"How can we develop a feasible crate tracking solution for our crates?"
9 out of 11 SUCCESSFUL MATCHES
After three inspiring days filled with pitches and discussion in TNW’s headquarters - TQ, phase three of the TNW X Vodafone IoT Challenge is now complete. We are proud to announce that the kick-off event has resulted in nine newly signed partnerships between Vodafone's corporate clients and startups, an impressive success rate of over 80 percent.
As the Challenge moves into Phase 4, the newly established partners will work together in a pilot, using the startup's innovative solutions to address the corporate challenges. The results of the pilot will be presented during the Grand Finale this November. These outcomes will lay the foundation for further scaling of the collaboration.
A WIN / WIN / WIN SITUATION
The IoT Challenge is a unique collaboration between TNW and Vodafone, aimed to help IoT companies grow and reach new customers. At the same time, we boost large organizations to stay competitive in an era of rapid technological change.
The Next Web is a tech media company that believes technology is making the world a better place. We connect the tech ecosystem to the corporate world through innovative programs like this one.
Vodafone is one of the biggest players in the field of IoT. With their knowledge and technical expertise, Vodafone sparks innovative integrations between tech companies and corporates.
Tracking the flows of returnable crates is of major value to HEINEKEN. In most parts of the world the crates travel from brewery to distributors (potentially multiple interlayers, >500 players) to the outlets were the products are sold. This is what HEINEKEN calls a fragmented route-to-market and distribution can happen under extreme conditions in terms of operations, weather et cetera. We look for a solution to track the flow of returnable crates that minimizes human involvement, is easy to use and robust and can be implemented at scale (thousands and thousands of crates, hundreds and hundreds of distributors) against a relevant cost.
“How to measure surface water quality in our own neighborhoods to avoid environmental crime?”
"The dutch police is looking for water quality measurement solutions to detect illegal waste dumping & other environmental crimes. Solutions could include, but are not limited to smart sensors measuring water quality and transferring the information to a central database. We aim to involve water sports enthusiast, nature lovers, fishermen etc in the local water quality measurement. E.g. Imagine the crowd dropping a sensor in the water while near it, and this information being transmitted to their phones and into the cloud. Assessment criteria will be costs per unit."
“How can we harness smart technologies to provide insights in the location and fill levels of gas cylinders?”
SHV Energy looking for smart technologies to provide insights in the location and fill levels of gas cylinders in order to facilitate new services such as the analysis of usage patterns in order to prevent running out of stock. Solutions may be attached directly to the cylinders, or to the pallets that they are transported on. Solutions for any type of cylinder are welcome. Shv energy is a leading dedicated global lpg distributor. In that capacity, it continuously aims to break new ground in developing existing and new markets for lpg around the world through effective innovation, education and promotion strategies. Shv energy operates in more than 20 countries, where it provides decentralised energy sources lpg, lng and biomass to tens of millions of customers.
“How can we monitor health information in the home situation for prevention and incident response?”
Health Hub Utrecht is looking for solutions to better monitor patients at home. These solutions can include the usage of devices already present in homes of patients (smart phones), or hardware may be provided (should be low cost and easy to use). Focus for this challenge is hypertension, but not exclusively. Ideally, solution will both encourage tracking health, and educate about better lifestyle decisions.
“How can we track the water flow and quality on its way from the production plants to homes and offices?”
We are looking for smart technologies to track the flow and the quality of the water on its way from the production plants to the homes and offices where it is consumed, including but not limited to 1) Tracking the volumes of water 2) Tracing potential leakages in the water pipelines 3) Measuring the quality of the water. Solutions should be easy to install and minimally invasive. Solutions can focus on measuring in the distribution network (pipes) or measuring in private homes (e.g. a smart sensor attached to a water tap). Vitens is the largest drinking water company in The Netherlands - delivering top quality drinking water to 5.6 million people.
“How can we upgrade current fleets with smart sensors, collect data from these (or already existing) sensors and analyze and display in an easy manner"
Damen shipyards is looking for three different types of solutions. 1) Standardized platforms/software that can aggregate data from OEM sensors, analyze it and display in a nice and understandable fashion (please realize many different data sources!) 2) smart sensors that can substitute current 'dumb' OEM sensors, or run in parallel with them (any type of sensor welcome: predictive maintenance, temperature, etc.) 3) new technologies for connectivity on the open ocean (as opposed to old satellite). Potential solution: all ships connected through 'connected vessels network'. Focus is on the sensors aspect of the challenge.
“How can our local support staff locate indoor and outdoor operated electric carts and wheelchairs at Schiphol in real-time?”
“How can we prevent downtime of our key attractions — like rollercoasters — by implementing predictive and preventive maintenance solutions?"
Attractions are the most important asset of the Efteling and play a fundamental role in the experience of guests. Unexpected downtime (or announced maintenance) are a nuisance and frustrating for our guests. In order to prevent this, the Efteling has a very extensive maintenance scheme and on-the-ground engineering crews that will fix issues immediately. As the world of Efteling is growing, this way of organizing maintenance becomes less cost effective and is not always able to predict and prevent (unexpected) maintenance and issues. The Efteling is looking for IoT technologies that can help meet this challenge. Smart or predictive maintenance are promising concepts that can elevate the way Efteling organizes its maintenance, prevent unexpected downtime and improve the guests’ experience
“How can we identify electricity usage fraud through the use of smart sensors in our substations?”
Stedin is looking for solutions for electricity usage fraud / illegal electricity consumption detection. Potential solutions are 1) Electricity usage sensors to be installed at medium voltage and/or low voltage cabinets 2) Data pattern analysis solutions Key assessment criteria for consideration for use at stedin will be total cost of ownership per area as well as ease of installation.
“How can we create a seamless event-visitor experience, including wayfinding and location-based services?”
De Jaarbeurs is looking for innovative solutions to help create a seamless event-visitor experience. Solutions could involve, but do not have to be limited to: Wayfinding solutions (outdoor and indoor) Personalized information services Location based services In light of customer preferences and updated privacy regulations we will favor solutions that (can integrate with tools to) give control to the user about which information they want to share with whom and when. In line with solutions like: https://dappre.Com
"How can we monitor in real-time the volume of visitors in each attraction (in the carts, etc.)? This should lead to insights about the percentage of the theoretical maximum capacity we are operating at."
The guest experience is negatively influenced by long waiting lines. Although the Efteling has a large capacity, its attractions are not always efficiently or effectively used. Currently there is of course monitoring on capacity, but this is limited to the steering system of the attractions themselves and don’t count guests that are actually taking a ride for example. It is also a reactive, not a proactive method. Especially on busy days, Efteling should be using its maximum capacity, but currently has no way to monitor and steer this real time. The Efteling is looking for IoT technologies that can make the next step and enable real time capacity monitoring in all attractions (scalable solution). The ultimate goal is to let guests experience less waiting time, and have more quality time to visit attractions with their families and have a splendid overall experience.
Head of Business Development IoT - Vodafone Global Enterprise
"IoT adoption will continue to accelerate with smaller organisations being able to harness the advantages of IoT technology to drive greater efficiency and value for their customers."
What happens on the grand finale day?
We’re working on a super engaging and cool event for that day, showcasing all the solutions and POCs.
What happens during the two month implementation phase?
TNW and Vodafone will guide you in working together with the challenge partner. This will likely take the shape of a weekly conference call facilitated by us.
What happens after the implementation phase is over?
We hope that the POC was successful and that you will continue a fruitful partnership with the partner.
What do you mean by the ‘partnership’ with these companies? What does the partnership look like in detail?
We make no promises here, but we intend on starting 11 pilot-like partnerships for all the different challenges. If your solution proves to work well, a partnership can take many different forms. Likely, the challenge partner will become your customer or perhaps even a reseller.