers per light point, generated energy, Automatic failure reports

    Lighting-related system faults are identified, and automatic failure reports are sent in real-time. This results in optimized maintenance, better planning, reduced costs and extended lamp life.
    Map-based visualizations

    We have introduced modular smart city architecture to our system. In other words, the joint use and management architecture of thousands of different Internet of Things devices, tens of different projects and applications, which speak the same language, have the same communication architecture, and have supercomputers with common processing power in the background.

    We have been working on artificial intelligence in mobile applications since 2015. We wanted to see the difference by keeping the data we received from micro systems on the AREYLight ai to learning algorithms. By processing various data synchronously, we achieved 50% more energy efficiency and 2 times faster return on investment compared to the system that changes compared to normal hours. This is only for more prototype and plot regions. When used for cities and connected systems, energy efficiency will become noticeably higher.



    we have control panel, where you can monitor all lights motions such as Energy consumption, efficiency results and Failure reports on a single dashboard. Our web-based software for remote management of street lighting, provides a real-time overview of the entire lighting infrastructure (both on individual and group level). Ai Assisted dashboard can remotely monitor and control the street lights, which results in optimized energy use, better public safety, as well as reduced maintenance and operation costs. Accurate real-time data

    Generation of analytics per an individual light point or their groups. Available data includes: notifications about lighting- related faults, number of triggers per light point, generated energy, Automatic failure reports
    we provide price and strategic superiority. In addition, the high energy efficiency provided by artificial intelligence provides 3 times faster efficiency and investment return compared to the competitors, 5 times faster than the investments made in solar panels, compared to wind turbines.

    As hardware; The control unit, namely areynode, which is the system to which the pcb, channels and sensors are connected, performs various tasks on controlling electronic systems, analysis, instant data status and communication with the communication unit. The wide area communication chip of our system enables it to communicate with the gateway in kilometers. This communication is provided by connecting an antenna perpendicular to the unit.

    As software technologies;

    Working in the embedded system,
    Providing central communication on the gateway and communication and synchronization between connected nodes,

    Process data from central servers, providing big data, analysis and grouping and labeling

    Provides organization and management of units among themselves by constantly processing these data in the neural network and learning section

    The content index of the system against security and cyber-attack is continuously monitored, when the units receive an unexpected possible RF message, it confirms whether it is an attack and it is secured against possible connection problems or signal jammers such as jammers. Communication is provided over radio frequency and every message is received and sent securely thanks to the communication chip and the encryption unit connected to the device. This communication network is carried out over dozens of different iot systems, the units can switch to the general communication channel or the private communication channel, depending on the needs of the rf frequencies. In case of a possible global internet interruption, power outage or satellite problem, these systems are capable of providing communication between the units needed
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