Bosch ConnectedWorld 2015 The road goes online: Bosch makes parking easier and more convenient Web-enabled sensors on asphalt pavement report available parking spaces

  • Cars also automatically identify and report available parking spaces
  • Real-time parking map shortens nerve-wracking search
  • Stress-free search for parking spaces in downtown areas and parking garages
Today, looking for a place to park is often a time-consuming and frustrating process. In the future, Bosch sensors – installed on the road’s surface and in passing cars – will automatically identify and report available spaces. With the help of a real-time online parking map, drivers will be able to find an available parking space conveniently and without any hassle.

Stuttgart – The search for an available parking space in downtown areas and parking garages is a nerve-wracking and time-consuming daily chore for drivers. But it could soon be a thing of the past. Bosch has developed solutions to create real-time maps of available parking spaces with the help of wireless sensors installed on the pavement. These sensors recognize whether a parking space is occupied or not, and share this information via the internet. In the future, even cars passing by available parking spaces will be capable of reporting them. The ultrasonic sensors installed in many modern cars to support their parking assistance functions identify gaps along the side of the road. Since many vehicles are now online, this information can also be transmitted over the internet and displayed on a real-time map. Transmitting this real-time information to users’ smartphones or directly to their cars’ navigation devices can help shorten drivers’ often taxing search for parking spaces.

“With these solutions, Bosch is demonstrating how sensors and internet connectivity can make many people’s everyday lives significantly easier, even when it comes to parking. Our solution offers drivers more convenience and saves them time,” says Dr. Dirk Hoheisel, member of the Bosch board of management and in charge of automotive electronics. The solution will be unveiled at the Bosch ConnectedWorld conference in Berlin. The international industry meeting takes place in Berlin on February 17 and 18, 2015 and showcases solutions for the connected world.

Search for parking spaces: nerve-wracking, expensive, and bad for the environment
In Germany, the average search for a parking space takes ten minutes, according to a survey of drivers on behalf of Europe’s market leader in the field of parking management. The survey reveals that Germans drive 4.5 kilometers when looking for somewhere to park, resulting in vehicle costs of 1.35 euros per search. In short, the faster people find a parking space, the less nerve-wracking, expensive, and environmentally damaging the experience. The solution developed by Bosch could make a major contribution to changing things. The wireless sensors installed on the pavement are built into stable, semicircular plastic housing similar to the kind often used to mark lanes on roads. The wireless sensor is capable of recognizing whether a car is parked over it. A tiny, energy-saving radio transmitter in the sensor reports this information to a receiver (similar to a home wifi router) that is capable of gathering data from hundreds of sensors. “The status information is then transmitted over the internet to a database. A software program creates a parking map of the respective area practically in real time,” says Dr. Rolf Nicodemus, head of the Connected Parking project at Bosch. “Depending on the application, we could be talking about a level of a parking garage, a street, or an entire downtown area.”

Energy-saving wireless technology
Another advantage of the new development is that the sensors can remain in place for several years, doing away with the time and expense needed to change batteries or sensors. The power supply lasts for such a long time because the sensors require extremely little power for data transmission and feature an advanced energy management system, eliminating the need for elaborate and failure-prone cabling. “Connected parking shows how Bosch will actively shape the connected world. Sensors, software, and services – this is our ‘3S’ program for the connectivity business. We use sensors to record the environment and software to convert information into usable data. The resulting service offers users a concrete benefit,” Dirk Hoheisel says.

Drive-by parking space recognition
Another solution developed by Bosch allows cars to recognize parking spaces as they drive past them. “Many cars already feature parking assistance functions, which means they are also equipped with Bosch ultrasonic sensors,” Nicodemus says.

“As the vehicle drives past, these sensors identify spaces between the cars parked along the side of a road. Because more and more cars are also online, this information can be transmitted to a database at a high speed.” The more cars participate in this system, the more detailed and up-to-date the map.

Information on Bosch’s ConnectedWorld conference:
Information on Dr. Dirk Hoheisel:
Study on the search for parking spaces:
Bosch Connected Devices and Solutions:
Bosch Sensortec:
Bosch Software Innovations

Contact persons for press inquiries:
René Ziegler, phone: +49 711 811-7639
Thilo Resenhoeft, phone: +49 711 811-7088
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  • February 13, 2015
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Sensors, software, and new services Bosch is an expert on the internet of things Solutions for connected living

  • Bosch has been systematically preparing for the connected world for years
  • Bosch is integrating its expertise in objects and software
  • Products and services are now combined in a unified concept
  • Connectivity is giving rise to new business models
  • Connected industry is increasing competitiveness
Stuttgart – The internet of things (IoT) offers massive potential for connecting objects and sensors with each other in order to provide beneficial solutions for connected living. Over the past few years, the technologies necessary for this have been invented, refined, and then made much more affordable through mass production. These include inexpensive web-enabled sensors and almost ubiquitous (mobile) networks – allowing data to be transmitted by smartphones and tablets – as well as connected machines, fast computers, and IT.

Bosch and the internet of things
The Bosch Group’s strategic aim is to supply innovations for connected living. For several years, the company has been systematically preparing for the connected world, for instance by expanding its in-house software expertise. Moreover, Bosch is the leading provider of MEMS (microelectromechanical systems) sensors, a crucial technology for the internet of things. As we move toward the connected world, Bosch is linking its expertise in the world of things to its expertise in the world of software. The technology and services company is working on solutions for connected mobility, connected production, connected energy systems, and connected buildings. Bosch is developing not just products but also new business models, such as connected fleet management or predictive maintenance.

Even the stove is online
Bosch is already connecting cars to the internet, allowing domestic heating systems to be managed using an app, and automatically integrating its suppliers into the supply chain for manufacturing diesel injectors. The company has even connected electric stoves and other household appliances to the internet. Bosch started systematically preparing itself for the connected world early on when it set up its own in-house software and systems unit, Bosch Software Innovations. With some 550 associates, the subsidiary designs, develops, and operates innovative software and system solutions for the internet of things, including its IoT Suite. Its work focuses on mobility, energy, manufacturing industry, and buildings.

Bosch IoT Suite
The Bosch IoT Suite provides the technological basis for many applications in the internet of things, supplying all functions necessary for bringing together devices, users, companies, and partners on one IoT platform. It can also analyze enormous amounts of data. As sensors and devices become increasingly connected, such as in security cameras, vehicles, and machines in factories, IoT applications are starting to produce huge data volumes. This data could be the millions of braking operations in a car or information from manufacturing facilities. Findings from analyzing this data could give rise to new services, such as for designing a more efficient approach to product maintenance. One possibility is to schedule maintenance for manufacturing facilities in advance.

Software is the decisive level
The internet of things builds up a software level on top of every object, usually a product. For example, sensors collect information on the condition of object. That could be where the object is located in the room, its temperature, ambient humidity, sounds, vibrations, and much more. A tiny radio module relays that information over the internet so that software can process and analyze the data. What’s more, the software can spot patterns in the collected data, calculate the appropriate actions to take on the basis of those patterns, and carry them out automatically. All of this takes place based on rules that are set out in the software. This makes it possible to, for example, recognize machine failure before it happens or optimize energy consumption in near real time. Other applications where the interaction of things and software contains rich potential include connected industry or the smart home.

Products and services combined to form a unified concept
Many of the connected solutions that already exist make it clear that the spotlight is no longer necessarily on a single product, but rather on a combination of product and service. Using web-based platforms, companies can partner with other companies to create complementary or new offerings with great advantages for the customer. Market players and sectors that have thus far not had business relationships will become connected and can cooperate in new ways. One example is electromobility, which brings together car drivers, e-mobility providers, charge spot operators, power companies, fleet operators, and vehicle manufacturers into a network.

New business models and opportunities for boosting competitiveness
For many sectors and industries, increasing connectivity in all areas of life offers potential for new business models. At the same time, however, it can cause shifts and disruptions in existing competitive landscapes. For example, new providers can take over the lucrative service and maintenance business from mechanical engineering companies. In Germany, a high-wage location, connectivity offers an opportunity to maintain or even increase competitiveness. This applies especially to connected industry.

Bosch Software Innovations
Details about the Bosch IoT Suite:
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  • February 13, 2015
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Data transmission over the internet Bosch MEMS sensors World market leader in micromechanical systems

  • Micromechanical sensors are a key technology for the internet of things
  • Every second smartphone worldwide features Bosch sensors
  • Myriad possible applications in cars, smartphones, game consoles, and the smart home
Equipped with delicate structures much finer than a human hair, sensors detect the world around them. They transmit the information they collect over the internet in an energy-efficient way, making them a key technology for the connected world.

Stuttgart – MEMS sensors (microelectric mechanical systems) are an essential element of the connected world. Just a few millimeters in size, they contain delicate microscopic structures made of silicon. The sensors use these structures to measure acceleration, air pressure, the geomagnetic field, sound, yaw rate, temperature, humidity, and air quality. Objects without their own electronics, such as doors or windows, can be equipped with a tiny, energy-efficient radio interface and a small battery so they can register their environment and become part of the internet of things. Bosch is the world leader in MEMS sensors and has manufactured five billion of them since launching production 20 years ago.

Sensors enable smartphones to feel
MEMS sensors are the eyes and ears of many mobile devices. They help smartphones or tablets to recognize their location in space, meaning how they are being held and how they should rotate the view on the display for the user. Tiny MEMS microphones record sound and speech. The sensors also find application in notebooks, smart watches, game consoles, and sports watches. Machines can be fitted with sensors as well. These register information on the machines’ operating condition and can identify changes and deviations that might indicate problems. This information can be sent anywhere in the world over the internet. Sensors, batteries, and transmitters can now be combined in single units that are so small, energy-efficient, and inexpensive that they can be put to work in their billions. At the same time, data networks are accessible from almost everywhere.

World premiere: environment sensor measures air pressure, moisture, temperature, and air quality
At the CES 2015, Bosch presented the world’s first MEMS sensor that measures air pressure, moisture, ambient temperature, and air quality. All of its functions are contained in a single housing that measures just 3x3 millimeters. This opens up many new functions for mobile devices or other objects; for example, measuring the air quality in a room, or having a personalized weather station on your smartphone that automatically adjusts the heating or air conditioning at your house. For indoor navigation, such sensors can send information to the floor that the device is located on, helping users find a particular store in a shopping center more quickly. The sensors are also used in fitness trackers, a popular way to measure how many steps users take or how many stairs they climb each day.

Sensor technology for safe and secure transport
Individual products aren’t the only things that can be connected via sensors and enhanced through additional services. Sensors can also help optimize business processes, such as logistics. They can determine how many spare parts are on hand and report the information over the internet to a server. This makes it possible to trigger and process resupply orders automatically. Meanwhile, acceleration sensors affixed to delicate machinery help ensure that the devices are not exposed to any vibrations during transport. In addition, if a crate fitted with such a sensor falls to the ground, the sensor can send an alert by e-mail so that the goods can be examined for possible damage.
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Packaging Technology division: Bosch plans to acquire Osgood Industries Global expansion of liquid food product portfolio

  • Osgood Industries, Florida, develops, manufactures and distributes fill- and seal equipment for pre-formed containers in liquid food industry
  • US-based company fosters strategic growth in key market segment and enables additional regional growth in North America and other regions
  • Planned acquisition is latest of several targeted moves of Bosch to strengthen process and packaging technology portfolio
Farmington Hills, Michigan / Waiblingen – Bosch Packaging Technology, a leading supplier of process and packaging technology, plans to acquire Osgood Industries, Inc., based in Oldsmar, Florida. Agreements to this effect were signed on February 6, 2015. Bosch thereby intends to further strengthen its engagement in the liquid food industry in North America and additional markets. With sales of approximately 26 million USD in 2014, Osgood Industries employs about 150 associates. The transaction is pending the successful completion of all necessary antitrust approvals. The purchase price was not disclosed.

Well-known worldwide in packaging industry
Osgood Industries is well-known in the packaging industry for its expertise in developing, manufacturing and servicing complete rotary and linear machinery lines. They accurately fill pre-formed containers with products which require clean or ultraclean hygienic standards. This comprises both standardized and customized applications. The types of foods typically packaged in this classification include ice cream, yogurt, dessert, salad and cheese, among others. The acquisition will involve a comprehensive service portfolio of maintenance, spare parts, customer engineering, rebuilds and retrofits of existing equipment.

Important step in PA 2020 strategy
“With Osgood Industries, we are further adding to our strategic activities in the area of liquid food,” said Friedbert Klefenz, president of Bosch Packaging Technology. “This is an important step for us on our journey to fulfilling our PA 2020 strategy, so we are eager to complete this transaction. The experience of the Osgood team, their dedication to customer satisfaction and their expertise in this growing segment make this a much-valued addition to the Bosch team.”

Global sales channels help growing in liquid food market
Martin J. Mueller, president of Osgood Industries: “For almost four decades Osgood Industries has taken pride in developing the highest-quality products for our customers. As a family-owned and operated business, we look forward to joining Bosch, with its worldwide sales channels and rich heritage. Bosch has demonstrated its commitment to growing in this market and we are proud to be part of that growth.”

Bosch and Osgood Industries have an already established business relationship. Osgood Industries is a North American sales agent for Bosch Packaging Technology, representing Bosch’s portfolio of thermoforming, fill- and seal-technology. The planned acquisition of Osgood Industries follows two major strategic acquisitions Bosch has recently made:

  1. In August 2013, Bosch acquired Tecsor Machines et Systèmes S.A.S., based in Meyreuil near Marseille, which develops and sells machinery for making and filling polyethylene (PET) containers for liquid and paste-like foodstuffs.
  2. In October 2012, Bosch acquired Ampack in Königsbrunn, Germany. Its portfolio includes filling machinery for cups and bottles. This machinery is mainly used to fill and package highly sensitive foodstuffs such as dairy products, baby food, and hospital food.
Contact person in the US:
Linda Beckmeyer
phone: +1 248 876-2046

Having established a regional presence in 1906 in North America, the Bosch Group employs some 25,000 associates in more than 100 locations. In 2014, Bosch generated consolidated sales of $11.3 billion in the U.S., Canada, and Mexico according to preliminary figures.

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Based in Waiblingen near Stuttgart, Germany, and employing 5,600 associates (2013), the Bosch Packaging Technology division is one of the leading suppliers of process and packaging technology. At over 30 locations in more than 15 countries worldwide, a highly-qualified workforce develops and produces complete solutions for the pharmaceuticals, food, and confectionery industries. These solutions are complemented by a comprehensive after-sales service portfolio. A global service and sales network provides customers with local points of contact.

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The Bosch Group is a leading global supplier of technology and services. According to preliminary figures, its roughly 290,000 associates generated sales of 48.9 billion euros in 2014. Its operations are divided into four business sectors: Mobility Solutions, Industrial Technology, Consumer Goods, and Energy and Building Technology. The Bosch Group comprises Robert Bosch GmbH and its more than 360 subsidiaries and regional companies in some 50 countries. If its sales and service partners are included, then Bosch is represented in roughly 150 countries. This worldwide development, manufacturing, and sales network is the foundation for further growth. In 2014, Bosch applied for some 4,600 patents worldwide. The Bosch Group’s strategic goal is to deliver innovations for connected life. Bosch improves quality of life worldwide with products and services that are innovative and spark enthusiasm. In short, Bosch creates technology that is “Invented for life”.

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  • February 06, 2015
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