Blog Archieven - Wanscale

The technological revolution in cycling

On invitation of Team Visma–Lease a Bike, I attended Gent-Wevelgem yesterday, nowadays also referred to as Flanders Fields.

Along the course, you still see the same familiar scene: riders battling the wind, the peloton splitting, attacks on the Kemmelberg, riders bouncing over the gravel sections of the Plugstreets, the tension of perfect timing. It looks like the pure essence of cycling.

But that image is misleading.

The real race is no longer decided solely on the road.

Behind every attack, every decision, and every position lies a layer of data, technology and real-time communication that has become decisive for success. What used to be a sport driven by instinct and experience has evolved into a system where information and timing make the difference.

I am a true cycling enthusiast, but I also have a professional bias when it comes to connectivity. During a race, I don’t just watch the riders, I focus on everything around them.

And that is exactly where you see how fundamentally cycling has changed.

Technology as a decisive factor

This shift is visible everywhere: technology is no longer supportive — it has become a decisive factor.

Nutrition and metabolism

Riders follow highly optimized nutrition plans, supported by real-time glucose monitoring and personalized strategies.

Training and Artificial Intelligence

Training data is continuously analyzed using AI models that predict and optimize workload, recovery, and performance.

Wearables and sensors

Power meters, heart rate monitors, cadence sensors, sleep tracking, and even temperature and hydration sensors generate a constant stream of data.

GPS and positioning

Teams know exactly where riders are, how fast they are going, and how the race is unfolding.

Video analysis and tactics

Footage is used to analyze race situations and refine strategies.

Equipment innovation

Disc brakes, aerodynamic helmets, optimized frames, thinner tires with lower rolling resistance, and clothing designed to reduce drag.

Wind tunnel analysis

Everything is tested — from rider position to helmet to bottle placement.

What all these developments have in common is one thing: data. Data that must be collected, analyzed and, most importantly, shared.

The invisible factor: connectivity

And that is where a new reality emerges, one that is often overlooked.

All this data, insight, and decision-making only has value if it is available at the right moment. In a sport where seconds matter, communication is critical. Not only between rider and team car, but also between vehicles, analysts, and support staff.

In practice, this means:

Decisions must be made and communicated in real time
Video and race data must be shared without delay
All of this… within a moving peloton, often in remote or mountainous areas

This is not a simple IT environment.

It is a moving, dynamic network.

The role of Wanscale in modern cycling

At Team Visma–Lease a Bike, this is where everything comes together.

Our role at Wanscale is not to make riders faster or optimize training schedules, but to do something more fundamental: ensure communication always works.

Together with BroadbandEU, we deliver a solution where multiple technologies converge:

Starlink connectivity for satellite coverage, even in remote areas
5G networks for low latency and high speed where available
Optimized antenna setups on vehicles
The Wanscale Service Edge, bringing everything together and optimizing performance

A small but telling detail: while Starlink antennas are often mounted on top of vehicles, we chose to place them on the hood of the team car. This allows us to use a higher-quality antenna, and to ensure visual integration, the antenna is wrapped in the same colors as the vehicle.

These are exactly the kinds of decisions, based on measurement, testing, and experience, that make the difference.

Connectivity as a silent force

What is happening here reflects a broader development: cycling has not only evolved physically and tactically, but has also become digitally mature.

And just like nutrition, equipment, and training, the real gains are not found in a single breakthrough, but in the intelligent combination of many small improvements.

Connectivity is the silent force behind it all.

You don’t see it, you don’t hear it, but without it, everything stops.

The technological revolution in cycling is far from over.

The race is still ridden on the road, but increasingly, it is decided beyond the view of the peloton.

Jos Beckers

Stop managing connections

Many organizations are heavily investing in cloud strategies, AI initiatives, and cybersecurity.

But there is one fundamental part of the digital infrastructure that is still often underestimated: the network.

And that is exactly where one of the most significant transformations is currently taking place.

The reality of modern connectivity

Ten years ago, network architecture was relatively simple.

A headquarters, a few branch offices, and one or two data centers. Connectivity was delivered via MPLS or a fixed internet connection. Predictable, stable, and relatively easy to manage.

Today, that reality has completely changed.

Organizations now operate in a world of hybrid connectivity. In addition to fiber, there is increasing adoption of Fixed Wireless Access, such as Starlink and 5G, combined with cloud platforms, edge locations, and international sites that must all stay continuously connected.

The network has evolved from a static infrastructure layer into a dynamic ecosystem of connections.

And that is exactly where the challenge begins.

Many network architectures are still designed for yesterday’s world. They assume predictability, fixed paths, and limited variation in connectivity, while today’s reality is defined by constant change, fluctuations, and a growing number of dependencies. New connections are added, but the underlying architecture does not fundamentally adapt, causing complexity to accumulate over time.

The result is a network that grows, but does not evolve. A landscape where every new technology introduces additional management, more tools, and greater dependency, instead of flexibility and control. This creates a gap between what organizations need and what their network is actually capable of delivering.

The fundamental limitation of traditional networks

In many organizations, the network is still managed as a collection of separate components. Routers, firewalls, SD-WAN solutions, monitoring tools, and telecom portals all operate alongside each other, each with their own interface, configuration, and logic.

This leads to fragmentation. Visibility is limited, troubleshooting becomes complex, and organizations become dependent on specific vendors and technologies.

But the biggest limitation lies deeper.

Connectivity is still treated as infrastructure, while in reality it has become a critical resource that directly impacts performance, user experience, and business continuity.

WAN virtualization: the next step

What cloud computing did for servers and storage is now happening to networks.

WAN virtualization introduces a fundamentally different approach. Instead of managing individual connections, organizations create a virtual connectivity layer that operates independently from the underlying infrastructure.

The question shifts from:

“Which connection does this location use?”

to:

“What connectivity does this application or user need right now?”

The network becomes programmable. Intelligence moves from hardware to software, and decisions are made based on real-time conditions instead of static configurations.

Why this moment matters

The acceleration of WAN virtualization is driven by several key developments.

New forms of connectivity, such as 5G, Starlink, and Fixed Wireless Access, make it possible to deploy connections faster and more flexibly. At the same time, they increase complexity, as organizations must manage multiple network types with different characteristics.

We also see the rise of multi-location organizations. In sectors such as education, healthcare, retail, logistics, and construction, reliable connectivity is essential to daily operations. Any disruption has immediate impact.

At the same time, geopolitical factors are becoming increasingly important. Organizations are asking critical questions about dependency, flexibility, and control. Network architecture is no longer just a technical decision, it is a strategic one.

From network management to network operations

One of the most important shifts is that networks are evolving from a management environment into an operational platform.

Where the focus used to be on configuration and maintenance, it is now about real-time insight, automation, policy-based routing, and observability. Historical analysis and predictive capabilities are becoming essential to optimize performance and prevent disruptions.

The network is no longer a passive transport layer, but an active part of the digital operation.

The network as a strategic infrastructure layer

Many organizations have already virtualized their compute and storage.

The next logical step is the virtualization of the WAN.

WAN virtualization enables organizations to operate independently from specific providers, dynamically switch between connections, and deploy new locations faster. At the same time, it provides full control over traffic flows and performance.

In other words: the network becomes a strategic resource.

The role of Wanscale

At Wanscale, we don’t see WAN virtualization as a trend, but as a necessary evolution.

Our platform combines WAN virtualization with carrier independence, real-time observability, and intelligent routing. We help organizations transform their network from a complex infrastructure into a flexible, programmable connectivity platform.

A foundation ready for cloud, AI, edge computing, and everything that comes next.

Conclusion

The cloud fundamentally changed how we think about IT infrastructure.

The same transformation is now happening in the network.

Not because it is a hype, but because the reality of modern connectivity demands it.

Organizations that dare to redesign their network architecture today will build an infrastructure that is more flexible, more resilient, and more future-proof than ever before.

And it all starts with one simple question:

Are you still managing connections or are you managing connectivity?

Jos Beckers

Why search for scarce talent

Organizations today face an increasingly urgent challenge: finding the right people. The labor market is tight across nearly every sector. Recruiters, job boards, and headhunters are busier than ever, yet the true specialists remain scarce and expensive.

Traditionally, the solution has been simple: hire more people. But is that approach still realistic today?

Rethinking the problem: from hiring to empowering

What if we flipped the problem around? Instead of focusing solely on searching for scarce experts, why not empower existing employees with the right tools to achieve more?

Modern technology makes it possible to simplify tasks that once required specialist expertise. The result? Employees without years of WAN experience can still manage and secure complex networks effectively.

A real-world example

Many ICT companies and system integrators are desperately looking for experienced network administrators, experts who understand every detail of a Wide Area Network (WAN). The problem? These specialists are scarce, expensive, and difficult to attract.

The traditional approach means endlessly searching for that proverbial needle in a haystack. But there’s another way. Imagine if your current system administrators or IT staff had access to a powerful platform that allowed them to manage a WAN without needing deep, specialized knowledge.

Smart automation as the key

Thanks to innovative solutions, like the Wanscale platform, many of the tasks involved in WAN management are now automated. Configuration, monitoring, failover, and security no longer require niche expertise; they can be managed by your own team.

The benefits are twofold: your organization can operate more efficiently without costly hiring processes, while your employees gain new opportunities for growth and career development.

Modern tools over outdated solutions

The demand for skilled personnel will always exist. But in a world where experts are increasingly scarce and costly, it’s time to take a broader view. By investing in modern tools, you empower your team, keep costs under control, and prevent specialist knowledge from becoming a bottleneck.

Why stick to outdated patterns when today’s technology helps you work smarter and faster?

Jos Beckers

Optimizing Starlink Performance

Starlink has positioned satellite internet as a true alternative to fixed connections. Whether you’re in the middle of a remote rural area or on a vessel at sea, the performance can be surprisingly good: high download speeds, low latency, and coverage almost anywhere.

Yet, we often hear from users that their real-world experience doesn’t always match the promise of speed tests.

At Wanscale, we know exactly why that happens and more importantly, how to fix it.

Why Starlink Sometimes Underperforms

Starlink operates with thousands of Low Earth Orbit (LEO) satellites constantly in motion. This brings big advantages over traditional geostationary satellites, such as lower latency, but also introduces challenges:

Signal strength can fluctuate due to weather, satellite positioning, and handovers between satellites.
Network congestion increases as more users go online in the same area.
Default internet settings are not optimized for the unique dynamics of satellite connectivity.

That last point is often the hidden culprit: most computers, routers, and applications still rely on traditional congestion control algorithms such as Reno or CUBIC. These work fine for fixed broadband connections, but not for a network that changes constantly like Starlink.

BBR: The Starlink Speed Booster

The key to improved Starlink performance lies in BBR (Bottleneck Bandwidth and Round-trip propagation time), an algorithm developed by Google. Instead of blindly reacting to packet loss, BBR continuously measures available bandwidth and latency, and adjusts send rates in real time.

Benefits of BBR for Starlink:

Automatically adapts to changing conditions of LEO satellites.
Reduces packet loss and lowers latency, essential for VoIP, video calls, and VPN.
Maximizes bandwidth efficiency, ensuring you get the most out of your connection.

At Wanscale, we integrate BBR techniques into our solutions so that Starlink connections deliver peak performance, not just in theory, but in practice.

How Wanscale Optimizes Starlink

We combine deep knowledge of satellite networking with advanced technologies like BBR and additional optimization layers. This results in:

More stable connections with less speed fluctuation.
Lower latency, even under heavy load.
Better performance in congested areas where many Starlink users are online simultaneously.

Whether for a construction site, a yacht at sea, or a business in a remote area, we make sure your Starlink connection performs as it should.

Conclusion

Starlink has taken satellite internet to the next level. But to get maximum performance every time, your connection needs to be tuned to the network’s unique characteristics.

With techniques like BBR and Wanscale’s expertise, you can turn a good Starlink connection into an exceptional one.

Experience the difference. Contact me today for a demonstration of our Starlink performance optimization solutions.

Jos Beckers

Private SD-WAN, best of both worlds

The digital infrastructure of today demands more than just speed. Businesses require security, flexibility, and reliability, preferably without compromises. With Wanscale’s Private SD-WAN, you get the best of both worlds:

The control and performance of a private Layer 2 connection
The agility and intelligence of modern SD-WAN technology

Traditional Layer 2: stable, but not always secure

Many organizations rely on Layer 2 connections such as dark fiber or MPLS for their data traffic. These networks are known for their low latency and high stability, but there’s one major drawback: they are often not encrypted by default. This means sensitive data may travel unencrypted over the network, posing a significant security risk.

At Wanscale, we build Private SD-WAN on the same solid foundations as traditional networks, such as dark fiber, MPLS, and Ethernet connections. On top of that, we add a virtual layer which, combined with end-to-end encryption, ensures optimal security without compromising performance. This way, we combine the transparency and low latency of Layer 2 with the flexibility and security of SD-WAN.

The result is a solid and scalable foundation for critical infrastructures.

Smart combination of Layer 2 and Layer 3

One of the strengths of SD-WAN is the ability to combine multiple carriers into a single logical network connection.

With Wanscale’s solution, you can:

Use a private Layer 2 underlay (such as EVPN or E-LAN) for primary connections
Add public Layer 3 connections (such as satellite, 4G/5G) as backup, temporary networks, or for remote locations

While Wanscale does not directly provide these Layer 3 connections, they can be fully integrated into Private SD-WAN with:

End-to-end encryption
Intelligent routing
Traffic management

This creates a hybrid network where security and flexibility go hand in hand.

Seamless integration with cloud and multi-cloud

More and more organizations run their applications in multiple cloud environments.

The (private) SD-WAN product is an integral part of the Wanscale platform, enabling simple connection, without technical knowledge of, for example, BGP and cloud routing of the (private) SD-WAN to major cloud providers via the existing backbone links, such as through Azure ExpressRoute, AWS Direct Connect, and Google Cloud Interconnect.

The big advantage: data stays off the public internet, ensuring lower latency, higher reliability, and better security when accessing business-critical cloud applications.

Cost considerations and ROI

While Private SD-WAN often requires a higher initial investment than internet-only SD-WAN, it delivers significant long-term savings:

Less downtime means higher productivity
Better performance leads to more efficient resource use
A single, unified, secure network prevents costly incidents and data breaches

Additionally, the platform’s flexibility allows for cost-effective combinations of different connection types, depending on location and requirements.

Future-proofing

The technology behind Private SD-WAN continues to evolve. Wanscale anticipates this with:

AI-driven routing for even smarter traffic management
Support for new connection types such as LEO satellites (Starlink, OneWeb) for global coverage
Automation and self-healing networks, making management simpler and more proactive

This ensures you have a network that performs optimally not only today but also tomorrow.

Wanscale Private SD-WAN at a glance

Secure connection with a Layer 2 network underlay as the foundation
Smart overlay technology that combines multiple carriers
End-to-end encryption and segmentation, regardless of connection type
Real-time visibility and control via Site Manager, Metric Manager, and Session Analyser
Cloud integration with direct private connections to major providers
Future-ready with support for new technologies and AI-driven optimization

Conclusion

With Wanscale Private SD-WAN, you create a future-proof network that is both robust and flexible. Whether you work with dark fiber, radio links, 4G, satellite, or a combination of these, we ensure it becomes one cohesive, secure, and efficient network.

Jos Beckers

Smart failover

In an era where network availability is critical, Wanscale goes beyond traditional failover mechanisms. While conventional systems only recognize connections as either “up” or “down,” Wanscale uses multiple connection statuses and real-time quality measurements.

Thanks to Telemetry Based Routing, the platform intelligently routes traffic based on real-time network data and the type of application traffic. This ensures that critical services like VoIP and video conferencing always run over the most stable connection, even when other links are degraded.

Wanscale combines continuous monitoring, advanced interpretation of network behavior, and dynamic routing into a flexible and reliable solution. No all-or-nothing approach, but full control and maximum availability.

Centralized and uniform firewall management

Centralized Firewall Management: Simplicity, Security, and Control
At Wanscale, we’ve redefined how organizations manage firewall rules. Instead of scattered configurations across multiple locations, our centralized platform allows you to define and enforce one consistent policy — from edge to cloud. This reduces complexity, improves visibility, and accelerates incident response. Discover how one logistics company reduced firewall rules by 40% and improved response times by 70% with Wanscale.

Reliable communication at sea

Infographic Wanscale superyacht communication

Recently, I spent a few inspiring days on the Côte d’Azur with our partner Advanced Tracking, a specialist in communication systems for yachts and superyachts. Together, we worked on the SmartConnect Gateway, an innovative all-in-one communication system specifically designed for life at sea.

The SmartConnect Gateway ensures reliable connectivity anytime and anywhere, which is crucial for both safety and comfort. Supporting Starlink, Iridium Certus 100, and an active GPS antenna, the system offers real-time tracking, emergency signaling, and up-to-date weather updates. All this comes in a compact, easy-to-install device without complicated wiring.

Together with Advanced Tracking, we guarantee optimal connectivity and safety, so yacht owners can sail with confidence.

Do you have a product or service where communication is essential? Wanscale is happy to think along, help build, and deliver your solution.

Virtual Machines on the Wanscale Platform

Wanscale introduces the ability to run virtual machines (VMs) both on the central platform and at the service edge, close to the customer. This offers organizations maximum flexibility, speed, and control over network functionalities. Thanks to this expansion, applications such as firewalls, monitoring tools, and VPNs can be deployed securely and scalably, exactly where they are needed.

Starlink went down. What’s your Plan B?

The recent global outage at Starlink shows that even the most advanced satellite networks are vulnerable. At Wanscale, we observed the impact in real time, and thanks to intelligent failover, our clients experienced no service disruption. In this article, we explain why redundancy, both in the sky and on the ground, is essential for reliable connectivity.