The uRADMonitor MODEL B1 is an automated and autonomous radiation monitor designed to detect both high and low dose rates of gamma radiation. It operates on solar power and transmits data in real time via a GSM radio link. Remote access to the data is offered through the existing API. It’s designed with redundancy as […]
SaveDnipro and Greenpeace install radiation sensors in Ukraine
“Our radiation sensors can’t stop radiation, but they can provide vital information that can save lives in the possible event of a deliberate nuclear disaster. Having listened to the voices of local authorities and politicians across southern Ukraine, and following up on their efforts, Greenpeace is deeply committed to its work of supporting the Ukrainian […]
GreenPeace joins Radiation Monitoring in Ukraine
The year 2022 brought a cynical demonstration of the fact that part of humanity has not yet overcome the barbarism specific to the Middle Ages. This happened through the military incursion of the Russians into the peaceful Ukraine. One thing led to another and not long after, strategic objectives were under fire including Zaporizhzhia Nuclear […]
uRADMonitor Radiation sensors in Ukraine
Following the anouncement on the radiation sensors we sent to Ukraine to help monitor the Zaporojie area there are some new developments. The sensors arrived and are being installed by SaveEcoBot and their partners. This effort was also documented by the local press, Buletin de Bucuresti and Observator Antena 1. The first sensor to go […]
Weather vs Radiation readings
I’ve been running uRAD unit #12000003 here in Australia for around 12 months now and the only time I’ve really seen a solid increase in readings is during heavy rain which got me thinking, what other weather conditions affect radiation levels? To find out I purchased a cheap weather station off eBay and set about […]
Model D Radiation Sensor
The previous blog entry on the uRADMonitor D presented a few details on this new radiation detector, stating that it will be able to detect not only gamma radiation, but also beta and alpha (including radioactive radon sources). One problematic issue was sourcing the proper detector, one that was both sensitive and small to fit […]
A new Radiation monitor in Akron, OH USA
Akron joined the uRADMonitor network with yet another ionising radiation automated dosimeter. 1100002E Akron, OH USA All the other data is available on the radiation map page. To get a uRADMonitor dosimeter and help the project, see join the network.
Producing the uRADMonitor® MODEL A4
uRADMonitor® MODEL A4 was built on community feedback that repeatedly indicated the importance of a modular design. The board with sensors should be separated and so can be changed easily. Besides that , things like a better microcontroller that will allow OTA updates, a stronger WIFI connectivity and a very nice Stevenson shield were also […]
Model A sensors donated to Ukraine
In a world overwhelmed by post-pandemic problems, with a terrible widespread drought, with instability in several important markets raising concerns of a new global economic crisis, Russia thought to top up the list by unleashing one of the most barbaric aggressions that Europe has seen against the peaceful state of Ukraine.And where there is no […]
Tonga explosion tracked by sensors
An underwater volcano in the South Pacific erupted violently on Saturday, causing tsunamis on several Pacific coasts. The Hunga-Tonga-Hunga-Ha’apai volcano, about 70 kilometers north of the island of Tonga, Tonga, erupted for the first time on Friday and for the second time on Saturday around 5:26 p.m. local time (GMT+13). Huge clouds formed above the […]
uRADMonitor & Home Assistant – A match made in Heaven ❤️
This is a guest post written by a long time user of the excellent uRADMonitor devices that has recently retrofitted his house with the awesome Home Assistant brains. This article assumes you have a basic knowledge of Home Assistant and how to use it’s config file config.yaml. uRADMonitor Radon is a newly launched product, that […]
Direct Data Access
The uRADMonitor network is comprised of hundreds of interconnected devices for automated and continuous environmental monitoring. Each device contributes with unique environmental data to help illustrate the pollution levels at an unprecedented scale. Each contribution is valuable and helps build the system as it is now. The collected data is available via a RESTful API […]
Home Assistant and uRADmonitors
Recently I was researching into home automation systems. What I wanted to do was have temperature sensors in different locations around my house and integrate this environmental information into one place, where the data could be logged and monitored. What I discovered was open source software called Home Assistant. I had a spare Raspberry Pi […]
Capability-Driven Defence Research and Innovation Conference
The conference took place in Bucharest, on 26 March 2019 at Palace of the Parliament. High-level representatives from Ministries of Defence, defence research centres, industry and the European institutions discussed the present and future opportunities as well as challenges of the Capability Driven Defence Research. The event showcased the new prioritisation instruments for defence research, […]
uRad metrics in home automation with Domoticz
Radu Motisan has a dream to give the world a view on what is happening in your surrounding environment and how this could influence your health. In my own professional life, I’m involved as a consultant in IOT data gathering and processing and I design and deploy solutions for organizations with whom I share that mutual interest: […]
Transforming a Hobby into a Full-Scale Product
I was in the Bay Area for the ASIC Conference where uRADMonitor participated as an exhibitor. This came just a few days after the Environmental Monitoring Hack Chat that I hosted thanks to the kind invitation of Sophi Kravitz from Hackaday. Talking with Sophi I told her about my upcoming trip to the States and […]
Producing the uRADMonitor A3
The uRADMonitor A3 was first anounced two years ago. During all this time, the product has seen multiple iterations that continuosly improved the hardware. The high number of sensors and the robust design were appreciated among our users. The A3 spread at a fast pace, quickly becoming one of the uRADMonitor most successful designs. To […]
April 26, 1986
On the morning of 28 April, workers coming to the job at the Forsmark Nuclear Power Plant in Sweden, registered high level of radiation detected on their bodies. The levels were not high enough to harm humans but the plant was shutdown for investigations. Workers coming to work at the Forsmark Nuclear Power Plant in […]
uRADMonitor at #MWC18
For the second time at the Mobile World Congress, uRADMonitor now participated as a finalist of the LoRaWAN™ Challenge. The event took place on Tuesday, the second day of the MWC week. uRADMonitor was presented in front of an audience of IoT professionals including representatives from the LoRa Alliance™, Semtech, STMicroelectronics, EBV Elektronik and others. […]
OrangeFAB
Orange Romania announced the first six startups that entered Orange Fab, the corporate acceleration program. The program proposes several directions to help the development of the participants like co-innovation, access to Orange technologies, product validation or distribution. This effort can also result in added value for the Orange portfolio of products and services. Vlad Sorici […]
Site v5.0
The continuous improvements to the uRADMonitor network are demanding more changes both to the units themselves but also to the central infrastructure. While we saw considerable progress on the hardware side with the model D and the new model A3 and model CITY units, the server was also been in the attention with important new […]
Ciudanovita, the people and the uranium
Every gain comes at a price, and so the comfort of technology claims its cost at some other end. For nuclear energy – what it gives is known, modern living conditions, heating, illumination, transportation and all in one the civilised world as we know it. Yet what it takes sometimes remains in the shade, like […]
Firmware upgrade for the A3 with Wifi
The uRADMonitor model A, the KIT1 and the model A3 with Ethernet have all taken advantage of various scripts and tools developed by the community which allowed direct data access over their LAN connection. You can see a few of these below: uRADMonitor weather station integration Local stats graph with uRADMonitor RRD Tool graphing Include […]
Air Quality Monitoring over LoraWAN
LoRaWAN is a Low Power Wide Area Network specification intended for wireless communication. The standard provides seamless interoperability of connected objects, without the need for complex installations. End devices can communicate wirelessly with a central server via radio gateways that appear as transparent bridges simply relaying the data. Picture 1: LoraWAN system diagram This opens […]
uRADMonitor Model A3
uRADMonitor Model A3 is a fixed monitoring station designed to measure a total of 8 important parameters related to pollution and air quality, continuing the environmental monitoring direction that was introduced by the Model D. It was first announced in June 2016, initially being deployed in public transportation, marking our company’s first steps towards the […]
uRADMonitor Model D
uRADMonitor Model D is the first uRADMonitor unit designed to address air pollution. It features top quality sensors, being able to sense a total of 6 chemical and physical parameters. It is handheld portable detector, in a rugged compact form aluminium enclosure. The initial concept was announced May 2015, and by August 2015 a first […]
uRADMonitor Model A3 to map air pollution
We planned to extend the uRADMonitor network and go from Radiation monitoring to Air pollution and the first steps towards this goal included the uRADMonitor model D detector, capable of tracking multiple environmental parameters. As a continuation of this effort, we’re pleased to announce a new addition to the family of uRADMonitor detectors. Named A3, […]
Model KIT1 – Production Ready!
The uRADMonitor network started as a worldwide array of ionising radiation detectors, to deliver comparable radiation readings regardless of location. We’re now using the existing infrastructure to also include air quality measurements (the model D was a first step towards that). The first hardware detector we’ve built was the uRADMonitor model A, a fixed monitoring […]
uRADMonitor featured by Bosch
The uRADMonitor model D was the first to go beyond detecting only ionising radiation, by adding various air parameters to the list of monitored values. Now a single handheld device contains enough sensory to assert a large interval of environmental parameters and identify pollution factors. One of the air sensors is the BME680: a low […]
The Hackaday Prize 2015 Finals
The uRADMonitor model D, or the Portable Environmental Monitor, has entered this year’s Hackaday Prize competition, throwing in a complex hardware design, backed by a matching software infrastructure implemented with thousands of lines of code. What started with a simple hand drawn diagram was followed later by the Beta prototype and finally led to the […]
uRADMonitor KIT1.1
The uRADMonitor KIT1.1 is an Open Source Digital Radiation Dosimeter, that can be used both as a portable detector, but also as a monitoring station to upload readings to the uRADMonitor network. It relies on a Geiger tube to detect radiation. This can be build by anyone interested with minimum effort. Construction details are available […]
Model D – Production Ready!
The portable environmental monitor addresses pollution, the kind that we are unable to see but directly affects our health and can cause life threatening diseases. Airborne toxic chemicals, radioactive dust and radioactive radon are correlated with cases of pulmonary cancer, asthma and heart disease. Since our biological senses can do little to warn us of […]
Server upgrade / Site v4.0
The complexity of the uRADMonitor system stretches from a multitude of compact hardware detectors capable of sensing the invisible ionising radiation and air quality, to the big data software solutions that can handle the huge amounts of data in real time. With the network spreading at a fast pace, periodic upgrades on the server side […]
uRADMonitor Model D Beta
The uRADMonitor-D, also known as the Portable Environmental Monitor is a powerful handheld unit equipped with advanced sensors to detect and warn against hazardous airborne substances. Three Beta stage prototypes are currently in transit for the Hackaday Headquarters to be part of the Hackaday Prize 2015 competition. Fingers crossed, winning this would boost the uRADMonitor […]
First uRADMonitor unit in Middle East
The temperature levels in Kuwait are high. The highest recorded temperature was 54.4°C (129.92°F), but summer values often reach 50°C (122°F). On the other hand background radiation stays in normal levels, as measured by the first uRADMonitor unit in Middle East that just went online: The following image shows a quick comparison between various locations. […]
uRADMonitor in Shenzhen, China
Unit 1100007D went online in Shenzhen, China, showing slightly elevated radiation readings: This unit is located in an industrial electronics production centre. Its purpose is more connected to future uRADMonitor production than to environmental surveillance, so the readings might go offline from time to time. Other units in that part of the world, include the […]
uRADMonitor model D Concept
The uRADMonitor project started with a single network connected automated dosimeter, that quickly proved its usefulness and spawned into a global scale, full fledged monitoring network, covering all major continents. At the core of the entire infrastructure are the low power automated dosimeter units, at the moment of this article available as the uRADMonitor model […]
Featured on The Green Optimistic
If your concerns on a healthy environment extend from Ionising Radiation to multiple other environmental hazards, you’ll be most pleased to know that uRADMonitor has been featured on The Green Optimistic, part of an in depth analysis of our radiation detector! With their huge experience on enviromental-friendly technologies going back to 2008, they have a […]
uRADMonitor KIT1
uRADMonitor KIT1 is the first open source DIY dosimeter KIT, that can be used to collect radiation measurements and push them to the uRADMonitor network. Similar to model B that is to be released later this year, the KIT1 is intended for those interested in building their own radiation devices and contribute to the uRADMonitor […]
Two hundred uRADMonitor units
Not long after the 2014 summary announced a first achievement of 100 units deployed globally, the network has already doubled its size, with a total of two hundred units installed or in transit to their new location. The new locations are many and it would be a rather complicated task to name them all in […]
The Compensation Capacitor
Normally, the Geiger tube delivers a sharp short pulse, with an abrupt descending path, as the quenching gas very quickly neutralises the conductive ions, and so terminating the current flow. The uRADMonitor pulses appear with a slightly rounded tip because an extra capacitor is added in the circuit, named the “compensation capacitor”. All uRADMonitor model […]
Checking the Geiger tube
The Geiger tubes used in uRADMonitor model A units are mostly the SBM-20 or the SI-29BG, both of Russian provenience, manufactured at military grade specs. Therefore they were meant to resist fluctuations over a wide interval of temperature or pressure. If a tube failure is suspected for a particular uRADMonitor unit, for example when the […]
Model A firmware upgrade guide
As a project targeting global coverage, uRADMonitor was designed with all the important features right from the start: the units are plug and play, the network settings are automated via DHCP, the location is estimated automatically based on IP and so turning the unit on is enough to have a new node on the map, […]
A year to remember
2014’s last day is slowly passing by. For what uRADMonitor is concerned, the passing year was one to remember. It was 2014 where this entire project practically started: it moved from an idea to a prototype and then into production, for now to see it expand quickly all over the world. The solution is already […]
Poland on the map with two units
With some of the new units still in transit, or waiting to get installed, a few others are already up an running. From the list of firsts, it is the time of Poland to come forward with two brand new uRADMonitor radiation monitoring stations in two of the country’s biggest cities: Warsaw and Łódź The […]
The uRADMonitor network is expanding
Following the units in Norway, the network has registered a high number of new units going online from all over the world. Canada, USA and Europe, all have new radiation monitors: 11000024 in Vancouver, Canada 1100001F in Richmond, Canada 1100001B close to Detroit, USA 1100001C in Jeannette, close to Pittsburgh, USA 1100001A in Abingdon, close […]
Norway joining the network
Two units went online in Norway, the 11000016 in Oslo, and the 11000013 in Sandefjord. The measurements show higher readings compared to the tests performed in Timisoara: The Northern Europe seems to have a relatively higher background radiation. Here is a map that shows some of the background radiation levels measured across parts of Europe. […]
Bucharest, Romania and Calgary, Canada on the map
Almost each day a new station goes online in an arbitrary location on the map. The new station in Bucharest is the first of its kind right in Romania’s capital city, while the one in Calgary, is the first uRADMonitor unit in Canada. For now both are indicating normal readings and let’s hope they will […]
Producing the uRADMonitor – New units available
In an effort of expanding the network even further, several new units have been prepared and are ready to ship. But, creating a device that will function perfectly in a distributed environment is not an easy task. Yet, from its relatively early start, uRADMonitor has already spread to all major continents and continues to grow. […]
Brisbane, Australia joining the network
Unit 12000011 just joined the network from Brisbane, Australia, as the third unit on this continent. The measurements show relatively low radiation levels: And here is a comparison to initial tests done in Timisoara: If you haven’t already, you can vote for this project’s entry in the HackADay Prize competition by giving it a Skull […]