Photosynthesis: making light bulbs the "central" of intelligent lighting networks
In the office of Chengdu Century Photosynthetic Technology Co., Ltd., each employee has a lamp on the top of the head. You can see them flashing in various colors from time to time. This is not a simple decoration, but one by one. Signals, of course, the meaning of them is only known to them.
Light as a means of intelligent feedback can make the interaction of the entire environment more efficient and valuable, which is the secret of intelligent lighting discovered by photosynthesis. Although the team of more than 50 people has only one lighting engineer, they all do the same thing, using intelligence to make lighting meaningful. With the power of cloud computing, it is so easy to use photosynthesis in platform docking, service promotion, and device collaboration to bring a better experience to customers.
Intelligent lighting, we have to come back
The deployment of lighting products in the living environment is very common, and has a very regular deployment characteristics, which can form a perfect static network. Zhang Yurui, CEO of Chengdu Century Optical Co., Ltd., saw this feature, transforming the light bulbs that wireless smart devices can quickly access, deploy, and serve as nodes.
Photosynthesis was born. By combining artificial intelligence technology with IoT communication technology, photosynthesis has created an innovative concept for next-generation lighting.
Zhang Haorui, CEO of Chengdu Century Light Cooperation Technology Co., Ltd.
The biggest difference between the traditional intelligent lighting manufacturers and the traditional intelligent lighting manufacturers is that photosynthesis is the opposite. Instead of using existing communication networks and technologies to build intelligent lighting systems, intelligent communication systems are used to deploy communication networks and perceptions. Interactive entry of equipment and social control.
The Letting intelligent lighting network (which belongs to WLAN IoT, Wireless Local-Area Networks for IoT, WLAN) independently developed by photosynthesis enables smart lighting interaction while providing a stable IoT communication network for the entire environment, between a large number of heterogeneous devices. Realize cross-protocol communication and interaction to provide fast access services and become a data hub.
“Deploying Lettin is the equivalent of completing a local IoT communication network deployment.†Zhang said that Lettin means Let it in Smart devices can be in the same network environment.
In addition to the traditional mobile app, the active connection can be connected to the Lettin network through the Amazon Echo series. The dimensions of passive control are more extensive, and various sensors can control lighting products to make changes. For example, according to the user's sleep habits, the light can enter the sleep mode at 10 o'clock every day, presenting a low-brightness accompanying state, accompanying you to sleep.
Let lighting take over your smart environment
To make the Lettin network live by Lettin lighting products, photosynthesis is devoted to a lot of resources. The hardware deployment in a light bulb is far greater than our imagination, and the latest quantum dot phosphor is also applied. Technology and high-order COB packaging technology. According to Zhang Yurui, the hardware capabilities of Lettin products can meet the requirements of continuous iteration for at least three years, that is, they will not be outdated within three years.
Photosynthesis lighting products are standardized for both home and commercial use. Simply switch to the light bulb and you have an intelligent lighting network that does not require additional modifications. In North America, photosynthesis already has many home and business users, and new products and services are expected in October.
Based on the Lettin network, photosynthesis products also have perceptual characteristics, including time, state commands, natural language, space, and knowledge information. This allows Lettin to design the lighting through the scene, to achieve more linkage between devices, to complement the automation of the device, to achieve automatic triggering rather than active operation, take over your smart environment.
Photosynthesis and the University of British Columbia (UBC) and the local government conducted an experiment at the end of last year to build and provide a thousand smart houses for local aborigines. All houses must be made of environmentally friendly materials and clean energy. Each of the suites has 168 Lettin light sources. By deploying Lettin downlights, the entire Lettin intelligent lighting network provides intelligent sensor communication, such as human sensors, temperature sensors, water quality sensors, etc. Wait.
The cloud makes the lighting really live
In the first year of photosynthesis, the main thing to do is to define the lighting products and smart lighting use framework, and to use cloud services to support the business, because the realization of communication network, perception, and interaction all require cloud service support.
North America is the main battlefield for photosynthesis. After cooperating with AWS, AWS can meet the access of a large number of devices, flexibly respond to large and large concurrent doses, and provide efficient services in the case of numerous devices. The other is security, AWS is more complete in the security mechanism of IoT devices.
Future AWS IOT platform services are also a service that I would like to try out for photosynthesis, because the new Lettin 3.0 system for photosynthesis will add value data services and intelligent algorithms to the entire Lettin intelligent lighting network.
Based on the AWS IOT service architecture, Lettin can provide users with higher value cloud services. When the new Letin system is officially launched, photosynthesis will transfer all overseas user operations to the AWS IOT platform. Better promote the interaction of Lettin products with Internet information data in intelligent automation to achieve a richer user interaction experience.
Intern Editor: Liang Jieying
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