Nuclear power plants to generate energy for data centers  

Microsoft is considering nuclear power plants for data centers  

Microsoft has recently set up many new data centers, largely due to the rise of AI. There has long been a debate surrounding AI’s energy consumption, which is generally quite high—especially since this technology is still in its infancy. The data centers used for AI technology consume a lot of power, and Microsoft is well aware of this. AI applications require more computing power. This necessitates more powerful servers that need more energy to function properly. It appears that Microsoft sees nuclear energy as a solution to this growing problem. Last year, the company posted a job opening for a manager of “nuclear energy strategy.”  

SMRs for data center power supply  

Of course, this wouldn’t mean that nuclear power plants would be built right next to all the data centers. SMRs would be used to provide power. These are small, modular reactors that are cheaper and easier to build than an entire nuclear power plant. However, an SMR also requires highly enriched uranium fuel to operate properly. In addition, nuclear waste will always remain a problem, especially with smaller reactors. SMRs actually produce more nuclear waste than traditional nuclear power plants! 

Nuclear fusion instead of nuclear energy

Microsoft is also exploring another solution for its energy needs: nuclear fusion. Nuclear fission occurs in nuclear power plants, but nuclear fusion is the opposite of this. In nuclear fusion, atomic nuclei are fused together instead of split apart. This requires extremely high temperatures and extremely high pressure. The reaction releases a large amount of energy, but no nuclear waste is produced by this process. Many companies see this as the future of environmentally friendly energy supply. Last year, Microsoft signed a deal with the startup Helion, which is developing a future fusion power plant. If this technology is further developed, it could be a viable alternative to using nuclear power plants for data centers.

Do you think nuclear energy could be a solution to the high energy consumption of data centers?

1. Opt for a separate infrastructure  

People often underestimate how important it is for redundancy to set up a physically separate infrastructure. Many organizations believe they have already achieved redundancy simply by using two different infrastructure providers. Unfortunately, this is not the case, because the connections from both providers could very well run through the same conduit. That means that if something goes wrong there, it will impact both providers. There goes your backup. Physically separate infrastructure is and remains a better way to implement redundancy. After all, if something goes wrong at one location, the other location remains intact.  

2. Back up critical systems  

To achieve redundancy as an organization, it is important to identify the critical systems and processes within your company so that you know what needs to be backed up. These are the systems and processes that are essential for keeping your daily operations or services running. Ensure that you always have a second instance of these components, preferably at a different location, so that you have a backup if a system or process fails. This could include, for example, a second hard drive, a backup of software or hardware, backup servers, or a copy of critical processes. To achieve optimal redundancy, ensure that the backup automatically takes over in the event of a malfunction or failure.  

3. Conduct a comprehensive risk analysis  

If your company wants to successfully implement redundancy, it’s important to have a clear understanding of the risks relevant to your processes and systems. After all, these are the risks you want to minimize through redundant systems. Before you get started, it is therefore wise to conduct a comprehensive risk analysis. This will give you a clear picture of the most relevant risks for each process or system and how you can avoid or minimize them.  

4. Choose redundancy measures that are appropriate for the analysis  

A thorough risk analysis like this should identify measures you can take to ensure that critical systems and processes are always backed up. Examples include setting up a backup server or using redundant power supplies and network connections.  

5. Continue to test and monitor the backups

Always continue to test and monitor the redundancy solutions you implement to ensure that everything is working as it should. Especially when you’re about to implement new measures, it’s important to test them thoroughly at the outset. For example, simulate errors or outages to see if the backups are doing their job. Keep testing and maintaining all solutions regularly to ensure your redundant system is always up to date!  

As you can see, redundancy doesn’t mean you no longer have to worry about your systems and processes. Redundancy measures will always require testing and monitoring to ensure they continue to function properly. Of course, the goal of redundancy isn’t necessarily to take work off your hands, but rather to provide systems and processes with greater reliability and availability.  

What is a redundant system?  

Redundancy means having additional systems or components available as a backup in case of malfunctions or if the primary systems or components fail. This means that if problems arise, you always have a backup to fall back on, allowing servers to continue running. The goal of a redundant system is to improve the reliability, availability, and continuity of critical systems. Consider, for example, a bank’s servers. If these go down due to a malfunction or another issue, the bank’s customers can no longer transfer money and likely won’t even be able to pay with their card or banking app. That’s obviously extremely inconvenient. Banks therefore have a great need for a redundant system to keep their servers up and running at all times.  

How does a redundant system work?  

So now you know what redundancy is and why it’s important for many businesses and consumers. But how does a redundant system actually work? The idea is that the backup systems or components automatically kick in when the primary systems fail due to a malfunction or other issue. This must therefore be an automated process, not a manual one. There are several ways you can implement redundancy within your systems:  

• Geographic redundancy: This means having backup systems or components at a different location, often a data center.  
• Redundant hardware: If you use redundant hardware, this usually involves dual hard drives or a dual power supply.  
• Software redundancy: If you want to make your software redundant, this usually involves using specialized backup software or deploying the software you use across multiple locations.  
• Redundant process: You set up a redundant process by installing multiple identical processors in a single system.  
• Redundant network: A redundant network consists of switches with multiple ports.  
• Data redundancy: To protect your data, you can use RAID storage. This acronym stands for Redundant Array of Independent Disks.  

The most important component of a redundant system is the automatic activation of the backup. To ensure that the backup systems always function properly, it is important to conduct periodic tests and make sure the backups are properly maintained. The advantage of servers in a shared data center is that the tests and maintenance are performed by on-site staff. As a business, you don’t have to worry about this! 

The benefits of a redundant system  

A redundant system offers many benefits to users, particularly for large companies or organizations:  

• Reliability: The main advantage of redundancy is that it ensures more reliable systems by providing additional protection against malfunctions, outages, or failures.  
• Continuity: A redundant system ensures that systems and processes critical to a business continue to operate without interruption, even in the event of a malfunction, outage, or other problem.  
• Availability: Thanks to a redundant system, a company’s systems and processes are virtually always available. In the event of a failure or other issue, the backup systems or components take over. This drastically reduces the risk of downtime! 
• Lower costs: Redundancy helps reduce costs for businesses. After all, if a problem arises, the system automatically switches to the backup—this is not a manual process. This minimizes downtime and reduces the costs associated with repairing and restoring systems.  
• Improved performance: Redundancy can also be used to improve system performance. For example, consider optimizing the distribution of the load across multiple systems.  
• Better data protection: Finally , a redundant system ensures better data security. In the event of a malfunction or outage, data is not lost thanks to redundant storage.  

Are there any restrictions you need to be aware of?  

Of course, even redundant systems aren’t perfect. They significantly reduce the risk of downtime, malfunctions, and data loss, but that doesn’t mean these risks no longer exist. There are a number of limitations to redundancy that you should keep in mind:  

• Costs of a redundant system: In the long run, a redundant system reduces costs, but you do have to pay for the purchase, installation, and maintenance of the systems. In many cases, these costs are quite high, as you need additional systems, equipment, and a robust infrastructure.  
• Human error: Like virtually all other types of systems, redundant systems are susceptible to human error. Examples include errors in system configuration or failure to maintain equipment properly.  
• Complexity: Redundancy increases the complexity of systems, as it requires configuring additional software and hardware. This makes managing and maintaining the systems more difficult.  
• Reduced efficiency: Redundancy can cause a system to operate less efficiently. After all, it involves additional overhead, such as synchronizing data between the various systems.  
• No 100% guarantee: Redundant systems significantly reduce the risk of downtime, but they do not guarantee 100% uptime. In some cases, failures and outages will still affect both systems—the primary system and the backup system.  

Redundancy offers many benefits for businesses, but it also comes with significant costs and does not provide a 100% guarantee that your servers will never experience a malfunction or outage again. That’s why it’s important to weigh the costs against the benefits before deciding to implement redundancy!  

What is a data center? 

Let’s start at the beginning: what exactly is a data center, and why do we need one? A data center is an industrial, high-security facility designed to ensure that computer servers running digital applications operate 24/7. Nearly all the services we use every day rely on a data center. In some cases, a data center is owned by a single company, but usually, processes from various companies are hosted in a data center. Only very large companies have their own data centers—think of Meta or Google, for example. The servers housed in such a data center require a lot to function properly: the right temperature, rock-solid security, and a well-monitored humidity level. A data center has many advantages, but of course, there are also disadvantages.

Potential issues  

You probably realize that a lot of problems can arise in a data center like that. However, these problems aren’t usually as visible as they are, say, at a coal-fired power plant. The issues are somewhat more indirect. Think of things like data centers’ energy consumption and where that energy comes from. Is it all green energy, sourced from wind or solar farms, or is energy derived from fossil fuels also used? Given today’s focus on sustainability, this is naturally a significant issue. In addition, there is also growing criticism of wind farms, so this is no longer an ideal solution to this problem. But how much energy does a data center actually consume? Currently, about 3% of our total national energy consumption in the Netherlands comes from data centers. That might sound like it isn’t much, but it still amounts to 3.2 billion kilowatt-hours! 

Do data centers create jobs?  

People often think that data centers create a lot of jobs, in addition to other benefits. That makes sense—just look at how massive these buildings are. Unfortunately, however, the reality is quite different once such a center is up and running. While a significant number of people are indeed needed for construction, very few employees are required on-site afterward. Often, these aren’t even Dutch nationals, but expats who are experts in data center technology. So, for the local population, a data center rarely creates jobs. But we’re only talking about on-site jobs here. In the long run, data centers do generate many indirect jobs, for example in hosting, fiber optics, consulting firms, and cloud solutions. The fields of expertise that data centers require for their innovation do, therefore, create more and more jobs. Still, many Dutch people are critical of building data centers because they take up so much space—space where homes could also be built. Given the current housing shortage, it’s not surprising that people are critical of this.  

Data centers are desperately needed  

So you can see that the Dutch generally aren’t very enthusiastic about building data centers in our country. On the one hand, that’s understandable, but on the other hand, many people don’t realize that we simply can’t do without data centers these days. Especially in the tech sector, we’re heavily reliant on data centers and the technical benefits they offer. We all want to make full use of our smartphones and all the apps on them, such as social media channels and, nowadays, AI features as well, but of course that doesn’t just happen on its own. All those apps and features need data centers to work properly. The demands we place on our electronic devices and the internet are the main reason data centers are necessary in the first place. When it comes down to it, most people will still choose to have them built.  

Criticism is mainly local

Most of the criticism regarding the construction of data centers comes from local residents. You’re unlikely to hear complaints from people who don’t live near such a facility. For example, people who live close to a data center are bothered by visual pollution and the fact that the building takes up a lot of space. Furthermore, these buildings aren’t exactly known for their aesthetic appeal. Naturally, you wouldn’t want one of those in your backyard either.  

So what are the benefits of data centers? 

So far, we’ve mainly focused on the downsides, but of course there are also plenty of advantages to data centers. Otherwise, they wouldn’t be built. The biggest advantage of data centers is that they are extremely reliable and always stay up and running, since they operate on a redundant system. This means that the servers for your Gmail, bank, social media channels, and so on will always remain online and are much less likely to experience problems. For businesses, there’s the added benefit that they don’t have to house their servers on-site, which means they need much less office space. Renting space in a data center is significantly cheaper than renting a larger commercial building. Finally, data centers play a major economic role. The digital sector in the Netherlands accounts for about 25% of our GDP. So you certainly can’t say that data centers aren’t important to our economy!

Which internet service providers are available at your address? 

First of all, it’s obviously helpful to know whether fiber-optic service is even available in your neighborhood right now. You can easily find this out by using the online ZIP code checker. This will let you know right away if fiber-optic service is available in your neighborhood and which providers offer plans in your area. It’s possible that the fiber-optic cabling is already in place, but hasn’t yet been extended to your home. In that case, you’ll need to have that connection installed. In most cases, you’ll have to pay for this yourself, since you didn’t opt for a connection to your home when the network was initially installed. This is therefore important to consider if you’re planning to sign up for a fiber-optic subscription.

Just internet, or TV as well? 

These days, fewer and fewer people are signing up for TV subscriptions. This is mainly due to the rise of streaming services. Why pay for a TV subscription if you never watch TV anymore? If you do want a TV subscription, you can also get one through the fiber-optic network. With fiber optic internet, it’s possible to separate your internet and TV services, which is often more difficult with cable. If you have fiber optic internet, you could therefore choose to sign up for your TV subscription with a different provider than your internet subscription. A combined fiber optic subscription is often cheaper than signing up for two separate subscriptions, but that naturally depends on your specific needs.  

How much are you willing to pay for your fiber-optic subscription? 

People usually choose a fiber-optic plan because they want faster internet or a more stable connection. In most cases, fiber optic is indeed faster, but it may not make a difference compared to your cable connection. This depends on the download speed you choose. If it’s no higher than that of your current cable subscription, your internet connection won’t be faster with fiber optic. In most cases, however, stability does improve, and upload speeds will match download speeds. Before signing up for a plan, determine what speed you really need so you don’t end up paying more than necessary. Do you live in a single-family home? Then an internet speed of 500 Mbps is already more than sufficient, so it would be a waste to choose a higher-speed plan. For businesses with employees, a plan exceeding 500 Mbps is often recommended.  

The contract term of the fiber-optic subscription  

When you sign up for your new fiber-optic service, you’ll choose a specific contract term. In most cases, you’ll save money overall if you opt for a term of two years or more. In this case, make sure to check whether the contract can be transferred if you move. If not, you’ll have to terminate the contract when you move, and you may have to pay a penalty for early termination. Also, check whether or not connection fees will be charged when you sign up for a subscription. It’s possible that another provider has an offer that waives these fees. Always compare several providers to ensure you get the best price! 

Heating businesses and homes through data centers  

The British government is set to invest 41.4 million euros in its new project. The idea is to use waste heat from data centers to heat commercial buildings and homes. The goal is to connect 10,000 new-build homes in London to the district heating network, along with approximately 250,000 square meters of commercial space. The British Ministry recently presented the plans, but they appear not to be fully developed yet. For example, it is not yet clear whether they intend to use only waste heat from data centers that have yet to be built, or whether the plans also involve diverting cooling water from existing data centers.  

Plans for data centers in the Netherlands  

In the Netherlands, there are also plans to use data centers for a similar purpose in the future. In Groningen, negotiations are underway to use cooling water from Bytesnet’s data centers to heat several thousand homes. However, many people are quite critical of these plans. The untreated cooling water from the data centers isn’t warm enough on its own to heat homes. That means a heat pump would also be needed to reach a high enough temperature. And of course, that consumes energy too! 

Data centers in the Netherlands that already heat their buildings  

There are currently about 184 data centers in the Netherlands, covering a total area of approximately 40 hectares. That area is equivalent to 60 soccer fields. In some parts of the country, these data centers are already being used to heat buildings. In Amsterdam, for example, 1,300 apartments are heated using residual heat from data centers, and in Eindhoven, 40 office buildings. If the plans in Groningen mentioned in the previous paragraph go ahead, another 10,000 homes will be added to that total. Unfortunately, the likelihood that all homes in the Netherlands will ever be heated this way is small. This would, in fact, pose a significant logistical challenge. Still, every building that can be heated this way is, of course, a welcome addition.

Do you see a future in this plan?  

What is fiber optics? 

Fiber-optic cables allow you to transfer data at extremely high speeds—much faster than with a DSL or cable connection. This is why fiber-optic infrastructure is being installed in more and more areas to provide faster internet, as well as better TV and phone service. A major advantage of a fiber-optic connection is that the upload and download speeds are equally fast. With other types of internet connections, the upload speed is almost always lower than the download speed. If the upload speed is as fast as the download speed, you can send something just as quickly as you can download it.  

How can you tell if fiber-optic internet is already available in your neighborhood? 

If you’d like to start using fiber-optic internet, it’s obviously helpful to know whether or not fiber-optic service is already available in the neighborhood where you live. Currently, about half of all households in the Netherlands are connected to the fiber-optic network. You can check if your neighborhood is included on the “fiber map” from the Stratix research firm. Using the postal code checker provided by fiber optic providers, you can find out for yourself whether your address is already connected to fiber optic internet or if a provider plans to connect it soon. Check with the following providers: 

• DeltaFiber Network 
• KPN NetworkNL 
• E-Fiber 
• Glass Gate 
• T-Mobile/Open Dutch Fiber  

Get fiber-optic internet installed

If fiber optic internet isn’t available in your neighborhood yet, you can check to see if there are currently any plans to install it there. If a company is planning to install fiber optic internet in your neighborhood, you can expect the process to take a long time. It can easily take a year from the moment you receive the first information about fiber optic internet in your neighborhood. The installation itself takes an average of 3 to 6 months. People are often very satisfied with the new network once it’s installed, but the process can be bumpy and may also cause inconvenience and criticism from neighborhood residents. There are a number of steps in the process for which you do not need to be home, but for the other steps, this is necessary.

You do not need to be home for these steps of the fiber optic connection:  

• Fiber-optic cable is being laid in the street. They’re removing tiles from the sidewalk to lay the cable, which may cause some inconvenience. They won’t be closing off the street, but there’s a good chance you’ll have to pull your car over to the side.  
• The workers also run the cable from the street to the houses. They use a special drill to bore a tunnel under the yard to the house. They then pull the fiber-optic cable through that tunnel to the house.  

You must be at home to complete these steps:  

• The technicians will run the fiber-optic cable through the exterior wall into your home to connect it. You can specify where in your home you’d like this to be done. They will then install a device called an FTU in your home. An FTU is a special modem to which the fiber-optic cable is connected.  
• Have you already signed up for a fiber-optic internet plan with a provider? If so, the provider’s modem still needs to be installed before you can access the internet via fiber-optic. You can connect the fiber-optic provider’s equipment to the FTU yourself or have a technician do it for you. Once that’s done, you can start using fiber-optic internet right away.  

How much does it cost to install and connect fiber-optic internet? 

This varies by fiber-optic provider, but in the case of KPN NetwerkNL, fiber-optic installation is usually free if the entire neighborhood is being connected. If fiber-optic cables are already in the neighborhood but haven’t yet reached your home, you’ll often have to pay the connection fee. You can, however, request a free feasibility study to determine whether your home can be connected to fiber-optic service. Other fiber optic providers often operate the same way, but they typically charge connection fees upfront. The cost of retrofitting fiber optic service, if a network is already in your neighborhood, ranges from 150 to 1,500 euros. These costs depend on the distance from your home to the existing cabling.  

What is a data center?  

A data center is an industrial, high-security facility designed to ensure that computer servers running digital applications operate 24/7. Nearly all the services we use on a daily basis depend on a data center. For example, a failure at a data center could prevent you from making payments with your debit card or logging into your bank’s app or website. Professional data centers utilize the latest technology in cooling, infrastructure, power supply, and security. Fortunately, this means malfunctions are extremely rare. The systems in a data center are redundant. This means they are configured with multiple versions, allowing system failures to be mitigated by a backup connection.  

Different types of data centers  

We can distinguish three different types of data centers:  

• Single-tenant enterprise data centers: Enterprise data centers are designed to house the owner’s servers. This is what the term “single-tenant” means. It is a data center dedicated to a single customer. The IT equipment in the data center is used for internal purposes or to provide services to the tenant’s customers.  
• Colocation data centers: Colocation data centers are specifically designed to house servers belonging to external customers. These centers lease space to regional, national, and international customers. Customers include cloud providers, hosting providers, and large technology companies, as well as banks, schools, hospitals, and government organizations. In most cases, the servers located in the centers are owned by the customer. The data center’s role is therefore to ensure that all servers continue to operate. Good cooling, connectivity, and power supply are essential for this type of data center.  
• Single-tenant hyperscale data centers: Hyperscale data centers are enormous single-tenant data centers, often owned by a major cloud provider or tech company. Examples include companies such as Amazon, Apple, Google, Microsoft, and Meta. Many consumers use the services these companies offer on a daily basis, such as iCloud, Google Cloud, Microsoft 365, and social media platforms like Facebook and Instagram. Employees in a hyperscale data center are, in most cases, more specialized than staff in other types of data centers. This is because these are larger facilities that offer more room for specialization. In addition, it is, of course, very important that these types of data centers continue to operate, given that consumers rely on the services offered by these servers on such a large scale.  

Benefits of Data Centers for Businesses

Moving servers to a data center offers many benefits for businesses. We’ve listed the main benefits below: 

• Save on costs: A data center is a relatively inexpensive solution for keeping your servers running. You can benefit from high-quality, state-of-the-art equipment and services that would normally cost a fortune. Plus, you don’t need IT staff to keep the servers running.  
• Reliable: A professional data center uses redundant systems that are too expensive for most companies to purchase on their own. Redundancy means there is always a backup system ready to take over if a server fails. This ensures that everything keeps running smoothly.  
• Scalable: You don’t have to be a huge company to use a data center. You can rent space in a data center on a flexible basis, giving you more options as your business grows. You only pay for the space and energy you actually use.  
• Energy-efficient: Data centers in the Netherlands are relatively green. The majority of these centers use green energy and also offer significant energy efficiency benefits. This is partly because the centers utilize the most advanced technology.  
• Effective Risk Management: Data centers in our country generally have a robust risk management system in place. Emergencies do occur from time to time, but in most cases, companies are not affected by them. This is because data centers operate on redundant systems, which means there is always a backup of the server 

The difference between download speed and upload speed

When we talk about internet speed, we’re usually referring to download speed. This is the speed you’ll generally encounter most often. Among other things, this speed affects how quickly a webpage loads or how smoothly you can stream music, movies, and TV shows. In addition to download speed, there’s also upload speed. This is the speed at which you can upload files. Think, for example, of sending photos and videos on WhatsApp or uploading a video to YouTube. If you use DSL or cable internet, the upload speed is always lower than the download speed. If you use fiber-optic internet, both speeds are the same.

What speed do you need for what?

But what internet speed do you actually need at home? That depends on a number of factors. Do you work from home a lot? Are there multiple people working from home? How many people live in your household? How much does each person in the household use the internet, and for what purposes? Below, we provide a guide to the internet speeds you’ll need in various situations:

• 20 Mbps: This speed is sufficient for browsing the internet, sending emails without any issues, and streaming videos on two devices at the same time.  
• 50 Mbps: This is the best speed for the average family. With this internet speed, you won’t experience any slowdowns even if everyone in the family is using the internet at the same time. If anyone needs to work from home, this is the minimum speed we recommend—especially if you use programs like Microsoft Teams frequently.  
• 100 Mbit/s: If your family downloads a lot of content frequently, this minimum internet speed is recommended. Otherwise, you’ll find that downloads are much slower, especially if several people are downloading large files at the same time. If people in your household play a lot of online games, it’s also a good idea to choose a speed of at least 100 Mbit/s.  

The difference between wired internet and Wi-Fi

There are two ways to connect to the internet at home: via an Ethernet cable connected to the router or wirelessly via a Wi-Fi connection. A wired connection is generally much more stable than a wireless one. Wireless internet speeds tend to slow down the further you are from the router. If you opt for an internet plan with a higher download speed, this isn’t always the solution to the problem. There are other factors that can affect the wireless signal. In some cases, for example, the signal from a home alarm system can cause interference. There are, however, other ways to improve the Wi-Fi signal in your home.

Choose the internet speed you really need

So our advice is to choose the internet speed you actually need. This can save you a lot of money every month. That’s definitely a nice bonus, especially these days! 

Fiber optics is more than just fast internet  

More than half of Dutch households now use high-speed fiber-optic internet. It’s no surprise, then, that this is the first thing that comes to mind when we talk about the material. It’s a versatile powerhouse that can transmit information literally at the speed of light. Of course, there’s more to it than just building networks. Today, fiber-optic cables are also regularly used for fiber sensing, but what exactly does that entail? 

Fiber Sensing: Using Fiber-Optic Cables as Sensors  

One of the potential applications of fiber optics that often surprises people is the use of fiber optic cables as sensors, also known as fiber sensing. Fiber sensing makes it possible to detect vibrations, temperature differences, and stretching or contraction. This works with extreme precision, even at nearly the molecular level. Fiber optics have a very pure composition, which is one of the reasons they are highly sensitive. The vibration frequency of molecules in the fibers of the material changes measurably under environmental influences, such as changes in temperature, strain, contraction, pressure, or sound. Using the light in the fiber-optic cables, one can track these changes in the molecules and thus measure them! 

How does that work? 

Normally, a small percentage of the light you send through a fiber is reflected by the glass molecules. If somewhere along the way a factor changes the force acting on the fiber, this directly affects the movement of the molecules in the fiber and, consequently, the reflection of the light. The result is that slightly more light is reflected back than usual, which can be immediately detected with the proper equipment. Because fiber-optic cables are so sensitive, one can not only see that something is changing somewhere in the cable, but also pinpoint exactly where in the cable the change is occurring, down to the centimeter. This, too, can be calculated based on the speed of light traveling through the cables. In this way, the cause of a network disruption is just as easy to trace. Every source of a fault has its own distinct type of reflection, which is highly recognizable. As a result, it becomes clear in no time exactly where a fault in the cable network is located and where it originates.  

Examples of Fiber Sensing Applications

Fiber sensing is used today for a wide variety of purposes. In the Netherlands, for example, we use fiber-optic cables to monitor when a dike begins to subside. By laying the cables beneath dikes, we know exactly when and where the dike is subsiding or may begin to subside. Another application of Fiber Sensing is detecting overheating or excessive heating in manufacturing processes or machinery. This helps prevent machine downtime, ensuring that production processes don’t come to a standstill. Did you know that Nike even uses Fiber Sensing to develop and test new sneakers and athletic shoes? They use it to measure which parts of the shoes are subjected to the most tensile stress!