Networking

IoT in maintenance: efficient technology for system maintenance

Das Internet der Dinge (IoT) bezeichnet ein Netzwerk von physischen Objekten, die mit Sensoren, Software und anderen Technologien ausgestattet sind, um Daten zu sammeln und auszutauschen. Diese Objekte können alles von Haushaltsgeräten bis hin zu industriellen Maschinen umfassen. Die Idee hinter IoT ist es, die Interaktion zwischen Geräten und Menschen zu verbessern, indem sie in der Lage sind, Informationen in Echtzeit zu kommunizieren. Diese Vernetzung ermöglicht es Unternehmen, Prozesse zu […]

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The development of smart cities in Germany

Smart cities are urban spaces that utilise modern technologies and digital solutions to improve the quality of life of their residents and at the same time increase the efficiency of urban services. These cities integrate information and communication technologies (ICT) into all aspects of urban life, from traffic control to energy supply and waste management. The aim is to use data and intelligent systems to promote sustainable development that is both economically and socially sustainable.

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The role of IoT sensors in a connected world

In an increasingly connected world, IoT sensors play an important role by bridging the gap between the physical and digital worlds. These sensors are able to collect data from their environment and transmit this information to other devices or systems via the internet. As a result, they enable a variety of applications ranging from monitoring environmental conditions to automating processes. The importance of these

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Cloud integration into existing systems: Efficient connection of cloud services

Cloud integration refers to the process of networking various cloud-based applications, services and platforms to enable efficient and seamless utilisation of data and resources. This process includes both the connection of local systems with cloud services and the integration of various cloud services with each other. Cloud integration enables companies to optimise their IT infrastructure, improve scalability and increase their flexibility. It enables access to a wide range of resources and functions from different providers without having to

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Increasing efficiency in facility management through hyper-automation

Hyperautomation in facility management is an advanced approach to process optimisation through the integration of modern technologies. Artificial intelligence, Internet of Things (IoT) and automation technologies are combined to improve processes and increase efficiency. This method enables the automation of recurring tasks, real-time data collection and analysis, and data-driven decision-making. The main benefits of hyperautomation in facility management include Increased efficiency through automation of manual processes Improved use of data for informed decision-making Cost reduction through optimised

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The power of big data: how data is shaping the future

Big data refers to the processing and analysis of data volumes that cannot be handled using conventional data processing methods due to their size, complexity and growth rate. This data comes from various sources such as social media, business transactions, the Internet of Things (IoT) and industrial systems. Big data is often characterised by the "3 V's": Volume (amount of data) Velocity (speed of data generation and processing) and Variety (variety of data formats). Analysing big data enables companies to

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Hyper-automation for FM service providers

Hyper-automation is an important concept in facility management (FM) that has become increasingly relevant in recent years. This concept aims to optimise processes, reduce costs and increase efficiency. By using hyperautomation, FM service providers can automate recurring tasks and utilise their resources more effectively. The implementation of hyperautomation enables FM companies to react more quickly to changing requirements and improve service quality for customers.

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Efficient management with CAFM software

Computer Aided Facility Management (CAFM) software is a technological solution for optimising facility management processes in companies. This software enables the centralised administration of various facility management tasks, including room and space management, maintenance, relocation management and energy management. CAFM systems offer a range of functions and modules for effective resource utilisation and cost reduction. By integrating data and processes, CAFM software helps companies to manage their property efficiently and increase productivity. The implementation of CAFM software in

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Efficient property management with CAFM software

CAFM software (Computer Aided Facility Management) is a specialised software solution for the efficient management of properties and buildings. It offers facility managers a comprehensive platform for organising and optimising all building-related processes. The main functions of CAFM software include: 1. maintenance management 2. maintenance planning 3. space planning and management 4. resource management 5. energy management 6. contract management 7. budgeting and cost controlling CAFM software centralises all relevant building data and information, resulting in an improved overview and more efficient decision-making.

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BIM2FM: Information exchange along the building life cycle

Building Information Modelling to Facility Management (BIM2FM) is an advanced process for integrating building data over the entire life cycle of a building. This method optimises the planning, construction, operation and maintenance of buildings. BIM2FM enables all relevant building information to be captured and managed in a digital model, resulting in more efficient and cost-effective building management. The BIM2FM approach includes the capture and management of all building-relevant data and information. This includes geometric

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The digital transformation of property and building management in the municipality

The digital transformation in property and building management has become significantly more important in recent years. The use of digital technologies and processes enables more efficient management, maintenance and optimisation of properties and buildings. This leads to improved resource utilisation, increased sustainability and cost savings. Digitalisation enables the collection, analysis and use of real-time data, which supports well-founded decisions and an increase in the performance of properties and buildings. Intelligent technologies such as the

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The future of municipal operations: Digitalisation and AI in finance

Digitalisation has played an increasingly important role in the financial management of municipal companies in recent years. Processes can be optimised, costs reduced and transparency increased through the use of digital technologies. The automation of financial processes enables municipal companies to use their resources more efficiently while minimising the error rate. In addition, digitalisation opens up opportunities for innovative business models and services that benefit residents and local businesses. Another important aspect

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Rolling forecast: What is it?

Rolling forecast methods are an advanced tool for forecasting sales and expenditure in companies. This method is based on the continuous updating of data, in contrast to static forecasting models. The use of rolling forecasts enables more accurate forecasting in dynamic business environments and promotes the adaptability of companies to changing market conditions. The implementation of rolling forecast methods offers companies increased flexibility in planning and faster responsiveness to changes. Through the regular

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CPIP: What is it about intelligent buildings?

Intelligent buildings, also known as smart buildings, are modern structures that integrate advanced technologies to achieve energy efficiency, safety, comfort and operating cost optimisation. These buildings use a network of sensors, actuators and control systems to collect, analyse and respond to data. The main objective is to create an efficient and sustainable building environment that optimally meets the needs of users. The functionalities of intelligent buildings include Automatic adjustment of lighting and indoor climate Monitoring and

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The future of building automation: efficiency and comfort through GA

Building automation will play an increasingly important role in the future, as it helps to increase the efficiency and comfort of buildings. By integrating technologies such as sensors, actuators and control systems, buildings can be intelligently controlled and monitored. This makes it possible to save energy, reduce operating costs and offer residents a pleasant and safe environment. In an increasingly networked world, building automation will also contribute to this,

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The most important IoT protocols: an overview

The Internet of Things (IoT) is a concept that enables the networking of physical devices and objects in order to collect, analyse and transmit data. These networked devices can be sensors, actuators, machines, vehicles and even household appliances. The IoT enables these devices to communicate with each other and exchange information to make intelligent decisions and perform actions. This concept has the potential to change the way we live and work.

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IoT integration: the future of the connected world

The integration of the Internet of Things (IoT) has become immensely important in today's world. The IoT enables the networking of physical devices and sensors to collect, analyse and use data. This integration has numerous benefits for businesses and consumers, from improved efficiency and productivity gains to cost savings and an enhanced customer experience. In this article, we will take a closer look at IoT integration and its

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IoT technologies: networking for smart solutions

IoT technologies, also known as the Internet of Things, are of great importance in today's world. They enable the networking of devices and systems via the internet, opening up a wide range of new possibilities. In this article, we will take a closer look at IoT technologies, explain how they work and discuss their importance for Industry 4.0, businesses, everyday life, smart cities and the future. Key takeaways IoT technologies are networked devices that collect data

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Efficient space optimisation for maximum space utilisation

Space optimisation refers to the efficient use of rooms and areas in order to minimise space requirements and maximise productivity. At a time when space is often limited and rents are rising, it is of great importance to make the best possible use of available space. Space optimisation can be applied in various areas, such as offices, warehouses or production facilities. By optimising space efficiently, companies can save costs, reduce

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IoT applications: How networked technology makes our everyday lives easier

The Internet of Things (IoT) has had a huge impact on various industries in recent years. It has revolutionised the way we live and work. The IoT enables the networking of devices and sensors that can collect data and communicate with each other. This is giving rise to numerous applications in areas such as households, agriculture, healthcare, transport, industry, retail and energy supply. Key takeaways IoT is the networking of devices and sensors,

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