Workplace operations insights

Office utilization: TL;DR

• Usage patterns: The busiest days are Tuesday and Wednesday. Monday and Friday are significantly less busy.
• Measuring office utilization: Reliable results are obtained through genuine attendance tracking. Booking data helps, but is prone to errors due to no-shows.
• Increasing office utilization: Better office utilization is achieved through attractive working environments, good facilities, and offerings that surpass the comfort of working from home.

What is office utilization?

Office utilization describes the proportion of actually used workstations or space in relation to the total available capacity within a specific period. 

It is an important indicator of the efficiency of office space, comparable to hotel occupancy or production line utilization. It is measured as a percentage based on a period of time, such as a week or month.

Office utilization is an important key performance indicator for workplace, real estate, and facility management. It enables:

• Decisions on space planning
• Targeted control of cleaning and energy use for heating, cooling, and ventilation.
• Optimization of workplace availability in terms of the number of team zones, etc.

Calculation formula for office utilization analytics:

Office utilization (%) = (occupied workstations × usage time) ÷ (available workstations × total time) × 100

This formula can be applied at the workplace, room, floor, or building level. For a correct assessment, average and peak values (peak utilization) should be considered separately.

How high is office utilization in companies?

Average office utilization in Europe is currently around 60 percent. A clear pattern can be seen in the distribution across the days of the week:

• Tuesday and Wednesday are the busiest days across Europe, with around 67 to 68 percent utilization.
• Thursday follows closely behind with around 65 percent.
• Monday and Friday remain significantly weaker.

These mid-week peaks are now considered a typical hybrid pattern and are an important factor in capacity and service planning in companies.

Parallel to the stagnating demand for space, an increase in vacancy rates can be observed in many European cities. Companies are increasingly concentrating their rental space on high-quality locations with good transport links and facilities suitable for new ways of working.

• The quantitative volume of space is declining, while qualitative demand is rising.
• Guidelines for planning and evaluation

How do I measure office utilization?

Office utilization is measured by combining real attendance data, booking information, and space utilization analyses.

Depending on the technical infrastructure, Wi-Fi detection, sensors, booking systems, or access data are used for this purpose. It is important that the data reflects actual usage, not just reservations.

Measuring actual attendance

The most reliable method of office utilization analysis is to track the actual attendance of employees in the office. In traditional systems, employees must check in reliably every day. A simpler and more reliable method is to use automatic check-in via Wi-Fi connection in the office space utilization software PULT Presence.

To do this, check-in is performed automatically as soon as your employees' laptops or smartphones connect to the existing company Wi-Fi. No intervention by employees is necessary.

• Wi-Fi detection: End devices (laptops or smartphones) automatically connect to the company network. These connections can be counted anonymously and show how many people are in the office at the same time.
• Advantage: No manual check-in necessary, high data quality, clear representation of actual presence.
• Data protection: Data is collected in aggregate form and in compliance with the GDPR; individual movement profiles are not created.
• Measurement period: Two to four weeks usually provide sufficient data to reliably calculate average and peak values.

This method is particularly suitable when real usage patterns are to be recorded instead of mere booking statistics.

Measurement via booking data

Office utilization can be assessed based on booking activity. This involves counting how often workstations or rooms are reserved and used. This is less accurate than actual attendance recording.

• Easily available when using booking software with office insights
• Meaningful for demand and planning trends.

Limitations:

• Bookings only reflect intended use, not actual attendance.
• No-shows (reservations without use) distort the results.

Tip: Automatically releasing unused bookings significantly improves data quality. In the office utilization software PULT, you can set the time period after which an unused booking is automatically canceled.

How can I increase office space utilization?

You can increase office utilization benchmarks by making it attractive and providing a positive workplace experience, thereby motivating your employees to return to the office. Your team will enjoy coming to the office if it offers something that working from home cannot: community, comfort, and attractive opportunities for balance and modern working.

What makes an office attractive?

An office is attractive when it offers space for different ways of working and meets people's needs for variety and balance. Instead of uniform rows of desks, companies today need diverse work zones:

• Multispace principle: Different areas for concentration, collaboration, discussions, and relaxation. 
• High quality of stay: Comfortable lounges, well-equipped kitchens, snacks, drinks, and places to retreat increase well-being and extend the time spent in the office.
• Strengthening collaboration: The office serves as a social space. Team days are held and the freely configurable team zones are utilized.
• Quiet zones: Despite open spaces, acoustically protected retreats are needed. Many employees particularly appreciate the quiet of working from home. The office should also offer this advantage.

Offers for a high-quality workplace experience

A compelling workplace experience is created by the mutual complementarity of spaces, technology, and culture.

A. Spaces and zones

• Zoning and diversity: Separate areas for concentrated work, teamwork, breaks, and mental balance.
• Acoustic quality: Textile and acoustically effective surfaces, large and lush plants, and room dividers reduce noise.
• Team areas: Rollable and freely combinable furniture, whiteboards, and partition walls create convertible project zones.
• Phone booths & huddle rooms: Small, soundproof rooms where you can make phone calls without disturbing other colleagues.
• Biophilic design: Daylight, green plants, and natural materials measurably improve well-being.

B. Technology and equipment

• Ergonomic, standardized workstations: Every workstation should be equipped equally, with a monitor, docking station, and adjustable table.
• Reliable meeting technology: with excellent audio and video quality.
• Personal storage space: lockers, cubicles, rolling containers
• Space booking system: Fair workplace and room reservation

C. Services and culture

• Catering and food: A good selection of tea, coffee, and beverages, healthy and protein-rich snacks, canteen offerings
• Break and exercise areas: Lounges, sports or fitness zones with showers
• Cleanliness and hygiene: Clean, well-maintained areas are an expression of appreciation.

Measurements as the first step toward greater office utilization

The option of spending individual workdays in a home office has become standard for employees. At least, that is true for professions where it is actually possible. On the other hand, office utilization is also a valuable asset for you as an entrepreneur or manager, and one that has a direct financial impact.

The return to the office and thus the highest possible office utilization is best achieved through positive motivation. Coercion tends to lead to attrition. Any measures that make your office more attractive are considered suitable motivators. Offer your employees something that their homes cannot provide.

In order to free up space for lounges, team areas, quiet areas, or even sports rooms, you will need to rearrange the existing space and reduce the number of individual workstations. The first link in this chain is therefore to measure the current office utilization. And this is best achieved with Office Insights from the office utilization system PULT.

Important: As more colleagues return to the office, booking and attendance figures will naturally shift. Keep an eye on the trend in PULT, which is very easy to do using Office Insights.

By observing booking behavior, you can readjust the availability of individual workstations. This way, you can ensure that all employees can reliably book a free space at any time.

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Work 4.0: TL;DR

• Digitally networked: Communication, data, and processes are cloud-based and run in real time.
• Location-independent: Teams work in a hybrid manner, i.e., in the office, from home, or on the road, depending on the task and individual productivity.
• New skill profiles: Digital, social, and self-organizational skills are becoming increasingly important. Routine tasks are being automated.
• Law & responsibility: Working time, data protection, and occupational safety regulations must be adapted to more flexible working models.
• Office space in transition: Traditional desks are giving way to modular, shared work zones, controlled via a booking system (PULT).
• Leadership & culture: Trust, results orientation, and increased communication are replacing pure presence control.

What is Work 4.0?

Work 4.0 (also known as “labor 4.0” or “Arbeit 4.0”) describes the transformation of work through digitalization, networking, and the use of automation and artificial intelligence. The term ties in with Industry 4.0 technologies, but shifts the focus from production processes to forms of work, organization, and employment relationships.

• Work 1.0: Mechanization; factory work emerges.
• Work 2.0: Electrification & assembly lines; mass production.
• Work 3.0: IT & early automation; global networking begins.
• Work 4.0: Real-time networking, cloud, AI, platform work, hybrid models: work becomes more flexible in terms of location and time.

What are the characteristics of Work 4.0?

Work 4.0 stands for the interplay of digitalization, automation, and personal freedom of choice. It is changing where, when, and how people work: through digital workplaces, location-independent collaboration, artificial intelligence, and new forms of leadership.

The digital and changing workplace

Work is becoming decoupled from the physical office. Documents, communication, and processes run in the cloud and are therefore accessible anytime, anywhere. Chats, video meetings, and project software are becoming the most important work tools.

Employees are increasingly organizing their work independently, and the task determines the place of work. This applies both to the choice between the office and working from home, as well as to the choice of the right workplace within the office. In addition to traditional individual workstations, there are also zones for collaboration, quiet zones for concentrated work, and areas for personal balance.

Management and learning culture

Employee management is changing from control to coaching and trust. Performance is measured by results, not by presence.

At the same time, a willingness to engage in lifelong learning is becoming an important characteristic: skills in software and AI, self-organization, and adaptability to new technologies are of great importance in Work 4.0.

Working hours

In many countries, employers are required to keep complete records of working hours. Companies use digital time recording systems for this purpose. These automatically record the start of work, breaks, and the end of work, even when working from home. At the same time, the four-day week and working time accounts are becoming established, allowing overtime and reduced working hours to be balanced out over longer periods.

Regulations against blurring boundaries

A frequent conflict amid the otherwise very free Work 4.0 is availability outside regular working hours. Works agreements now stipulate that emails or chat messages outside core working hours do not have to be answered. This ensures that working time limits are adhered to despite digital networking.

What technologies shape Work 4.0?

Work 4.0 is primarily defined by automation, artificial intelligence, cloud infrastructures, data analysis, and networked workplace systems. These technologies make it possible to digitally map, control, and evaluate all or as many processes as possible.

Automation and robotics

Automation means that technical systems perform recurring tasks independently. Many companies already use software systems that take over routine tasks:

For example, they read invoices, compare amounts with orders, and automatically forward them to approval processes. In human resources or contract management, programs recognize deadlines and generate reminders without anyone having to check manually.

Automation is also already widespread in production and corresponds to the image of Work 4.0. Robots take over monotonous assembly steps, high-resolution cameras check surfaces for defects, and driverless transport systems bring materials to the right place at the right time.

Artificial intelligence

Artificial intelligence (AI) extends automation with the ability to understand data and draw conclusions from it. It is used to recognize patterns and process or generate language or images.

AI is used to automatically assign topics to incoming emails, transcribe meeting notes, or detect irregularities in production data. In service departments, AI systems analyze inquiries and suggest appropriate response modules or solutions.

In human resources, they help with the pre-selection of applications by evaluating resumes in a structured manner and comparing requirements with job data.

Such systems do not make decisions, but rather deliver interim results. Humans then review, correct, and approve them. This changes the role of many employees: they control automated processes instead of executing them entirely themselves.

Data and analytics

Digitalization generates large amounts of usage and performance data. Evaluating this data is an essential basis for Work 4.0.

Companies collect anonymized data on how workstations, rooms, or systems are used. Booking times, check-ins, room occupancy, or sensor data on air quality show when workstations, zones, and rooms are actually being used.

This is supplemented by performance data from processes, such as throughput times, error rates, or processing times for transactions.

Patterns can be derived from this information: on which days offices are heavily occupied, which room sizes are used too often or too rarely, or where approval processes regularly come to a standstill.

Based on such analyses, work organization, space planning, or shift models can be adapted to actual requirements.

Tip: In PULT, you can measure office utilization without sensors. With the data obtained, you can gradually replan your office space and provide your employees with the resources they really need.

Augmented and virtual reality

Augmented reality (AR) and virtual reality (VR) complement Work 4.0 with immersive forms of learning and application.

In maintenance, technicians can use AR glasses to see step-by-step instructions directly in their field of vision. In the event of complex malfunctions, experts can be called in via video function and markings can be placed in the image.

VR simulations are used in education and training to practice procedures safely, such as safety procedures, machine operation, or emergency scenarios. VR is also used in design to virtually walk through facilities or office spaces and check ergonomic aspects in advance.

Networked workplace and building technology

In offices that meet the requirements of Work 4.0, sensors and IoT (Internet of Things) systems ensure that buildings and building technology actively respond to usage.

Motion and occupancy sensors detect which workstations or meeting rooms are occupied. CO₂ and temperature measurements control ventilation and air conditioning. Lighting and cleaning can thus be adapted to actual usage.

How are the location and time of Work 4.0 changing?

Work 4.0 is changing the organization of location and time. Work is less tied to a fixed place or a rigid schedule. It takes place where tasks can be completed efficiently and at times that suit both operational processes and employees' personal planning.

Transition from a fixed workplace to a flexible concept

The office is supplemented by other work locations, and employees switch between the company, their home office, and third work locations such as coworking spaces. As a result, the entire team is no longer in the office every day.

As a result, individual workstations are being eliminated. They are giving way to a desk sharing concept that continues to provide a reduced number of individual workstations. These are booked before the start of work and are therefore reserved on a binding basis.

Desk sharing means that less office space is taken up by individual workstations. This creates more space for resources that are in greater demand: meeting rooms, zones for teamwork, and areas for relaxation and recreation. These rooms and zones can also be created and booked in PULT.

In this way, desk sharing makes the office suitable for activity-based working. Your employees decide for themselves which location, room, or zone is best suited to the task at hand on a given day.

Working time models under Work 4.0

Freedom of choice in terms of location goes hand in hand with freedom of choice in terms of time. Working hours are increasingly based on results rather than fixed time slots.

Flexitime, trust-based working hours, and annual working time accounts are common models for balancing personal and operational requirements.

What skills do employees need in Work 4.0?

Work 4.0 requires employees to have new and expanded skills in dealing with technology, data, and self-organization. Important skills include knowledge of cloud software and AI, analytical thinking, personal responsibility, and the ability to adapt to change.

Dealing with data and information

Aspects of data analysis are finding their way into many activities. Key figures are displayed directly in the work process, for example in the dashboard in production or in the ticket monitor in customer service.

Employees must be able to read these key figures and results, check their significance, and know what they should decide themselves and when they should ask questions.

Example: An increase in processing time may indicate technical problems or that a team is currently working on more complex orders.

Self-organization and stress management

With the spread of working from home, flexitime, and trust-based working hours, responsibility for work organization is shifting to the individual. If your employees frequently switch between the office and working from home, they need to plan their own tasks, limit interruptions, and draw boundaries between work and leisure time.

Self-organization is also a matter of health and well-being. Studies by the BAuA show that employees who work from home report longer screen times more frequently. That's why the ability to schedule breaks, limit availability, and recognize overload in good time is also one of the skills in demand.

Long-distance communication

Digital collaboration requires understanding and benevolent communication. In video conferences or chat messages, body language and nuances are missing, and misunderstandings arise more easily. Successful teams therefore take care to record agreements in writing, document decisions openly, and allow questions at any time.

In industry 4.0 and skilled trades, too, coordination is increasingly being carried out digitally, for example between field staff and office staff, for example via apps.

Willingness to learn and adaptability

According to the Future of Jobs Report 2025, around 39 percent of professional qualifications worldwide will change within five years. This means that knowledge is becoming obsolete faster than traditional continuing education can replace it.

The ability to learn is therefore considered a new core competency. This includes curiosity, acceptance of mistakes, and a willingness to familiarize oneself with new topics.

Tip: With PULT, the software for workplace booking and office insights, you can work in compliance with GDPR. You receive comprehensive evaluations of office usage, and since no conclusions can be drawn about the behavior of individual persons, data protection remains unaffected.

Shaping Work 4.0 with PULT

The Work 4.0 workplace is the result of several factors working together:

• Spaces and zones that cater to different ways of working.
• Technology, software, and AI that take care of routine tasks and function reliably.
• Employees who are ready for change and develop future-proof skills.
• A culture that ensures people feel comfortable in the office. 

To ensure that you can approach the process of Work 4.0 in your company not just based on gut feeling, but in a targeted manner, you need reliable data, such as that provided by PULT:

• Office Insights: In PULT, you can see in real time how heavily your office space, rooms, and workstations are being used. Based on this, you can plan your space in line with the new requirements of Work 4.0.
• PULT Presence: In addition to booking data, Presence provides you with real attendance figures. As soon as laptops or smartphones connect to the company Wi-Fi, office attendance is automatically recorded. This gives you a realistic picture of how many employees are actually in the office, regardless of whether they have made a booking in advance.
• Workstation and room booking: Your employees can reliably reserve workstations, meeting rooms, zones, and parking spaces. This ensures that everyone has fair access to existing and newly created resources and that no one is left standing in front of occupied spaces.

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Workplace of the future: TL;DR

• AI in everyday working life: 75% of knowledge workers use generative AI, which is why the right skills and data security are becoming more important.
• Ergonomic & adaptive: Choice of different workplaces depending on the task. Sensor-controlled workplaces for improved air quality, lighting, acoustics, and utilization.
• Data and space management: Sensors and software make occupancy, climate, and energy consumption visible and enable the optimization of workplaces and office space.
• Focus on people: Leadership, learning culture, and mental health are becoming increasingly important for maintaining performance and motivation.

What is the workplace of the future?

The workplace of the future combines the office, home office, and mobile working into a coordinated system. The design of this new type of workplace responds to technological, social, and organizational changes. Work is distributed across multiple physical and digital spaces.

In its “Future of Jobs Report,” the World Economic Forum describes three directions of development:

• Hybrid organizational models with flexible work locations and hours
• Technology: AI, automation, and data integration take over routine tasks
• Human-centric work environments: Workplaces that better meet human requirements for health and balance than before

The three dimensions of the workplace of the future

The workplace of the future is emerging at the interface between people, space, and technology. These three dimensions determine how companies structure work, design their office spaces and premises, and integrate software and AI. 

1. Dimension: People

The human dimension encompasses qualifications, work organization, and well-being.

According to the World Economic Forum, analytical thinking, creativity, learning ability, resilience, and technological competence are among the five most important skills for the future. Over 60% of the companies surveyed plan to train employees in AI, data, and communication skills.

Studies by the German Federal Institute for Occupational Safety and Health show that the mental health and social integration of employees in hybrid work, i.e., constantly switching between the office and working from home, are important performance factors. 

The BAuA also points out that as digital work density increases, the boundaries between work and leisure become blurred and therefore need to be carefully regulated. Working time documentation, break management, and technical disconnect options (right-to-disconnect regulations) are considered effective preventive measures.

2. Dimension: Space

The workplace of the future is increasingly moving away from the traditional individual workstation and is instead becoming more of a zone. Employees can choose between different workstations within the office, each of which is designed for different purposes. 

• Ergonomics: Furniture can be adjusted to suit individual body types using memory presets and controls via an app or workplace ID.
• Customization: Connecting to health and exercise apps enables personalized activity recommendations for each employee.
• Sensors: Sensors detect presence, temperature, air quality, brightness, and frequency of use; they control lighting and climate.
• Lighting control: Circadian lighting adjusts color temperature and brightness throughout the day to stabilize concentration and sleep patterns.
• Acoustics: Workplace design includes sound-absorbing surfaces, variable partitions, or sound masking to minimize acoustic stress in open-plan offices.
• Materiality: Use of natural materials, wood, and textiles to improve indoor climate and psychological well-being.
• Biocomponents: Greenery in the form of hydroponics, hanging plants, plant room dividers, and moss wall art increases humidity and has been proven to reduce stress levels.
• Sustainability: Furniture consists of modular, repairable, and recyclable components with a documented carbon footprint.

3. Dimension: Technology

The technological dimension describes the use of software, increasingly influenced by AI and overall with a view to simplifying human work.

The Microsoft Work Trend Index Study 2025 shows that generative AI is used in 75% of knowledge work, including text creation, information processing, and data analysis. This development is leading to new forms of work: so-called human-agent teams combine human decision-making capabilities with algorithmic support.

The workplace of the future will use IoT sensors, presence detection, and room data. These systems enable comprehensive data analysis of room usage, energy consumption, and ergonomic behavior.

Added to this is the widespread use of AI, for example in digital workplaces, data management systems, and collaboration software. 

How do I design the workplace of the future?

The future workplace should meet the mental and physical needs of employees much more than before. Old room concepts are being broken down and spaces are being used according to actual needs, sometimes in different ways every day. The hardware used, as well as the skills and mindset of the employees, enable the use of software and technology that is close to the state of the art.

1. Assess the initial situation

Start by taking stock of the existing office space and its use, the existing technology and furniture, and the employees' expectations of the company. Use occupancy data, feedback surveys, and interviews to do this.

• Analyze how and where work is done, for example, through presence detection in PULT Presence, workplace sensors, or surveys.
• Determine the utilization rate per room type (individual workstations, team areas, meeting rooms) to identify over- or under-occupancy.
• Record ergonomics and comfort issues: light, noise, temperature, lack of movement.
• Include results from risk assessments and health reports.

Based on this, determine what types of workstations your company will need in the workplace in future, such as individual workstations in quiet zones for quiet and concentrated work, areas for teamwork, meeting rooms, or attractive break areas.

Tip: With PULT, you can measure office utilization without sensors, gradually replan and optimize office space, and easily conduct surveys among employees.

2. Optimize space and equipment

• Provide height-adjustable desks with memory function, ergonomic chairs, and lighting that can be adjusted individually for each workstation.
• Set up workstations so that employees can regularly switch between sitting, standing, and moving around. Walking pads, i.e., treadmills with low speeds, are suitable for this purpose.
• Design the workplace and zones for teamwork in a modular way, with rollable partitions, tables, chairs, and presentation technology.
• Place plants and natural materials around the space to improve air quality and well-being.

3. Digitalization and employee skills

• Use sensors that measure temperature, CO₂ levels, light, and presence. The data is used to automatically control climate, lighting, and energy consumption.
• Work and administration should be digital as far as possible. Equip your team with the appropriate technology, starting with software and additional hardware, such as tablets for handwritten notes, drawings, and sketches.
• Train your team in the use of AI tools and create a broad understanding of their advantages, but also the associated problems in the digital workplace of the future.

4. Monitoring

Regularly review all measures within the three dimensions of the workplace of the future. Conduct surveys and annual workplace audits for this purpose.

The development of the workplace of the future is never complete. Your employees' demands change and technology continues to evolve. Therefore, plan for regular adjustments and check whether and which measures are effective.

Tip: In PULT Office Insights, you can easily conduct surveys among your employees.

Designing the workplace of the future with PULT

The future of the workplace is created in your company through the interaction of many factors:

• Spaces and zones that enable different ways of working.
• Technology and software that takes care of routine tasks and works reliably.
• Employees who are ready for change and develop future-proof skills.
• A culture that ensures people feel comfortable in the office. 

To ensure that you can approach the process of creating future-proof workplaces in a targeted manner rather than relying solely on gut feeling, you need reliable data, which you can obtain from PULT:

• Office Insights: PULT shows you in real time how heavily your office space, rooms, and workstations are being used. Based on this information, you can plan your space to meet the new demands of the workplace of the future.
• PULT Presence: In addition to booking data, Presence provides you with real attendance figures. As soon as laptops or smartphones connect to the company Wi-Fi, office attendance is automatically recorded. This gives you a realistic picture of how many employees are actually in the office, regardless of whether they have made a booking in advance.
• Workplace and room booking: Your employees can reliably reserve workstations, meeting rooms, zones, and parking spaces. This ensures that everyone has fair access to existing and newly created resources and that no one is left standing in front of occupied spaces.

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Smart workplace: TL;DR

• A smart workplace combines booking systems, sensor technology, and building control to create a holistic office organization.
• The use of workstations and rooms can be measured in a smart workplace, forming the basis for energy, cleaning, and space planning.
• Heating, cooling, and lighting in the smart workplace are controlled according to demand and based on actual usage and occupancy, which reduces energy consumption and operating costs.
• Smart workplaces improve working conditions because employees can find suitable rooms for their respective activities.

What is a smart workplace?

A smart workplace is a workplace concept in which the digital system, building technology, and increasingly artificial intelligence are connected in such a way that people can organize their work better, coordinate more easily, and get things done with fewer resources.

• Digital systems: Communication and information platforms, internal search functions, automated document storage, or AI-supported assistants and agents that take care of routine tasks.
• Building smart workplace technology: Sensors that detect which rooms are in use, software for booking workstations or meeting rooms, and controls for lighting, climate, and energy.
• Connection: The actual “intelligence” arises from the connection between these two areas: When work information and building data are brought together, workstations can be planned proactively, rooms can be used efficiently, and energy can be used sparingly.

Distinction from similar terms:

• Digital workplace primarily refers to the software level, i.e., digital work tools such as intranet, chat, and project management tools.
• Smart office focuses more on the building: sensors, room control, energy consumption.

Why are companies developing smart workplace solutions?

The concept of the smart workplace is gaining importance because companies have to deal with previously unbalanced office space utilization, the massive influx of artificial intelligence, and stricter sustainability requirements.

Technology use and AI adoption

According to Eurostat, 13.5% of companies in the EU use at least one form of AI, with the figure rising to 41.17% for large companies.

Since the end of 2024, Microsoft, Siemens, and other providers have been bringing new approaches such as Microsoft Places and AI-supported workplace analyses to the market, which are designed to significantly simplify the linking of work organization and building control.

Sustainability and regulation

Building control systems in the highest efficiency class can reduce energy consumption in offices by up to 30%.

In summary, companies are under double pressure to act: workplaces must be adapted to changing work habits, while at the same time being operated cost-efficiently and documented sustainably. The intelligent workplace addresses precisely these three requirements.

What systems make up the smart workplace?

A smart workplace includes digital work tools, systems for controlling rooms and workstations, and technologies for measuring and optimizing usage. The interaction of these systems is what defines the smart workplace.

Digital work tools and assistance systems in the smart workplace

• Communication and information platforms such as Microsoft 365 and intranets.
• AI assistants that bundle information, record meetings, or automate routine tasks.
• Uniform access to documents, knowledge databases, and workflows.

Workplace and room organization in the smart workplace

• Systems for booking desks and meeting rooms.
• Dynamic allocation of workstations depending on attendance and team composition.
• Functions such as display of utilization rates or automatic no-show detection.

By switching to shared desks or flexible workstations, companies can save up to 30% of their office space. This space can then be used for other purposes that benefit employees: project areas, modern break areas, or quiet zones for focused work.

Sensors and building technology in the smart workplace

• Occupancy and motion sensors, Wi-Fi data, or digital access controls that show how rooms are actually being used.
• Building automation (heating, lighting, air conditioning) that adjusts consumption to actual occupancy.

Tip: With PULT Presence, you can track your employees' attendance without having to install sensors. As soon as a colleague's laptop or smartphone connects to the company Wi-Fi, their attendance is recorded. This also works with your existing company Wi-Fi.

Analysis and key figures for the use of the smart workspace

• Data platforms that evaluate utilization, energy consumption, and employee satisfaction.
• Key metrics: average space utilization, square meters per workspace, cost per workspace, CO₂ emissions per square meter.

Tip: Office evaluation software should work closely with booking software or combine both in one platform. This gives you reliable figures that you can use to plan your office layout.

Security, data protection, and governance of the smart workplace

• Systems for data anonymization and role-based access.
• Implementation of legal requirements
• Clear governance models for the use, storage, and evaluation of data.

What are the advantages of a smart workplace?

The office space in a smart workplace is used more efficiently, meaning it is better suited to new working models, and operating costs are reduced because sensors and booking data allow for targeted heating, ventilation, and cleaning of rooms and areas.

An important advantage of the smart workplace is the better use of office space. Many traditional workplaces are regularly empty because teams work hybrid and are not in the office every day. Instead of keeping such spaces unused, you can remove them and useyour smart hybrid workplace for more meaningful purposes:

• Project areas with rollable furniture, media technology, and room dividers.
• Zones for collaboration within teams or with customers.
• Quiet rooms for breaks or quiet, focused work.
• Modern break areas with upholstered furniture, equipped kitchens, canteen, beverage, and snack offerings, or play areas for relaxation.

With offerings of this kind, you give your employees access to resources that they actually want and that enable them to have a significantly higher-quality workspace experience.

Reducing operating costs in the smart workplace

A smart workplace reduces operating costs primarily because sensors and booking software show when rooms are occupied and how long they are used.

This data makes it possible to control heating, cooling, and ventilation in a targeted manner instead of supplying entire office spaces permanently. Cleaning services can also be scheduled according to demand: a conference room that has not been used does not need to be cleaned every day.

In this way, resources are used more sparingly and running costs are significantly reduced without compromising employee comfort.

Data protection in the smart workplace

The introduction of a smart workplace affects legal requirements that companies must comply with.

• Purpose limitation and data minimization: Data on the use of workstations or rooms may only be processed for the purpose of workplace organization or building control. Personal data must be limited to the minimum necessary, anonymized or aggregated as far as possible.
• Consent and legal basis: When personal data is collected, either a legal basis or the consent of the employees is required. This consent must be given voluntarily and must not be linked to any disadvantages.

Tip: With PULT, you work in full compliance with the GDPR. Workplace booking and office evaluation do not allow any conclusions to be drawn about the behavior of individual employees. Instead, the data is aggregated statistically and shows you how your office, rooms, and zones are actually being used.

Workplace booking at the smart workplace

The smart workplace thrives on the targeted and conscious use of workplaces and rooms. For this to succeed, employees need to know which spaces are available to them and when. Workplace booking forms the binding basis for this.

Such a booking system shows which seats, meeting rooms, or project zones are available. Employees can plan their working day and see when colleagues are in the office and where they will be sitting.

PULT, as a smart workplace software, gives you a realistic picture of actual usage: When is the office at full capacity, which areas remain empty at times, which rooms and zones are in high demand? This data forms the basis for managing space, cleaning, and energy according to demand.

• PULT workplace and room booking: Make binding reservations for desks, meeting rooms, project zones, and parking spaces directly via desktop or app.
• PULT Presence: Automatic attendance tracking via the company Wi-Fi to compare actual usage and booking data.
• Weekly planner: Overview of who is in the office and when, and easy coordination of joint team days.
• Office Insights: Evaluate utilization and attendance in real time to control cleaning cycles, energy consumption, and room allocation.

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