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โ€“ New SaaS-powered platform designed to automate user & application connectivity experience testing, accelerate time-to-market, increase accuracy and effectiveness, and lower total costs of deployments and ongoing operations

โ€“ Predefined test suites address challenges faced throughout device lifecycles, firmware upgrades, operating environments and deliver actionable automated insights to reduce discrepancies and improve accuracy

โ€“ Newest addition to Airtiesโ€™ portfolio of testing solutions to be showcased for the first time at Network X in stand C18 from October 14-16

Paris, France โ€“ October 14, 2025 โ€“ At the 2025 NetworkX conference, Airties, a global leader of AI-driven software that improves the connectivity experience for ISPsโ€™ subscribers, today announced the commercial launch of Airties Nova, a new SaaS-powered connectivity experience testing platform with comprehensive test capabilities delivered in a self-contained chamber. Nova is designed to help broadband service providers automate their continuous testing efforts, accelerate time-to-market, increase accuracy and effectiveness, and lower total costs of managed Wi-Fi deployments and their ongoing operations.

Airties Nova addresses historically persistent challenges in testing and performance quality, including the fragmentation and proliferation of CPE and end-user devices, evolving Wi-Fi standards, and frequent software updates from SoC manufacturers and OEMs. Airties Nova provides a complete, self-contained, and automated testing platform designed to be installed on-premises at ISPโ€™s testing facilities.

Airties Nova delivers several key benefits for ISPs seeking a comprehensive, and consistent, testing platform to ensure the Wi-Fi performance quality of their home, MDU, and small business deployments. It comes with predefined test suites and test cases that are highly relevant for improving connectivity performance and reliability. It delivers automated actionable insights based on test results, reducing errors and reliance on manual interpretations. Most notably, Airties Nova focuses on the end-user experience, offering comprehensive testing throughout the lifecycle of CPE devicesโ€“from initial rollout to firmware and BSP upgradesโ€“across client devices and applications in simulated environments to identify potential issues and ensure quality performance.

โ€œService providers face a daunting task of testing and orchestrating a quality experience across a massive, ever-evolving ecosystem of chipsets, embedded software, CPEs, consumer devices, and end-user applicationsโ€“and Airties Nova was purpose-built to help them address this challenge,โ€ said Sachin Chickballapur, Chief Technical and Product Officer at Airties. โ€œAirties Nova simplifies the complexities and inconsistencies of traditional testing methods, continuously assesses the impact of software updates, and delivers it all in a compact form-factor. Ultimately, Airties Nova enables ISPs to accelerate time-to-market, enhance accuracy and effectiveness, and reduce total cost of ownership for their deployments.โ€

Key Features

The key features of Airties Nova include test software and automation, and test equipment and hardware. Specifically, these include:

Test Software and Automation:

  • Provides comprehensive test coverage with focus a on ensuring exceptional end user experiences, including application experiences; functionality, interoperability and stability testing; client/band steering, mesh performance and channel optimization; and performance testing for single or multiple access points (AP) scenarios;
  • Includes predefined test suites categorized by device lifecycle stages, end-user applications (e.g. premium video streaming apps, video conferencing apps, gaming, etc.), and experience groups;
  • Provides actionable insights on test reports and results; and
  • Offers advanced capabilities for device management and results comparison.

Test Equipment & Hardware:

  • Includes a self-contained and modular cage/chamber setup to perform all testing;
  • Provides the capability to test real stations in combination with virtual stations; and
  • Enables capability to conduct mesh-node testing.

Nova Showcased at Network X 2025

Airties Nova is part of Airtiesโ€™ comprehensive testing portfolio, which includes Airties Orbit, and access to multi-floor test homes that include custom robots, called AirBots, which run throughout test houses to test devices and application performance in real-world environments. Airties will showcase its testing portfolio, and its full suite of solutions, including Airties Home, Airties Pro , and Airties Multi, at Network X, from October 14-16 in Paris, in stand C18. In addition, Airtiesโ€™ CEO and founder, Metin Taskin, will speak on the โ€œWi-Fi Network and Servicesโ€ stage on October 15 at 10:00 a.m. about: โ€œKeeping Customers Connected: How Wi-Fi Quality is Shaping Churn,โ€ and join executive panels on October 16 at 10:10 a.m. about โ€œIn-Home and MDU Wi-Fiโ€ markets, and 10:30 a.m. about โ€œIntelligent Home Networksโ€. Sarper Gokturk, VP of Innovation at Airties, will also speak on an executive panel on โ€œNext Gen Wi-Fiโ€ on October 15 at 3:00 p.m.

Airties has received many prestigious industry awards for its innovations, including: โ€œBest Home Wi-Fi Solution Awardโ€ from Broadband World Forum; โ€œBest Wi-Fi Service Provider Solutionโ€ and โ€œBest Home Wi-Fi Productโ€ awards from Wi-Fi NOW; โ€œBest Wi-Fi Innovationโ€ and โ€œBest-In Home Wi-Fi Networkโ€ awards from Wireless Broadband Alliance; โ€œBest Broadband Customer Experienceโ€ from Cable & Satellite International; and numerous others.

โ€“ 28% of US and 37% of UK households are considering switching ISPs in the near future, citing quality issues as a decisive factor

โ€“ Very dissatisfied consumers are far more likely to churn: 82% of US and 92% of UK respondents who are currently very dissatisfied with their Internet are considering switching ISPs in the near future; Consumers with better connectivity are 3-4 times less likely to churn

โ€“ Among those who already switched providers in the past 12 months, 47% of total US respondents cited a combination of poor quality of experience issues (36%) and poor customer support (11%), while 38% cited better pricing/contract options

โ€“ Among those who already switched providers in the past 12 months, 49% of total UK respondents cited a combination of poor quality of experience issues (41%) and poor customer support issues (8%) as the primary reasons for switching, while 35% cited better pricing/contract options

โ€“ Among those who already switched providers in the past 12 months, 69% of US respondents and 74% of UK respondents said they actually pay the same or more than they did with their previous ISP

Paris, France โ€“ October 9, 2025 โ€“ In advance of the 2025 Network X conference, Airties, a global leader of AI-driven software that improves the connectivity experience for ISPsโ€™ subscribers, today announced findings from a newly commissioned consumer survey, independently conducted by Qualtrics, of more than 2,000 households* across the US and UK. The survey revealed a looming churn crisis for ISPs: approximately one-third of households are considering switching providers in the near future, with quality of service being a decisive factor.

โ€œThis survey research underscores a clear message for ISPs: service quality continues to drive churn,โ€ said Metin Taskin, CEO and founder of Airties. โ€œNearly one-third of households in the US and UK are actively considering switching providers due to poor quality of experience. Itโ€™s a multi-billion-dollar problem for broadband service providers globally. With such high churn rates, ISPs are forced to spend incredible time and money chasing new customers every yearโ€”just to break even for the customers they lost. Any incremental improvement in churn can unlock growth and massively improve the bottom line. This survey is further evidence of the imperative for ISPs to focus on customer retention by improving quality. Consumers want fast, consistent, and quality home Wi-Fi connectivityโ€”and the data also shows they are willing to pay more for it.โ€

Looming Risk for ISPsย 

  • Looking ahead, 37% of UK respondents and 28% of US respondents said they are considering switching ISPs in the near future.
  • Among those considering a switch, 31% of UK respondents and 42% of US respondents cite poor Internet quality as the primary reason.
  • The most frustrating quality issues cited that would make respondents want to switch providers include slow Internet browsing (55% UK; 50% US), video freezing (52% UK; 55% US), and devices disconnecting (49% UK; 58% US).

Recent Churn & Correlation Between Dissatisfaction and Future Churn

  • 24% of UK consumers and 18% of US consumers said they have switched ISPs in the past 12 months.
  • Many dissatisfied consumers endured problems for 3 or more months, including waiting until the end of their contract terms, before leaving their ISP (43% UK; 61% US).
  • Nearly all contacted their ISP to complain before leaving (88% UK; 85% US).
  • Very dissatisfied consumers are far more likely to churn: 92% of UK and 82% of US respondents who are currently very dissatisfied with their Internet are considering switching ISPs in the near future; Consumers with better connectivity are 3-4 times less likely to churn.

Wi-Fi Quality & Customer Support > Price

  • 79% of UK respondents and 74% in the US said they currently experience noticeable Wi-Fi problems or interruptions.
  • For those who already switched providers in the UK over the past 12 months, 49% of total respondents cited a combination of poor quality of experience issues (41%) and poor customer support issues (8%) as the primary reasons for switching, while 35% cited better pricing/contract options.
    • Among a list of problematic experiences cited for those who switched in the UK, the primary issues were poor Internet quality (39%), unreliable connectivity (28%), and difficulty fixing Internet problems when they occurred (27%).
    • Among a list of specific Internet quality issues cited for those who switched in the UK, the most problematic issues were slow browsing (52%) and video freezing (49%).
  • For those who already switched providers in the US over the past 12 months, 47% of total respondents cited a combination of poor quality of experience issues (36%) and poor customer support (11%), while 38% cited better pricing/contract options.
    • Among a list of problematic experience issues cited for those who switched in the US, the primary issues were poor Internet quality (44%), unreliable connectivity (27%), and difficulty fixing Internet problems when they occurred (28%).
    • Among a list of specific Internet quality issues cited for those who switched in the US, the most problematic issues were slow browsing (36% US) and video freezing (50% US).

Consumers Will Pay More for Reliable, High-Quality Wi-Fi

  • Consumers who switched ISPs in the past 12 months said they actually pay the same or more than they did with their previous ISP (74% UK; 69% US).
  • Consumers prioritize quality over savings: 74% in the UK and 58% in the US would not switch ISPs for a lower price if it meant worse Wi-Fi.

Exceptional Connectivity is Essential

  • Streaming dominates daily use across both sides of the pond, with UK households prioritizing video streaming and Wi-Fi calling (e.g., WhatsApp, FaceTime, etc.) as the top priorities; and US households prioritizing video streaming and online gaming as the top priorities.
  • Consumers want smarter network management: 75% of UK and 56% of US respondents said the ability to control or prioritize their bandwidth based on applications (e.g. giving Zoom higher priority over YouTube) would be valuable.
  • 82% of UK and 55% of US respondents said they are interested in a Wi-Fi system that automatically predicts and prioritizes Internet usage based on household needs.

Airties empowers broadband service providers to deliver smooth, smart connectivity for all. Across the globe, ISPs rely upon Airtiesโ€™ software for the ongoing optimization of their customersโ€™ broadband experience to help reduce churn, attract new customers, lower operating and support costs, and innovate in new ways. Airtiesโ€™ AI-driven insights, across devices and applications, helps ISPs improve performance quality, market effectively, and deliver a premium managed broadband experience to consumers. Airties Home directs consumersโ€™ devices (laptops, tablets, phones, game consoles, IoT, smart home devices, etc.) to the best available Wi-Fi access point and frequency band based on real-time network conditions; manages Mesh networking; and optimizes QoS. It also helps ISPs observe, diagnose, and fix in-home connectivity issues automatically or through actionable recommendations; delivers insights and optimizations for connected devices and applications; and provides intuitive dashboards and APIs to support operatorsโ€™ CRM systems and customer facing support apps to manage their home networks, set parent controls, prioritizations, guest access, and more.

Airties has received many prestigious industry awards for its innovations, including: โ€œBest Home Wi-Fi Solution Awardโ€ from Broadband World Forum; โ€œBest Wi-Fi Service Provider Solutionโ€ and โ€œBest Home Wi-Fi Productโ€ awards from Wi-Fi NOW; โ€œBest Wi-Fi Innovationโ€ and โ€œBest-In Home Wi-Fi Networkโ€ awards from Wireless Broadband Alliance; โ€œBest Broadband Customer Experienceโ€ from Cable & Satellite International; and numerous others.

Airties will exhibit at the upcoming Network X conference, October 14-16 in Paris, in stand C18. In addition, Airtiesโ€™ CEO and founder, Metin Taskin, will speak on the โ€œWi-Fi Network and Servicesโ€ stage on October 15 at 10:05 a.m. about: โ€œKeeping Customers Connected: How Wi-Fi Quality is Shaping Churn,โ€ and join executive panels on October 16 at 10:10 a.m. about โ€œIn-Home and MDU Wi-Fiโ€ markets, and 10:30 a.m. about โ€œIntelligent Home Networksโ€. Sarper Gokturk, VP of Innovation at Airties, will also speak on an executive panel on โ€œNext Gen Wi-Fiโ€ on October 15 at 3:00 p.m.

Additional details from Airtiesโ€™ US and UK consumer survey results are available in a whitepaper at www.airties.com.

* Survey of 2,130 respondents who are connected to Wi-Fi across the UK (1,038) and US (1,092), commissioned by Airties in Q3 2025, and conducted by Qualtrics.

Energy Harvesting is the process of capturing, transforming, and storing energy from various ambient sources like solar power, RF waves, and physical vibration. This technology plays an essential role in the foundation of ambient IoT, a new generation of ultra-low power connected devices that operate by drawing energy from their environment instead of relying on traditional batteries.

By eliminating the need for batteries, energy harvesting technologies are transforming IoT devices by improving scalability, extending the lifespan of devices, increasing reliability, and reducing maintenance and costs associated with frequent battery replacement. These advancements also contribute to a more sustainable future of IoT by significantly lowering the detrimental impact that batteries have on the environment.

Common applications suited for Energy harvesting include smart home devices like wireless switches and locks, smart buildings, asset tracking, smart metering, and factory automation.

Light-based energy harvesting through photovoltaic (PV) technologies is leading the way, thanks to its ease of integration, reliability, and consistent performance in both indoor and outdoor environments.

Challenges of Energy Harvesting

An estimated 15 billion batteries are discarded every year, creating a significant ecological footprint. Ambient IoT addresses this environmental impact as well as the logistical challenges of battery-powered devices. Harvesting energy and battery-less solutions reduces waste and enables longer device life, making it ideal for applications like asset tracking, smart agriculture, and industrial monitoring.

However, adopting energy harvesting technologies, particularly PV-based energy harvesting solutions, comes with its own challenges and requirements.

A typical light-based energy harvesting system should include four main components:

  • PV Cell: Converts light into electrical energy. The efficiency of this conversion depends on light intensity, angle, and cell material.
  • PMIC (Power Management IC): Regulates voltage, boosts power, and performs maximum power point tTacking (MPPT) to optimize energy capture.
  • Energy – Storage: Stores harvested energy using supercapacitors, rechargeable batteries, or hybrid solutions. The choice depends on the applicationโ€™s energy profile and duty cycle.
  • Load: The embedded system that consumes energy, such as a sensor node or wireless transmitter.

When designing these systems, itโ€™s important to understand how energy flows from source to consumption, especially when relying on PV cells to power the IoT device. You need to know how much energy the PV cell generates under specific lighting conditions, how efficiently that energy is transferred and stored, and most importantly, whether it’s enough to support your deviceโ€™s workload and operation.

Here, we walk through how to evaluate each stage of energy flow, helping you answer the core question: can your energy budget support your use case?

Weโ€™ll also explore the architecture, energy flow, design trade-offs, and validation techniques for light-based energy harvesting systems, with a focus on practical tools like the Silicon Labs EFR32xG22E Energy Harvesting Explorer Kit and Qoitechโ€™s Otii Ace Pro.

The Setup: Energy Harvesting HardwarexG22-EK8200A

The xG22E Energy Harvesting Explorer Kit is designed to enable functionality and accelerate the development of energy-harvesting powered devices using the RF protocols Bluetooth Low Energy (LE) and Zigbee Green Power. Built on the Silicon Labs EFR32xG22E Explorer Board, it offers ultra-fast low-energy cold start and low-energy deep sleep wake-up, making it ideal for a multitude of energy-constrained applications. It includes three shields co-developed with industry leading PMIC provider e-peas that fit securely into the Explorer Kit Board, enabling evaluation of sources including PV cells.

BRD8201A – Dual Harvester Shield

This shield uses e-peas’ latest and most advanced PMIC, the AEM13920, and allows developers to experiment with dual harvest sources simultaneously, debug standalone operation scenarios, and evaluate battery lifetime.

BRD8202A – Kinetic Button Shield equipped with BRD8206A – Kinetic button

This shield allows the demonstration of a specific application using a kinetic switch to power the wireless SoC. Itโ€™s dedicated for kinetic/pulse harvest applications and uses the e-peas AEM00300.

BRD8203A – Battery Shield

This shield allows for experimentation with alternative battery chemistries and supercapacitors.

Contents of EFR32xG22E Energy Harvesting Explorer Kit

The contents of EFR32xG22E Energy Harvesting Explorer Kit. The PV cell is a voltaic system P121 R1H, a PV cell designed for outdoor use. The energy storage is a Tecate 10F 3.8V Lithium supercapacitor.

Otii Ace Pro

The measurement setup consists of Otii Ace Pro units from Qoitech. The Otii Ace Pro is a comprehensive instrument designed for low-power and dynamic power profiling. With the addition of software toolboxes, it becomes a powerful tool for profiling, testing, and emulating batteries and energy harvesting systems. For this study, only the perpetual, free version of the Otii software was needed and used.

Setting Up the Measurements

Two Ace Pros are set up: one in line with the PV cell to measure and profile the incoming energy flow and how the PMIC handles it, and the other in line with the energy storage, e.g. battery or super capacitor, to monitor how energy flows in and out of it, see Fig 1. An additional Otii Ace Pro can be set up to measure the pins P101 on the xG22-EK8200A board to evaluate the performance of the Silicon Labs chipset. For more details on the connection points, please see the user guide.

The settings used for both the Otii Ace Pros are in-line and 4-wire mode with Main current, voltage and power channels activated.

Schematics for Setup of Silicon Labs xG22-EK8300A with 2 Otii Ace Pros

Schematics for the measurement setup of Silicon Labs xG22-EK8200A with two Otii Ace Pros. The setup is scalable, depending on the number of components that need to be evaluated.

Light Energy Harvesting Evaluation

Light energy harvesting evaluation with Silicon Labs xG22-EK8200A with Qoitechโ€™s Otii Ace Pro.

Energy Harvesting in Action

The Eenergy From PV Cell and PMIC Behavior

Letโ€™s observe the energy output from the PV cell, which is being harvested by the e-peas AEM13920 energy harvesting. When observing the current and voltage measurements from the Otii Ace Pro (in this setup called Ace_EnergyHarvester), connected in line with the PV cell, you’ll see frequent spikes, see Otii graph below. Zooming in on these reveals how the PMIC operates.

Each cycle begins with the PMIC temporarily disconnecting the energy harvester (EH) load. This brief pause allows it to measure the Open Circuit Voltage (Voc) of the EH. The measured Voc is then used to calculate the Maximum Power Point (MPP) โ€” the voltage at which the EH operates most efficiently.

For many energy harvesters, the ratio between Voc and the MPP voltage remains constant, regardless of the illumination. In the case of the e-peas PMIC, this ratio is configurable between 35% and 85%, with the default setting at 75%. In the highlighted period in the data, the Voc is measured, and the PMIC then regulates the voltage to maintain at 75% of the Voc.

Cyclic Current and Voltage Behavior of PMIC and PV Energy Harvester

Cyclic current and voltage behavior of PMIC and PV energy harvester.

As light levels increase, the harvested energy also rises, corresponding to the updated Voc readings and – showcasing the PMICโ€™s dynamic response to changing environmental conditions, see below.

PMIC's Dynamic Response to the Increased Illumination

Energy Storage

By analyzing the current and voltage measurements from the Otii Ace Pro (in the setup called Ace_Battery), which monitors energy flowing into and out of the energy storage (battery), we can observe both the battery voltage and the direction of current flow. In this setup, a positive current indicates battery discharge, while a negative current indicates charging.

In the figure below, at the beginning of the highlighted section, the Silicon Labs chip wakes up and transmits data. During this activity, the average current is positive, indicating that the chip is drawing more power from the battery than the energy harvester supplies at that moment. However, when observing the entire period cycle of transmission and sleep, the overall current and energy values are negative, as seen in the whole highlighted section. This means the energy harvester supplies more energy than the chip consumes during idle time, allowing the battery to recharge. In this case, the system is self-sustaining.

Current and Voltage Behavior

Current and voltage behavior when the chipset wakes up and transmits the data.

The IoT Device Power Profile

Designing and optimizing a highly efficient energy harvesting system involves many variables. One of the most critical starting points is ensuring that the target device in itself is energy efficient. Consistent measurement and ongoing optimization throughout the development process are keys to success, – along with selecting low-power components that enable an efficient overall design.

The BRD8201A, a – dual harvester shield featuring the EFR32xG22E wireless MCUs, is one such component. As part of the EH kit, we give developers the opportunity to explore and evaluate its performance under real-world energy harvesting conditions.

In this setup, we analyzed its behavior using the Otii Ace Pro, which weโ€™ve named Ace_IoT for this configuration. The results, shown in the figure below, display the current consumption of the Silicon Labs chip powered by energy harvesting.

During the active period, which occurs every 27 seconds, the average current consumption is approximately 160 ยตA. In sleep mode, the chip draws less than 300 nA on average, highlighting its suitability for ultra-low-power applications./p>

Current Consumption of BRD8201A

Current consumption of the BRD8201A – Dual Harvester Shield in sleep mode.

Silicon Labs’ energy harvesting platform for EFR32xG22E wireless MCUs is optimized for ultra-low-power consumption. Measured specifications show that a cold boot from Power-on Reset requires just 150 ยตJ, while waking from deep sleep mode (EM4) consumes 17 ยตJ, enabling rapid task execution with minimal energy overhead. The platform employs precise energy budgeting techniques, balancing input and consumption in microjoules, and dynamically adapts firmware behavior based on available energy – modulating transmission frequency, payload size, and memory operations. This architecture supports sustained operation in energy-constrained environments, making it ideal for scalable Ambient IoT deployments.

There is a complete breakdown of this mechanism for IoT transmission optimization in this document resource page.

Summary: Battery-Less IoT is Here

This evaluation underscores the transformative potential of light-based energy harvesting in enabling battery-less IoT systems, particularly through the integration of Silicon Labsโ€™ EFR32xG22E platform and Qoitechโ€™s Otii Ace Pro measurement tools. By leveraging PV cells and advanced PMICs like the e-peas AEM13920, developers can design systems that dynamically adapt to environmental conditions, optimize energy capture through maximum power point tracking (MPPT), and maintain energy balance even in fluctuating light scenarios. The studyโ€™s setup, – featuring dual Otii Ace Pros to monitor both the energy input from the PV and the storage behavior, – provides a granular view of how energy flows through the system, revealing critical insights such as the chipโ€™s ultra-low sleep current (<300 nA) and efficient wake-up energy consumption (17 ยตJ from EM4). These metrics highlight the feasibility of sustained operation in energy-constrained environments.

Moreover, the evaluation demonstrates that with proper profiling and design trade-offs, such systems can achieve self-sufficiency, as evidenced by the net-negative current during full transmission-sleep cycles. This not only validates the energy harvesting architectureโ€™s viability but also emphasizes the importance of selecting low-power components and continuously optimizing firmware behavior based on real-time energy availability. The use of supercapacitors and hybrid storage solutions further enhances system resilience, especially during low-light periods. As Ambient IoT continues to gain traction, the insights and methodologies presented here serve as a practical blueprint for developers aiming to build scalable, sustainable, and maintenance-free IoT solutions. With tools like the xG22E Energy Harvesting Explorer Kit and Otiiโ€™s profiling suite, the future of battery-less IoT is not just promising, – itโ€™s already within reach.

The Finals brings a fresh twist to the team-based FPS genre, offering dynamic virtual arenas and innovative gameplay mechanics. With so many ways to play, no two matches ever feel the same โ€” whether youโ€™re running and gunning, demolishing entire sections of the map, or sneaking through with a katana.

But no matter how you play, one thing never changes: connection issues suck. It doesn’t matter how skilful or mechanical you are as a player, lag, high ping or packet loss can completely ruin your gameplay experience and lead to you and your team unnecessarily losing games.

This is where we come, the Netduma team have created this blog to help fix your connection issues in The Finals. In this blog we’ll cover a range of tips and show you how to completely eliminate lag, high ping and packet loss in The Finals.

The Finals Server Status

Before we start changing your network setup or settings, the first thing to check if you suddenly start to lag is the server status. If The Finals game servers are experiencing issues or underperforming it may negatively affect your gameplay.

Unfortuntely, there’s no official way to check if The Finals servers are down or experiencing issue. The best places we’ve found to check are The Finals Reddit, X account or Discord server.

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If the servers are experiencing issues, there’s no direct fix for it. It’ll be down to the game developers to fix or update them for connections to return to normal.

If the servers are running normally and you’re still lagging, then keep reading this blog to fix all connection issues in the Finals.

In-Game Settings

The Finals has a useful setting called Preferred Region which can be found under Gameplay and then General. This setting allows you to choose a region of servers across the world to play on.

This is an important setting as your in-game ping is calculated based on the game server your connect to. The greater the physical distance between you and the game server you connect to, the higher your ping will be.

GF_1.png

This should be set to Automatic by default, which should allocate you to the best region for your location, but its worth checking if you are experiencing high ping in The Finals.

Its worth mentioning some regions will have multiple servers within them, so depending on where you live in a region you may still experience high ping when connecting to a far away server within the region. We have the ultimate solution to connecting to the best The Finals servers later on in this blog.

Use a Wired Connection

The quickest and easiest change you can make to drastically improve your connection in The Finals, or any online game, is switching to a wired ethernet connection.

Wi-Fi is incredibly convenient to get devices connected to your router, but its not ideal for a gaming connection. This is because Wi-Fi can suffer from interference and reduced signal strength, especially if it has to travel through walls or doors to reach your gaming device.

These Wi-Fi issues will cause ping spikes and packet loss in online games which can completely ruin your gameplay. A ethernet cable on the other hand provides a faster and more importantly stable connection between your router and gaming device.

Running a long cable across your home might not be possible, so you could look into Powerline Adapters which use your home electrical wiring to carry a wired connection, providing a stable connection without a wire.

Ethernet-v-WiFi.png

How to get the Best Connection in The Finals

If the servers aren’t experiencing issues and you’re playing over a wired connection but still experiencing lag in The Finals, it might be time for a more serious solution. Introducing the Netduma R3 gaming router, the ultimate tool to optimising your connection in The Finals. Its powerful features can resolve high ping, packet loss and an unstable connection.

Website_R3_Preview_Image.webp

Fix High Ping in The Finals

Its quite hard to know what your ping is in The Finals as there’s no way to display this statistic in game unfortunately. You’ll definitely feel it when playing on a high ping though, your movement and inputs will feel sluggish and you’ll be at a huge disadvantage.

The Geo-Filter feature on the Netduma R3 eliminates high ping in The Finals. It works by creating a customisable filter radius around your location that blocks connection to servers outside of it.

You can use another R3 feature – Ping Heatmap, to find the locations and connection quality of The Finals servers. Then with this information you can adjust your Geo-Filter to only include the best servers.

The side menu of the Geo-Filter will also show you your ping in real time when playing The Finals, so you won’t need to guess anymore.

If you want to learn more about the Geo-Filter, or see the feature in action check out the video below:

Fix Ping Spikes in The Finals

With all of the chaos in The Finals, an unstable connection can make it hard to keep up. Constant changes in your ping, otherwise know as jitter can make you out of sync with the game server and cause your gameplay to feel unresponsive.

The Steady Ping feature on the R3 removes jitter from your connection and stabilises your ping for more fluid gameplay. Steady Ping automatically stabilises your ping when using the Geo-Filter so you’ll be able to enjoy a low ping and stable connection.

The default Simple Mode does all of the work for you, but if you want to tinker with settings to find the sweet spot for your connection you can try Expert Mode.

Steady Ping Results.png

Fix Packet Loss in The Finals

Last but not least, congestion on your network may be causing your connection issues. If you game on a busy network full of bandwidth heavy activity like streaming and downloading it can cause ping spikes and packet loss.

SmartBOOST on the Netduma R3 eliminates congestion across your whole network but managing your bandwidth between prioritised and non-prioritised traffic. This ensures important activities like gaming always get the optimal amount, but larger activities like streaming can’t take more than they need.

As every device and applications only receives the amount of bandwidth they need, this removes congestion and stops bufferbloat from occurring on your network. This means your gaming experience will always stay fast and stable, no matter how busy your network is.

If you want to see SmartBOOST in action, check out our live demonstration of a busy network being optimised below:

 

 

The World WLAN Application Alliance (WAA) and the SAMENA
Telecommunications Council signed a memorandum of understanding, officially
launching a comprehensive strategic partnership in the field of wireless local area
networks (WLAN). The collaboration aims to jointly promote international standard
setting and promotion, among other areas, to advance the global WLAN industry.
As a key platform for decision-makers in the information and communication
technology (ICT) industry, the SAMENA Telecommunications Council has been
committed to driving digital transformation in the South Asia-Middle East-North
Africa (SA-ME-NA) region, achieving remarkable results in policy formulation,
regulatory reform, knowledge sharing, and capacity building.
According to the MoU, the two parties will engage in in-depth collaboration across
several key areas, including focusing on the trends, challenges, and opportunities in
the WLAN field, collaborating with relevant stakeholders from regional and
international organizations toย expand the scope and amplify the impactย of their
initiatives and foster international cooperation in the WLAN industry. Meanwhile, the
two parties will establish a regular communication and coordination mechanism to
ensure the efficient progress of the cooperation.

Yang Tao, Secretary General of the WAA, stated: โ€œThe collaboration with SAMENA
holds significant meaning. By integrating resources and strengths from both sides, we
will jointly promote the establishment of international standards for the WLAN
industry, the promotion of industry norms, the application of technological
innovations, and market expansion, thereby contributing more substantially to the
prosperous development of the global WLAN industry.โ€
Bocar BA, CEO of the SAMENA Council and Board Member, stated: โ€œThis
collaboration agreement with the WAA is a part of the SAMENA Councilโ€™s broader
strategy to support digital transformation by enabling better connectivity, enhanced
end-user experience, and more inclusive broadband access across the SA-ME-NA
countries. The SAMENA Council is committed to supporting the private-sector as
well as growing digital economies as they strive to achieve new digital transformation
milestones. For this, quality broadband access is fundamental.โ€

As the worldโ€™s first international industry and standards organization focused on
WLAN application experience, WAA has brought together over 90 global industry
chain partners since its establishment in September 2022. It has built a mature WLAN
product performance testing and certification system, released multiple white papers
and application experience standards, and completed certifications for numerous
products, injecting strong momentum into the healthy development of the global
WLAN industry.

The powerful combination of Aprecommโ€™s CPE management and customer experience software, with VECTORโ€™s expertise in network integration and operational support, offers broadband service providers a pathway to fully automated, self-healing networks.



Gdynia, Poland โ€“ September 24, 2025: Today, VECTOR, a leading provider of managed services to telecommunications companies (telcos), and Aprecomm, the provider of an intuitive, self-healing network and customer experience platform, are excited to announce a new strategic partnership. The collaboration will see Aprecommโ€™s award-winning customer experience software integrated into VECTORโ€™s managed services offering for European-based service providers seeking to provide seamless in-home connectivity experiences.

The partnership will enable VECTOR to offer Aprecommโ€™s full range of AI-powered solutions, including WiFi optimization software, to broadband providers across Europe. This includes the ability to upgrade existing devices via a cloud-based system remotely.

โ€œThis collaboration strengthens our managed service offering by enabling service providers to enhance user experience and boost support efficiency through the latest AI technology,โ€ said Jakub Bukowski, Chief Operating Officer at VECTOR. โ€œWith its extensive experience in highly competitive telecommunications markets, we believe Aprecomm understands the challenges faced by providers. Their solution offers a quick time-to-market and adheres to an open standards approach. We are excited to include their solution in our portfolio.โ€

By leveraging advanced AI and patented quality of experience algorithms, Aprecomm is helping service providers chart a path to fully automated zero-touch networks. Its solution adopts a self-healing approach to managed WiFi, adjusting the network to accommodate the unique needs of each user and the performance of every application. Advanced analytics and automated support tools provide access to invaluable customer insight and data, enabling service providers to monitor end-to-end network performance in real-time. Aprecommโ€™s CX suite is field proven[1] to enhance subscriber satisfaction and reduce operational costs, and recently secured Frost & Sullivanโ€™s Best Practices Award for Innovation. Learn more here.

โ€œWeโ€™re excited to partner with VECTOR and offer our powerful CX software to service providers throughout Europe,โ€ said Pramod Gummaraj, Founder & CEO of Aprecomm. โ€œWe believe that every service provider should have access to affordable AI-powered tools to automate network management and reduce operational costs. With its extensive industry experience, large distribution network, and focus to satisfy the growing demand for new andย customized products andย services, VECTOR is the ideal partner to help us garner widespread adoption of our solution and help service providers bring better online experiences to consumers.โ€


About VECTOR

VECTOR is a technology consulting and managed services provider focused exclusively on the telecommunications market. For over three decades, we have been a trusted partner to some of the worldโ€™s leading telecom operators, digital and multi-service providers, and hyperscalers.

We specialise in network services that accelerate digital transformation for our clients. Our comprehensive portfolio includes consulting, application development, and systems integration, all designed to help telecom businesses build future-proof, software-intensive networks and enhance customer experiences.

Across the Middle East, hotel guests expect to stay connected as easily as they do at home. The region hosts a mix of business and leisure travellers, including a fast-growing segment of bleisure guests who expect to work and relax effortlessly while staying at a hotel. In this context, connectivity is no longer an add-on but a baseline expectation; thus, providing great hotel guest Wi-Fi in the Middle East is crucial.

Throughout this region, the hospitality industry continues to experience rapid growth, with fierce competition. Guests reward properties that deliver seamless connectivity and penalize those that donโ€™t. Hotels that invest in modern, well-managed Wi-Fi are better positioned to drive positive reviews, repeat bookings, and long-term loyalty.

WorldVue helps hotels in the region achieve these goals for hotel guest Wi-Fi in the Middle East. With decades of expertise, advanced GIA solutions, and guest-facing platforms built on reliable networks, we empower properties to exceed expectations and deliver measurable ROI.

https://www.worldvue.com/wp-content/uploads/2025/09/9.30_HotelWiFiME-Whitepaper.pdf

With wireless connectivity evolving at breakneck speed, I recently had an opportunity to hit the pause button and take stock of 5G open radio access network (O-RAN) technology and what the future holds for O-RAN radio unit (O-RU) testing.

In my musings, I was joined byย RCR Wireless Newsย magazine editor-in-chief, Sean Kinney, who led a panel discussion on the evolution of O-RAN open innovation. Sean set the stage with a reminder that O-RAN is a movement founded by wireless operators seeking to diversify suppliers, increase flexibility, reduce costs and effectively โ€œbreak apartโ€ the RAN to expand its reach and appeal. In the past several years, thatโ€™s led to the release of more than 100 specifications covering everything from interfaces to platform orchestration.

O-RAN Trends to Watch

More recently, the O-RAN Alliance โ€“ and the industry at large โ€“ has championed cloud-based radio access as a means to conserve energy and enhance spectral efficiency. The ability to tie into the cloud is also spurring efforts to leverage AI to support shared O-RAN compute resources and edge-based services.

With 6G on the horizon, O-RAN is evolving beyond enhanced mobile broadband. Features like โ€œmini-slotโ€ scheduling allow for unencumbered data movement, because data no longer has to wait for the entire time slot to elapse before transmission can begin. This is important for time-sensitive technology like ultra-reliable low-latency communication (URLLC) in applications ranging from industrial automation to autonomous vehicles.

 

 

2025 is also shaping up to be a busy year on the integration front. O-RU designs are moving away from bulky FPGAs toward system-on-chip solutions as a means to significantly reduce power consumption and lower BOM costs. The bar is high in terms of cost cutting, but the goal is to make O-RUs as cost-effective as enterprise access points, which is critical for O-RAN to thrive in a competitive marketplace.

Interoperability Testing Ensures O-RAN Adoption at Scale

These exciting radio initiatives have a common trait: they depend heavily on smarter testing and integration. The O-RAN community has spent years promoting O-RU interoperability, for example, but itโ€™s time to move past paper conformance and lean into real-world feedback to better manage vendor test strategies.

At LitePoint, RU testing is no longer just about verifying boxes on a checklist โ€“ itโ€™s value is best appreciated when validating performance under pressure. For years, we focused on meeting front-haul and 3GPP conformance requirements, but now, with real carrier deployments underway, network operators are pushing testing into four key areas:

  • Real-world scenarios that simulate traffic slicing, bursty data and mixed-service types
  • Stress testing with full-bandwidth utilization, high modulation rates and peak-to-average power challenges to push the front-end modules to their limit.
  • Multi-vendor compatibility that ensures radios adapt seamlessly to different distributed units.
  • Proprietary features unique to specific carrier deployments.

MIMO Migrates to Parallel Antenna Testingย 

Another area ripe for innovation is MIMO antenna testing. Traditional antenna-by-antenna (or chain-by-chain) testing offers only a narrow view of performance by focusing mainly on power measurements. More complete MIMO testing reveals how an entire system performs under real-world conditions.

A case in point is error vector magnitude (EVM) โ€“ a key metric that quantifies the difference between an ideal transmitted signal and the actual received signal. In real-world tests, MIMO measurements can uncover performance degradation that single-chain tests completely miss. Problems like crosstalk, PCB layout errors, front-end module limitations and potential issues with power supply bypass capacitors are uncovered only when multiple antennas operate in parallel, as they would in live deployments.

By measuring all chains simultaneously, parallel MIMO antenna chain testing can reduce costs by doubling test throughput and unit-per-hour test rates. As manufacturers prepare for large-scale production, MIMO testing is becoming the gold standard, not just for performance validation but for enabling scalable, cost-effective manufacturing.

Automation Is the Key to Scale

Automation is where O-RAN testing gets truly exciting. One of the beautiful things about O-RAN is theย ability to take advantage of the M-plane, or fronthaul interface, that physically connectsย the O-RU and the distributed unit (O-DU).

 

Thanks to the O-RAN M-plane interface, we can now create a relatively generic automation framework that allows any vendor to simply drop in their specific M-plane XML file for the radio control.ย This makes it easy to automate radio testing from different vendors toย validate performance, optimize through calibration and quickly scale to high-volume manufacturing.

O-RAN Reality Check

Despite the gloomy headlines about O-RANโ€™s commercial struggles, innovation hasnโ€™t stopped. If anything, the push for lower costs, better interoperability and smarter test solutions is accelerating. The ecosystem remains vibrant, but success will depend on whether we can keep driving performance up and costs down while ensuring reliability in every real-world deployment.

To that end, every step of O-RAN radio development โ€“ from raw silicon to finished goods โ€“ relies on product-level testing. Isolated testing of RUs is no longer only practical; itโ€™s the only way to capture and optimize key performance metrics while identifying failures early. As someone whoโ€™s deeply invested in RU testing, I can say this: the work weโ€™re doing today is laying the groundwork for O-RANโ€™s next big leap.

Ever had your wireless network choke when 30 executives connect simultaneously during a board meeting? Or watched clients stubbornly cling to a congested 2.4 GHz band instead of switching to your pristine 6 GHz spectrum?

These frustrations stem from a fundamental Wi-Fi limitation: devices could only connect to one frequency band at a time. Even with 2.4 GHz band, 5 GHz band, and 6 GHz band spectrum available, clients had to pick just one.

Multi-Link Operation (MLO) changes everything. This core feature included in the IEEE 802.11be (Wi-Fi 7) standard allows a single device to simultaneously send and receive data across different frequency bands and channels to a single access point. Instead of choosing between bands, devices can now use them together through simultaneous connections.

This fundamental shift from traditional single-link Wi-Fi delivers higher throughput, lower latency, and improved reliability. For network engineers, MLO solves connection problems weโ€™ve battled for decades.

How Does Multi-Link Operation Boost Your Networkโ€™s Speed and Reliability?

MLO delivers multiple benefits for network performance:

  • Higher Throughput Through Link Aggregation โ€“ MLO combines bandwidth from multiple bands rather than forcing devices to use just one. Testing shows this can potentially double throughput for compatible clients, boosting performance.
  • Lower Latency Via Link Selection โ€“ MLO automatically routes time-sensitive packets like VoIP over the fastest path. This happens instantly without dropping connections.
  • Improved Reliability Through Link Redundancy โ€“ If one link experiences interference, traffic automatically shifts to other available links without dropping the connection. This keeps devices connected even when RF conditions change suddenly.
  • Connection Stability in Congested Networks โ€“ MLO distributes traffic across multiple bands, reducing interference impact on any single connection. This maintains better performance even when individual bands experience heavy usage.

MLO vs. Traditional Single-Link Operation

Feature Single Link Operation (all legacy versions of Wi-FI) Multi-Link Operation (Wi-Fi 7)
Bands Use Simultaneously 1 2 (2.4/5/6 GHz)
Maximum Throughput Limited by one band Aggregated across bands
Latency Higher, prone to congestion Lower, less congestion
Reliability Susceptible to interference Stable, dynamic switching
Suitability for Dense Environments Limited Excellent

Pro Tip:

While MLO helps mitigate interference, proper channel planning remains essential.
Co-channel interference is still a concern, especially in the 2.4 GHz band.

What Are the Different Types of Multi-Link Operation Modes?

MLO operates in several modes designed for different device capabilities and use cases.

Multi-Link Single Radio (MLSR)

MLSR uses one radio that switches between multiple bands.

Benefits:

  • Dynamic band switching with one radio
  • Lower power consumption
  • AP Support is optional

Enhanced Multi-Link Single Radio (eMLSR)

eMLSR uses one radio that switches between multiple bands but can listen on multiple bands while transmitting on one.

Benefits:

  • Dynamic band switching with one radio
  • Lower power consumption
  • Compatible with most client devices
  • Supported by all APs

Multi-Link Multi-Radio (MLMR)

MLMR uses multiple dedicated radios for simultaneous operation across bands.

Benefits:

  • True parallel transmission
  • High throughput
  • Higher power consumption
  • AP Support is optional (not commonly supported)

STR (Simultaneous Transmit and Receive) Mode

STR allows transmitting on one band while receiving on another simultaneously.

Benefits:

  • Lower latency
  • Most noticeable gains in throughput and latency
  • Supported by all APs
  • Higher power consumption

When to Use Each Mode

  • MLSR: Most simple version of MLO, good for mobile devices with a single radio and only one antenna
  • eMLSR: Best for mobile devices, IoT endpoints, and battery-powered equipment that need efficiency
  • MLMR: Great for devices that require higher throughput, but works best on low utilization and interference environments
  • STR: Ideal for access points, high-performance laptops, and fixed equipment that prioritize speed and low latency

ML Operation Modes

Mode Name Simultaneous Use Frequency Flexibility Typical Hardware Requirement Key Benefit
STR Yes High Multi-radio Maximum throughput, low latency
eMLSR Yes (dynamic) Very High Single radio Efficient setup, dynamic switching
MLSR Yes (dynamic) High Single radio Dynamic switching
MLMR Yes (static) Low Multi-radio High Throughput

Pro Tip:

Most client devices will use eMLSR mode due to power and cost constraints. Plan your network to optimize for eMLSR performance while supporting STR capabilities in access points.

Which Applications Benefit Most from Multi-Link Operation?

MLO delivers the biggest performance improvements for applications requiring high bandwidth, low latency, or both:

VR/AR Applications and Wireless VR Headsets

VR/AR gaming needs massive bandwidth and instant response times. MLO sends control signals over the fastest connection while streaming visuals through high-capacity links, preventing the motion sickness caused by delayed visual feedback.

Cloud Gaming and Online Gaming

Cloud gaming depends on consistent, low-latency connections for smooth gameplay. MLO sends gaming data through the clearest channels while background downloads use separate links, stopping lag spikes at crucial moments.

8K Video Streaming

8K video streaming requires more bandwidth than single connections can reliably provide. MLO combines capacity from multiple bands, delivering smooth playback without constant buffering interruptions.

Video Conferencing and Virtual Collaborations

Video conferencing requires stable connections for clear communication. MLOโ€™s backup links prevent interference from disrupting calls by automatically switching traffic to cleaner frequencies when needed.

Emerging Metaverse Applications

Metaverse platforms need both VR/AR performance and support for multiple users interacting simultaneously. MLO delivers the combined bandwidth and low latency routing these complex environments demand.

Real-Time Latency-Sensitive Applications

Industrial control systems, financial trading platforms, and medical monitoring equipment need instant data transmission with reliable backup options. MLO routes critical information through optimal paths while maintaining redundant connections for safety.

Application Bandwidth and Latency Requirements

Application Bandwidth Required Latency Class MLO Benefit
VR/AR Headsets 25+ Mbps Real-time (L2) High bandwidth + ultra-low latency
Gaming >4 Mbps Real-time (L2) Consistent low latency
8K Video Streaming 100 Mbps Real-time (L2) High bandwidth aggregation
Video Conferencing 1 Mbps Real-time (L2) Connection reliability
VoIP <0.5 Mbps Real-time (L2) Ultra-reliable, low latency
Industrial Control <0.5 Mbps Non-real time (L1) Ultra-reliable connections

Test your networkโ€™s readiness for these applications and validate that your infrastructure can support next-generation wireless demands.

What Do You Need to Implement Multi-Link Operation?

Implementing MLO requires specific hardware and careful planning across your network infrastructure.

Hardware Requirements

MLO needs hardware specifically designed for Wi-Fi 7 (802.11be). Unlike previous Wi-Fi improvements, MLO requires fundamental architectural changes to both access points and client devices rather than simple firmware updates.

Compatible Devices and Access Points

Both access points and client devices must support Wi-Fi 7 and MLO.

Firmware Version Requirements

All devices need current firmware to properly negotiate MLO connections. WLAN controllers also require software updates to support MLO configuration and management features.

Network Configuration Considerations

Key planning factors include:

  • Spectrum availability: Some versions of MLO work best with clean spectrum across multiple bands (2.4/5/6 GHz)
  • Power requirements: Wi-Fi 7 APs may need PoE+ or PoE++ due to multiple active radios
  • Mixed environments: Plan for both MLO-capable and legacy clients during transition periods

Setup Process Overview

Implementation involves updating infrastructure components, planning channel allocation across bands, configuring SSIDs for different client types, and testing with actual Wi-Fi 7 devices before full deployment.

Summary Table: MLO Implementation Requirements

Requirement Details
Router/Access Point Must support Wi-Fi 7 and MLO, multiple radios for 2.4/5/6 GHz bands
Client Device Must support Wi-Fi 7 and MLO
Firmware/Software Latest updates required on both router and client
Operating System Windows 11 24H2+ for PCs, latest OS for other devices
Bands Required At least two of 2.4 GHz, 5 GHz, or 6 GHz (6 GHz not strictly required)

Pro Tip:

Start with a phased deployment in high-value areas like conference rooms. This validates MLO benefits in your environment before wider rollout.

How Do You Validate Multi-Link Operation Performance in Real Networks?

Deploying MLO is just the first step. You need to verify itโ€™s delivering the promised benefits. Professional network testing tools help validate performance and troubleshoot issues.

Key Performance Metrics for MLO Networks

MLO validation focuses on measuring core benefits:

  • Throughput testing: Compare MLO vs single-link performance using iPerf tests
  • Latency validation: Measure round-trip time and jitter improvements under load
  • Performance bottlenecks: Identify interference or configuration issues limiting MLO gains

Using NetAlly Tools for MLO Validation

NetAllyโ€™s professional testing tools provide MLO performance validation capabilities:

Professional Testing Requirements vs Consumer Tools

Professional validation requires tools that can measure line-rate performance, isolate MLO-specific gains, and provide reliable baseline comparisons. Consumer tools typically lack the precision needed for enterprise deployment validation.

Pro Tip:

Conduct A/B testing by temporarily disabling MLO on specific APs. This controlled approach provides clear evidence of MLOโ€™s impact on your environment.

Ready to Implement and Optimize Multi-Link Operation?

MLO marks a turning point in wireless networking. After years of managing band steering complexities and client roaming issues, network engineers finally have a technology that addresses these core challenges at the protocol level.

Key implementation considerations:

  • MLO enables true multi-band connectivity for compatible Wi-Fi 7 devices
  • EMLSR and STR modes serve different hardware capabilities and performance needs
  • Real-time applications see the biggest performance improvements
  • Successful deployment requires updated infrastructure and careful planning

Validating MLO performance through professional testing tools ensures your investment delivers measurable improvements. From conference rooms to industrial facilities, MLOโ€™s bandwidth aggregation and connection reliability capabilities can reshape how wireless networks handle demanding applications.

Get started with NetAllyโ€™s MLO testing solutions to validate your Wi-Fi 7 networkโ€™s performance:

  • AirCheck G3 Pro โ€“ Wireless Tester for validating Wi-Fi performance
  • EtherScope nXG โ€“ All-in-one network analyzer for comprehensive testing
  • Test Accessory โ€“ Pocket-sized iPerf server for throughput measurements

WASHINGTON, D.C. โ€“ Sept. 30 2025 โ€“ DNSFilter is celebrating its 10th anniversary, just in time for Cybersecurity Awareness Month. Trusted by over 43,000 organizations, the company has seen significant growth and industry recognition, underscoring the strength of its vision and the successful execution of its protective DNS platform.

DNSFilter was founded after its CEO and co-founder, Ken Carnesi, became frustrated with existing protective DNS solutions. He set out to build one he could trust for himself and his MSP clients. From just three employees and an idea, DNSFilter has grown to a leader in the protective DNS space, expanding its headcount by 4800% and maintaining consistent growth.

Over the past decade, DNSFilter has continued to build on the vision of Carnesi and co-founder Brian Gillis: to create the most effective threat-blocking solution thatโ€™s also easy to use and comes with world-class support. In a testament to those efforts, DNSFilterโ€™s recent milestones and successes include:

  • Increased sales growth by roughly 800% over the past five years.
  • Extended its ability to process larger volumes of queries to todayโ€™s rate of 180 billion queries processed daily, a 180x increase from just five years ago.
  • CEO Ken Carnesi was named a Washingtonian Tech Titan for the second year in a row
  • Recognized as Best Network Security Solution by the Tech Ascension Awards, which recognize the most groundbreaking technologies advancing cybersecurity.
  • Acquired three companies, the most recent being Zorus, a provider of endpoint-based web filtering and user behavior analytics. DNSFilter previously acquired Guardian and Web Shrinker to further the companyโ€™s offerings.

DNSFilter protects every click, leveraging AI-driven content filtering and threat protection to stop threats quickly, even as bad actors develop more sophisticated threats at a faster rate. DNSFilter secures users everywhere they work and prevents threats before they reach end-users.

Ken Carnesi, CEO and co-founder, DNSFilter, said: โ€œItโ€™s been an amazing decade of providing the proactive first and last layer of protection to customers, preventing threats before connections are made. Our platform delivers a better, safer internet experience by protecting anyone, anywhere, across diverse environments, with the confidence of a trusted partner. Iโ€™m proud of all our team has achieved: Going from zero to over 35 million protected users. Hereโ€™s to the next 10 years of growth and innovation.โ€

About the company:

DNSFilter is a cybersecurity company that protects every click, leveraging AI-driven content filtering and threat protection to block threats 10 days earlier than competitors. DNSFilterโ€™s solution secures workers anywhere they are, helping to boost productivity, minimize compliance risk, and protect corporate brands on public Wi-Fi networks. Unlike traditional filtering solutions, DNSFilter deploys in minutes instead of days and is trusted by more than 43,000 organizations worldwide. Learn more about how DNSFilter is the first and last line of defense for corporate and hybrid networks at dnsfilter.com.