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QUADLINK TECHNOLOGY, INC.

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About Company

Quadlink Technology Inc. was established in 2010, which developing "Internet of Thing (IoT)" systems by using sensors, computer/smart phone, cloud and big data technologies to optimize agriculture production and distribution. This experienced team with members from wireless communication and cloud computing has been in business for 7 years. By transforming the traditional fish farming industries as well as creating innovative business model with the application of IoT, Quadlink Technology is capable of maximizing the value derived from within.

Quadlink has implemented more than 700 sets of smart aquaculture system so far. In terms of geographical coverage, not in Taiwan, but also in overseas from China to Southeast Asia (including Indonesia and Philippines). Quadlink assists fish farmers in monitoring risks, controlling parameters and establishing standard cultivation model—the result is self-evident: yields increased by 30%, energy saving by 30% and feeds saving by 30%.

Besides, developing devices of micro-sesimic wave fresh-keeping and antibacterial equipment for cold chain also successfully helping goods in freezer extending freshness and nutrition at the same time.

With the transparent data open to the end-customers, trust and reliability is thus established between the two sides. With customized smart factory monitoring solution, the tradition manufacturing companies can easily transform in no time. So Quadlink is reliable partner for smart aquaculture and smart business.

Product Info

1.Product Slogan:
For better food and environment

2.Product Concept:
Utilizing technologies of IoT/Big data/Wireless communication to develop as the mainproduct named “Aquadlink”, which includes:
1. QAM300-DE, the Smart Water Quality Monitoring System, powered by the solar cell for 24-hour operation, this floating device collect real-time data inside water every five minutes, such as temperature, dissolved oxygen (DO), PH, oxidation-reduction potential (ORP) and salinity of water sending QIoT the cloud to be stored and analyzed with various and easy to read diagrams and graphs. Moreover, the same diagrams and graphs at the same time will be sent to farmers' mobile phones, tablets, or computers by APP, and let them understand the actual situation of water quality while they would take action in accordance with those situations.

2. Furthermore, combined with QAM300-OC, the Smart Equipment Monitor & Control system, the farmers can easily turn on the auto feeding machine and wheel peddle by setting DO thresholds and other parameters. The environment of farms and the growing process are precisely monitored and controlled by the system. Eventually, the quality of food is better ensured. This is what we claim "For better food and environment".

3. Critical design of the pre-warning system helps the farmer realize real water quality by scientific data if it becomes an abnormal situation, which they could take action on previously.

4. The Cold Chain system can be used in the three temperature zones of refrigeration, freezing, and thawing for food preservation. The technical principle of this system is "by releasing low-frequency micro-shock waves of 100~120Hz to the cold chain space, the water molecules in the ingredients will generate a vibration amplitude, which will prompt the cells to vibrate slightly, activate the cells, and keep the ingredients fresh." , in addition to effectively inhibiting the number of bacteria in the ingredients, it can also preserve the same nutritional level as the original ingredients. Furthermore, by making the ingredients' cells vibrate slightly, the cells are activated to prolong the ingredients' shelf life.
The result of ice crystals will be also small in the shape of a ball without spikes, so it can minimize the damage to the food cells during freezing, reduce the sharp crystallization of damaged cells, and significantly reduce the exudation of tissue fluid and blood after thawing.

3.Product Technical:
1. Automatically detect the relevant parameters of the fish farm every five minutes, which is convenient for mobile or tablet to check data immediately, and continuously accumulate real-time data as well as provide analysis diagrams.

2. The host mainly provides 4G or WiFi to access the Internet. If the pons area is large enough, the most advanced long-distance low-power LoRa will be used as transmission technology.

3. The host adopts solar power supply and lithium iron phosphate battery storage, long service life, safety, and environmental protection

4. The host circuit of this system has lightning protection and ESD protection to ensure that the host and sensors are not damaged by lightning when used in outdoor environments.

5. This system can be equipped with various sensors (Sensors). The sensors are all industrial-grade non-handheld, RS485 Modbus signal output and meet the highest waterproof level of IP68.

6. In addition to the design of the sensor, considering salt corrosion resistance (including salt spray resistance) and long-term exposure to hot sun, our company has a patent for delaying biofilm adhesion (obtained from Taiwan and Southeast Asia patent numbers) which can extend the validity period of the measured values

7. By downloading the APP on the mobile phone or using the operation interface of the browser, various data can be obtained from the cloud in real-time, including wireless signal strength values, values of various sensors, accumulated historical data, linear trends and high-level big data analysis tools; At the same time, the operation interface also provides the measurement transmission cycle interval, the upper and lower limit warning values of the measured values of each sensor, and the alarm system for excessive instantaneous changes or equipment abnormality/disconnection (distinguish between general APP push and SMS warning or emergency call out), alias, link weather information according to coordinates, statistical report export, etc.

4.Product Solution:
1. “Aquadlink” combines IoT, big data, wireless communication, and other technologies to collect water quality data in fish farms every 5 minutes through sophisticated sensors. It can send real-time data to the cloud platform for storage and analyzed, the farmers can understand the water quality status through mobile phones or tablets, and there is a warning system, which can know the changes in water quality in advance and take necessary corresponding improvement measures. The scientific water quality data collected by the sensors can provide fish farmers with more accurate judgment references. Based on their own farming experience, the most effective and appropriate improvement methods can be implemented based on the trend of the data.

2. Farmers do not need to stay beside the ponds for 24 hours, just by watching the data changes on their mobile phones, whether in other places or abroad. Such smart devices can attract more young people to participate in farming, inject vitality into the farming industry, enhance industrial momentum, and increase output value and income.

3. Combined with the smart Equipment monitor system, the switch of peddle wheels and feeding machine can be remotely controlled, which can greatly save and improve labor costs, power consumption and time waste. Farmers can also reduce blind chemicals by knowing the water quality accurately to maintain the health and safety of consumers.

4. Every piece of water quality data is stored in the database in detail, and the relevant data can be grafted to the production and sales history of the public sector at any time for consumer inquiries as truly transparent and open information.

Product Solutions

 

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