Weather Station

Bournemouth, UK – IoTech has launched the UK’s first 9-in-1 smart weather station at Boscombe Seafront, a key part of BCP Council’s “Smart Place” initiative. This advanced technology, using LoRaWAN for long-distance data transmission, is integral to the “Bathing Water Quality” project, which monitors water quality and serves as a model for coastal councils nationwide.

Improving Water Quality at Boscombe Beach

Boscombe Beach, a popular spot for locals and tourists, now benefits from real-time environmental data, thanks to IoTech’s weather station. This technology monitors factors like air quality, rainfall, and wind speed, helping detect pollutants and ensuring water quality remains high, protecting public health.

Sea Check App Screenshot

Key Features and Impact

IoTech’s 9-in-1 sensor measures air temperature, humidity, pressure, light, rainfall, pollution, PM2.5, PM10, wind speed, and direction. This data supports the AI/ML system for real-time water quality monitoring funded by the Towns Fund and developed by UnifAI Technology. An online dashboard and app will make this information accessible to the public, enabling informed decisions about water safety.

Boscombe Beach Weather Station Pic

Setting a New Benchmark

This collaboration between BCP Council’s Smart Place team, IoTech, and other partners sets a new standard in environmental monitoring. As the system becomes fully operational, it will enhance public health protection and inspire other coastal councils to adopt similar technologies.

For more details on IoTech’s Smart Local Authorities solution, visit our main site by clicking here

Also visit Dorset Business News on by clicking here

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IoTech explore the basics and break this down using a jargon buster, after all, aren’t we all a little taken aback with people who use this terminology and pretend to know what it is?

Ultra-Reliable: Well, simply put ‘Ultra’ is an adjective used to describe something extreme, whereas ‘reliable’ is just another word for trustworthy so for the sake of this article you can refer to it as ‘extremely trustworthy’ if you like.

Low-Latency: The key word here is ‘Latency’ which essentially describes the delay between data being received and passed on, until it’s viewed again by the next person or device. For example; when a video is captured firstly on camera and that image is then displayed on a viewer’s device, which, during a ‘Live TV show’, can be on average between 6 and 30 seconds. Passing chunks of data from one place to another takes time, so latency builds up at every step.

With that in mind, Low-Latency describes a glass-to-glass delay of five seconds or less. There is also Ultra-Low-Latency of under a second, think of real time streaming from a video conference call but let’s leave that there for now, you get the picture!

Communication: The exchanging of information

Ultra-Reliable Low-Latency Communication = Extremely trustworthy fast (or real-time) communication.

If you wish to experience latency in action, try listening to a live broadcast of your favourite radio station on your home or car stereo and stream the same radio station live from your smart phone, it’s extremely unlikely they will pair so the lag you’re experiencing is the ‘Latency’. Another example might be your neighbours watching the same football game as you and celebrating the winning goal 30 seconds before you do because you were watching through terrestrial TV and they were streaming through fast broadband.

 “So why do we need Ultra-Reliable Low-Latency Communication?”, we hear you say. IoTech will try to answer that question. In the world of smart connected devices and in the ever increasing need for lightning speed information we’ve become accustomed to knowing things here and now. The Internet of Things is now moving into the 5G arena and with it comes Ultra-Reliable Low-Latency Communication or URLLC for short.

 URLLC provides ultra-high network reliability of more than 99.99% and very low latency (of 1 millisecond) for packet transmission. These two features make URLLC a primary usage scenario for 5G as it ensures data transmission within a few milliseconds, with extremely high reliability.

IoTech believes that Ultra-Reliable Low-Latency communication is revolutionary in todays and tomorrows’ digital world. With 5G URLLC, we can have enhanced entertainment experience, increased machine productivity in factories, improve electricity distribution, driverless – autonomous vehicles, the list goes on and on!

Do you require faster communications? Want to take to advantage of URLLC? Contact us for a free chat about your challenges info@the-iot.co.uk

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In this article IoTech explore the future of IoT in the future world of 6G

We understand that 5G is all shiny and new with its recent launch as our previous news item called ‘5G and The Internet of Things’  tells you all about, however, we were curious about what to expect next. We’ve seen 1G, 2G, 3G, 4G & 5G all appear to have taken flight within 10 years of one another, in fact we’ve put together a picture to illustrate this but what next? Do we need 6G? What will 6G allow that 5G won’t?

Let’s firstly explore the limitations of 5G (5th Generation):

Data Speed: Up to 10GB per second
Faster: 100 times faster than 4G
Download an average movie: Around 17 seconds
Latency: 1 Millisecond
Coverage: 45% of the world
Support: 2 million devices per square mile
Operates: 5Ghz

5G has already had a large impact on current infrastructures and requires significant investment by those countries who already have or who wish to deploy this technology. The average spend per country being around £80 billion sterling which is largely made up of fibre optic cables to ensure the deployment of this technology to meet demand. With the release of 5G it’s allowing The Internet of Things (IOT), Industrial Internet of Things (IIOT) & Industry4.0 to meet its full potential of cutting edge technological advances and cloud deployment.

So what about 6G…

6G isn’t just a pipedream, neither is it science fiction but rather science fact. China’s Ministry of Industry and Information Technology, Su Xin, whom heads up the 5G Technology Working Group said that China started looking into 6G in March, making it one of the first countries to take the bold step forward. Finland have invested millions into the ‘6Genisis’ Flagship project – which is a vision for the year 2030.
This will open up even more opportunities and applications in the fields of The Internet of Things (IOT), Industrial Internet of Things (IIOT) & Industry4.0

Data Speed: 1Tbps
Faster: Theoretically 1000 time faster than 5G
Latency: Less than a Microsecond
Operates: Sub-terahertz frequency spectrum between 252GHz and 325GHz

In conclusion we at IoTech don’t expect 6G networks or technology to be around anytime soon, after all, 5G has already cost an estimated 1.8 trillion ($) to date which is estimated to rise to 2.7 trillion by the end of 2020. With that in mind all companies, carriers, countries and network providers will want to recoup their 5G investments.

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This is a place where a community of smart – next generation technology companies work together in conjunction with Bournemouth, Poole and Christchurch Council to deliver projects and solve real challenges with highly innovative technologies.

IoTech Group consists of The Internet of Things, The Internet of Agriculture, The Internet of Farming and The Internet of Marine bringing technology together in a smart connected world. The amalgamation of these specialised industry sectors allows IoTech to consolidate the latest technology allowing you to improve operations, enhance enterprise workspaces and connect devices across wide areas.

Membership Certificate – IoTech BCP Smart Consortium

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The Internet of Agriculture (IoA) and The Internet of Farming (IoF)

We’ve all heard about the Internet of Things, IIOT, Industry 4.0 but what about agriculture and farming?

IoTech understand that over the next 30 years there’s going to be a significant population boom of an estimated 2 billion additional people globally which adds increased pressure on producing more food from the same area of arable land that we have today.

That holds a whole host of challenges that technology can help with exponentially when it comes to dramatically increasing yields. Farmers are coming under current and future pressures to reduce pricing yet increase productivity so need to find ways of mitigating that risk.

Farming has undergone a number of technological changes in the past few decades which have benefited hugely from the adaptation of smart agricultural devices.

By embracing the latest technologies farmers have gained more control over the productivity of their land enabling predictable growth of both livestock and crops. The days of pulling ploughs behind horses and taking a sickle to the crops are written in history whilst modern smart farming devices have taken over.

The internet of Farming is here to stay!

Next we explore areas in which The Internet of Farming / Internet of Agriculture have taken hold and their benefits:

• Self-driving Tractors
  • Reduce workload & stress on employees
  • Automated planting systems
  • Working both day and night
  • Guidance systems (GPS) giving accurate information in any condition
• Precision, digitalised farming
  • Precision location methods
  • Geo-location services
  • Precision sensing & identification
  • Smart Topography
• Drones
  • Precision crop dusting and spraying
  • Remote access in hard to reach areas or fields
  • Rapid response times to crop infestations
  • Soil and field analysis
  • Health assessment using infrared light checking for infestation
• Satellite Imagery
  • Checking for soil condition
  • IoT Apps for analysing
  • Checking hectares of land in seconds for health conditions using large scale imagery
• Automated farming equipment
  • Tag systems for livestock offering real-time monitoring
  • Weather stations offering app based updates
  • Precision sprayers only concentrating on land requires spraying saving farmers money
  • Tracking devices for all agricultural machinery via the cloud offering status, location & mobile alerts for unauthorised movements
• Smart Vertical Racks
  • Reducing carbon footprint
  • Hydroponic greenhouses (without the need for soil)
  • Minimising overheads
  • Low water use (up to 70% less)
• Sensors
  • Soil Moisture sensors
  • Temperature sensors both in and above ground
  • Liquid level sensors monitoring flooding

The list goes on! There’s a whole plethora of smart devices not listed above that make full use of IoT – if IoTech were to name them all you’d be reading the list for hours on end.

Whilst there has been much ambiguity about smart devices being used in agriculture let’s explore the reasons for their necessity.

As of from 2018 37% of our planet is used for agriculture. It’s predicted that IoT device installations will hit 80 million by 2020, growing 20% annually whilst smart agricultural devices is likely to treble to $15.5 billion by 2025 in comparison to $5 billion back in 2016.

With the introduction of 5G The Internet of Farming, Internet of Agriculture and IoT in general offer technical advances that are likely to affect us all at some stage if not already. You can read more about 5G in the following article https://www.iotech.co.uk/news/5g-the-internet-of-things/

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