Wienke will talk about building an open source business, lessons from working with corporates, and some war stories.

Wienke is the co-founder of The Things Network and is on a mission to build a global collaborative LoRaWAN data network.

Details TBA

Rob has over 25 years of experience in the field of traffic and transportation from urban traffic management and control through to transport planning of major developments. For the last 15 years Rob has led the Intelligent Transport Systems (ITS) business within PBA providing expert advice on a range of projects from strategy development for local authorities and private development through to the technical specification of systems. He has a keen interest in working at the leading edge of technology development and has developed funding opportunities for a wide range of R&D and knowledge exchange projects from public transport to connected and autonomous vehicles and services for disabled users. Within PBA Rob has taken an active role in the transport innovation group to share knowledge on the transport disruptors that will transform the way we travel. Recently Rob has developed his role out of transport, which has been reflected in his recent smart technology role, and has secured funding for the public sector around the internet of things (IoT) and smart cities, addressing both technological and institutional barriers to delivery. Within PBA he is embarking on working cross sector to identify opportunities to use IoT across our business solutions where it will add value. Rob is also excited by the PBA's recent acquisition by Stantec and the opportunities that it opens up.   Simon is Network Manager at Reading Borough Council.

There is huge excitement about the potential of IoT for business and the public sector, but are we really ready for large scale deployment?

Using real-life examples in the UK, this talk looks at the opportunity, why it’s worth it, and what it actually takes to get from pilot to full roll-out.

Helena is Microsoft UK’s Smart Cities Lead. She is passionate about the positive impact which technology, sensitively applied, can have on communities and cities of the future. Technology embedded in the fabric and infrastructure of our lives should help improve our day to day experiences, but it must do so in a way which helps us build a strong sense of community with those around us, and encourages a shared sense of ownership about our immediate environment, and our impact on those further afield. Digital technologies can also transform our ability to deliver person centred care and health in the community and at home. Helena’s remit at Microsoft involves looking at how technology can help transform public services, particularly integrated health and social care, and leading on Microsoft’s smart cities programme in the UK. During her ten years at Microsoft, Helena has worked in various public sector focused roles, working with a mixture of start ups and major commercial organisations serving the public sector and with local government customers in the UK on their digital transformation activities. Prior to Microsoft, Helena managed a number of large change programmes and is well versed in the importance of the people side of change and transformation.

Many LoRaWAN devices are very simple: just a radio sending raw sensor values to the cloud. But this limits the usefulness of a deployment.

A sensor can send that it saw movement in front of it, but not what it saw. Or a sensor might notice that it’s being moved around, but not whether it’s attached to a vehicle or is just being carried around. The reason is simple: for knowing what happens in the real world you’ll need lots of data, and sending all that data over LoRaWAN quickly diminishes your downlink budget and battery.

How can we do better?

In this talk we’ll look at ways to draw conclusions from raw sensor data right on the device. From signal processing to running neural networks on the edge. It’s time to add some brains to your LoRaWAN deployment.

Jan Jongboom is an embedded engineer and machine learning advocate, always looking for ways to gather more intelligence from the real world. He has shipped devices, worked on the latest network tech, climbed upon buildings to install gateways and there's a monument in San Francisco with his name on it. He has been involved in TTN since 2015, and was a member of the LoRa Alliance Technical Committee from 2017 - 2019.

The development of LoRaWAN and IoT in Wales.

Peter has spent over 20 years working on key Digital delivery and awareness raising projects in Wales, often playing a hands on role in explaining the benefits to organisations, businesses and stakeholders. In 2013, Peter moved to the Digital Infrastructure Department within the Welsh Government, supporting and leading Digital Infrastructure Developments in the Local Growth and Enterprise Zones, these include the Superfast Cymru Programme, Mobile Infrastructure Project, village and town WiFi Projects, and more recently has led or initiated LoRaWAN pilots and trials. A fluent Welsh speaker originally from North Wales, and a former farm worker during his teenage years, Peter is convinced some of the best ideas for LoRaWAN will come from farmers, referencing Frank Rennie's book - 101 uses for Baler Twine.

Manipulating application and network server keys is not only a daunting process but also opens backdoors in LoRaWAN connected products.

Microchip’s secure element, bundled with TTI’s join server service, helps simplify the provisioning process and secures the keys, not only in the deployed system but also throughout the entire supply chain.

Nicolas is Marketing Manager for the Secure Products Group at Microchip Technology, with 20 years’ experience in the semiconductor industry. Before joining Microchip, Nicolas started his career as ASIC Product Marketing Manager for Consumer and Automotive applications. In 2004, he joined Atmel and held several Sales positions supporting successively Direct and Channel customers on various industry segments, such as Automotive, Consumer and Industrial. Nicolas also contributed to building new market offers as Automotive Touch and LPWAN solutions… Since Atmel's acquisition by Microchip, he has specialised in embedded IoT and security technologies. He earned a Master of Business Degree in Marketing from the Kedge Business School, Marseille, France

The coverage of The Things Network continues to grow impressively. But there likely will always be gaps in coverage between the cities and in remote places on the Earth. Lacuna Space is flying gateways on satellites to fill in the voids, enabling monitoring in remote locations or tracking of mobile ‘things’, no matter where they are.

We will describe the recent advances in satellite technology that have made this economically feasible, and also describe the technical challenges to be overcome, for example: establishing links over hundreds of kilometres and Doppler effects.

We will describe the results from experiments with our first satellite and also the trials that we will be performing later this year once the next three satellites are in-orbit.

Rob is a space industry veteran, having worked on satellites and space technology for over thirty years. His original specialisation was thermo-fluid dynamics where he worked on satellite propulsion systems and rockets for hypersonic launch vehicles. More recently he worked on many telecommunications satellite systems and also the space-based ship tracking system known as AIS. He co-founded Lacuna Space with Thomas Telkamp who brings a vast knowledge of Internet of Things technology and LoRa® devices as well as LoRaWAN® protocol™ in particular. Lacuna’s first demonstration satellite launched earlier this year, and there are three more satellites that will follow before the end of the year. Contact him at LinkedIn or @lacuna_space

Andreas will talk on the factors influencing the reach and stability of LoRa communication.

Andreas is an Engineer, a Maker, and a Youtuber. His channel is now listed as one of the 10 most important electronics YouTube channels on #feedspot.

SWIN are leading a project to deliver an IoT project in the SouthWest of England which has come from the local developer community working across sectors from Marine and Agritech to Health and Pollution.

All using shared Gateways and resources creating a ground up Agile project, working for all the community including citizens who usually get ignored by new technology.

Wo is CEO of a Voice UI Agency that concentrates on creating utility for everyone from big data. He is now leading a project to deliver an IoT project to the South West called SWIN.

FossaSat-1 is a 5cm sided pocketqube satellite developed by Fossa Systems, a non profit juvenile association based in Spain and dedicated to the development of picosatellite technologies.

FossaSat-1 will test LoRa IoT telecommunications from space without the need of any ground infrastructure. $5 transcievers with monopole antennas at 10mW will be capable of connecting to the fully free and open network. FossaSat is a fully open source project developed by a group of Students from all over the world. Fossa aim to democratise access to space by reducing launch costs and democratise access to IoT by reducing necessary ground infrastructure.

This talk will also cover some of the less known characteristics of LoRa regarding its long range and behaviour at extreme settings (36,000km range at 7.8khz SF12 and TCXO modules) as well as practical tests beating national LoRaWan records.

Julian is a 16 year-old student, CEO and Co-Founder of Fossa Systems, a non-profit association dedicated to the development of picosatellites for IoT telecommunications. He is passionate for sharing his ideas with the world and inspiring the youth.

An exploration of how data from IoT can lead to improvements in AI by overcoming the historical biases and flawed methods that current algorithms have been built from.

Sharon is an entrepreneurial thinker, tinkerer and talker with a background spanning cognition and computing. She is a doctoral researcher at the Centre for Advanced Spatial Analysis, University College London. Her research is focused on cognitive analytics and spatial intelligence. Sharon previously worked in the ICT industry, advising industry and government clients worldwide about emerging technologies disrupting human behaviour.

A presentation on examples of how organisations have used KoolZone LoRaWAN technology to schedule predictive maintenance and achieve beneficial results.

Ali has previously worked in senior roles within companies such as Hewlett Packard, Oracle and Informix, in both management and global sales. Although her career has been focused mainly on commercial roles in the past, she also has a BSc (Hons) Degree in Electronic Engineering from UCL. Ali is now a Co-Founder and Investor of KoolZone. KoolZone has built a LoRaWAN real time monitoring solution that initially focused on temperature and humidity from within commercial fridges and freezers. The solution has expanded to monitor many other data types, including power, energy, pressure, GPS and CO2. Customers can now be found around the world and come from a range of industries including Food, Pharmaceuticals, Life Sciences and Logistics.

Using optimisation techniques, machine learning models can now run on small microcontrollers, enabling raw sensor data to be turned into actionable insights locally.

This technology is the perfect partner to LoRaWAN sensors, enabling just the event metadata to be transmitted.

Attendees will:

• Assemble a Gesture Pod which recognises movement gestures from MPU data
• Understand how to capture new gesture data, process it, and generate a new gesture model (there are follow-up steps to be completed post workshop)

Attendees will need to complete the pre-workshop steps documented here. and download the git repository from here.

 

Since joining Microsoft in 1994, Paul Foster has worked across a wide range of sectors and customers, providing a mix of technical and strategic guidance around the creative use of technology in relation to their business needs. Paul is currently a senior software engineer at Microsoft. Paul is currently focusing on the building of next generation sensor webs which automate the gathering of data from disparate sources, and how to enable the creative analysis of this data to start a new era of perception. He is the initiator of The Things Network Norfolk community group. For a short-time Paul was a member of a high-wire flying trapeze circus troupe, is a keen roboticist and an international marathon runner.

At a time when the world seems to be waking up to the effects of our consumptive economy, the plastics in the oceans, fast fashion, e-waste and climate change – what role can the design of “Things” take in helping to shape a sustainable future? One where products are designed considering their lifetime and not for landfill.

Erica works in sustainable design and innovation strategies for organisations large and small, connecting her technical product design background with an ever questioning and human focus. Her specialist areas are around circular design and developing sustainable business / organisational models.

From parking sensors that tell when a bay is in use or tagged cows broadcasting their location on a farm, LoraWAN has many practical applications, but is what’s connected to it secure? Is the cloud the best place to hold that information? Based on my experience of buying an iKettle that had the sellers credentials in it and was findable on wiggle.net I’d say “maybe not”.

In this session you’ll get a solid understanding of the security and implementation of mobile API’s and Industrial IoT on the internet e.g. A/C disinfectant and oil drilling rigs.

We’ll also explore why hard coded credentials and poor coding within the connected devices present such a risk, and why addressing updates in the production and development cycle is so important, as is telling the users.

Nigel is a senior consultant with Pen Test Partners, specialising in transportation and critical national infrastructure security. Having managed highly complex maritime security testing projects from drilling rigs and bulk carriers to cruise liners and private yachts, Nigel is ideally placed to provide an insight into the threats facing the maritime industry today. He has presented to the House of Lords Select Committee on Maritime Cyber Security, as well as at events such as the International Security Expo, and the European Associate of Airport and Seaport Police Conference.

The vision of the CityGate platform is to collect, integrate and analyse big data to improve urban systems and quality of life.

This will lead to smarter and greener cities that are of great importance to billions of people.

Adel is an experienced mobile computing, IoT and Networking Associate Professor with a demonstrated history of working in the information technology and services industry. He is a strong information technology professional skilled in computer networks and Internet of Things.

For years we’ve talked about how ubiquitous technology will be transformational.

Imagine a world where that’s matched with more people equipped with the tools and digital skills to embrace that change.

LoRa is supporting an emerging phenomenon for everyone to innovate with low-cost sensors and data rates, and provides an opportunity to talk about sustainable growth that is socially inclusive. In this session we will look at examples including community-led projects focused on improving air quality and boosting diversity in the digital talent pipeline.

Claire co-founded The Foundation for Digital Creativity with Andrew Robinson in 2017, with a mission of removing barriers to learning and making technology accessible to tackle real world social and environmental problems. Educational activities centre around adults and children motivated by curiosity and the desire to understand how technology innovations can positively impact on issues relevant to them. Current programmes span across schools, industry, community and university settings, taking a ‘KS1 to PhD’ learning framework to develop and extend the digital talent pipeline. With a background in teaching and creative computing, Claire is currently a postgraduate researcher at Leeds University. Her research focuses on ways that ‘maker education’ in schools can impact on children's well-being.

Tony will discuss the challenges of installing a complete network consisting of Gateway and nodes more than 4 hours drive from home.

He will review the real life experience of installing 12 nodes and several gateways, and consider the future developments required before this can be accomplished by a non-technical customer with a site visit.

He will also discuss the concept of an automated test set which can provide site evaluation of the backhaul system.

Tony’s Antenna workshop was last presented to the TTN Adelaide Lora Community.

The workshop covers RF Engineering basics for non-technical people. It will explain the basics of antennae and the parameters which characterise an antenna – gain, VSWR & bandwidth. It explains dB, dBm, dBd and considers the downside of high gain antennas.

The presentation also includes installation tips such as installation and clamping, water proofing the connectors, cable losses and the use of short flexible tails.

The second half of the workshop will be interactive where I answer questions from the participants. Instead of answering on the spot, we ask participants to submit questions before the workshop and Tony will prepare more detailed answers.

Tony is a professional Electrical Engineer who has worked as an RF Engineer as well as in the telecommunication industry. Currently his day job is in Manufacturing. Tony has a long history of using Raspberry Pi and since 2012 has installed around 100 Raspberry Pi systems in industrial applications. After hours Tony is involved in commercialising an innovative method to determining plant health by remote sensing which utilises LoraWan. To that end, Tony designs and builds his own electronic circuits and printed circuit boards for use in both Nodes and Gateways. Tony has also trialed his LoraWan Nodes with Fleet Space (also based in Adelaide) and appeared in their first marketing video.

DefProc are a consortium partner in Liverpool 5G Health and Social Care Testbed. Our role is to provide a TTN network to work in conjunction with 5G nodes and produce a service that helps combat Social Isolation using this network.

We would like to share our story so far.

Jen works at DefProc (Deferred Procrastination) Engineering, which specialises in product development, small scale manufacturing and technical advice. They offer skilled support for design, proof of concept, prototyping, and producing a scale-able product. They are able to help at any stage of the project and can offer skills in structural, stress & strain engineering analysis, using rapid prototyping techniques, prototyping, low volume manufacturing and Arduino microcontroller, including internet connected (IoT) devices. They are also involved in working with emerging technology such as LoRaWAN  (Long Range Wide Area Network) and MBIoT and developing devices that will allow these to become more widely available and adaptable to individuals and businesses needs. Our aim is to help individuals, educators and businesses develop their ideas whatever they might be and we always look forward to the challenge.

An overview of Norfolk’s plans and how they are progressing

Kurt is the Deputy Head of Information Management and Technology & CTO at Norfolk County Council. Kurt is leading Norfolk County Council's Innovation programme and is currently leading the delivery of the Norfolk and Suffolk Innovation network, a LoRaWAN Network across two large counties.

This talk will introduce the types of automation systems found in commercial buildings such as BMS (Building Management Systems)/LMS /CAFAM etc. and how LoRaWAN based solutions compliment and integrate to these systems.

The majority of buildings don’t have these systems. Lawrence will show how LoRaWAN can be used to create affordable solutions.

Lawrence has over three years LoRaWAN design & deployment experience in the smart building and condition monitoring sectors. He is a solution architect who understands business or operational needs and who ensures that systems and services are designed to meet them. He's spent over thirty years working with Things, used to monitor the safety of oil platforms, run coffee factories and manage smart buildings & data centres. He undertakes design and build of IIoT solutions LPWAN, LoRaWAN & Short range wireless sensor networks, device to cloud integration for Smart Buildings, Asset condition monitoring & industrial automation.

This talk will focus on two of the Digital Catapult’s latest projects, leveraging the full capabilities of LoRaWAN in extreme environments.

We are helping UK businesses break barriers, set new records and avoid getting burned.

Hear about what we did, the challenges faced and overcome, and the end result.

Peter Karney - Head of Product Innovation at the Digital Catapult

A seasoned technologist and senior product manager, Peter Karney heads up Digital Catapult’s Product Innovation team which defines the scope and features of the platforms that support our key activities. With a team of researchers, designers, tech evangelists and product managers, Peter helps turn project ideas and concepts into tangible assets and services. He has been instrumental in setting up Things Connected, the UK’s largest LPWAN network and an associated innovation programme. He brings over 20 years' experience in telecommunications services and the product management of digital consumer applications and has worked for some of the largest telecoms companies (NEC and Vodafone) where he was involved in 5 new mobile network launches across Europe, the Middle East and Africa. Peter has also worked for smaller startups and innovation organisations (Livewire Mobile - now acquired by Onmobile   and   Wholesale Applications Community - now acquired by Apigee and Hibu Labs).

Michael Setton - IoT Technologist at the Digital Catapult

Michael Setton got a degree in materials science and semiconductor technology from INSA Lyon and a PhD from University of Pennsylvania in 1990. He worked for 10 years in the semiconductor industry developing advanced processes regarding plasma etching and CMOS integration. From 2000 to 2014 he founded and led Sensaris, a company developing M2M solutions for preventive maintenance, mobile health and environmental monitoring using Bluetooth and Wifi technologies. Michael is consulting and mentoring start-ups looking to bring Internet of Things solutions to market and has been IoT technologist at Digital Catapult since August 2017 working on advanced POCs.

So you’re ready to invest in IoT for your business. LoRaWAN sensors are great! Plus, you’ve got your head around the acronyms, the tech (at a high level), and what it’s going to cost.

But, are alerts and graphs going to be enough to demonstrate real ROI?

In this talk we look at how mpro5 generates real value from IoT by triggering reactive workflow from sensor readings.

Ruby is a Technical Presales Consultant at mpro5. She graduate from the University of Cambridge in 2017 and her dissertation was on how to make step counting more accurate on smart watches. She is inspired by the impact that technology can have in creating smarter and more efficient workplaces. In her previous role as IoT and Mobile Developer in 2018, Ruby helped build mpro5's powerful IoT platform. mpro5 is a highly configurable workflow and job scheduling platform. The IoT module triggers mobile jobs and workflow automatically from sensor readings. This helps businesses generate real value from sensors by enabling more efficient and reactive work schedules.

This workshop talks about hands-on low level Embedded engineering. It revolves around the problem of powering and running ultra-low power devices. It teaches you to respect batteries and how to test if they are up for the job. After attending you will have the confidence in designing your own Ultra-low power device. You will learn what to do and what to avoid.

What users will need to participate in the workshop

A bit of time (30-40 minutes) and a listening ear.

What level of knowledge / experience is required for the workshop

Basic Electronics.

Bart is a passionate electronics designer with a soft spot for RF technology. Recognising the potential of LoRa, he went on designing the first LoRa products back in 2014. Bart has his roots in servicing and repair of electronics from the tube era, right into the transistors and IC’s of now. Counting 40+ years of getting the most out of the electronics experience he has developed himself as an all-round electronics designer. Bart owns and runs his electronics design company Ideetron b.v. where he and many more engineers think up all sorts of new and exiting electronic devices for lots of happy customers. He is a specialist in wireless telecommunication, analog design, digital design and power electronics. Bart is author of 'Draadloze communicatietechnologie', ISBN: 9789053812037

Using optimisation techniques, machine learning models can now run on small microcontrollers, enabling raw sensor data to be turned into actionable insights locally.

This technology is the perfect partner to LoRaWAN sensors, enabling just the event metadata to be transmitted.

Attendees will:

• Assemble a Gesture Pod which recognises movement gestures from MPU data
• Understand how to capture new gesture data, process it, and generate a new gesture model (there are follow-up steps to be completed post workshop)

Attendees will need to complete the pre-workshop steps documented here. and download the git repository from here.

 

Since joining Microsoft in 1994, Paul Foster has worked across a wide range of sectors and customers, providing a mix of technical and strategic guidance around the creative use of technology in relation to their business needs. Paul is currently a senior software engineer at Microsoft. Paul is currently focusing on the building of next generation sensor webs which automate the gathering of data from disparate sources, and how to enable the creative analysis of this data to start a new era of perception. He is the initiator of The Things Network Norfolk community group. For a short-time Paul was a member of a high-wire flying trapeze circus troupe, is a keen roboticist and an international marathon runner.

Tony will discuss the challenges of installing a complete network consisting of Gateway and nodes more than 4 hours drive from home.

He will review the real life experience of installing 12 nodes and several gateways, and consider the future developments required before this can be accomplished by a non-technical customer with a site visit.

He will also discuss the concept of an automated test set which can provide site evaluation of the backhaul system.

Tony’s Antenna workshop was last presented to the TTN Adelaide Lora Community.

The workshop covers RF Engineering basics for non-technical people. It will explain the basics of antennae and the parameters which characterise an antenna – gain, VSWR & bandwidth. It explains dB, dBm, dBd and considers the downside of high gain antennas.

The presentation also includes installation tips such as installation and clamping, water proofing the connectors, cable losses and the use of short flexible tails.

The second half of the workshop will be interactive where I answer questions from the participants. Instead of answering on the spot, we ask participants to submit questions before the workshop and Tony will prepare more detailed answers.

Tony is a professional Electrical Engineer who has worked as an RF Engineer as well as in the telecommunication industry. Currently his day job is in Manufacturing. Tony has a long history of using Raspberry Pi and since 2012 has installed around 100 Raspberry Pi systems in industrial applications. After hours Tony is involved in commercialising an innovative method to determining plant health by remote sensing which utilises LoraWan. To that end, Tony designs and builds his own electronic circuits and printed circuit boards for use in both Nodes and Gateways. Tony has also trialed his LoraWan Nodes with Fleet Space (also based in Adelaide) and appeared in their first marketing video.

An engineers hands on workshop on how to program a mBed LoRaWAN sensor end node and how to view received sensor data on TTN’s backend.

Campbell is both a family man as father to too many including foster children and grand father to one, and a technical hearted engineer with a love for messing with ‘any thing petrol based’. His career started in the royal Navy, and following his time studying for his communications degree Joined MultiTech in the late 90s and is still with the company. For 20 years+ he has been a hands on technical communications engineer supporting analogue and digital technologies and now the IoT flavours for licensed and un licensed technologies. He is being called on to consult around the EMEA region and assist in connectivity requirements around the globe; specialising in LPWA technologies, their use and deployment adoption.

The Things Network (TTN) makes your data available globally with security, scalability & resilience. It does NOT store your data – except for Storage Integration & then only for 7 days…

TTN Integrations include: AWS IoT, Cayenne, Collos, EVRYTHNG, OpenSensors, Tago, etc. But what if you want to keep your LoRaWAN node data in-house?

TTN provides SDKs & libraries, such as: Go(lang), Java, Node-RED, Node.js, Python.

TTN also provides an MQTT API to securely expose your data. So, let’s use MQTT, Node.js & MongoDB to acquire and store the data, then display in a webpage with chart.js.

Nic will provide an overview of running a Node.js app to acquire data from TTN and store in a NoSQL database, based on his article here.

You will view data as stored in the database, using the MongoDB app Compass, then an HTML5 demo using chart.js to display the data as a line graph.

 

Attendees will need to bring along a laptop and follow web links to documentation / demo code at https://github.com/nicbkw/thingsconf2019

Nic is a techy geek with a passion to understand and implement the latest technology. Currently a consultant developing remote monitoring & telemetry marine products with a combination of sensors, LPWAN, GSM, GPS and cloud platform - for more information: https://thinnovation.com/remon.html 40 years in IT, initially as a development engineer working with paper tape & Telex to most recently developing & delivering solutions for the global management & security of mobile devices.

Data scientists know the “magic” of making accurate predictions over time.

However, magic is just sufficiently advanced technology, and most of a data scientist’s magic is a good process, good data awareness, and the ability to know whether to make something new or use something that’s already out there. In short – it’s not all that different from software development, or any other technical field.

Let’s go behind the curtains and see the process and the fundamentals employed in making any prediction. Get comfortable with the basics of data science, and learn enough to start adding magic to your work.

Steph is the CEO and co-founder of Nightingale HQ, a platform for connecting businesses with AI experts. She also works as a consultant, via her own company, Locke Data. Finally, Steph is also the founder of several conferences, including the worldwide R event; satRdays, and the new DataOps event, DataOpticon. Steph’s talks, blog posts, conferences, and business all have one thing in common – they help people get started with data science. Steph holds a dual Microsoft MVP award (one for AI, and another for Data Platform) for her community contributions. In her spare time, Steph plays board games and video games with her husband, tends to her garden, and takes copious pictures of her doggos.

If you are new to LoRaWAN and don’t know your Arduino from your antenna then this is the workshop for you!

This interactive session will introduce you to LoRaWAN and The Things Network; what it is good for (and what it isn’t); and how it is being used in real life.

There will be plenty of sensors to play with (both commercial and home-made) and you will get to connect a sensor to The Things Network and see data appear on the internet.

Just bring your questions and ideally a laptop.  Here are 3 things to do now that will help the workshop run more smoothly:

1. Sign up to The Things Network for free at https://thethingsnetwork.org
2. Create a free Evrythng account at https://dashboard-eu.evrythng.com
3. Download the free “Elsys sensor settings” app onto your phone

Mark Stanley is an advocate for community led IoT innovation, and wants to give residents and businesses an active role in developing the smart city agenda where they live and work. Through his business Thingitude, Mark has delivered community projects and run workshops for small groups and large businesses across the UK. He is co-founder of The Things Network Reading, a community-owned LoRaWAN network used by the council, makers, artists, students and businesses for Internet of Things projects such as monitoring plant health and measuring the temperature on buses.

We will connect several commercially available sensors to TTN, and show data flowing to other platforms such as Google Sheets or Slack.

We will finish with an overview of solution design and discuss practical implementations.

Michael got a degree in materials science and semiconductor technology from INSA Lyon and a PhD from University of Pennsylvania in 1990. He worked for 10 years in the semiconductor industry developing advanced processes regarding plasma etching and CMOS integration. From 2000 to 2014 he founded and led Sensaris, a company developing M2M solutions for preventive maintenance, mobile health and environmental monitoring using Bluetooth and Wifi technologies. Michael is consulting and mentoring start-ups looking to bring Internet of Things solutions to market and has been IoT technologist at Digital Catapult since August 2017 working on advanced POCs.

In this class we will cover multiple ways in which a Microchip SAMR34 LoRaWAN SiP can be provisioned onto The Things Network.

We will look at how to provision a single node using a serial interface and command line, through use of the API’s all the way to bulk provisioning of devices using the Trust’n’Go Secure Provisioning for The Things Network.

Ian is Principal Applications Engineer at Microchip