Field work and lawn mowing have more in common than working in the open air. Both are time-consuming, often monotonous and physically demanding, but they can also be automated by means of IoT and precise positioning.

5G enables autonomous field robots, self-driving tractors and camera drones to help transform agriculture into a theater of smart farming technologies.

Smart City meets Green Tech. Omniflow’s smart IoT lamp pole provides light, WiFi access, measures traffic flows, and many other services, all powered by sun and wind and using Telekom’s 5G technology.

Precise positioning helps autonomous vehicles to find their way around, for instance. That is obvious. But can the technology be good for nature? A few examples from practice demonstrate that it can.

Be it hardware, data volumes or wireless technologies, companies must clarify many details when designing an IoT business model. The IoT Connectivity Guide provides answers.

Call a Bike, Deutsche Bahn’s bike sharing service, uses LTE-M SIM cards and Telekom’s IoT Solution Optimizer to optimize its offering and product development.

The benefits of sustainability, cost efficiency and process optimization go hand in hand for D+H and its customers thanks to the Internet of Things (IoT). A smart, user-friendly box identifies energy losses in elevator shafts and helps reduce energy usage.

Globally available mobile networks are the basis of the Internet of Things. Many connected applications already run successfully on existing cellular standards. So why do we need LTE-M and 5G?

Networked implants that function globally and connected cars with worldwide reception are two examples of what is currently required of mobile network operators.

The integrated SIM card (embedded SIM, or eSIM for short) is a tiny chip that is soldered directly onto the circuit board of a smartphone or a communication unit in the car, making hardware components unnecessary.

Due to global warming, extreme weather events are on the increase all over the world. An IoT solution developed by the U.S. startup divirod using Telekom’s LTE-M connectivity collects water data and issues early risk warnings.

Smart Factory, Smart City, Smart Everything: IoT-enabled devices are becoming normal. But which standard wireless technology guarantees secure data transmission over long distances using little energy? A comparison of NB-IoT and LoRaWAN.

From time recording and location of tools, equipment and vehicle fleet to securing the excavation pit, many construction site operations can already be digitized.

It takes effective IoT roaming to get global IoT projects really up and running, and that requires reliable networks and international partnerships.

EVs are selling like hot cakes in Germany but charging station numbers simply cannot keep pace with the demand. So Telekom is now taking infrastructure development forward with the aid of the Internet of Things.

Fewer costs due to unnecessary empty runs, more sustainability, more efficiency, more quality: setting these as its targets, Telekom developed an IoT solution for intralogistics at the chemicals company BASF Coatings.

From smart farming to telemedicine, many future IoT applications will depend on a nationwide 5G network.

A few sensors here, a smartphone app there, and there is your smart building. Obviously not, of course. Professor Uwe Rotermund, managing partner of consultants rotermund.ingenieure, notes in this interview where connecting buildings with the Internet of Things (IoT) is often still problematic and why developers and facility managers need to rethink.

Mobile, economical and high-coverage, LTE-M provides ideal conditions for many IoT scenarios. We answer the most important questions about the mobile communications standard.

Always know where your tools and machinery are. That’s the benefit the construction company Otto Heil derives from its digital asset management.

Reading every wish from your guests’ lips is the stated aim of many a restaurateur. The Internet of Things (IoT) uses smart technologies to support this ambition.

citkar aims to revolutionize last-mile delivery with low-emission, spacious, weatherproof e-cargo bikes. Green IoT technology from Deutsche Telekom and its partner Fleet Complete ensures reliability.

As machines and manufacturing processes grow increasingly complicated companies need to rethink the work environment of their skilled production workers. The Internet of Things has a central role to play in this process.

With a shortage of skilled operatives, fragile supply chains, and rising costs, logistics enterprises face major challenges. Digital solutions based on the IoT are the answer.

The new Smarter Production trendbook shows how digitization optimizes value creation by production facilities in three central areas. Three SMBs demonstrate how to make a success of it.

Digital networking for LichtWART solutions is being realized with Telekom. The Internet of Things acts as a platform for lighting management. 

Smart water meters and irrigation systems facilitate sustainable and efficient water use worldwide. How modern IoT technology helps make it possible.

The environment benefits and consumers are grateful when companies reduce CO₂ emissions. Find out how the Internet of Things helps fulfill changing customer wishes and operate ecologically at the same time.

SELECT AG is one of the leading actors in Germany’s independent aftermarket. Purchasing cooperation based on an IoT solution enables independent garages to be supplied with vehicle data and makes them more competitive.

In the warehouse, machines are increasingly taking on simple and repetitive tasks so that humans can deal with more complex and varied challenges. How IoT devices and robots optimize efficiency and the work environment.

In many power stations nothing functions without RUD conveyor chains. They keep coal-fired power stations running smoothly, for example, by ensuring the continuous removal of ash.

Construction companies could improve the utilization of their construction machinery significantly, putting it to optimal use. But to do so they would require a transparent overview of the location and utilization of their machinery and equipment.

Constantly changing customer needs, an increasing focus on sustainability and growing competition from e-commerce mean that stationary traders face challenging times. What opportunities does digitization offer?

In-house digitization is seen as a key value driver for industrial enterprises, but all the value-adding processes must first be connected. The Smarter Production trendbook is full of practical hints on how to go about it.

“Delivered in 120 Minutes” is flaschenpost’s USP, and to deliver on this proposition in peak periods the beverage supplier now relies on IoT devices and Telekom’s Azure Cloud.

Before IoT devices can send their readings to the cloud they require complex activation and authentication. An automated process now reduces the time to market of IoT solutions.

By 2030 the EU aims to reduce its CO₂ emissions by at least 55 percent; Germany’s target is 65 percent. Here’s how enterprises in the logistics industry – and not just there – can improve their sustainability by means of digital technologies.

In the Smart City, in Industry 4.0 or in logistics, the NarrowBand IoT (NB-IoT) mobile communications standard has swiftly gained the upper hand in many areas of private, public, and economic life and is becoming increasingly relevant. We take a look at some interesting information about the technology.

As smart manufacturing gains momentum, data-driven business models based on the Internet of Things are adding smart services to complement products – and improve the customer experience. Heidelberger Druckmaschinen AG shows how to go about it.

Technologies like IoT (Internet of Things), 5G, or AI (Artificial Intelligence) enable industrial enterprises to improve employees’ working conditions – in the warehouse, in field service, and in production.

Various wireless technologies with different capabilities are now available for IoT applications. Which is the best solution for your IoT project? That’s a tricky enterprise decision to make.

Water damage in buildings costs billions every year. Dehumidifiers can limit consequential damage and electricity consumption can be measured precisely thanks to the Internet of Things.

From connected machines and GPS trackers to autonomous vehicles, the Internet of Things has many faces. It is often not clear exactly what the IoT is – and what benefits it offers enterprises and society.

Car buyers’ requirements have changed. Today’s mobility must be sustainable and connected. That makes in-car software more and more important.

Digital value creation results from the benefits that smart products and services offer. Enterprises should develop them close to their core business. Best example: 3D printing and augmented reality in remote maintenance.

Intelligent metering systems and smart grids will ensure that we can depend on renewable energy to provide our electricity in the near future. These innovation are also sparking new business models.

Digital twins for machines and production equipment are an important part of the Industrial Internet of Things, or Industry 4.0 for short. Digital Twins use IoT data to optimize both production and products.

Campervan business is booming – a good reason for caravan and mobile home manufacturer Dethleffs to digitize its fleet management with an app.

Flexible supply chains are a decisive competitive advantage. To be better able to react to unforeseen developments, companies need transparency and are digitizing their supply chains.

Stale air due to defective ventilator fans? Never again. Ziehl-Abegg, a family firm, uses the Internet of Things to provide predictive maintenance of its ventilation and air conditioning technology and to reduce machine downtimes and unnecessary maintenance work.

Solar power, wind energy, micro cogeneration power plants: energy from renewable sources has become indispensable, but it makes power generation and distribution far more complex. How the Internet of Things is helping make energy management sustainable.

Can using IoT technology to measure the CO₂ level in buildings help prevent coronavirus infections? An innovative solution creates transparency and provides an opportunity to take action.

With fewer miles logged, less wear and tear and less fuel consumed, IoT solutions have enabled the parcel delivery service J.R. Company to reduce its vehicle fleet’s running costs by ten percent.

Connected car, tracking, autonomous driving and predictive maintenance, the Internet of Things is in successful use throughout the automobile industry.

The energy sector is changing: Coal-fired power plants and nuclear reactors are giving way to wind turbines and solar panels to cover our future energy needs. What role will the Internet of Things play for electrical grid operators and consumers?

The Smarter Retail trendbook comes with practical tips, best practice examples and experts’ opinions. Consumer psychologist Dr Paul Marsden, for example, explains how retailers exceed their customers’ expectations.

Examples from different industries demonstrate how companies enhance customer satisfaction with the Internet of Things and strengthen customer ties in the process.

If a beermat relays the guest’s preferences to the brewery the Internet of Things is sure to be involved. Companies across all industries are increasingly making use of the opportunities that the Internet of Things offers them.

Don't lose sight of the big picture! Foresters Andreas and Leo Boers have to coordinate vehicles, machines, and employees at various worksites every day. Doing this digitally can make it faster and more accurate – with an IoT solution.

In the summer of 2021, Deutsche Telekom will switch off the 3G network. This is an opportunity for companies to switch to high-performance M2M modules based on LTE-M or NarrowBand IoT. And in doing so advance their digitalization.

Every year, millions of people die from complications caused by air pollution. But a Berlin-based start-up is improving air quality in cities around the world with moss and the Internet of Things (IoT).

Self-driving transport robots, remote maintenance and automatic status reports: The factory of the future functions autonomously and is networked. Why OSRAM is already working in such a forward-thinking way in Schwabmünchen.

Is there a success formula for digital transformation? The Smarter Logistics trendbook recommends to companies the McKinsey three horizons model for long-term sustainable growth.

50 vehicles, 350 employees and 500 objects: The AVANT Gebäudedienst GmbH team is on the road every day. Recently, an IoT-based solution took over fleet management. The result of the digitalization is clear.

What with shopping online, having food delivered to your door and working mostly from home, Covid-19 has changed daily life significantly. One result is the growing amount of garbage. Can we deal with it smartly? Find out how the Internet of Things helps organize smart garbage disposal.

The autonomous traffic of the future requires a reliably networked infrastructure. And precise positioning from space will help ensure that self-driving cars keep to their lane.

Real-time data from mobile goods is hard to come by. The Internet of Things (IoT) provides a solution: with digital, networked asset tracking solutions and new technologies.

Logistics has to operate economically, efficiently and sustainably, and to do so it networks entire supply chains to deliver green logistics by the IoT, which is a major benefit for the environment and a good selling point for customers.

With cookery books from the Cloud, pushbutton cooking and automated HACCP checks, connected kitchen equipment and the Internet of Things (IoT) help chefs to strike a daily balance between quality and efficiency.

Barcode scanners are used in nearly all lines of business. Many firms find buying them and dealing with the finance, choosing a wireless carrier, device management and maintenance very complex. Telekom’s service bundle makes it so much simpler.

German logistics enterprises have a reputation for being global leaders. But tech company outsiders like Flexport or Convoy are intensifying the competition. So how are logistics specialists to hold their own?

Sixty percent of IoT projects come to grief at the Proof of Concept stage. These ten steps will get you off to a successful start on the Internet of Things.

Where are my goods or machines and what condition are they in? For many companies this is information worth its weight in gold. With the Low Cost Tracker it is worth it even for one-time shipments.

Draw blood, change sheets, administer IV drip: The daily routine of nurses is demanding. Documenting the work steps takes up additional time. In the future, with IoT, this will happen at the push of a button.

When companies don’t use certified hardware for their IoT solutions, it can have serious consequences. Learn why certification is important and which benefits it provides.

Transparency is crucial when getting a supply chain going again after a production stop. Fortunately, networked trackers and the Internet of Things can help.

IoT is only good for connecting coffee machines or refrigerators to the Internet and it makes devices vulnerable to cyber-attacks – these are just two of several widespread misconceptions about the Internet of Things.

How the Internet of Things (IoT) is making European towns and metropolises into smart cities. Europe’s metropolises are global leaders when it comes to using IoT and smart city technologies to improve sustainability.

Many logistics firms are already using digital solutions such as the Internet of Things. But when it comes to things like blockchain or AI, there is still room for improvement. So what exactly are the real advantages of smart supply chains?

Petko GmbH, a German manufacturer of compressed air systems, uses the Internet of Things to provide remote servicing and predictive maintenance. The digitalization has advantages for both the company and its customers.

Smart meters measure electricity, gas or water consumption by the second and help to reduce costs. These intelligent electricity meters may still be expensive but according to a study, the global market is growing rapidly.

Drones delivering packages, autonomous vehicles and networked construction machinery – they all need exact coordinates to move safely. Precise Positioning makes it now possible.

Thanks to 5G and edge computing, technologies such as Augmented Reality are becoming a part of our everyday lives. Part 5 of our practice series about forward-looking solutions from tech start-ups.

NarrowBand IoT (NB-IoT) offers completely new possibilities for networking devices and machines in the Internet of Things. However, some misconceptions about the new mobile standard persist.

The Internet of Things offers huge opportunities to logistics companies – provided they know how to make the most of the flood of data. An integrated solution from SAP and Deutsche Telekom can help.

Artificial intelligence will fundamentally change industry in the future. Michael ten Hompel, head of the Fraunhofer Institute, explains why logistics leads the field.

GlasGo colors up to 200,000 pieces of glass each day. But if these are not delivered on time and in perfect condition, the production line comes to a standstill. Discover how Hirsch Glas is tackling this challenge with the Internet of Things (IoT).

On a road trip, passengers are able to travel relaxed due to the WLAN hotspot and smart car applications. More and more cars are offering fast Internet and entertainment services thanks to integrated or retrofittable hotspots.

Icing, warehouse congestion and late deliveries: When a high-speed door is defective, every second counts. But thanks to smart IoT technology, Hörmann uses SmartControl to repair and monitor its industrial doors remotely.

The shortage of drivers in the logistics sector has a major impact on operative business. A study by the German logistics association and T-Systems shows how digitalizing logistics can help in the fight against driver shortages.

Logistics service provider Rhenus and Telekom have developed a smart IoT level measurement system to enable them to collect their data tons at the optimum time. The task: to store confidential paper documents securely.

To stay competitive, automotive suppliers rely on digital solutions. How the supply chain can be optimized with intelligent solutions is demonstrated by the journey of an automatic transmission from production to the customer.

IoT is establishing itself among Germany’s small and medium-sized businesses. However, companies are no longer limited to monitoring and controlling machines and processes. It enable much more exciting applications.

Order a taxi by phone or app? It's even easier: Just press the button the "taxiklingel" and the driver is on his way. The IoT solution helps save passengers, service staff and taxi centres a lot of time.

These examples of use cases, divided into four scenarios, show that with 4G, 5G, LTE-M and NB-IoT, four future-proof mobile communication technologies exist that enable a large number of use cases in the Internet of Things.

5G and edge computing offer a high degree of innovation potential and completely new development opportunities for tech start-ups. We present future-orientated solutions. Part 4 of our practice series.

When new cars are delivered to dealers, carmakers often lack important information about the location and condition of the vehicles. Now a digital monitoring solution creates transparency.

The topics of 5G and edge computing are gaining momentum. We present start-ups that are developing innovative solutions – from applications for the automotive industry to products for VR gaming. Part 3 of our practice series.

Digital price tags, in-store video displays managed centrally and eye-tracking glasses: Globus is one of the most digitalized retailers in Germany. The reason for its success is a highly professional technical infrastructure.

AR/VR to future mobility: In our new series, we present 5G start-ups and their creative solutions for 5G and edge computing applications.

The logistics industry seeks to completely digitize but still labels their transport boxes with paper labels. The e-label now makes this process more efficient and transparent.

AR and VR, entertainment and gaming, future mobility and robotics – just as numerous as the possible uses of 5G applications, is the need on the customer side. We show innovative solutions of promising start-ups.

IoT is establishing itself among Germany’s small and medium-sized businesses. However, companies are no longer limited to monitoring and controlling machines and processes. It enable much more exciting applications.

5G is key for enabling innovative technology. Why network operators like Deutsche Telekom have bought the new frequencies at auction for many billions of euros. And what this means for the digitalization of industry.

Businesses, public service providers and citizens – everyone profits from an open marketplace allowing companies and municipalities to share their data.

The IoT Service Button allows workers on the assembly line at BMW’s factory in Leipzig to easily order new supplies. The foundation for this Industry 4.0 technology is the wireless standard Narrowband-IoT.

Internet of Things has arrived in the German middle class and is constantly evolving. A new study commissioned by Deutsche Telekom shows cases of use, success factors and action recommendations.

The transport and logistics industry drives far ahead of other industries and large parts of production when it comes to digitization. The Internet of Things offers companies many opportunities to digitize and improve their machines, goods or processes. This way, they can win new customers and open up new markets.

According to a study by Ernst & Young, the digital economy offers telecommunications companies plenty of opportunities for growth. Requirement: They develop new business models around IoT and M2M communication.

With the new online service, the IoT Solution Optimizer, companies can put their planned IoT solutions through their paces digitally well before they even set up real tests or budget their costs.

At the Mobile World Congress in Barcelona, Deutsche Telekom presented innovative solutions and visions for the Internet of Things: Smart City, Smart Factory, Smart Gaming.

For mobile data transmission, Deutsche Telekom is now establishing the new LTE-M radio standard in its mobile communications network in addition to NarrowBand IoT (NB-IoT). The new Mobile IoT Guide 2019 presents both technologies.

Every year the volume of cocaine smuggled in containers increases by 20 Percent. An intelligent tracker on the inside of containers sends a warning when unauthorized persons open the doors. Telekom's sensor network plays a major role here. 

We've got used to lost suitcases, but untraceable freight cars? Unfortunately, it happens again and again that wagons get lost. Thanks to a simple solution on the Internet of Things, rail vehicles will no longer be lost in the future.

The wireless standard NarrowBand IoT (NB-IoT) makes smart metering more efficient. And now a large measurement test has shown that the transmission technology for building is more effective than all previous solutions.

In a central coordination center, a specialist cyber-security team collects and examines all the security-relevant data of the "connected car" ecosystem around the clock.

18 LTE-M solution partners passed the finishing line in Vienna: In the perfect pre-Christmas scenery of Vienna, T-Mobile Austria hosted the Summit of the hubraum LTE-M Prototyping program which attracted more than 150 participants. During the event, 18 solution partners who have successfully completed the program had the opportunity to present their LTE-M prototypes & use cases to the audience.

“Eighty percent of all corporate processes can be automated today,” says AI expert Chris Boos. How artificial intelligence is solving the business world’s problems by disrupting it.

On November 22, Deutsche Telekom has presented the finalists of the hubraum LTE-M Prototyping program at the Summit in the T-Center in Vienna, Austria. The event was very much the culmination point of the efforts made by the 18 solution partners and their mentors over the last months.

LTE-M: A story about bicycle thieves, supermarket cherries and kid’s smart watches

What does the future of medicine look like? How can we better connect patients, doctors and caregivers? And what infrastructure will they need to achieve this? Representatives from Deutsche Telekom discussed these topics and much more with partners, business leaders and healthcare experts including Eckart von Hirschhausen.

More and more companies are discovering that data can fuel completely new business models. Boris Otto, director of the Fraunhofer Institute for Software and Systems Engineering (ISST) and head of its research project Industrial Data Space (IDS), explains why all this data also requires a marketplace.

China is taking the Internet of Things very seriously: Digitalization is starting to impact all aspects of life in the Asian superpower since the government began to promote and fund public IoT projects. The new strategy "Made in China 2025" aims to make the country's IT sector a global player.

The market for IoT security solutions is growing fast. As machines, facilities and smart devices become increasingly linked, additional security measures are required, according to the IT consultancy Gartner.

Boosting productivity, reducing risk and better integrating customers into business processes: The Internet of Things (IoT) is radically changing the storage and transport of goods.

Modern smartphones, often containing more than two dozen sensors, have turned into mobile measuring stations. Found in virtually every part of the globe, these devices have the potential to provide incredibly valuable troves of data. But there needs to be a rewards system to encourage people to provide this information – and ensure data protection remains intact.

Autonomous vehicles are already on our roads – but are drivers really ready for self-driving cars? A look at the remaining legal and technological challenges to be overcome.

From flying to Mars to building a better mountain bike: Digital twins make products better and processes more efficient. Discover the advantages to giving objects a real-time digital clone.