Winners Announced…Thunderboard Sense Kit Giveaway

A weather station closest to home.

Adding a external sdcard and a loud speaker could be the brain for a small biped robot. It could be used as a voice assistance system in a biped robot hardware.

Digital wind chime.

Add to my weather station project.

Replace the Electric Imp on my tweeting car door.

Full featured bike computer.

This is a fully-featured sensor kit! I can implement this with my backyard mushroom farm as climate control system. Temperature, humidity, ambient light and indoor air quality sensors are very useful to monitor and maintain profitable conditions for oyster mushroom production.

Automated greenhouse. Dh11, water pump, moisture sensor, atomiser, led lights, camera.

A moving air quality station which syncs to your smartphone and samples the air quality and other parameter on your commute whether you are a biker or a motorcyclist.

Wheelchair controller for tetraplegic people

We are interested in produce a cloud database using thunderboard Sense as a personal IoT device informing the UV exposition in workplaces for each work cathegory using workers using the device.

Developing a long pipes inside-checking robots with the MCU integrated with the Sensor board provided by you.

I don’t know what I would make with it, but I’m sure I would learn a lot just tinkering with it.

Well why not a noise pollution station with weather station and air monitor capabilities

Develop an electronic nose system with 8 Taguchi sensors.

Automatic and monitored greenhouse

Home Attic weather sensor.  Should be fun!

I am not sure what I would make with it, but, like all things, once I have one I will find a use for it.

plant monitoring with an external capacitve probe.

this would help me automate the issuing the driving license procedure. A driver in the test would navigate through test road patterns which have position sensors all along.without discrimination or corruption, the license issued to the driver would be authentic.the system would print test passed or failed.

An IOT network of environmental / weather monitoring stations using all the Thunderboard sensors and more, combined with local footfall sensing, human and wildlife

Coupled with LoRa communications system to provide remote environmental measurements. Also have the remote unit capable of generating visual and aural alarms to drive away predators.

It can be used to optimize indoor farming such as Aeroponics , Thunderboard sense can make it low cost and efficient as we get different sensors with cloud streaming ability enabling us to measure temperature ,humidity ,air quality ,amount of light ,high brightness LEDs can be used as a light source .Also pressure sensor will acknowledge the growth of plant as their weight increases .

I am on process of prototyping a machine learning platform using Google Tensor Flow engine on raspberry pi for sensor fusion. Sensors on board the Thunder-board Sense Kit will be interfaced for data logging on Pi using BLE and will be used for event detection in a room and used for predicting the user habits for energy saving & optimization. Analytics will be used for implementing user feedback on energy wastage . Integrated and low power Thunderboard Sense Kit is ideal for this application.

Great an automated Aeroponic system, control humidity, temperature and light to the required level. add an sdcard to logo data and learn the best growing conditions for each a particular plant of interest

Measure the environment conditions (Light, UV, Temperature, Humidity, CO2, Pressure) in a freight farm.

Since this kit features so many sensors, wireless and cloud capabilities and also because it is a low power kit, it can be best used for creating a ‘UNIVERSAL IoT NODE’ that can be configured to do anything that the user wants to do. With a good mobile application that it already has, a little bit of tinkering with the UI and other Peripherals can make it easy enough for even a non-tech person to deploy it in any kind of application, limited only by one’s imagination!

I would like to develop a low cost Hand held medical kit for doctor using Thunderboard Sense Kits board as an alternate to costlier equipment.

We can easily measure the Body temperature of Human by placing the   Relative Humidity and Temperature Sensor Si7021 under the arm of human.

Heart rate and hemoglobin level of Human are easily measure using High brightness LEDs and UV and Ambient Light Sensor Si1133 by configuring as pulse oximeter.

Pressure Sensor BMP280 can be easily used as blood pressure monitoring .

Quality of the oxygen is monitored using Indoor Air Quality and Gas Sensor .

MEMS Microphone SPV1840 will be used as voice assistance for patient who cannot able to move.

For programming Environment, a user friendly library will be developed, which makes exploring “Medical KIT” fun and easier,without digging deep into the hardware and software involved behind.

We want to build an environment variable sensing unit integrated with small weather station for chemistry laboratory.
The project aims to provide accurate data about the surroundings like temperature, pressure, humidity, air-quality etc. - required for setup and execution of various experiments. This data will be available on the personal device like Smartphone by means of Bluetooth or other broadcasting options and Beacon notifications.
Also we want to integrate it with a sensing platform containing Gas Sensor, Temperature Probe, pH Sensor, Conductivity Probe, Voltage Probe etc.
Our search for the controller board was over as soon as I read about Thunderboard Sense , The board provides all the processing, broadcasting capabilities needed for our project and many sensors are built in. so Thunderboard Sense is an ideal solution for our project not only in hardware capabilities but also in software support and application.

I’ll make a ski tracking device to track every single move you’ve made, the posture you’ve had on the ski slope along with the altitude, the temperature/humidity and the UV levels on your trace.
The project will equip this Thunderboard Sense Kit on the back of the skier so it will be able to constantly collecting the gesture data via the 6-axis IMU and send it to the phone via Bluetooth. The data will be processed to show when you were skiing faster, where did you make a turn, where did you jump, where did you fall, etc.  It will also collect other data on the trace to give a richer context of what was the environment like during your last trace.
In addition to this, I’d add an external GPS to match the data to a map. Since everything will be stored in Firebase, the data will be aggregated and visualized on a Google map layer to show the activities and the data of your ski trip.

I am going to make a BLE based indoor navigation beacon system along with intelligent multi parameter monitor gateway using the Thunderboard Sense Kit . Custom BLE mesh will be implemented and a fault tolerant embedded system will be designed using the Thunderboard Sense Kit . Intel INTEL JOULE based central node will be implemented and it will do the sensor data fusion algorithm for meaning full information gathering services. A deep neural network based learning system will be prototyped on intel joule & it will complement the measurements done with INTEL realsense camera using the plenty of on-board Thunderboard Sense Kit sensor data. I hope that this ultra low power and cost sensor suite with BLE TAG CAN REPLACE HIGH END HIGH COST SENSOR SYSTEMS AND will provide easy platform for prototyping in a multi-platform environment . Node.js will act act as glue layer for sensor data aggregation and cloud computing.An interactive data visualization is planned to be designed using the Processing environment. Available sample firmware and apps will heavily reduce the prototyping time.If selected to use the kit we hope that we can implement this system prototype in our university campus.

Eagerly waiting for the results….....

for runnung my pond to moniter pump water level feed fish with set feeding times to txt/email me if a problem arises set redunduntcies for any varibles from the above like if water level drops to much is to stop pump open secondary solinoid for aireater so fish get maxum amount of oxygen still filtering through the system with main pump off line water temp and heater maybe water oxygen sensing all allerts txt/email me with condition then with that info i decide whether my programming will be enough to care for my fish or do i need to shoot home

Coupled with an app, cognitive in-home environmental station

Developing a plc programmed device to cater for irrigating my farm through sensing the need of my crops

Temperature Sensor

IoT sensor for industrial/home automation

indoor sensor ZigBee network, collect temperature, humidity and air quality data from several rooms in a building and display them online
+ air quality visualization with RGB leds

Hi, I am an engineer at atmospheric studies instrumentation division LAB.  As part of atmospheric studies thesis of various PhD students, A imported GPS-Radio sonde ( Radiosonde for atmospheric soundings | Intermet Systems )is being used by students to obtain the atmospheric details.A radiosonde is a battery-powered telemetry instrument package carried into the atmosphere usually by a weather balloon that measures various atmospheric parameters and transmits them by radio to a ground receiver. Modern radiosondes measure or calculate the following variables: altitude, pressure, temperature, relative humidity, wind (both wind speed and wind direction), cosmic ray readings at high altitude and geographical position (latitude/longitude). Radiosondes measuring ozone concentration are known as ozonesondes. A rubber or latex balloon filled with either helium or hydrogen lifts the device up through the atmosphere. The maximum altitude to which the balloon ascends is determined by the diameter and thickness of the balloon.The modern radiosonde communicates via radio with a computer that stores all the variables in real time.Radiosonde data is a crucially important component of numerical weather prediction.

As part of in-house development of radiosondes due to huge cost of imported foreign radiosondes,  Our team is interested in developing a miniaturized version of the same using Thunderboard Sense Kit Module. So we are applying for this giveaway. Since this our first giveaway program all of our students are excited.

This Thunderboard Sense Kit is ideal for weather balloon since it has all sensors in an integrated form factor with configurable RF interface in a small form factor with added advantage of low power consumption.

If selected we will build a real world prototype using Thunderboard Sense Kit   Module and will flight test it in the weather balloon . We will also interface a variety of atmospheric sensors(Analog/Digital) and Telemetry modules with the Thunderboard Sense Kit Module and test its performance . Also microSD based data logging will be implemented along with GPS time stamping. Thus recovery of payload is possible after the balloon burst.

So waiting patiently for the results

with HOPE,
Atmospheric Division Students and Staff

IoT baby monitor with motion and noise analysis during sleep to understand patterns in disruptions if sleep cycles.

automation and climate change data

Would make a great weather-and internal-condition monitoring device/app for private pilots to have on board in the cockpit of a small place.  Allows for quick, up-to-date information on pressure, temperature, air quality, gas sensing, etc.  Could be a life saver!

smart indoor garden controller

A wearable sensor for classification of running, dribbling and walking in the sport of field hockey.
Will also evaluate parameters such as shot speed and tempo.
It will be a digital training assistant for a field hockey player.
A cloud based user database will be available for the users to compare , view and share,
This data base will also be used for data analysis and improvement of algorithm.

Add it to my drone project to be used for it’s weather sensors, and for it’s speech recognition feature.

Home security system

I would build a plant automation system that keeps tracks of my crops and gathers data on the different types of soil, air, light, and temperature, etc to then feed a machine learning algorithm to determine the best conditions that produce the finest crops. 😊

To be used by my students for a project and can’t wait to see how it will benefit them if i win.

Stranger detection with pir sensor

I would make automated system for my vacation house. Watering flowers, temperature control, etc. I would store all the data from sensors in cloud and i would include camera streaming through all the house.

Automated field irrigation using sensors and controllers

Make a drone using esp8266 and mpu6050

Tsunami and flood warning system.

wireless remote pH ans TDS monitoring and correction system for Aquaponics

Can be added to the weather stations around places usually attacked by floods, earthquake, just to monitor and be careful

GPS Body panic alert (BPA) for lost people

GPS Body panic alert (BPA) for lost people

Create low cost weather station to increment the number station we have, in the last years we has bad weather quality.
http://www.metropol.gov.co/CalidadAire/Paginas/default.aspx

A data collector for optimizing the thermo electric generator I am working on. Designed to take advantage of ambient heat from black top/concrete/water surfaces and by a reciprocal mechanical process harness unused energy to be used as surfaces cool and external heat dissipates

A data collector for optimizing the thermo electric generator I am working on. Designed to take advantage of ambient heat from black top/concrete/water surfaces and by a reciprocal mechanical process harness unused energy to be used as surfaces cool and external heat dissipates

I want to create an internet connected CNC plotter so that I can print or mill my projects away from home. After I mastered the CNC plotter, then I’ll make internet connected 3D printer. For the CNC plotter I’ll use old CD ROM drives.

I will make my a weather station with air quality check that will be connected to the internet so other people can know the weather or air quality in our town.

Electric socket that will sense the gadgets are charged completely and switch off the supply

To make a parking estimation system so that it can be used to ease the parking issues in metropolitan cities.

Studying the household environment and taking any necessary action required. The data can be uploaded on a website with each use having his own login I’d and password

I am going to use the Thunderboard Sense Kit as an upgrade to my PEACHSAT project Mark-3.

A new class of distributed space missions is emerging which requires hundreds to thousands of satellites for real-time, distributed, multi-point sensing to accomplish long-awaited remote sensing and science objectives. These missions, stymied by the lack of a low-cost mass-producible solution, can become reality by merging the concepts of distributed satellite systems and terrestrial wireless sensor networks.

The Thunderboard Sense Kit is suitable for this application since it can act as a highly compact OBC ( ON BOARD COMPUTER), Sensor& Payload Substem( rich collection of sensors) along with telemetry-Telecommand section due to presence of reconfigurable multi protocol radio.

The ultra low power capability makes this a drop in solution for FEMTO-SATELLITE apllication puposes

Multiple sensors data station

Smart device for small retailers.

Power sensor for bicycle using the cadence data together with speed, elevation, etc.
Remote monitor through Internet for centralized heating in flats.
Bike alarm with Bluetooth activation/deactivation.

We started Its help to the automated lab with different sensor and use some AI library with hardware to work extra things.
- Temp, humidity, and air quality sensor use for room environment control.
- Using microphone control noise in lab and appliances.
- Decorate lab with LED and control with the sensor.
- much more things we can do with kit.

A wearable smart watch for trekkers or mountaineers or campers. It has got the perfect sensors like humidity, temperature, UV, ambient light, pressure sensor along with gas sensors and it is battery powered. It is a perfect choice for making a wearable smart watch for people who love to go on trekking and camping. It would work as a safety equipment too. The app will keep the data on the cloud up to date and from the base station of the trek managers or the family members can continuously track the sensor values. The high brightness LEDs are an add-on for night time trekking and camping in the mountains.

A Wearable Geriatric Assistant
A 30mm x 45mm form factor makes this an excellent wearable accessory for the elderly.  Sensors that monitor the surroundings (humidity, temperature, air quality)  ensure that care-givers have all the assurance that the people they are tending to,  are not in harm’s way - in the form of an android app that is constantly receiving, storing and displaying the sensor information .  Alerts regarding medicine schedules can be provided via the two high-intensity RGB LEDs on board, with color of LED matching the color of the bottle (in case of different medicines being taken at different times of the day). A combination of inertial and light sensor accommodates preferences such as being able to fall asleep only with the lights on - the lights can be configured to automatically switch off when the wearer has fallen asleep.  Situations like having a fall in the bathroom or while climbing stairs is immediately flagged by the unit and this information is immediately available on the cloud so that an emergency response can be initiated. The microphone allows one to call for assistance, with speech recognition that can be built in to recognize a basic set of words.

I would like to build a device which counts person enters and goes out the room so that the device can turn off electricity of the room when no one is around and can save energy .
And need to build setup which consumes solar energy which at least can power one room .

By carrying out research on construction and mining industries the statistical report says that the accident is always a combination of hazards and cause. The collapse and flood of underground working could be a consequence of gas explosion or dust. Similarly, a fire could cause the release of toxic contaminants. The use of explosives might cause an earthquake, that collapsed mine workings and traps miners as happened to 33 miners who were stuck underground from August to October 2010 in a Chilean mine near the city Copiapo. As reported by the National Institute for Occupational Safety and Health(NIOSH), in the underground mines most explosive related fatalities were caused by miners being too close to the blast followed by explosive fumes poisoning, misfires and premature blasts. Mine induced seismicity must be added to that list. The hazardous gases present in the mining area like carbon dioxide, carbon monoxide, methane, ethane, Propene, etc…, will cause the harmful disease to the miners. If we take proper preventive measure, all the above issues can be avoided.

“My solution” for this involves IOT device made with “Thunderboard Sense Kit Giveaway” fixed on the safety jacket which is called Smart safety jacket. This smart jacket is connected with the different type of sensors like Temperature Sensor, Humidity Sensor, Ultrasonic sensor, Motion sensor, Gas sensor, Sound sensor, RFID, Emergency Panel, Notification Panel. These sensors connected to the network through wi-fi makes more relevant and valuable ever than before.By turning sensor information into actions, real-time data from mining environment can be monitored and controlled remotely from anywhere. The network connected sensors fetch the information from the mining environment and process that information through controllers and stores that information in database/Cloud for future purpose. The information can be monitored through an ISO android app and personal computers remotely. The whole process can be stated in two points

1.The miner has to wear the smart safety jacket (connected with the sensors) which is connected to the control room via a network.
2.A Monitor in the control room who is continuously monitoring the miners and the mining site should check the sensor status and alert the miners in case of any critical situation.
Thus the mining environment and miners will be protected from the hazard.

As part of a team manufacturing an electric car we could use this sensor to send and receive command and data from various sensors and directly upload then on cloud service… The hall effect sensor is used to obtain the current drawn from the battery and inertial sensor can be used to monitor the position of the vehicle

I am working in a control station for corn. I want to sense humidity and temperature with an IoT device.

a new wearable for kids with autism spectrum disorders (ASDs), wants to start putting emotional and environmental control back in families’ hands with mood-monitoring data that can help anticipate meltdowns before they happen (and even prevent them).Thunderboard Sense Kit along with a wearable SPO2 sensor can be used for activity monitoring and data logging is done on a microSD card. Android application can be used to alert the parents in case of any problem.

An Environment Monitoring system using wireless sensor technology based on IoT. This will enable for remote data monitoring and controlling surrounding conditions.

An environment monitoring system using wireless sensor technology based on IoT.

This idea will enable us to monitor the environmental parameters remotely. Based on the readings control action can be taken for further academic, educational and outreach purpose. It will prove an cost efficient system and will be designed basically considering Indian point of view

Child room air quality monitoring

a wrist band that will help doctors know the pregnancy progress of a mother throughout the gestation period.the mum and the clinic are kept in sync with sensors delivering data to the clinics database for analytic in real time. in case of an unusual scenario any deviation from reality is noticed and doctors are notified.this will avoid complications and preterm births

My wife just delivered our baby daughter. Using this board, I can start prototyping of a baby monitor that can sense noise and comfort level of my baby’s room.

A wristband for the Table Tennis player which records and provides statistics such as serve speed and serve angle (using the 6-axis Inertial Sensor ). The data can be streamed to a PC (notify characteristics) using BLE to plot the data in 3D. Additionally, using the MEMS microphone, the time at which TT raquet hitting the ball can be interpreted and that data can be overlayed over the inertial sensor plot to create an interactive view. These plots can be used in the following ways:
1. Record the data from the pro player (trainer)
2. The trainee can use the same device to mimic the trainer
3. Additionally, a vibrator motor can be added to provide a read time haptic feedback when the trainee is trying to mimic the trainer’s action.

Automation units to sense, monitor and control certain actuators in the field of vertical gardening, in house gardening, organic farm and high sensitive plantation units. For better optimisation of natural resources and maximising production. POC continues with collaborating multiple sensors and use cognitive /predictive modelling of the local weather forecast and data analytics for precise control and actuator operation to maintain the plantation health at its best.

It may be use as air pollution measurement. By using of sensor we can make a stationary air quality station or use on moving vehicle so we get the data of air quality. It’s a cloud based system so all the data are store in cloud and also we can monitor real time data of air quality. If we use stationary system then we need to install multiple devices on major places of city. That given air quality information of city.by using of data we can make a map chart which indicate which area in most polluted so analysis of pollution become easy.

This could be used to monitor palay/rice storage room ang deliver the data to the cloud. Temp and RH monitoring is verry important in this kind of storage room. Useful for countries that depends on rice.

Greenhouse IOT which will sense different parameters and will provide data directly to user globally through a server..so that user can trigger water or air quality automatically and also security features can be added in this..this kit will be very helpful in executing this idea.

To give ability to kids that have lost them

IOT based automated internal environment quality control for large public transport viz. Buses, trains, aircrafts, ships etc. It can also function as cloud based data recorder for the same for convenient investigation for technical failure, accidents etc.

Integrate it with my current robot. 😊

Im doing my final year project which is smart home system. With this Thunderboard Sense Kits, I can make my home to be sensitive to the environment and improve the system of the home. For example, when your home is sensitive to environment or weather, we can make our laundry rack in the home to adjust according to the weather, so that when thunderstorm, even we are outside of house, we dont need to rush back to our home to collect our clothes that hanging outsides. I hope i can have this kit to improve my final project =D

I’ve been prototyping a sensor assisted car parking system in our college. Our country is underdeveloped and cheaper means of achieving this is essential. Sensors to detect if a car is parked in the slot or not, app to track the number of free available spots, app to book a spot for a particular period of time. Thus can be extended to roadside parking as well. Also the integration of an RFID card used for paying the toll fees on the national highway can be integrated with a speedometer sensor at checkpoints in the highways. The accident rate on the highways is very high in India, details can be pulled off the RFID card if the vehicle was found over speeding or an instant fine can be detected from it. A wireless dashboard can be installed/integrated within the car, to detect the card’s status. Traffic jams, signal reroutes, accidents and road related issues maybe communicated efficiently with the use of an integrated roadways system. Also the prototyping of this particular idea requires a lot of fund. With the knowledge or renewable energy , and energy conservation techniques, ways to derive energy from the friction and heat caused by moving vehicles on the road can be implemented .

Parkinson’s disease (PD) is the most prevalent movement disorder of the central nervous system, and affects more than 6.3 million people in the world. The characteristic motor features include tremor, bradykinesia, rigidity, and impaired postural stability. Current therapy based on augmentation or replacement of dopamine is designed to improve patients’ motor performance but often leads to levodopa-induced adverse effects, such as dyskinesia and motor fluctuation. Clinicians must regularly monitor patients in order to identify these effects and other declines in motor function as soon as possible. Current clinical assessment for Parkinson’s is subjective and mostly conducted by brief observations made during patient visits. Changes in patients’ motor function between visits are hard to track and clinicians are not able to make the most informed decisions about the course of therapy without frequent visits. Frequent clinic visits increase the physical and economic burden on patients and their families.

A wearable multi-sensor monitor unit using Thunderboard Sense Kit is physically attached to patient’s body. The key role of this unit is to facilitate the monitoring of patient’s daily motor activity and status through the continuous recording. All data from sensors will be streamed to cloud via smart phone app and patient condition is monitored and in case of any problem alert will be issued to care takers and this data will be subjected to a regression algorith where the potential issues can be analysed and that could provide useful insights on the problematic issues and will enable the optimization of the care and diagnosis. The system aims to improve the prevalent philosophy in the follow up of PD patients and to change the paradigm in PD treatment. The new paradigm supports the continuous follow up of patients with easy to wear sensors and computer intelligence to be used by doctors in order to design optimized personalized treatment, delay the appearance of symptoms (such as LID) and improve quality of patients’ lives.

active communication can be done for one sensor to other

I’ve seen in several places that speech recognition is possible with Cortex M4F core so I’d like to play with it a bit. Having a small, low power embedded device with few recognizable words and rich connectivity possibilities would allow to test several ideas i.e:
- Attach a bluetooth (or ZigBee for mesh solution) SoC with a buzzer to your key-ring. So the next time you can’t find your keys just say ‘keys!’ near your Thunderboard and this will broadcast information through BLE/ZigBee. Once the keyring device is in radio range it will buzz to let you know where to start searching
- Using speech recognition and sub-GHz module would allow to communicate with automatic doors at the garage. Saying ‘Open!’ instead of searching for the remote controller would be both safier and fancier!
-Having a lowpower SoC with both 2.4GHz and <1GHz radios would allow to bring all the cool radio stuff which was designed by amateurs several years ago to the XXI century. All after all having possibility to control your old 433MHz device directly from your phone is something that was really missing.

Thunderboard Sense Kits provides actionable data on assets and the events associated with assets like – condition, location, telemetry data, queue counting, people counting, etc. All of this, in real-time so you are able to act on this information right away reducing lost capacity, optimizing workforce and workflow, or enriching customer experience depending on the scenario.

Enterprises that are deploying thousands of beacons and/or tracking thousands of assets face two essential challenges: 1. They require the capabilities to monitor not just the asset, but the beacon itself. Is the beacon operating; what is the battery level; is the beacon where it should be 2. Once the beacon is deployed in the field, they still need to be able to easily update capabilities and firmware. Thunderboard Sense Kits offers above functionality.

Thunderboard Sense Kits bring together beacon fleet management with a robust workflow/event management engine, smart algorithms to turn raw data into actionable insights, custom policies and ease of integration.

Hoping to prototype beacon fleet management system using this kit

First of all, I would like to replace temperature - humidity sensor (DHT22) and air quality and gas sensor (MQ-2/MQ-4) that I used on my forest and peat land sensors project. And to have the benefit to add the UV sensor and to add Microphone sensor for sensing the sound of the forest to analyze the diversity of animal in the forest (so our sensor could help wildlife researcher also). And other benefit would be using the radio to replace the wireless serial module and to use mesh network protocol between sensors to the server to report the data.

And also I would like to use this awesome hardware in my other project called “the smart road lighting” which will be installed in the Banten province and Central Java province in Indonesia that still in testing stage and will be mass produce in the third quarter this year, in syaa Allaah. The data sent to the cloud could make things easier for us, so our data center could get the data.
The sensors that could be perfect to use are:
>Relative Humidity and Temperature Sensor Si7021 to sense the temperature of the LEDs and ambient humidity,
>UV and Ambient Light Sensor Si1133 to sense the ambient light and automatically lite up the LEDs when needed,
>Indoor Air Quality and Gas Sensor CCS811 to sense the air pollution in the area,
>MEMS Microphone SPV1840 to sense the movement of traffic so the LEDs could be dimmed to reduce power consumption when there is no traffic at the moment,
>High brightness LEDs control to control the LEDs.

The third project that seems perfect for this hardware is “smart home lighting and sensors” all of the features and the ability to be used with Android and iOS application and cloud data streaming and data storage will make it faster to develop and launch the product to the market.

Interested in introducing this in my new makerspace library where 504 students gather weekly to hopefully learn new concepts with technology. We currently have 15 iPads and have nothing else to do with them . This would teach them the hands on tech they so desperately need and want!

Hi,

This could be used as a product which can be fixed at every traffic signals in modern cities. From the nature of the thunderboard sense kit, it offers 9 different sensors in a single development kit, out of which, 4 sensors are having direct application at road signals and all the others also could be used sensibly with these 4 sensors to make a complete product.
To sense humidity and temperature- Si7021
To sense UV and ambient light- Si1133

These sensor information may be live streamed with the use of Android application (invoking IoT) and could be helpful to the drivers and public.

I hope, this kit would be very useful in disaster management.

Indoor temperature and lighting control