DNSFilter Earns 5-Star Rating in the 2025 CRN^® Partner Program Guide

WASHINGTON, D.C. – March 24, 2025 – DNSFilter, content filtering and protective DNS software, has been honored by CRN^®, a brand of The Channel Company, with a 5-Star Award in the 2025 CRN Partner Program Guide. This annual guide is an essential resource for solution providers seeking vendor partner programs that match their business goals and deliver high partner value.

The extensive support and resources technology vendors offer through their partner programs are a critical consideration for solution providers assessing which IT vendors, service providers, and distributors to team with in building world-class technology solutions. Program elements such as financial incentives, sales and marketing assistance, training and certification, technical support and more can set vendors apart and play a key role in boosting their partners’ long-term growth and profitability.

The 5-Star Award is an elite recognition given to companies that have built their partner programs on the key elements needed to nurture lasting, profitable, and successful channel partnerships.

For the 2025 Partner Program Guide, the CRN research team evaluated vendors based on program requirements and offerings such as partner training and education, pre- and post-sales support, marketing programs and resources, technical support, and communication.

DNSFilter stands out as a premier cybersecurity solution for partners due to its ease of deployment, robust security coverage, and seamless integrations. DNSFilter delivers AI-driven threat protection and content filtering at the DNS layer, stopping attacks before they reach the network. Its flexible pricing, API integrations, and support for MSPs and MSSPs make it an ideal choice for service providers looking to enhance their security offerings. With over 3,000 MSP customers and blocking 200 million threats daily, DNSFilter provides global security. Designed for non-traditional network setups and remote workforces, it ensures organizations of all sizes and setups can implement fast, reliable, and effective security via the DNS layer.

“Our partners are at the heart of everything we do, and this award is a direct reflection of the trust and collaboration we’ve built together,” said Shawn Brady, Senior Vice President of Sales,“At DNSFilter, we are dedicated to delivering best-in-class support, tools, and opportunities that enable our partners to grow and excel. We are grateful for this recognition and remain committed to raising the bar for excellence in our partner program.”

“Being featured on the 2025 CRN Partner Program Guide highlights the dedication these technology vendors have to evolving with solution providers, driving innovation, and supporting mutual success,” said Jennifer Follett, VP, U.S. Content and Executive Editor, CRN, at The Channel Company. “This critical annual project empowers solution providers to identify vendors that are committed to enhancing their partner programs and meeting the always-changing business needs of the channel and end customers. The guide provides deep insight into the distinctive value of each partner program so solution providers can make strategic partnership decisions with confidence.”

The 2025 Partner Program Guide will be featured in the April 2025 issue of CRN and published online at www.CRN.com/PPG beginning March 24, 2025.

About DNSFilter

DNSFilter is redefining how organizations secure their largest threat vector: the Internet itself. DNSFilter is making the Internet safer and workplaces more productive by blocking threats at the DNS layer. DNSFilter resolves upwards of 170 billion daily queries. With 79% of attacks using Domain Name System (DNS), DNSFilter provides the world’s fastest protective DNS powered by AI, blocking threats an average of 10 days faster than traditional threat feeds. Over 35 million users trust DNSFilter to protect them from phishing, malware, and advanced cyber threats.

About The Channel Company:

The Channel Company (TCC) is the global leader in channel growth for the world’s top technology brands. We accelerate success across strategic channels for tech vendors, solution providers, and end users with premier media brands, integrated marketing and event services, strategic consulting, and exclusive market and audience insights. TCC is a portfolio company of investment funds managed by EagleTree Capital, a New York City-based private equity firm. For more information, visit thechannelco.com.

Customers can take advantage of new capabilities of Wi-SUN FAN 1.1

With over 100 products certified by the Wi-SUN Alliance, Field Area Network 1.0 is a popular networking option for smart utility and smart city use cases. Electric utility metering, distribution automation, and municipal street lighting applications benefit greatly from FAN’s secure, self-forming, self-healing IPv6 wireless mesh networking which is able to support million scale deployments spanning large geographic areas.

Building on the strong foundation laid down by FAN 1.0, the Wi-SUN Alliance recently announced the availability of the first devices certified to support the new feature additions of FAN 1.1. These new FAN 1.1 capabilities include:

• Low energy device operation (LE). Low power nodes are able to function for up to 20 years on a single battery charge, targeting use cases such as methane detection, water metering, gas metering, and other low power field sensing applications.
• Higher performance (HP). FAN 1.1 adds Orthogonal Frequency Division Multiplexing radio support, meaning FAN 1.1 now offers data rates from 50 Kbps (FSK) up to 2.4 Mbps (OFDM). The higher data rates are ideal for utility AMI 2.0 and Distribution Automation use cases such as Fault Location Isolation and Restoration (FLISR).
• Modulations and data rate negotiation (MDR). Mesh neighbors can now negotiate a “gear shift” to transition, for example, a section of a lower speed AMI mesh to a higher throughput mode for DA fault isolation operations.
• Expanded geographic support. North America, Brazil, Japan, and European Union operation is supported. Extension to additional 800 and 900 MHz regions is now practical.

Figure 1 depicts an example multi-hop FAN 1.1 mesh. The mesh forms automatically between a set of deployed Routers and a Border Router providing WAN connectivity. A Router’s frequency hopping capabilities and ability to determine alternate data paths provide superior resiliency. Routers are further able to “parent” low power nodes.

The sub-GHz mesh RF links can individually stretch to several kilometers (depending upon local conditions), with multi-hop meshes able to span distances of 10s of kilometers. A single FAN 1.1 mesh can support thousands of Router nodes, each able to parent low power nodes. A classic utility deployment scenario is an electric meters (Router) parenting one or more low power water meters, gas meters, or environmental sensors. Adding additional meshes scales a deployment to millions of nodes.

The Catalyst IR8100 Heavy Duty Series Industrial Router will be the first member of the Cisco Resilient Mesh solution to be FAN 1.1 certified. Given its rugged design for harsh outdoor environments, flexible backhaul configuration, and security capabilities, the IR8140 is an ideal FAN 1.1 Border Router. An individual IR8140 can root a mesh of thousands of FAN 1.1 devices, with millions scale device networks achieved with the deployment of additional IR8140s. Following the IR8140, IR530 Range Extender, and Cisco Resilient Mesh Endpoint SDK will also be scheduled for FAN 1.1 certification, rounding out a complete Cisco FAN 1.1 portfolio of Border Routers, Routers, and endpoint design SDK.

Figure 2: Cisco IR8140 Border Router

Large FAN 1.1 networks require a network management system able to provide lifecycle management for million node networks. Cisco IoT Field Network Director is purpose built, and field proven to manage these large-scale networks.

“Wi-SUN 1.1 provides improved flexibility, security, and adaptive performance to unlock newer markets demanding high performance or low energy use cases in the growing Utility or Smart city landscape. Cisco’s Wi-SUN commitment has been focused on ease of use through simplified Zero Touch Provisioning, resiliency in varying RF conditions, interoperability and network management for endpoints and border routers through industry leading OpenCSMP to enable customers to build production networks with its industry leading solution at scale in a secure manner.” says Lakshmi Narayana Jammi, Sr Product Manager for Cisco IR8140 and Cisco Resilient Mesh SDK

“With the introduction of low power nodes and higher data rates, FAN 1.1 supports many new and exciting use cases. Cisco is well positioned to support this increase in utility and smart city network demand with OpenCSMP and Field Network Director, device and network management solutions that have proven ability to scale to millions of endpoints.” says Clay Stroud, Product Manager for Cisco Field Network Director.

“Wi-SUN FAN1.1 provides highly flexible communications capability allowing both high performance and low energy functionality on the same network, making it the obvious choice for an even broader range of industrial IoT applications such as utilities and smart cities” says Phil Beecher, President and CEO of the Wi-SUN Alliance.  “We’re excited that Cisco will be supporting Wi-SUN FAN 1.1 communications infrastructure with its range of industrial routers, bringing proven reliability, scalability, and security to these critical infrastructure networks. “

For more information about the Wi-SUN Alliance and Field Area Network 1.1, head over to the Wi-SUN FAN information site.

Also see this additional information about Cisco Resilient Mesh products and Cisco Field Network Director.

Finally, if you are attending DISTRIBUTECH 2025, join us at Booth 1223 to see the Catalyst IR8140 and our IoT Field Network Director in person, as well key solutions to help utilities with their grid modernization projects in grid security, substation automation, distribution automation, renewable energy, and more.

As Vietnam regulators are set to open access to 6 GHz spectrum, VNPT is poised to take full advantage with its advanced 10G Fiber Wi-Fi 7 service

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

• Differentiate properties in a competitive market by appealing to tech-savvy residents who demand fast Wi-Fi service everywhere.
• Boost tenant renewals, as satisfied tenants are more likely to renew their leases.
• Provide new wireless Smart Home and business services, including IoT applications like keyless entry, sensors, employee and asset location, analytics, and more.
• Enhance technology capabilities without hassle through centrally managed Wi-Fi services delivered by wireless experts who can proactively prevent problems.
• Simplify wireless service management with multiple control options available in the cloud or on-premises.
• Attract future tenants more effectively, as guests experiencing excellent Wi-Fi are more likely to consider the property for their next home.

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

• Enhance security by preventing decryption of unicast traffic
• Eliminates the management burden when a passphrase must be changed due to an individual leaving the Property/Company
• Allows granular, user-specific control of network privileges.
• Provide enhanced accounting functionality.
• Transparent for the client devices, acting as a regular PSK network on their side

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

• 6 GHz Band Compatible: The 6 GHz frequency addition marks the largest expansion of Wi-Fi spectrum ever, with 59 more channels, enabling a dramatic increase in bandwidth and reduction of latency. DPSK3 is fully compatible with the 6 GHz band.
• RUCKUS One Single Network Platform: Deploying DPSK3 within the RUCKUS One solution, alongside Property Management/Residential Portal, Identity Groups, and Adaptive Policy features, eliminates the need for third-party captive portals or advanced gateways. This makes DPSK3 in the RUCKUS One solution an affordable, optimal, and feature-rich solution for MDU, Higher Education Dorms, Hospitality, and other verticals.
• Clean Radio Frequency (RF) Air Space: A single SSID deployment throughout the property, using RUCKUS One AI RRM (Radio Resource Management through Artificial Intelligence), minimizes Co-Channel Interference (CCI), known as “the Wi-Fi Killer”. This creates a cleaner RF environment compared to the conventional “one standalone Wi-Fi router per unit” setup, where frequency coordination is impossible, substantially increasing CCI.
• Universal Coverage Throughout the Property: Residents/Tenants can access their private LAN using the same SSID from anywhere, in their unit, the Common Areas or any other space covered by the Wi-Fi Signal. Basically, their own private LAN follows them around the property, creating a ubiquitous network connection.
• Enhanced Network Security: By segmenting the network, any malware or breach in one segment of the network can be contained to that smaller network segment, making it more difficult to spread horizontally throughout the entire network. In the animation below the malware is confined to the specific microsegment/VLAN, affecting only one customer, and preventing horizontal propagation to other network segments.

• Defeats MAC Randomization (Private MAC Address): With RUCKUS Dynamic PSK and DPSK3 solutions, segmentation is achieved through the uniqueness of the password, independent of the MAC address. This means that even if a device uses multiple randomized MAC addresses, it will consistently use the same password. As a result, all those MAC addresses will be added to its private LAN, enabling seamless connectivity and optimizing security.
• Property Management can revoke access at any time without impacting others: Conventional PSKs involve shared Wi-Fi passwords, making it challenging to revoke access for an individual without affecting everyone else. In contrast, with RUCKUS Dynamic PSK and DPSK3 solutions, access can be individually managed. If a resident sells their unit or a tenant’s lease expires, access can be revoked through the Resident Portal or by Property Management. Additionally, Customer Service, the Network Operation Center (NOC) for ISPs, or any Network Administrator with proper privileges can manage access rights effectively.
• Private Network for each Tenant: The benefits of this Private LAN architecture include:
  • All devices belonging to a single tenant can communicate with each other, while preventing access to other tenants’ devices.
  • Residents or tenants can only view their own traffic when using packet sniffers like tcpdump or Wireshark, ensuring they cannot intercept others’ traffic.
  • Congestion is reduced by limiting unnecessary traffic flow between segments.
• Unique Public IP per Tenant: Each private network can be linked to a unique public IP address, granting tenants control over their inbound and outbound connectivity, benefits include:
  • The unique public address typically helps Service Providers comply with CALEA (Communications Assistance for Law Enforcement Act) non-repudiation requirements, enabling the origin and the integrity of data to be verified.
  • Devices that rely on Universal Plug and Play (UPnP), such as game consoles, can function properly without any effort from the tenant or operator.
  • Applications that depend on broadcast and multicast-based protocols, such as multicast Domain Name System (mDNS), function properly.

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:

1. Bulk Service: Bandwidth Down = 100 Mbps, Bandwidth Up = 100 Mbps
2. Silver Service: Bandwidth Down = 500 Mbps, Bandwidth Up = 500 Mbps
3. Gold Service: Bandwidth Down = 1000 Mbps, Bandwidth Up = 1000 Mbps

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. 

GoZone WiFi and Qfactor Airport Advertising partner to transform airport ads with Ads4WiFi, boosting ad revenues and offering seamless Wi-Fi user engagement.

ST. PETERSBURG, FL, UNITED STATES, March 18, 2025 /EINPresswire.com/ — St. Petersburg, FL and Greenville, WI – March 18, 2025 – GoZone WiFi, the leading provider of Wi-Fi marketing solutions, and Qfactor Airport Advertising, a premier airport advertising company, are excited to announce a strategic partnership aimed at transforming the airport advertising landscape. This collaboration will enable airports to drive additional ad revenues through the innovative Ads4WiFi marketplace, powered by GoZone.

The Ads4WiFi marketplace offers advertisers a seamless way to reach engaged Wi-Fi users as they navigate through airports. Historically, the Wi-Fi advertising space has been fragmented and fraught with technical challenges. However, GoZone’s extensive integrations with over 40 different types of Wi-Fi hardware eliminate the need for airports to invest in additional hardware or software. This integration ensures a smooth and efficient implementation process, allowing airport IT teams to focus on maintaining optimal network performance.

Todd Myers, CEO of GoZone WiFi, expressed his enthusiasm for the partnership, stating, “This is a great way for Qfactor to offer a value-added revenue stream in addition to their other in-terminal advertising channels. Our collaboration will provide advertisers with a unique opportunity to connect with travelers in a highly targeted and impactful manner.”

Kim Sippola, President of Qfactor Airport Advertising, added, “Partnering with GoZone allows us to enhance our digital advertising offerings and provide airports with a cutting-edge solution to maximize their ad revenues. We are thrilled to bring this innovative platform to our clients and look forward to seeing the positive impact it will have on airport advertising.”

By leveraging the Ads4WiFi marketplace, airports can now offer advertisers a powerful platform to showcase their brands to a captive audience of Wi-Fi users. This partnership marks a significant step forward in the evolution of airport advertising, providing a streamlined and effective solution for both advertisers and airports alike.

For more information about the Ads4WiFi marketplace and the partnership between GoZone and Qfactor Airport Advertising, please visit www.ads4wifi.com/venues/airports.