November 12, 2025: What if Wi-Fi Could Track Your Assets—Without Even Connecting?
Picture a pallet of goods is loaded onto a truck, on a journey that will take it across a continent…
Picture a pallet of goods is loaded onto a truck, on a journey that will take it across a continent…
As the 2026 E-Rate cycle approaches, schools have an opportunity to modernize their infrastructure and prepare for the next generation of learning. The right network connects more than devices. It connects people, ideas, and opportunities that move education forward.
The modern classroom doesn’t run on chalk and projectors anymore. It runs on bandwidth.
From the moment teachers upload their lessons to the instant students power up their Chromebooks, the network quietly carries learning and collaboration forward. As schools prepare for their next E-Rate refresh cycle in summer 2026, dependable Wi-Fi and switching have become as critical as electricity.
The network is the classroom
New devices and applications are transforming learning, and K-12 IT leaders are managing much more than access points and switches. Each classroom is now a connected ecosystem of:
For education environments, reliable coverage, high-density performance, and low-latency streaming are table stakes. But every new device impacts performance, increases management complexity, and introduces another potential point of failure to the network infrastructure. When the network slows, teaching and learning grind to a halt.
STEM in motion
Today’s K-12 classrooms have evolved into rich, personalized, interactive learning experiences. During a recent visit to a customer’s science lab, I watched students coding sensors on Raspberry Pis to track the temperature and humidity of their terrariums. Their data streamed wirelessly to dashboards they could check from home. Around them, 3D printers built objects, and tablets displayed visualizations.
It was STEM in action, a clear example of how far classrooms have come since the AV cart days of the 1990s. For IT teams, it was also proof of how much depends on the performance and reliability of the network.
The IT reality
Although reliable high-performance Wi-Fi is essential in every classroom, district IT teams are often stretched thin. They spend time on ghost issues, repeat tickets, and site visits just to locate the source of a slowdown. Without the right visibility and insight, troubleshooting becomes guesswork.
With RUCKUS AI™, IT teams can move from reactive to proactive network management. Predictive analytics, real-time diagnostics, and automated troubleshooting provide clear, relevant insight into performance. That means fewer classroom interruptions, faster fixes, and more time to focus on strategy.
Esports and the campus network
Esports programs are no longer a novelty. They have become a powerful tool for engaging students with active, collaborative experiences. They are also a critical proving ground for school networks. Competitive gaming requires low latency, consistent throughput, and reliable quality of service. The same standards apply to more traditional learning applications like digital testing, streaming assemblies, and remote learning. That means a network that performs under the pressure of esports can handle most anything the modern campus demands.
Building for results
Every IT director shares the same goal: delivering an engaging, uninterrupted learning experience.
For teachers, that means fewer Wi-Fi complaints.
For students, it means consistent access to digital tools that support creativity and collaboration.
For IT, it means networks that help them anticipate, identify, and resolve problems before they reach the classroom.
RUCKUS Networks builds for this reality. Our Wi-Fi 7 access points and network switches deliver the performance needed for future applications. Dynamic PSK™ (pre-shared keys) provides secure, simple access for students. RUCKUS AI gives IT teams the visibility and automation they need to manage growing demand efficiently. Together, these solutions create the foundation for a smarter, more reliable learning environment.
Looking ahead
The students writing code for sensors in classrooms today will become tomorrow’s engineers and scientists. Their learning experience should never be limited by weak signals or lag.
As the 2026 E-Rate cycle approaches, schools have an opportunity to modernize their infrastructure and prepare for the next generation of learning. The right network connects more t
Fans expect fast, reliable Wi-Fi® in stadiums to enhance their in-seat experience—whether streaming live replays, sharing moments on social media, or ordering food and merchandise from their seats. Delivering this level of connectivity in high-density environments requires strategic planning and innovative network design to meet rising expectations.
Wi-Fi Connectivity Challenges in High-Density Environments
1. High User Density
Stadiums must support tens of thousands of devices connecting simultaneously, requiring robust networks that can handle unpredictable spikes in demand without sacrificing performance.
2. Interference and Congestion
Interference is a major challenge in stadium Wi-Fi due to thousands of devices and competing signals from broadcasting, communication systems, and cellular networks.
3. Physical Constraints
Stadium architecture—large open spaces, thick walls, and dense crowds—creates challenges for Wi-Fi deployment, often causing signal dead zones and uneven coverage. Unlike predictable office layouts, stadiums require customized AP placement to overcome structural and human-related signal interference.
4. Capacity and Bandwidth Management
High-speed internet demand in stadiums is surging due to streaming, media sharing, and interactive experiences. To prevent bottlenecks, networks need intelligent load balancing, QoS policies, and advanced traffic management to prioritize critical services and deliver a seamless fan experience.
Wi-Fi 7: A Game-Changer for Large Venues
Wi-Fi 7 technology marks the beginning of a new era of possibilities. With groundbreaking advancements in speed, capacity, latency, and reliability, it is set to transform the way we connect and engage with the digital world. Many industries can benefit greatly from Wi-Fi 7’s low latency and high reliability, but large public venues and sports arenas, in particular, stand to gain the most from its unprecedented advancements in speed and capacity.
Key benefits of Wi-Fi 7 for large venues include:
Solutions: Multi-Faceted Deployment Approaches
To address Wi-Fi connectivity challenges in high-density environments, stadium IT teams implement a mix of access point (AP) placement strategies. Each approach has its own advantages, and in large venues, a combination of these methods is used for optimal coverage and performance.
Overhead APs with Wide-Angle Directional Antennas
Wide-angle directional antennas are used to provide broad coverage across stadium seating areas, concourses, and open spaces. These antennas are ideal for covering large sections of a venue with minimal AP deployments, making them a cost-effective solution for general connectivity. By strategically placing APs with wide-angle antennas overhead, stadiums can ensure a balanced distribution of Wi-Fi coverage while reducing the number of devices competing for the same signal.
Overhead APs with Narrow-Angle Directional Antennas
Narrow-angle directional antennas are used in high-density zones where a more focused signal is needed. These antennas help concentrate Wi-Fi coverage in areas with heavy user traffic, such as premium seating sections, media areas, and fan experience zones. By narrowing the coverage area, interference is minimized, and the network can deliver higher data rates to targeted users. This method enhances network performance and ensures reliable connectivity even in the busiest parts of the stadium.
Under-Seat Access Points
Another effective method for high-density deployments in sport arenas is placing APs under the seats. This approach provides several benefits:
The RUCKUS® AI-Driven Outdoor Wi-Fi 7 Solution: T670 and T670sn APs
RUCKUS is the first and only vendor as of April 2025 to offer a complete Wi-Fi 7 solution for large venues that includes under-seat deployment, overhead narrow-angle APs, and overhead wide-angle APs. This comprehensive approach ensures that stadiums, arenas, and other high-density environments receive the best possible wireless performance, maximizing speed, capacity, and reliability for attendees and venue operations.
RUCKUS T670sn: A Unique Programmable Sector Antenna Enables Software-Defined Coverage
The RUCKUS T670sn is a high-end Wi-Fi 7, tri-band outdoor AP with a unique programmable directional antenna array that is software-configurable for either narrow-angle or wide-angle coverage.
T670sn Programmable Software Defined Coverage
This dynamic control minimizes interference while maximizing signal strength and data rates, leading to better connectivity and performance in targeted areas. Additionally, the ability to modify coverage patterns remotely eliminates the need for physical adjustments, making it ideal for scenarios with changing network demands, such as seasonal events or infrastructure expansions.
Key benefits include:
RUCKUS T670 Under-Seat Mounting Solution
RUCKUS Stadium Under-seat Mounting solution is purposely designed with stadiums and arenas in mind, enabling the deployment of the RUCKUS Wi-Fi 7 T670 Outdoor Access Point neatly under the stadium seating, on a riser or thread, keeping the access point and cables secure from access and from the elements, without impeding foot space. The mount is comprised of a heavy-duty cast aluminum bottom and durable reinforced polycarbonate top cover with a protective gasket for indoor /outdoor under-seat installation.
The solution is purposely designed to be transparent to RF signals and protects from liquid/water projected from pressure washer jets/hoses. It can be floor or wall-mounted with a 10° tilt, enabling cable pass-through for daisy-chaining access points. A second mounting bracket is available for flat mounting (0°tilt). The enclosure does not impede the thermal performance of the enclosed AP.
Benefits:
RUCKUS One® AI-Driven Management and Assurance Platform
While advanced access point (AP) technology and optimal AP placement are essential for providing reliable connectivity in large sports arenas, the management and assurance platform Under-Seat 10-degree Tilt Mounting Bracket Under-Seat 0-degree Flush Mounting Bracket is critical to delivering a complete, high-performing solution. Deploying RUCKUS One and RUCKUS AI solutions offer key benefits, including:
By leveraging both the T670 under-seat APs and T670sn programmable overhead APs, stadiums can achieve the most flexible, high-performance Wi-Fi network possible. Together with the RUCKUS One platform, these solutions enable stadiums to provide reliable, high-performance connectivity while improving efficiency and reducing costs.
Reliable Wi-Fi® has become a must-have in senior living communities—not just for entertainment, but for residents’ safety as well as their physical and mental health. More of today’s residents are tech-savvy and expect reliable, high-speed internet like they had in their own homes. Below are the five most common Wi-Fi challenges in senior living and how RUCKUS Networks provides easy-to-deploy solutions to keep your residents and staff connected, secure, and satisfied.
Reliable Wi-Fi® has become a must-have in senior living communities—not just for entertainment, but for residents’ safety as well as their physical and mental health.
More of today’s residents are tech-savvy and expect reliable, high-speed internet like they had in their own homes. Below are the five most common Wi-Fi challenges in senior living and how RUCKUS Networks provides easy-to-deploy solutions to keep your residents and staff connected, secure, and satisfied.
Inconsistent coverage in resident rooms and common areas
Senior living facilities situated in older buildings may have thick walls or outdated infrastructure that affects Wi-Fi coverage. This can lead to frustrating buffering, frozen video or dropped connections for online access or streaming services.
Fix it with: High-performance access points (APs) that are purpose-built for dense, complex environments. RUCKUS® APs offer our BeamFlex+® adaptive antenna system capabilities that deliver property-wide reliable, seamless coverage that can even extend to outdoor areas.
Congested networks
Today’s seniors are more connected than ever: 68% of baby boomers own smartphones[1], while adults 50-plus possess an average of seven tech devices, which they use daily[2]. Unfortunately, traditional legacy networks can’t intelligently prioritize traffic or manage bandwidth effectively across hundreds of connected devices. This is especially concerning when residents are conducting a telehealth Zoom call or losing signal to their smart watch that’s monitoring them for AFib.
Fix it with: Smart traffic management and QoS controls designed for high-density environments. RUCKUS solutions support high device density and smart traffic management so networks can automatically prioritize critical applications while offering fair bandwidth distribution to all users.
Complex onboarding and access management
Providing access for residents, guests, and staff can become a logistical headache, especially when it requires manual setup or IT intervention. What’s worse is that, when private passwords are shared, revoking permission later causes a whole new basket of issues.
Fix it with: Cloud-managed networking and self-service onboarding portals. RUCKUS offers several options such as the Cloudpath® Enrollment System that enables secure, easy logins and that separate user groups to simplify administration.
Privacy and data security
In senior living environments, privacy matters. But weak Wi-Fi security, such as outdated encryption or unsecured devices, puts sensitive medical data at risk, making it vulnerable to breaches. Legacy guest devices, staff tablets, IoT sensors and facility medical systems often coexist on the same network, exposing all of them if one is compromised.
Fix it with: Our Dynamic PSK™ (pre-shared keys) and role-based access control that isolates traffic based on user type—residents, guests, staff, and IoT. Built-in security features like network segmentation, policy enforcement, and configurations help keep data secure across devices and users. This helps reduce risk and give your staff peace of mind.
Limited IT resources
Many senior living properties don’t have a dedicated IT team on-site—which means troubleshooting, setup, and updates can overwhelm staff time or cause delays.
Fix it with: Simple, centralized network management with zero touch provisioning. RUCKUS offers several cloud-based solutions that allow for remote oversight, automation, and AI-driven troubleshooting that can identify and fix issues, often before residents even notice, so your team can focus on care and not connectivity.
Smarter Wi-Fi = happier residents
Wi-Fi isn’t just about connectivity; it’s about the quality of life it offers. It not only impacts resident happiness but also staff performance, operational efficiency and even safety. Modern senior living facilities need connectivity partners who understand these unique challenges and can deliver solutions that transform Wi-Fi from a source of complaints into a competitive advantage. RUCKUS delivers a smarter, stronger, and more secure solution tailored to the unique needs of multi-dwelling senior communities.
To learn more, download our Senior Living Network Checklist or visit our Senior Living Network page.
Simplify Network Operations Without Sacrificing Scalability: Smarter Network Design Starts Here. RUCKUS offers a free Design My Network session where you’ll connect with an expert, talk through what’s working (and what’s not), and walk away with a personalized plan that makes sense for your environment.
If you’re responsible for keeping your organization connected—whether it’s across a campus, a hospital system, a stadium, or multiple offices—you’re likely being asked to do more with less. More users. More devices. More expectations. Meanwhile, resources and headcount aren’t exactly scaling at the same pace.
And let’s be honest – Most networks weren’t built for this kind of pressure.
If your infrastructure feels like a patchwork of short-term fixes and aging equipment, now might be the time to rethink your network design. Not by starting from scratch, but by building something smarter, more scalable, and easier to manage.
When the Network Becomes the Bottleneck
It’s easy for networks to grow in pieces—one vendor here, a new platform there—until suddenly you’re juggling more tools than time. The result? Slower performance, inconsistent coverage, and troubleshooting that eats up half your day.
Simplifying how your network is built and managed frees up your team to focus on actual priorities—not putting out fires or dealing with user complaints. And the right design doesn’t just solve problems now. It gives you a solid foundation for what’s coming next.
Why Automation Isn’t Optional Anymore
If your team is constantly buried in manual tasks, configuring access, onboarding devices, managing security — you’re not alone. But you also don’t have to live that way.
When automation is baked into the network from day one, things just work better. Devices get online faster. Policies stay consistent. Problems get flagged before they become support tickets.
Done right, automation isn’t about replacing people;, it’s about giving them back time and control. And when your team has space to be strategic instead of reactive, everything runs smoother.
Build It for How You Actually Work
There’s no one-size-fits-all when it comes to networks. What works for a hospital won’t work for a convention center. What works for your HQ might not work for your branch offices.
That’s why design matters. It should reflect how your people work, how your spaces are used, and where performance matters most. A smart design makes it easier to scale, maintain, and support without overcomplicating things.
When changes occur, as they inevitably do, you are prepared to adapt without needing to start from scratch.
See What’s Possible
Take Dr Pepper Ballpark. RUCKUS helped them rethink their network to handle packed stadium crowds, on-site vendors, and day-to-day operations—without adding complexity for their IT team.
Better coverage, smoother performance, less stress. That’s what smart design looks like.
Read the full story if you’re curious.
Let’s Make Your Network Easier to Run
If your current setup feels clunky or like it’s barely holding on, this is a chance to reset. RUCKUS offers a free Design My Network session where you’ll connect with an expert, talk through what’s working (and what’s not), and walk away with a personalized plan that makes sense for your environment.
No pressure. Just a chance to figure out what “smarter” could look like for you.
Here are three crucial factors that make Wi-Fi 7 essential for a superior guest experience: 1. It’s a mobile-first world, and business travelers are upgrading every 24-30 months; 2. New wearable devices like XR glasses need a snappy and nimble Wi-Fi® network; and 3. Wi-Fi 7 delivers a real-world 4x performance gain over Wi-Fi 6.
Business travelers are already upgrading to Wi-Fi 7-ready devices
The world is mobile-first, and business travelers are consistently at the forefront of technology adoption. While the general smartphone refresh cycle has slowed, business travelers continue to upgrade their phones every 24-30 months. This is due to:
This rapid refresh cycle means a significant portion of your guests are already carrying Wi-Fi 7 with their mobile devices. While Wi-Fi is backward compatible, newer phones are optimized for the latest Wi-Fi protocol and many traveling executives’ devices already support 6 GHz Wi-Fi, a key component of Wi-Fi 7. Projections indicate that over 50% of hotel guest devices will support Wi-Fi 7 by early 2027. Your network needs to be ready for this shift now.
New wearable devices demand a high-performance Wi-Fi network
The rise of wearable technology, such as XR (extended reality) and spatial computing glasses, is transforming how people interact with digital content. While these devices are often tethered to a smartphone or a compute puck, they require a low-latency and error-resilient Wi-Fi network.
Devices like Ray-Ban Meta glasses are leading a strong trend toward hands-free content creation and AI-assisted interaction with the physical world. Leading tech firms and numerous startups are rapidly developing “what’s next” in wearable technology, and each relies on a constant, reliable network connection that older Wi-Fi standards simply aren’t designed to deliver.
Wi-Fi 7 addresses these demands with advanced technologies like Multi-Link Operation (MLO), preamble puncturing, Multiple Resource Units (MRU), and deterministic Quality of Service (QoS) enhancements. These innovations create an invisible backbone that adapts to changes so that data flows without delay, providing the “snappy and nimble” experience required by these new devices.
Wi-Fi 7 delivers a real-world 4x performance gain over Wi-Fi 6
Previous Wi-Fi generations offered incremental speed increases. Wi-Fi 7, however, represents a generational leap in performance over previous generations. This significant improvement is based on several key advancements:
To fully utilize these advantages, Wi-Fi 7 adds MLO, MRU, preamble puncturing and deterministic QoS. Collectively, Wi-Fi 7 delivers faster speed and lower latency.
Partner with RUCKUS to deliver an exceptional guest experience where guests can effortlessly open their door with their phone, instantly stream 4K movies, join crystal-clear video calls with family, and update work files in seconds. This isn’t a futuristic dream; it’s the reality Wi-Fi 7 is poised to deliver for your hotel.
As digital connectivity becomes essential in every aspect of daily life, the demand for seamless internet access has expanded well beyond indoor spaces. Outdoor access points now play a critical role in delivering reliable wireless coverage across parks, city centers, hospitality destinations, and sports venues—supporting everything from casual browsing to high-demand applications.
RUCKUS is excited to announce the expansion of its Wi-Fi 7 outdoor portfolio with the addition of the RUCKUS® T670sn, the first AI-driven outdoor Wi-Fi® solution, to combine the advanced capabilities of Wi-Fi 7 with a software-defined sector antenna technology, offering unmatched performance and adaptability in complex and high-density environments.
RUCKUS T670sn unique programmable sector antenna enables software defined coverage
The RUCKUS® T670sn is a high-end Wi-Fi 7, tri-band outdoor AP with a unique programmable directional antenna array that is software-configurable for either narrow-angle or wide-angle coverage, allowing for unmatched precision and range, and enabling deployment models that were not possible before.
This dynamic control minimizes interference while maximizing signal strength and data rates, leading to better connectivity and performance in targeted areas. Additionally, the ability to modify coverage patterns remotely eliminates the need for physical adjustments, making it ideal for scenarios with changing network demands, such as seasonal events or infrastructure expansions.
Key benefits of software defined coverage include:
“Ruckus technology has been instrumental in driving our growth across multiple industries. Now, with the launch of the software-configurable antennas, sectorized Wi-Fi 7 Access Points, we’re unlocking smarter, high-capacity network designs tailored to your environment. By optimizing signal patterns for specific density deployments and tapping into the power of both 5GHz and 6GHz frequencies, we can deliver an unmatched Wi-Fi experience—built for performance, reliability, and seamless WLAN service for all connected clients,” says Tim Parkes-Rolfe, Technical Operations Manager at Performance Networks.
RUCKUS T670sn key capabilities
Tri-band capability and high data rates
The RUCKUS T670sn supports two radio configurations to support different regulatory domains:
Both configurations enable users to experience cutting-edge Wi-Fi 7 features, offering fast and reliable connections regardless of the number of devices or the spectrum they operate on.
Standard Power mode with AFC enables the use of the 6GHz band in the US and Canada for Wi-Fi without interfering with incumbent devices. Integrated with Comsearch® AFC system which leverages nearly five decades of experience in microwave frequency coordination and expertise with cloud-enabled, data-centric dynamic spectrum management systems, T670 dramatically increases range and performance in the 6GHz band while minimizing interference to incumbent devices.
Multi-link operations (MLO)
MLO uses multiple bands to simultaneously connect the AP and the user device. Aggregating these discrete links significantly increases throughput, reduces latency, and improves connection reliability, delivering:
By addressing the unique challenges of crowded environments, Wi-Fi 7 and its MLO feature could substantially enhance both operational efficiencies and user experiences in applications like sports stadiums, providing robust, low latency, and high-speed connectivity.
The T670sn rounds out the RUCKUS Wi-Fi 7 outdoor portfolio for large venues, complementing RUCKUS under-seat deployments with the T670 and its mounting bracket, by adding overhead narrow-angle and wide-angle AP placement options. This end-to-end solution is purpose-built to deliver exceptional wireless performance in stadiums, arenas, and other high-density environments—maximizing speed, capacity, and reliability for both attendees and venue operations.
Flexible management options to fit any IT strategy
While advanced access point (AP) technology is essential for providing reliable outdoor connectivity, the management and assurance platform is critical to delivering a complete, high-performing solution.
The RUCKUS T670sn offers versatile deployment flexibility with support for multiple management platforms, empowering IT teams to choose the model that best aligns with their operational needs, scalability goals, and security policies:
RUCKUS One® AI-driven management and assurance platform
The RUCKUS One AI-driven, cloud-based converged network management and assurance platform is designed for ease of use and scalability. The RUCKUS One solution enables centralized management of Wi-Fi, wired, and IoT networks from a single intuitive dashboard. It offers key benefits, including:
RUCKUS SmartZone™
For organizations that prefer on-premises control, RUCKUS SmartZone controllers deliver robust, scalable network management with deep visibility and automation. Whether deployed on a physical appliance or virtual machine, RUCKUS SmartZone controllers offer:
For additional details, check the RUCKUS T670sn product page.
Governments worldwide are intensifying their efforts to drive secure interactions between their agencies, departments, organizations, and their supporting companies.
The European Union has put forth the NIS2 Directive as a central regulation for safeguarding “essential” and “important” sectors across all of its member states. Expanding on the initial NIS Directive, NIS2 broadens its reach and raises security expectations for critical sectors, including healthcare, finance, energy, and more. It mandates enhanced cybersecurity measures, from risk management and incident response to supply chain security, network security, and business continuity planning.
In this blog, we focus on how NIS2 drives the need for secure networks and how RUCKUS® solutions and products can help companies align with NIS2 mandates.
NIS2 Directive’s Network Security Implications
NIS2 comprises ten main categories, which were highlighted in part 1 of this blog series, NIS2 Directive Explained: Strengthening Network Security. Focusing on the network security aspect, NIS2 requirements can be broken down into a number of key requirements:
NIS2 and RUCKUS Approach to Zero Trust Architecture as the Connectivity Solution
The network protections mandated by NIS2 may align with many of the principles of a zero-trust architecture (ZTA). Zero trust, in essence, means that a connection must never be trusted and always be verified. The RUCKUS approach to ZTA resides with the connectivity and access to the network; it involves bringing together devices and software to address the necessary components for a Zero Trust model, focusing upon access to the network and network elements. A comprehensive Zero Trust environment implements end-to-end protection by incorporating additional layers, including endpoint security, application-layer controls, and continuous identity verification.
Unlike traditional security models, zero trust assumes no implicit trust within the network and continually verifies connections to mitigate cybersecurity risks from unauthorized access or insider threats. Through robust user and device authentication, network segmentation, and continuous monitoring, RUCKUS provides the capabilities for network activity to be protected, providing organizations with a secure and scalable connectivity solution that aligns with their NIS2 compliance requirements.
Following a Zero Trust approach checks the boxes on the key NIS2 requirements listed previously, because you have to manage your networks, utilize least privilege accounts, provide secure access mechanisms to information systems, update your systems and software for security vulnerabilities, utilize encryption, and all the rest to protect your network.
RUCKUS One® Solution
The RUCKUS One comprehensive cloud-based platform is designed to streamline network management and control for both wired and wireless networks, in line with NIS2 compliance. By centralizing network operations, the RUCKUS One solution provides IT administrators with a unified interface to manage all RUCKUS network components for seamless integration and coordination. Leveraging advanced AI and analytics to optimize network performance, the platform can detect anomalies and provide actionable insights. This not only enhances the efficiency of network management but also addresses requirements for robust and resilient networks to protect against potential cyber threats.
A key strength of the RUCKUS One solution is its comprehensive identity management capabilities. The platform allows organizations to map identity provider identities and groups (for example from a SAML IDP such as MS Entra) directly to RUCKUS One identity groups and identities. This integration requires that all devices on the network are associated with a verified identity, enabling adaptive policies that can reference these identity groups for granular network access control. This identity-centric approach is fundamental to implementing a zero trust security model to in line with NIS2.
The RUCKUS One solution also features built-in PKI (Public Key Infrastructure) capabilities, allowing it to issue device certificates through integration with Mobile Device Management (MDM) solutions such as Microsoft Intune or via self-service web portal workflows. This certificate-based authentication significantly enhances security by providing a stronger authentication method than traditional passwords.
For incident detection and response, the RUCKUS One solution integrates powerful AI capabilities that continuously monitor network behavior to identify potential security events, supporting overall security management strategies. When anomalies are detected, the system can automatically trigger alerts and send detailed information via webhooks to Security Information and Event Management (SIEM) systems or IT service management platforms. This integration capability is crucial for organizations that need to meet 24-hour incident reporting requirements, as it enables rapid escalation and documentation of security events, in line with NIS2.
The RUCKUS One solution offers a suite of features designed to protect network integrity and provide secure access in line with NIS2 requirements. These include:
The RUCKUS One solution integrates RUCKUS AI™ capabilities, providing proactive risk management through machine learning that transforms network data into actionable security insights. These AI features are seamlessly available through the RUCKUS One interface, offering anomaly detection, preemptive issue resolution, and root cause analysis without requiring a separate management system.
While the RUCKUS One solution addresses critical network-focused controls, organizations should also implement policies, staff training, and incident response procedures to fulfill the broader NIS2 requirements and protect sensitive information.
RUCKUS Secure Access and Authentication with Cloudpath™ Enrollment System
One distinct solution RUCKUS provides for managing secure access and assigning the right roles and controls to a user or device is the Cloudpath Enrollment System. As previously mentioned, device onboarding and secure access are core components where endpoint security is paramount.
RUCKUS Cloudpath Enrollment System offers an advanced solution for secure network onboarding by simplifying and securing the authentication process. The Cloudpath system verifies the identity of devices and users connecting to the network, providing that only authorized endpoints have access. With the Cloudpath enrollment system, organizations can implement role-based access control, automate certificate management, and simplify credential handling
A standout feature shared by both the Cloudpath and RUCKUS One solutions is Dynamic PSK™ (Pre-Shared Keys) technology. Dynamic PSK technology provides an optimal balance of security and ease of use by allowing multiple keys/passwords to be used for the same network while enabling dynamic policy application. Unlike traditional pre-shared keys, Dynamic PSK technology restricts each password/key to a single device or a set of devices belonging to a specific user, significantly enhancing security without adding complexity for end users.
It’s important to note that many of the Cloudpath system’s core functionalities are integrated directly into the RUCKUS One solution, including certificate management, secure onboarding workflows, and Dynamic PSK capabilities. This integration enables organizations to access these powerful security features through a single, unified management interface if they choose to deploy the RUCKUS One solution.
RUCKUS Focus on Business Continuity Through Resilient Access Points
A key focus of NIS2 is ensuring business continuity and cyber resilience, particularly during cyber incidents or operational disruptions. RUCKUS Access Points (APs) are designed with this priority in mind, allowing continuous connectivity even if access to the central controller is temporarily interrupted. With this resilient architecture, RUCKUS APs can manage traffic and maintain network stability independently, ensuring that critical services remain operational in the event of a network outage or controller downtime.
RUCKUS Focus on Supply Chain Security
RUCKUS prioritizes supply chain security to be in line with NIS2 by implementing rigorous controls across its software and physical supply chains. RUCKUS enforces strict supplier assessments, contractual security requirements, continuous monitoring, and robust incident response planning. Advanced technologies like AI and IoT enhance visibility and threat detection, while secure device architecture, including Trusted Platform Modules (TPM), safeguards firmware and software integrity. These proactive measures mitigate supply chain risks, reinforcing the security of RUCKUS products. Reference the RUCKUS Supply Chain Security document for more information.
RUCKUS Built-In Security Standards and Certifications
RUCKUS’s commitment to security is demonstrated by its adherence to rigorous industry standards and certifications — a strong assurance for organizations aiming for NIS2 compliance. RUCKUS designs its products and cloud services with globally recognized cybersecurity frameworks in mind. For example, RUCKUS is an active participant in the StateRAMP (now GovRAMP) program in the United States, which aligns cloud offerings with the NIST 800-53 security controls (a widely respected standard for cybersecurity).
The RUCKUS One, RUCKUS AI, and Cloudpath solutions are all listed in the StateRAMP authorization program, meaning they are undergoing rigorous third-party assessments for confidentiality, integrity, and availability of data. This alignment with NIST-based frameworks underscores that RUCKUS solutions follow best practices for encryption, identity management, vulnerability patching, and other security processes.
Additionally, many RUCKUS networking products carry certifications that attest to their security at the hardware and software level. For instance, RUCKUS’s wireless access points, switches, and the Cloudpath software have achieved FIPS 140-2/3 validations (NIST Cryptographic Module Validation Program) and Common Criteria (NIAP) certifications (recognized by many EU member states), which are often prerequisites for use in government and mission-critical environments. These certifications confirm that RUCKUS implements robust encryption modules and secure software development practices. Additionally, as the EU Cybersecurity Certification Scheme (EUCC) evolves, RUCKUS remains committed to aligning its products and services with emerging EU-specific certification requirements.
Conclusion
As NIS2 reshapes cybersecurity expectations across Europe, RUCKUS delivers a robust suite of solutions to assist essential and important sectors. From implementing zero-trust architectures to facilitating resilient access points and enhancing the security of its supply chain, RUCKUS stands as a trusted partner for organizations aiming to achieve compliance and protect their networks.
The RUCKUS One solution provides a unified management interface that brings together powerful capabilities for identity management, secure access control, and AI-driven network intelligence. By centralizing these functions in a single platform, organizations can more easily implement and maintain the comprehensive security controls required by NIS2 while reducing operational complexity. The integration of advanced features like identity-based policy enforcement, certificate management, and Dynamic Pre-Shared Key technology enables a true zero-trust approach to network security without sacrificing usability.
The landscape of cybersecurity, understanding of NIS2 directives, and best practices for implementing these requirements are continually evolving, and RUCKUS is committed to evolving with them. RUCKUS equips organizations with the tools and strategies needed to secure their operations and safeguard data.
As tenant expectations continue to soar, multi-dwelling unit (MDU) owners and managers must meet the growing demands of the market. This requires the best product from Internet Service Providers (ISPs), Managed Service Providers (MSPs), and vendors to succeed and win competitive bids. This article explains how RUCKUS One®, utilizing RUCKUS DPSK3 and RUCKUS AI, stands out as the all-in-one network solution for MDU environments. It offers a unified platform that meets all the needs of a Managed Service Provider (MSP) to deliver a Managed Wi-Fi Solution across all bands, including 6 GHz. The article showcases the ability to integrate various network components and support complex network requirements using best-in-class Wi-Fi at an affordable price per door.
Wi-Fi as the “Fourth Utility”
Internet connectivity through Wi-Fi has become the “fourth utility.” Reliable internet access is now as essential to daily life as traditional utilities like electricity, water, and gas. This is perhaps the main reason why Real Estate Developers have chosen the pre-installed nature of “Managed Wi-Fi solutions” using Network Segmentation over the conventional physical residential gateway per unit, where each resident or tenant must wait for the next available truck roll, which can sometimes take weeks. People today want and expect reliable, high-performance Internet connectivity ready on Day One.
What is the Managed Wi-Fi Solution?
Managed Wi-Fi in a multi-dwelling units (MDU) property typically involves a Managed Service Provider (MSP) overseeing the deployment and operation of Wi-Fi services, with costs included in the association fees paid by unit owners or tenants’ rent. The provider strategically plans and installs access points for optimal coverage, based on a comprehensive professional design, reducing interference and ensuring consistent Wi-Fi access throughout the complex. This reliable infrastructure not only attracts and retains tenants but also supports ‘Smart Home’ solutions and enhances facility management efficiencies, offering tangible business benefits.
Benefits of reliable, high-performance managed Wi-Fi across the property for MDUs
Managed Wi-Fi solutions often leverage network segmentation to enhance security, performance, and management efficiency.
What is Network Segmentation?
Network segmentation entails breaking down a network into smaller subnetworks, effectively isolating users’ end devices from each other to improve IT security and user experience. Devices are placed into separate virtual networks, preventing threats to enter the network from moving laterally across segments to other devices. This approach is particularly effective for MDU, such as apartment buildings, college dormitories, senior living facilities, or anywhere residents live communally. The cornerstone of Wi-Fi network segmentation is per-user/per-device PSKs.
What is per-user/per-device PSKs?
Per-user/per-device PSKs (Pre-Shared Keys) are proprietary PSKs solutions, designed to address the vulnerabilities associated with traditional PSK authentication, particularly in environments like MDU. The primary concern with using a single PSK for all devices on a WLAN is the vulnerability to social engineering. If the PSK is shared, whether inadvertently or deliberately, with unauthorized individuals, it jeopardizes the security of the entire WLAN.
Per-user/per-device PSKs offer a solution by assigning a unique PSK to each device or user. This means that each device uses its own unique PSK for connecting to the WLAN, and the MAC address or multiple MAC addresses (due to MAC randomization) of each device are mapped to a unique personal passphrase. These individual PSKs can be created dynamically or manually and are tied to a single SSID. This approach provides unique identity credentials for each device while keeping the simplicity of using a single SSID, enhancing security by isolating each device’s access credentials.
Benefits of the per-user per-device PSKs
The RUCKUS patented per-user per-device PSK Solution: Dynamic PSK™
Dynamic PSK is a CommScope-patented technology that enhances network security by providing unique encryption keys for each user or device connecting to the RUCKUS network. Users can obtain their unique Wi-Fi passwords either through self-service or from an IT administrator, making the connection process intuitive and like home network setups. Unlike conventional PSKs, the Dynamic PSK solution allows administrators to define access policies and revoke access for individual users without affecting others. Wireless traffic is encrypted using WPA2™-Personal or WPA3™-SAE, optimizing a robust network and data security. The Dynamic PSK solution is a key part for RUCKUS Network Segmentation.
Breaking Barriers: The RUCKUS Innovation for 6 GHz WPA3 Challenges
When the 6 GHz band was opened for unlicensed use in April 2020, the Wi-Fi Alliance mandated Wi-Fi Protected Access® 3 (WPA3) and Opportunistic Wireless Encryption (OWE) as the standards for Wi-Fi security for all Wi-Fi 6E devices and any future devices using the greenfield 6 GHz band. This posed a challenge for per-user, per-device PSKs implementations, as WPA3-SAE inherently prevents the use of multiple keys, eliminating the possibility of reverse-engineering the passphrase used in traditional Dynamic PSK and other vendor solutions.
However, there’s no need to be disheartened. Initially, there was no per-user per-device PSK solution for 6 GHz (WPA3-SAE mandatory), but in early 2023, RUCKUS introduced a groundbreaking innovation. The magic unfolds as the “RUCKUS Team” turns the impossible dream into reality with per-user, per-device PSKs on the 6 GHz band. After rigorous testing by the Development and Quality Assurance Teams, RUCKUS released the patented “Dynamic SAE (DSAE) or DPSK3.” This innovation made per-user, per-device PSKs possible in the 6 GHz band using WPA3-SAE, positioning RUCKUS as the first vendor in the industry to offer a multiple password solution on the new 6 GHz band without RADIUS (Remote Authentication Dial-In User Service). RUCKUS DPSK3 extends the successful Dynamic PSK technology to support WPA3, delivering all the benefits of the Dynamic PSK solution while keeping robust WPA3 security.
Key Advantages of Network Segmentation through DPSK3
Network Segmentation with DPSK3 Proof of Concept (POC) for a Partner
The purpose of this POC Lab was to deliver a “Single Pane of Glass” Managed Wi-Fi Solution on 6 GHz to a long-standing ISP/MDU Partner. This partner successfully implemented Network Segmentation using the RUCKUS Dynamic PSK solution across multiple properties, including MDUs, hotels, and university environments. However, as mentioned, with the introduction of 6 GHz and the requirement for WPA3, the Dynamic PSK solution was challenged, but the RUCKUS Team embraced this challenge and developed the DPSK3 solution.
Now, the partner’s requirements were not just about network security, they also needed an affordable and easy to deploy solution. Typically, with most vendors, achieving all three is difficult, often resulting in a compromise of one or two of the three. To provide a Wi-Fi network that is both reasonably secure and easy to deploy, customers often need to invest in expensive advanced gateways and/or costly RADIUS servers, increasing CapEx and reducing competitiveness. Alternatively, opting for a cheaper solution typically compromises security and performance. However, the RUCKUS solution offers partners all three benefits: security, affordability, and ease of deployment, along with RUCKUS’s unmatched RF performance. Configuration can be automated using the template capabilities built into the RUCKUS One solution, facilitating “cookie-cutter” future deployments.
Requirement added per Partner Feature Request
In addition to the above requirements, the partner, being an ISP, needed different Bandwidth Service Tier levels per user, such as:
The RUCKUS Engineering and Development Team returned to the drawing board and undertook significant coding efforts to provide the Partner with the requested Rate Limiting option. At that point, the RUCKUS One solution became the single, cloud-based platform to manage all network components across all properties; enabling the partner to monitor, configure, and optimize networks remotely using the following features:
Main RUCKUS One Solution Features
Centralized and Automated Management
The RUCKUS One solution provides a single, unified platform for managing both wired and wireless networks, with automation tools for configuration, updates, and monitoring to enhance efficiency and reduce manual workload.
AI-Driven Analytics and Security
The platform leverages Artificial Intelligence (AI) and Machine Learning (ML) for real-time network analytics, predictive maintenance, and robust security features, including intrusion detection and automated updates, to proactively manage and secure network performance.
Scalability and Remote Capabilities
Designed to scale with organizational growth, the RUCKUS One solution supports remote monitoring and management, allowing for efficient network optimization and bandwidth management across all properties.
Specific RUCKUS One Solution Features
Network Segmentation through DPSK3 Service on 6 GHz
The animation below illustrates the customer’s mobile phone in UNIT 104, initially connected on 6 GHz within their unit, roaming to different APs and bands, eventually reaching the pool area and going back to 6 GHz. Throughout this process, the device remains connected to its own private VLAN704. (Note: Hopefully, the phone is indeed water-resistant—just a lighthearted remark!)
Property Management
Enables the creation of an unlimited number of units for the MDU. For example, the system can accommodate a property with 500 units/ identities.
Residential Portal
The RUCKUS Resident Portal feature provides a user-friendly interface for managing network access in MDU. It allows property managers to create and manage multiple units, offering residents seamless connectivity and secure access to the network. The portal supports self-service options for residents to obtain, change/reset unique Wi-Fi credentials and control devices connected to their private network.
Adaptive Policy
Rate Limiting based on RADIUS Attributes for the different Tiers Services (Bulk: 100×100, Silver 500×500, Gold:1000×1000).
“Matrix Like” Role Base Access Control (RBAC) for their different management Tiers
NOC, Engineering and others
Wi-Fi Calling
Facilitates cell phone calling in areas with low or no cellular signal.
Hotspot 2.0
This feature was a requirement from the MDU developers, enabling their users to automatically connect to Wi-Fi across multiple properties and roam seamlessly through OpenRoaming™.
The All-in-One Solution for MDU Network Management: RUCKUS One
RUCKUS DPSK3, when deployed within the RUCKUS One solution, emerges as the most versatile and comprehensive solution for MDU environments. It provides a single platform that fulfills all the requirements a Managed Service Provider (MSP) needs to offer a Managed Wi-Fi Solution on all bands, including 6 GHz. All the features discussed in this publication are integrated into the RUCKUS One solution, serving as a single pane of glass to monitor, manage, and control Access Points, Switches, RUCKUS Edge™, Property Units, Residential Portals, and Policies for Rate Limiting, Service Scheduling, and more. Additionally, it offers RUCKUS AI RRM, Analytics, and Reports, with upcoming support for features like PON (Passive Optical Networks) management and IoT integration.
© 2025 CommScope, LLC. All rights reserved. CommScope and the CommScope logo are registered trademarks of CommScope and/or its affiliates in the U.S. and other countries. For additional trademark information see https://www.commscope.com/trademarks. Wi-Fi, Wi-Fi 6E, WPA2, WPA3 and Wi-Fi Protected Access are trademarks of the Wi-Fi Alliance. OpenRoaming is a trademark of the Wireless Broadband Alliance. All product names, trademarks and registered trademarks are property of their respective owners.
February 24, 2025 Claremont, NC
CommScope (NASDAQ: COMM), a global leader in network connectivity, today announced several new AI-driven solutions from RUCKUS Networks that integrate generative, edge, and intent-based AI features with its industry-leading Wi-Fi 7 portfolio to achieve new level of simplicity, automation and customization in enterprise networks.
Additionally, RUCKUS Networks and Nokia are previewing a joint enterprise solution that brings together Nokia’s next-generation optical LAN solution with RUCKUS Wi-Fi APs and the RUCKUS One® platform. Delivering a fraction of the complexity, space, energy and costs of a traditional copper-based LAN, Nokia’s Optical LAN provides a future-ready, green, high-capacity network alternative for in-building and campus connectivity. The RUCKUS One® platform will be used to manage Nokia’s optical LAN network, providing enterprises with a single AI-driven platform that can help enhance multi-access network assurance, service delivery and business intelligence. The joint solution will be launched later this year but is available for preview at the Mobile World Congress (MWC) event taking place in Barcelona, booth 2F40.
“Optical LAN is the right technology for enterprise connectivity today and in the future,” stated Geert Heyninck, General Manager of Broadband Networks at Nokia. “Not only is it future-proof, but it can also provide significant operational and sustainable benefits that collectively can help reduce TCO by 50%. But the network is only one part of the enterprise puzzle. We’ve teamed up with RUCKUS Networks to offer businesses a complete solution combining our high-speed optical LAN with their advanced Wi-Fi 7 and AI platform. This future-proof, easy-to-use, green solution is perfect for industries like hospitality, higher education, campus networks, and more.”
“AI is the driving force behind modern networks. Our new range of solutions takes the latest AI innovations and blends them seamlessly into our leading portfolio of Wi-Fi access points to provide a truly enterprise-grade platform that enables new network efficiencies while making management and automation as smart and simple as possible,” stated Bart Giordano, SVP and president, Networking Intelligent Cellular and Security Solutions, CommScope. “At MWC, we’re showcasing these solutions and previewing what AI can do in a fiber-powered enterprise Wi-Fi solution with Nokia. This is the future of intelligent enterprise networks and it showcases how we continue to push the boundaries of AI-driven network innovation.”
“By combining RUCKUS Wi-Fi 7 leadership with Nokia’s strength in optical LAN networks, this solution is poised to flourish in a WLAN market which is expected to grow double-digits in 2025. This innovation will appeal to multi-dwelling units, hotels, and higher-education institutions, allowing them to future-proof fiber-powered campus networks and deliver superior end-user experience,” commented Siân Morgan, Research Director at Dell’Oro Group.
Highlights of the RUCKUS® AI-Driven Wi-Fi 7 Enterprise Networking Portfolio
IntentAI™: an AI-driven, intent-based enterprise networking solution. The IntentAI solution is part of the RUCKUS One network assurance and business intelligence platform, and fundamentally changes the way networks are managed by making the business objectives, or business goals, the primary driver in configuration, optimization and management of the network. The IntentAI solution starts with desired business outcomes and leverages AI to reach those goals in the most efficient way possible. The solution uses simple language to communicate how inputs will affect configurations in the network and offers a personalized approach to automation that creates a path towards self-managed and self-healing networks.
GenAI Powered Zero-Touch Network: the solution offers the benefits of generative AI-powered zero-touch network provisioning, increasing IT efficiency and productivity by automating and optimizing industry vertical-specific complex network onboarding processes to deliver smarter enterprise networks.
EquiFlex™: managed through the IntentAI solution, EquiFlex leverages edge-based AI to boost network capacity by reducing network congestion, especially in high-density environments. It can deliver as much as 20% improvement in connection outcomes, employing a hybrid federated machine learning architecture.
AI-Driven, Fiber-Powered Enterprise Wi-Fi Solution with Nokia: the next wave of AI-driven, multi-access network assurance, service delivery and business intelligence. The solution leverages the AI-driven RUCKUS One platform and the Nokia leading multi-gigabit optical LAN, alongside RUCKUS enterprise-grade Wi-Fi APs.
AI-Driven Managed Services and NaaS: the NaaS solution by RUCKUS Managed Networks is a fully managed platform that provides a wide range of services for customers looking to evolve to full or partial NaaS and for providers looking to offer a white labeled full or partial NaaS offering. From basic utilization of the platform as a managed service to a full turn-key NaaS enablement, it is an investment-protecting bridge to NaaS for our customers and their customers. We are pleased to announce the newest member of our Managed Network Solutions portfolio offering—virtualized broadband network gateway (BNG) as a service. By adopting virtualized BNG from RUCKUS, service providers can modernize their broadband infrastructure to achieve greater flexibility, lower costs and improved service agility, while preparing for future network evolution, including 5G and beyond.
Template-Based Configuration Management Solution: enables IT to deploy and manage network configurations at scale. This solution enables IT to optimize security, control and compliance across large installations. In specific industry verticals such as hospitality, the solution enables IT to deliver and enforce brand compliance.
Wi-Fi 7 Indoor and Outdoor APs: the industry’s most complete portfolio of AI-driven Wi-Fi 7 solutions, including RUCKUS R770; R670 indoor; T670, the industry’s first 6 GHz Standard Power Certified outdoor Wi-Fi 7 solution for delivering purpose-driven networks for a variety of industry verticals; and T670sn, a software-configurable sectorized outdoor Wi-Fi 7 solution.
Availability and Demos
RUCKUS Networks will demonstrate the aforementioned AI-driven solutions and preview its AI-driven fiber-powered joint solution with Nokia in booth 2F40 at MWC, March 3-6.
For more information and availability, please visit the RUCKUS website.
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CommScope and the CommScope logo are registered trademarks of CommScope and/or its affiliates in the U.S. and other countries. For additional trademark information see https://www.commscope.com/trademarks. Wi-Fi and Wi-Fi 7 are trademarks of the Wi-Fi Alliance. All other product names, trademarks and registered trademarks are property of their respective owners.
About CommScope:
CommScope (NASDAQ: COMM) is pushing the boundaries of technology to create the world’s most advanced wired and wireless networks. Our global team of employees, innovators and technologists empower customers to anticipate what’s next and invent what’s possible. Discover more at www.commscope.com.
Today’s colleges and universities are facing unprecedented challenges. With changing student demographics, rising tuition costs, new learning models, and rising student expectations, institutions are rethinking the way they engage students, support faculty, and help staff stay productive.
Fortunately, higher education has long been a springboard for innovation, and today’s campuses are carrying on that tradition. One trend that is top of mind in education is the transformation of student interactions and administrative processes through technology. Although most institutions have long understood the value of learning, many have yet to fully integrate new digital capabilities in campus environments.
According to the Inside Higher Ed 2024 Survey of Campus Chief Technology/Information Officers, almost two in three (61%) personally believe that the digital transformation (Dx) of their institution is essential or at least a high priority. However, only a third (35%) say their institution has set specific goals for digital transformation.
Transforming education and the campus experience
Dx initiatives are strategic in nature, going beyond simply making hybrid, remote, or online learning available to students. At its best, Dx is truly transformative in nature. It’s all about applying technology to deliver a delightful, personalized campus experience. This experience smoothly goes wherever students go, from classrooms and administrative offices to research labs and dorms. Dx also focuses on collecting and intelligently applying data to processes, empowering administrators to make more informed decisions more quickly.
Transformation isn’t only about using better technology but also thinking about it differently. It’s about refocusing technology on performing manual, repetitive tasks that take your faculty and staff away from more important priorities. By offloading menial jobs to technology, you give your team more time to make a bigger impact and think more strategically. It’s the brains behind the notifications that give students, faculty and staff more attention and make them feel more appreciated.
Is your institution keeping pace?
Big changes are happening at institutions worldwide as they focus on achieving Dx by creating a more cohesive digital universe through the cloud, learning management systems (LMS), and enterprise resource planning (ERP) software. By modernizing and bringing together disparate elements of their digital infrastructure, colleges and universities can become more efficient and better engage students, faculty, and staff.
At the heart of these ambitious Dx plans is a robust, reliable wireless network. In a world where teaching, learning, and research happen everywhere, high-performance, always-on Wi-Fi® technology is fundamental to enable network software to accurately collect data, help students feel comfortable, and supporting a diverse array of internet of things (IoT) devices.
Unlocking real education outcomes with RUCKUS
RUCKUS Networks understands the importance of campus connectivity, and we’ve demonstrated our ability to empower colleges and universities to create and maintain purpose-driven networks. From small private colleges to large state-run universities, we offer robust network solutions that create a stable foundation for Dx. With exclusive patented solutions such as BeamFlex® and ChannelFly® technology, RUCKUS® Wi-Fi 6 and Wi-Fi 7 solutions consistently outperform in high-density, high-capacity environments.
For example, Butler University partnered with RUCKUS to refresh and future-proof its aging wired and Wi-Fi network. Based in Indiana, this small private university now delivers dependable connectivity across 300 acres, with faster speeds, more bandwidth, and easy onboarding. With its rapid deployment and simple management and maintenance, the solution has dramatically reduced CapEx and OpEx, saving the institution $1 million.
RUCKUS also helped Penn State modernize its network. Its new infrastructure supports 300 buildings on the University Park campus and 170 buildings across the state, while providing flexibility to grow with the university’s future needs. The institution has reduced power consumption in its buildings, minimized its carbon footprint, and saved millions of dollars.
Digital transformation is just one of several trends that are changing the face of higher education. Institutions are also exploring new innovative ways to make data-based decisions, streamline productivity, entrust technology to take on more responsibilities and enrich the campus experience.
To learn more about what lies on the horizon—and proactively plan for it—read our new eBook, “2025 Top 5 Trends for Higher Education.”
