Alternatives to Geoverse

The Epitiro remote network monitoring probes will keep you informed about your Ethernet, Wi Fi, and/or LTE service performance, as well as user experience. Install Epitiro hardware probes in key locations to continuously test network performance and bandwidth across multiple broadband networks. Our cloud interface makes it easy to configure test networks and schedules. You can test on demand or according to a schedule. You and your team can set up performance alerts. Assure the operation of your splash page and captive portal. Invite your customers and team members to securely view performance via their mobile app or desktop. Enterprise-class administrative features and scalability. Comprehensive tests of end-to-end performance include Ookla Speedtest and Latency, Jitter and Packet Loss, as well as application performance for Browsing (Dropbox, Youtube), as well as iPerf support. QoS. QoE.

For businesses that depend on reliable Wi-Fi for their operations, 7SIGNAL offers a cloud-based Wireless Network Monitoring (WNM) platform that persistently evaluates the wireless network for performance challenges, thereby enhancing network uptime, device connectivity, and overall network return on investment. In contrast to other service providers who inspect the network from the infrastructure viewpoint, 7SIGNAL focuses on the network's edge, assessing the "air" and recording the user experience directly from client devices. The Sapphire Eye is an advanced Wi-Fi sensor that has been developed and patented by 7SIGNAL. These hardware sensors are installed on the premises and are specifically engineered to remotely assess the quality of wireless network services through cloud-based software. Additionally, Mobile Eye is a Software as a Service (SaaS) solution also created and patented by 7SIGNAL. This application is deployed on the end user’s wireless device, allowing organizations to maintain continuous oversight of the wireless network right from the endpoint, ensuring a comprehensive view of network performance and user experiences. Together, these tools provide organizations with critical insights to improve their Wi-Fi services.

Edzcom specializes in the design, construction, and management of private 4G and 5G networks tailored for businesses, offering robust data and voice connectivity that supports their ambitious digital transformation initiatives. Their Edge Connectivity solution establishes a private network that interlinks assets, equipment, and personnel on-site, ensuring that operations are designed, built, and maintained at the edge. This network architecture guarantees complete autonomy and reliability for essential business functions, as all components are located at the user’s location. With a geo-redundant structure and dedicated spectrum, the network integrates smoothly with existing systems while ensuring that data remains on-site. Users benefit from a comprehensive network performance dashboard that provides control over connectivity for all assets, enabling smooth transitions between moving equipment. Reliable connectivity serves as a fundamental element for digitalization and automation processes. Furthermore, Edzcom's fully autonomous private networks facilitate uninterrupted business operations around the clock, allowing for the seamless transfer of assets in motion, comprehensive control, and enhanced data privacy by retaining information locally. This innovative approach not only addresses current connectivity challenges but also prepares enterprises for future technological advancements.

Embark on your expedition into the realm of private 5G mobile networks today. Empower your workforce and machinery to elevate efficiency to unprecedented heights. You can immediately reap the rewards of real-time 4G LTE/5G private wireless networks, which provide exceptional performance and vital connectivity for almost anything, anywhere you need it. Presently, Vilicom is constructing dependable GIGAWAVE managed private LTE networks globally, even in the toughest environments for critical applications, ensuring seamless connectivity for both people and machines. Crafted in accordance with internationally accepted standards from 3GPP and utilizing equipment from various ORAN vendors, GIGAWAVE offers a fully managed, carrier-grade, 5G private network that makes low ownership costs and reduced expenses per Gb achievable. Only your designated devices can access this network, ensuring optimal performance. With dedicated resources, high availability and reliability are guaranteed, alongside the capability to support millions of devices within a scalable infrastructure, thus paving the way for future technological advancements. As your operations grow, this network will adapt to meet your evolving demands.

A 5G LAN that utilizes cloud technology and AI automation can facilitate access to cellular wireless for enterprises. Just like with wired, Wi-Fi, and WAN infrastructures, enterprise network access through cellular wireless should be managed in a similar manner. Rather than addressing issues after they arise, a 5G LAN can proactively enforce service levels for essential business applications. The belief that enterprises cannot manage their own mobile networks is a misconception. By implementing a 5G LAN, businesses can retain complete control and ownership of their data. Prioritizing exceptional experiences for enterprise applications is crucial. The emergence of private spectrum options for LTE and 5G wireless, such as CBRS in the United States, represents a significant advancement comparable to Wi-Fi. A comprehensive SaaS subscription now provides all the necessary components for IT and industrial IoT teams to establish their own cellular wireless networks. Celona's 5G LAN solution is designed to deliver reliable performance across a diverse array of industries, paving the way for a new generation of vital applications. This innovative approach not only enhances connectivity but also drives productivity by enabling seamless integration of wireless technology into everyday business operations.

Effortlessly establish, oversee, and expand a private mobile network tailored to your needs. Link numerous devices and machinery while benefiting from the dependability and swift response times of a dedicated mobile network. You can have your network operational within days, eliminating lengthy planning stages, intricate integrations, and allowing for automated deployment processes. Enhance the security of your network with detailed access controls applicable to all linked devices, seamlessly integrated with your current IT policies. Adjust your capacity as required and only pay for the usage and throughput that you consume. AWS Private 5G is a fully managed service that simplifies the deployment, operation, and scaling of a personalized mobile network, providing all necessary hardware and software through AWS. Connect devices such as autonomous robots, vehicles, and legacy machinery within manufacturing environments to meet the service level requirements of industrial networks. Moreover, utilize private mobile networks to connect video surveillance systems, biometric fingerprint readers, or automatic license plate recognition devices, ensuring consistent bandwidth availability. This service not only enhances connectivity but also streamlines operations across various sectors.

For applications that are crucial to business operations, having the fastest possible connections is essential. However, the challenge arises because wired networks can be expensive and complicated to set up, while Wi-Fi often falls short in terms of security, reliability, and the necessary bandwidth to support cutting-edge technologies in today’s workplaces. With Betacom 5GaaS, you receive a private wireless solution that is offered as a fully managed service. This solution is not only highly reliable and secure but also deploys quickly, providing exceptional bandwidth to meet all your enterprise demands. The security protocols in 5G are significantly more advanced than those of Wi-Fi, ensuring that your critical data remains protected at all times. Our team specializes in designing, installing, and managing networks all for one affordable price. You will benefit from increased bandwidth and reduced latency, all within your very own dedicated spectrum. With unlimited data usage at high speeds, you can effectively manage your budget without worry. We go the extra mile to ensure you receive the best possible 5G experience customized for your organization. Simply contact us with the specifics of your location, and we’ll take care of everything else for you, making the transition seamless. Experience the future of connectivity with confidence.

Getting started with the Cisco Private 5G service is effortless; simply reach out to us for assistance. The system is designed to be user-friendly, allowing you to provision, manage, and troubleshoot within just a few minutes, while being built on a trust-centric framework that ensures secure integration of IoT with your wireless network setups. Begin your journey with a thorough assessment and site survey, where we will walk you through every aspect of the process. You can easily provision, manage, and troubleshoot your 5G and IoT landscape on a platform that seamlessly integrates with your existing network. The Private 5G service works harmoniously with your current Wi-Fi and wired network infrastructure. You’ll have the flexibility to operate your private 5G network from virtually anywhere in the world, enabling reliable real-time collaboration across factory floors. Enhance customer experiences on-site while ensuring secure and dependable communications for field workers. This comprehensive solution not only boosts productivity but also fosters innovation within your organization.

The optimal spectrum for critical infrastructure and enterprise networks has arrived. Anterix’s nationwide 900 MHz licensed spectrum serves as a robust foundation for your communication strategy, facilitating secure and resilient operations. As the leading holder of licensed spectrum in the 900 MHz band (896-901/935-940 MHz) across the contiguous United States, including Hawaii, Alaska, and Puerto Rico, we offer expansive capacity due to enhanced signal reliability and minimized signal loss over distances. With the benefits of sub-1GHz spectrum propagation, you can build your network with fewer radio sites, optimizing efficiency. Transition to a private LTE network to revolutionize your operations by harnessing advanced technology, innovative applications, and improved business processes. Enjoy the advantages of a flexible and scalable private LTE network tailored to all of your operational, mission-critical, and mobility needs. Furthermore, benefit from a reliable ecosystem of devices, applications, and infrastructure that supports your long-term goals.

5G technology revolutionizes network personalization by allowing unprecedented control over the entire network experience. This advancement opens avenues for private networks, whether hosted on-site or through cloud services, which facilitate data ownership, enhanced security, application-specific customization, and varied performance through diverse radio technologies. As the reach of 5G grows, we are on the brink of a transformative phase marked by the rise of private and hybrid public/private networks. Many organizations are already taking proactive steps to enhance security, availability, and reliability in their operations. They can now process sensitive information either on-site or securely within the cloud. Additionally, organizations can assign varying security levels based on the application or geographical location. By managing data locally and in real-time, businesses can drastically reduce lag and latency, which is crucial for functions such as computer vision and quality control. Moreover, they can dynamically adjust quality of service (QoS), compliance standards, and user experience features throughout the network, tailoring the infrastructure to meet specific organizational demands. Overall, the integration of 5G is paving the way for a more agile and responsive approach to network management.

Cradlepoint is a global leader for cloud-delivered 4G/5G wireless network edge solutions. Cradlepoint's NetCloud™, platform and cellular routers provide a pervasive, secure and software-defined Wireless WAN edge that connects people, places, things, and everything - anywhere. Cradlepoint is trusted by more than 25,000 government agencies and businesses around the globe, including many Global 2000 agencies and top public sector agencies. Cradlepoint helps keep mission-critical sites, points, commerce, field forces and vehicles connected. Cradlepoint was established in 2006 and acquired by Ericsson at the end of 2020. It is now a separate subsidiary within Ericsson’s Business Area Technologies and New Businesses. Cradlepoint has its headquarters in Boise (Idaho), and has development centers in Silicon Valley, India, and international offices in the UK, and Australia.

AT&T's integration of 5G with Multi-Access Edge Computing (MEC) enables rapid data processing at the edge of your wireless network, facilitating near-real-time analytics. This MEC solution, backed by AT&T's cellular infrastructure, offers a budget-friendly approach to upgrade your private network by intelligently managing data resources. Transform the ways you serve both customers and team members alike. By processing information directly on-site, you can significantly enhance operational efficiency, ensure worker safety, and boost employee productivity. AT&T MEC, which combines hardware and software, delivers low-latency benefits to cloud applications when aligned with a cloud service provider. Simplify the digital transformation journey for your organization. Additionally, AT&T collaborates with leading System Integrators to empower your enterprise applications and cloud service providers to fully utilize the capabilities of AT&T MEC, ensuring a seamless integration experience. This partnership strengthens the overall connectivity and performance of your network infrastructure.

Provide your customers with the most efficient, straightforward, and dependable broadband options available. Link your business to instantaneous IoT insights that are both intelligent and secure, spanning from the edge to the cloud and encompassing business analytics. Expand your reach into new markets by leveraging innovative 5G applications. Discover how we can assist you in creating and launching groundbreaking 5G technologies. Trust Inseego for reliable and secure solutions, as we have been serving first responders and government agencies effectively for many years. Stay connected wherever you work, study, or play, as our modems and MiFi® mobile hotspots ensure immediate internet access almost anywhere, delivering a fast and secure 4G/5G connection along with Wi-Fi for your laptops, tablets, and other devices. Experience lightning-fast 5G broadband options tailored for your home or business needs. Whether you are transitioning away from traditional cable services or reside in an area where wired connections are unavailable, our fixed wireless access (FWA) solutions make it simple to introduce high-speed broadband to your location, enhancing your internet experience like never before.

The FreedomFi Gateway offers a seamless solution for establishing your private LTE or 5G network with open-source technology. Whether your needs include fixed wireless access, enterprise cellular, or mobile broadband, you can simply connect any standard small cell to the FreedomFi Gateway and manage your private cellular network through an easily accessible SaaS-hosted portal. You can purchase your LTE small cell from any vendor of your choice, link your LTE radios to the FreedomFi Gateway, and effortlessly oversee your network operations through the SaaS platform. All necessary software is included, and we also supply SIM cards and spectrum access, ensuring a comprehensive setup. The network core is radio-agnostic and has been tested with a majority of small cells available on the market. This single appliance can aggregate up to three radios and is both software-based and open source. You have the option to buy our pre-tested appliance or reach out to us for deployment on a platform that suits your requirements. It integrates seamlessly with spectrum access provided by Google or Federated Wireless SAS and features open northbound APIs that allow you to connect with your existing OSS and BSS systems. The fundamental software that powers all our developments at FreedomFi is open source, built on the foundations of project Magma, reflecting our commitment to innovation and flexibility in private network solutions. With FreedomFi Gateway, you not only gain a powerful tool for network management but also a pathway to customize and expand your wireless infrastructure as needed.

Communications service providers utilize Magma's open network core solution to facilitate connectivity through LTE, 5G, Wi-Fi, and additional technologies. This solution presents a cost-effective, adaptable, and commercial-grade Evolved Packet Core (EPC). Meta Connectivity actively contributes to the development of Magma, which empowers Communication Service Providers (CSPs) to offer rapid and dependable internet access, enriched with unique features that emerge from a vibrant open-source developer community. Serving as a versatile open-source software platform, Magma allows operators to efficiently establish mobile networks even in remote locations while maintaining a reasonable cost structure. By collaborating with qualified partners for the deployment and management of Magma, CSPs can be confident that their most demanding requirements will be satisfied. Notably, Magma is agnostic to vendors, hardware, and networks, enabling CSPs to select the most suitable options for their needs, ranging from radio access network (RAN) equipment to standard hardware and a variety of licensed or unlicensed spectrum options. This flexibility ensures that service providers can tailor their networks to meet the specific demands of their operational environment and customer base.

Azure Private 5G Core facilitates the straightforward, scalable, and secure establishment of private 5G core networks on an Azure Arc–managed edge platform, integrated within the Azure private multi-access edge compute (MEC) framework. Users can deploy and connect swiftly, accommodating a diverse range of indoor and outdoor applications, while also managing private 5G networks from a central point across various locations. The 5G core operates independently at the edge, encompassing User Plane, Control Plane, Subscriber, and Policy functionalities that are implemented on Azure private MEC. With features ensuring high availability and the ability to function offline, the 5G network guarantees continued operation during network disruptions or outages, thereby delivering essential reliability and uptime for businesses. Additionally, the solution offers centralized orchestration and automated installation of 5G core software, which includes multi-slice/data network name (DNN) capabilities, sophisticated policy and quality of service (QoS) management, as well as advanced monitoring of system performance both locally and in the cloud, making it a comprehensive choice for enterprises seeking robust connectivity solutions. This extensive framework ensures that organizations can effectively tailor their private network to meet specific operational demands.

The modern world is profoundly reliant on advanced wireless networks, particularly private 5G systems. These networks are essential for businesses, industrial facilities, and public safety personnel who lack complete access to high-quality, future-ready wireless solutions. As the variety and intricacy of connectivity demands continue to evolve, companies are compelled to reassess their strategies and explore innovative options. Unlike public cellular networks, which often lack the local control and adaptability that private networks provide, Wi-Fi also falls short, as it is not optimized for extensive coverage, handling numerous devices, or supporting critical communications. At Athonet, we specialize in developing state-of-the-art, dependable, and future-ready solutions that unlock the full capabilities of private networks. Our software solution, created internally, has undergone rigorous testing by telecommunications service providers, businesses, and government entities, ensuring it meets the highest standards. This commitment to excellence positions us at the forefront of the industry, ready to address the ever-changing needs of our clients.

Facilitating the affordable implementation of a robust, comprehensive private 5G network tailored for businesses and communities alike. Our solution offers a secure 5G overlay that integrates edge intelligence into existing enterprise frameworks. The deployment of the 5G Core is straightforward, with secure backhaul connectivity ensured. It is engineered to expand according to demand, featuring remote management and automated orchestration of the network. This includes overseeing data synchronization between edge and central facilities. Our all-in-one 5G core is cost-effective for lighter users, while a fully operational 5G core is available in the cloud for larger enterprises. As demand increases, there is the option to incorporate additional nodes seamlessly. We offer a flexible early billing strategy that requires a minimum commitment of six months, along with full control over the deployed nodes in the cloud. Additionally, our billing cycle can be customized on a monthly or yearly basis. The cloud-based 5G software platform provides a smooth overlay for deploying the 5G Core on either existing infrastructure or new enterprise IT networks, addressing the need for ultra-fast, low-latency connectivity while ensuring complete security and adaptability. This innovative approach not only meets the current demands but also anticipates future growth in enterprise connectivity needs.

Ensuring secure connectivity to tackle the operational challenges of today while simultaneously establishing a foundation for the advanced capabilities of tomorrow is crucial. The integration of On Site 5G introduces 5G Ultra Wideband (UW) small cells alongside existing On Site LTE infrastructure. This allows enterprises to create a tailored, private network that meets current demands while being flexible enough to accommodate future advancements. As businesses navigate an era of rapid digital transformation, they must integrate technologies such as artificial intelligence (AI), machine learning (ML), real-time analytics, and augmented and virtual reality (AR and VR). These innovative, data-driven technologies necessitate a next-generation connectivity network that can effortlessly scale to meet evolving needs. In this ever-changing landscape, the ability to adapt and innovate will be key to maintaining a competitive edge.

We anticipate significant expansion in the adoption of cellular technologies within private networks. The expectations for Mobile Private Networks (MPN) from service providers are evolving, driven by the necessity for quick adaptations to change requests, assurance of quality at the lowest possible costs, and enterprise applications that demand timely service updates. The managed service provider (MSP) sector must adapt to these trends to enable MPNs to leverage DevOps for swift application deployment. Companies are looking for MSP offerings that are not only user-friendly but also allow for rapid modifications. Service providers must focus on cost-efficient scaling, while enterprises should have access to self-service options. Effective management of network services and slices is crucial, along with support for multiple vendors across 5G, 4G, Wi-Fi, and IP. Automation is essential for processing service change requests, and there should be application interfaces that facilitate automated service calls. The integration of software-defined networking, network abstraction, and slicing is important for innovation. Furthermore, creating and managing software as a service, whether on cloud or on-premises, will play a pivotal role in meeting the demands of modern enterprises. As this landscape evolves, both service providers and enterprises will need to keep pace with technological advancements to maintain competitive advantages.

As a member of the OnGo alliance, CTS remains closely aligned with the latest advancements and innovations in the CBRS/PLTE sector. Additionally, CTS has forged partnerships with numerous prominent figures within the OnGo community to supply essential equipment, devices, and SIM cards tailored for CBRS/PLTE networks. The company has successfully executed multiple CBRS/PLTE designs utilizing iBWave and RanPlan and is currently engaged in various PLTE initiatives across key market sectors. Furthermore, CTS has cultivated strong business ties with the leading three SAS vendors: Commscope, Amdocs, and Federated Wireless. In terms of financial flexibility, CTS offers tailored CBRS/PLTE services that cater to different financial circumstances, whether you prefer to invest in the network outright through CAPEX, finance it via OPEX, or opt for a subscription model for private LTE services. This adaptability ensures that clients can choose the financial approach that best suits their operational needs and budgetary constraints.

A turnkey managed services to order, onboard, and scale a 4G or 5G wireless private network in as little time as two weeks. Designed around a 3-step customer success model, Private Wireless-as-a-Service gives your IT and OT teams the most direct and success-driven path to order, onboard and scale next-generation 4G and 5G private networks to power data-intensive applications and hyper-connected devices.

Accelerate your rollout processes, reduce operational expenditures, and enhance customer satisfaction with our B2B 5G and edge computing solutions. Drawing from the extensive end-to-end network slicing framework compliant with 3GPP standards developed by ONAP, the AarnaStream Network Slicing Manager delivers a powerful solution for slicing management. Our offerings align with established standards such as 3GPP, O-RAN, and IETF, ensuring compatibility and reliability. As we do not develop network functions, we position ourselves as a truly vendor-neutral solution provider. Additionally, the AarnaStream Network Data Analytics Function (NWDAF) is crafted similarly to our Non-RT RIC, making it a seamless fit for those seeking a vendor-neutral option, as we refrain from creating proprietary 5G network functions. This commitment to neutrality allows us to focus solely on delivering superior performance and customer-centric solutions.

Industry 4.0 harnesses advancements in technologies such as industrial IoT, artificial intelligence, machine learning, edge computing, and wireless communications. Various asset-heavy sectors are rapidly adopting these innovations, including but not limited to manufacturing, ports, mining, utilities, railways, airports, logistics, intelligent highways, and smart city initiatives. The digital transformation across these sectors hinges on the capability to gather data, analyze it, and take prompt actions, often in real-time. Data collected from IIoT sensors undergoes processing through edge computing, where AI and ML algorithms are employed to model and analyze the information. The outcomes of this analysis facilitate immediate decision-making, process reconfiguration, and the realization of newfound efficiencies, particularly in automation realms. The synergy of Industry 4.0 and private wireless technology empowers industries to seamlessly integrate their physical and digital operations, ensuring that all sensors, machines, and personnel are interconnected in a way that is both cost-effective and dependable. As a result, the potential for innovation and productivity enhancement is significantly increased, driving a new era of operational excellence.

Datto's cloud-managed access points are engineered to provide robust and dependable wireless capabilities. By leveraging the advantages of Wi-Fi 6 technology, managed service providers (MSPs) can create efficient and secure wireless networks that offer extensive coverage for users who require constant connectivity. Datto Wi-Fi ensures powerful and user-friendly wireless networks that facilitate seamless roaming experiences. The advancement of smarter and simpler Wi-Fi translates to increased efficiency, reduced maintenance efforts, and an enhanced overall experience for users. In today's tech-driven world, the importance of security cannot be overstated. With Datto Networking's unwavering commitment to security, you can offer a trustworthy and safe Wi-Fi environment. Streamlining networking deployments becomes achievable with Datto networking solutions, which allow for pre-configuration of devices via the cloud, enabling straightforward on-site installation. Additionally, the ability to clone configurations accelerates the deployment process for multiple access points, enhancing overall efficiency. Furthermore, Datto Wi-Fi employs intelligent technology that automatically adjusts settings to optimize performance for users. By utilizing these advanced features, organizations can ensure a stable and high-quality wireless connectivity experience.

Offers insights into aspects of wireless network connectivity including Wi-Fi coverage, performance metrics, roaming capabilities, interference challenges, and security vulnerabilities. It emphasizes critical issues requiring urgent resolution and provides a real-time overview of the wireless network's overall condition. Testing is conducted from the client's perspective, ensuring no disruption to access points during the process. Additionally, it generates a comprehensive inventory of all devices operating within the network environment. The AirMagnet WiFi Analyzer PRO automatically identifies and addresses numerous common Wi-Fi performance issues, security risks, and wireless vulnerabilities, allowing IT teams to swiftly resolve problems faced by end-users. This powerful tool not only detects throughput and connectivity issues but also identifies device conflicts, signal multipath challenges, and more, while incorporating a robust compliance reporting system that adheres to standards like PCI, SOX, and ISO. By streamlining the troubleshooting process, it enhances the efficiency of network management and ensures a more reliable user experience.

Wayfi Wireless – Overview of Our Wi-Fi DAS Solutions At Wayfi Wireless, we focus on delivering Wi-Fi Distributed Antenna System (Wi-Fi DAS) solutions that provide uninterrupted, high-speed, and secure internet access in expansive venues, corporate settings, and areas with dense populations. Our innovative Wi-Fi DAS technology is crafted to eradicate dead zones, amplify network performance, and significantly improve user experiences by smartly distributing wireless signals throughout a given area. 🔹 Understanding Wi-Fi DAS Wi-Fi DAS (Distributed Antenna System) is an advanced network infrastructure solution that bolsters Wi-Fi coverage by strategically deploying multiple antennas across a building or large space. In contrast to conventional Wi-Fi systems that depend on a single router or access point, Wi-Fi DAS ensures an even distribution of signals, thereby alleviating congestion and enhancing overall connectivity for users. This makes it an ideal choice for environments that demand reliable internet service.

Datavalet specializes in managed network and Wi-Fi solutions, providing businesses with effortless connectivity, improved security measures, and outstanding user experiences. Our comprehensive services cover the design, implementation, and oversight of wireless networks, guaranteeing dependable performance that adapts to changing business requirements while minimizing the burden on IT teams. Additionally, Datavalet offers guest Wi-Fi featuring customizable captive portals, proximity marketing, and location analytics, which help businesses effectively engage their customers and extract valuable insights. With a robust history spanning over 20 years, Datavalet has collaborated with prominent North American telecom providers to support major brands across a wide range of sectors, including retail, dining, financial services, healthcare, and transportation. We are also dedicated to sustainability, undertaking initiatives that promote environmentally friendly operations. Furthermore, our expertise extends to the design, deployment, and management of enterprise-grade LAN and WAN networks, fostering business expansion and innovation.

At Cambium Networks, we collaborate with our partners to build exceptional wireless connections that cater to individuals, locations, and various devices. We recognize that wireless spectrum is a limited natural resource and advocate for responsible utilization of radio-based technologies. Our clients can select the most suitable wireless solution for their specific needs, whether it’s in an educational environment, retail space, covering expansive regions, or facilitating a smart city or industrial setting. We provide wireless alternatives that rival fiber in terms of performance and dependability for last-mile connectivity. Understanding the necessity for wireless networks to adapt and function autonomously, Cambium Networks offers gigabit wireless solutions that operate seamlessly. Our platform is designed to be extensively scalable and user-friendly, significantly reducing the need for on-site system upkeep. Featuring a cloud-managed Wi-Fi solution, we empower users to deploy networks that offer full control and comprehensive visibility, ensuring an efficient and effective networking experience. This commitment to innovation and user satisfaction sets us apart in the wireless industry.

With a multitude of indoor wireless networks requiring design, time is often a limiting factor. However, iBwave Design simplifies this process by serving as the industry benchmark for indoor wireless network design, allowing for a more efficient project lifecycle that enables you to design and implement networks with unprecedented speed and intelligence. You can import detailed floor plans, utilize a comprehensive database of more than 35,000 parts, and simulate your network in sophisticated 3D to analyze both coverage and capacity while generating essential project reports with ease. Over 800 organizations across the globe have relied on iBwave Design to successfully implement more than 100,000 indoor wireless networks. By automating your design workflow, you can complete more projects in a shorter period, ultimately enhancing your project pipeline, boosting revenues, and increasing your market presence. Effortlessly drag and drop various network components from our extensive database, which includes antennas, small cells, cables, access points, and fiber hardware; if there's a component you need that isn't already included, we can swiftly add it to our collection. This adaptability ensures your designs are always equipped with the latest and most relevant technology.

Transitioning to bare metal switches in Open Networking offers considerable operational and financial advantages for developing advanced networks. These switches are equipped with the necessary capabilities to reach cloud-scale levels while providing agility, elasticity, and adaptability. As you adopt a disaggregated open networking approach, choosing the appropriate Network Operating System (OS) becomes a vital element for success. The reason for this is that the chosen Network OS unleashes the full potential of performance, functionality, and services from Open Networking switches, ensuring maximum value is attained. Netvisor® ONE stands out as an open, secure, and programmable next-generation Network OS specifically designed to enhance the operational capabilities of bare metal Open Networking hardware. This operating system has been thoroughly tested in critical production environments across enterprise and carrier networks, ensuring it meets stringent performance benchmarks. Furthermore, Netvisor ONE guarantees high reliability and flexibility at scale, delivering uncompromised performance that is essential for today's dynamic networking landscape. With its innovative features, Netvisor ONE empowers organizations to stay ahead in a rapidly evolving technology environment.

Maximize resource efficiency, lower expenses, and boost your organization's digital flexibility by implementing a robust management system that leverages AI to integrate, safeguard, and streamline network operations. Accelerate network deployments through automated provisioning and configuration processes. Anticipate network scaling needs with comprehensive insights into both capacity and performance metrics. Enhance resolution times with AI-driven diagnostics and solutions. Achieve optimal Wi-Fi coverage and provide services precisely where they are required through advanced 3D visualization techniques. Additionally, enhance visibility into user experiences and enrich hybrid work environments with detailed application insights, ensuring that your organization remains competitive and responsive to changing demands.

Advanced network testing and analysis solutions are available for various technologies including WiFi, Ethernet, 4G/LTE, and 5G/NR. These tools facilitate Internet and iPerf3 speed assessments while providing comprehensive 360-degree wireless coverage analysis. Users can access WiFi scanning capabilities and channel maps, complete with beacon signal Information Element decodes. Additionally, a LAN device scanner allows users to identify who is connected to their network. Both Internet and iPerf3 functionalities, encompassing server and client options, are included for thorough testing. The tools also offer concurrent results for ping, DNS, and HTTP latency across multiple servers with adjustable load settings. Continuous remote uptime monitoring is available around the clock to detect any outages or performance slowdowns. Wireless network coverage can be effectively analyzed in various environments, including homes, businesses, or event venues. The combination of Internet and iPerf3 speed testing, along with WiFi analysis and concurrent load assessments for ping, DNS, and HTTP, provides users with in-depth insights. Users receive detailed performance statistics for the overall network as well as for specific locations, with immediate results that require no prior preparation, uploads, or floor plan management. Alongside comprehensive stats for parameters such as RSSI, physical speed, and local and Internet ping times, the platform remains user-friendly and quick to navigate without the need for floor plans, ensuring a seamless experience.

The NCS 5700 series line cards and routers enhance provider networks by offering both scalability and adaptability. With integrated Segment Routing, they facilitate performance-centric service offerings, while the high-density 400G ports ensure sustainable network expansion. You can adjust to varying demand through versatile port configurations that range from 10G to 400G, and the line cards support bandwidth options of 3.6, 4.8, 7.2, or 9.6 Tbps per slot. By unifying all services on a singular infrastructure, Segment Routing enables precise end-to-end traffic management that optimizes the customer experience. Additionally, the platform ensures backward compatibility, features a pay-as-you-grow pricing model, and implements IOS XR across the network, all of which contribute to a long-term growth strategy that aligns with demand while safeguarding investments. Furthermore, it emphasizes energy efficiency and scalability with a robust, carrier-grade operating system designed to optimize the network footprint and minimize environmental impact. This combination of features positions the NCS 5700 series as a future-ready solution for evolving network needs.

Versa SASE offers a holistic suite of services through its VOS™ platform, which encompasses security, networking, SD-WAN, and analytics. Designed to function seamlessly in even the most intricate environments, Versa SASE ensures flexibility and adaptability for straightforward, scalable, and secure implementations. By combining security, networking, SD-WAN, and analytics into a unified software operating system, it can be deployed via the cloud, on-premises, or through a hybrid model. This solution not only provides secure, scalable, and dependable networking and security across the enterprise but also enhances the performance of multi-cloud applications while significantly reducing costs. Built as a fully integrated solution featuring top-tier security, advanced networking, leading SD-WAN capabilities, true multi-tenancy, and sophisticated analytics, Versa SASE operates on an Enterprise-class carrier-grade platform (VOS™) that excels in handling high scales. With its extensive capabilities, it stands out as a comprehensive technology in the realm of Secure Access Service Edge. This makes Versa SASE an invaluable asset for organizations looking to optimize their network and security strategy.

The HPE HSR6800 Router Series represents a cutting-edge line of high-performance routers tailored for various applications, including data center interconnection and enterprise WAN core functionalities. Utilizing the Comware operating system, it boasts a sophisticated multi-core, distributed service processing architecture, enabling forwarding capabilities of up to 420 million packets per second and switching capacity that reaches 2 terabits per second. This router excels in providing comprehensive routing, multicast support, Multiprotocol Label Switching (MPLS), and IPv6, along with robust security measures, quality of service features, and high-availability options suitable for carrier-grade environments. It also presents a variety of interface choices, including high-density 10GbE and 1GbE ports. The modular Comware v7 operating system enhances system performance and availability, while feature improvements such as ADVPN, IRF2, EVI, EAA, and ISSU add significant functionality. The introduction of FIP-240 further elevates forwarding performance, effectively doubling that of the FIP-210, and supports up to four HIM/MIM slots. Additionally, line cards are equipped with both 1GbE combo and 10GbE ports, significantly improving IPsec performance. Furthermore, the RT-HIM-2EXP module enhances HIM 10GbE port density and offers compatibility with SFP+ connectors, making this series a versatile choice for modern networking demands.

TamoGraph serves as an effective and intuitive software solution for conducting wireless site surveys, enabling users to gather, visualize, and analyze Wi-Fi data across various standards, including 802.11 a/b/g/n/ac/ax. The intricate tasks associated with wireless network deployment and maintenance can be simplified through the use of a specialized RF site survey tool, which aids in the continuous evaluation and reporting of crucial metrics such as signal strength, noise and interference levels, channel allocation, and data rates. By leveraging TamoGraph, organizations can significantly minimize both the time and costs associated with the setup and upkeep of Wi-Fi networks, while simultaneously enhancing the performance and coverage across diverse settings, including office complexes, airports, cafes, shopping centers, and outdoor areas. Users benefit from comprehensive details regarding each access point, including aspects like channel, maximum data rate, vendor, and encryption type, which are crucial for informed decision-making. Furthermore, TamoGraph delivers an in-depth WLAN analysis that features user-friendly visual representations of signal levels, interference, coverage areas of access points, data transmission rates, and potential network issues, making it an invaluable tool for network professionals.

CloudView is a universal standards-based monitoring and network management system (NMS). It can automatically detect, monitor, and perform many functions with any vendor SNMP/TCP/IP devices. It provides a consistent geographic and logical view of your network (thousands IP nodes), configuration, monitoring, and troubleshooting. It provides full FCAPS functionality according to TMN standards. This allows it to be used in both enterprise networks and service provider networks with carrier grade reliability and secure (over SSL/HTTPS) access for multiple users/operators with differing profiles. The functions include network monitoring/management, server monitoring, apps/IoT monitoring, SCADA monitoring, network operations automation, website monitoring and much more. CloudView NMS scales to any network size. It works on Windows, Linux, Mac OS, and Raspberry Pi. Both agent-less and agent-oriented modes are available for servers.

Wi-Fi Scanner is a handy tool that helps users identify visible wireless networks along with detailed information about them. It collects data such as the network name (SSID), signal strength (RSSI), quality, MAC address (BSSID), channel, and both maximum and achievable data rates, as well as security details and more. This application proves invaluable for regular users looking to assess the signal strength distribution of their home networks or to determine the best placement for their access points to achieve optimal signal quality. By utilizing Wi-Fi Scanner, individuals can analyze the distribution of wireless networks by channel and select the least crowded bandwidth, which can significantly boost their connection speed. Furthermore, Wi-Fi Scanner is an essential resource for corporate network administrators, aiding them in tasks like configuration, planning, and monitoring security parameters for business wireless networks, ensuring a robust and secure network environment. Overall, its versatile features make it a must-have for anyone looking to enhance their wireless connectivity.

Facilitating the transition from IPv4 to IPv6 requires a secure IP address strategy as part of an integrated set of functions. Service providers must effectively handle IPv4 devices while gradually adopting IPv6 devices and applications. Given that IPv6 devices and content lack backward compatibility with IPv4, migration strategies must ensure that both protocols can coexist. The BIG-IP CGNAT solution offers carrier-grade scalability, capable of handling numerous IP address translations, rapid NAT translation setup, and efficient logging capabilities. Additionally, BIG-IP CGNAT can be paired with the BIG-IP Advanced Firewall Manager (AFM) to create a robust security framework. Adopting a unified approach simplifies management and operational tasks, decreases costs, and enhances opportunities to generate revenue from services and functions. Moreover, BIG-IP CGNAT can be integrated into a consolidated S/Gi-LAN or N6 LAN in 5G networks, encompassing features like DNS, edge firewall, DDoS protection, and video traffic management. Overall, this combined strategy paves the way for streamlined operations and better resource allocation.

Utilize your Mac's adapter to capture Wi-Fi traffic or employ compatible USB dongles for Zigbee and BLE traffic, while automatically launching Wireshark for thorough post-processing and analysis. The tool provides various flexible configuration options to meet the diverse needs of packet analysis and troubleshooting tasks. It seamlessly integrates with well-known cloud services like CloudShark and Packets, enabling automatic uploads, analysis, or sharing of your captures. Capturing Wi-Fi traffic is crucial for effective protocol analysis; whether addressing issues related to Wi-Fi connectivity, roaming, or configuration, or evaluating the performance of your Wi-Fi network, packet captures are indispensable. Airtool simplifies the process of capturing Wi-Fi packets, making it accessible to users. With its advanced functionalities, such as automatic packet slicing and capture file limits and rotation, Airtool is an essential resource for every wireless LAN expert, ensuring that they can effectively manage their network analysis needs.

Utilize robust, low-latency connectivity to enhance your digital infrastructure's responsiveness and efficiency. With Lumen Wavelength Solutions, you can achieve rapid and secure connections that are essential for your data-intensive and latency-sensitive applications. Create, implement, and manage advanced low-latency networking solutions that adapt to the changing needs of your enterprise. Seamlessly oversee your wavelength services throughout their lifecycle. Safeguard your network against emerging threats with dedicated, secure point-to-point connections and layer 1 encryption for added protection. Ensure secure domain management through two-factor authentication protocols. Provide swift, high-availability applications and services by capitalizing on low-latency pathways and competitive service level agreements that emphasize network redundancy with various gateway and routing options. Additionally, facilitate smooth transitions in network optimization, migrations, and upgrades through customized routing strategies and transparent design processes, ensuring your infrastructure remains agile and resilient. This comprehensive approach not only enhances your connectivity but also fortifies your overall network security.

FreeBSD stands out with its sophisticated networking, exceptional performance, security, and compatibility elements that many other operating systems, including several top commercial options, still lack. It serves as a prime choice for both Internet and Intranet servers, delivering reliable network services even under extreme loads while efficiently managing memory to ensure excellent response times for numerous simultaneous user processes. Moreover, FreeBSD extends its advanced operating system capabilities to both appliance and embedded systems, accommodating a diverse range of hardware platforms such as higher-end Intel-based devices, as well as ARM, PowerPC, and MIPS architectures. Vendors globally depend on FreeBSD for their embedded products, which encompass everything from mail and web appliances to routers, time servers, and wireless access points, thanks to its integrated build and cross-build environments. Additionally, the Berkeley open-source license allows these vendors the flexibility to determine the extent of their contributions back to the community, fostering collaboration and innovation. This combination of features makes FreeBSD an invaluable asset for developers aiming to create high-performance embedded solutions.

In a world increasingly dominated by applications, advanced technology is essential for success. Your business thrives on apps, and BIG-IP application services ensure you have the availability, performance, and security necessary to satisfy your operational needs. With BIG-IP application delivery controllers, you can guarantee that your applications remain operational and efficient. The BIG-IP Local Traffic Manager (LTM) and BIG-IP DNS are designed to effectively manage your application traffic while safeguarding your infrastructure. You benefit from integrated security and traffic management services, as well as performance enhancements, regardless of whether your applications are hosted in a private data center or in the cloud. Moreover, solutions like BIG-IP Diameter Traffic Management, BIG-IP Policy Enforcement Manager (PEM), and BIG-IP Carrier-Grade NAT (CGNAT) oversee network resources to maintain peak performance for your applications, ensuring they meet carrier-grade standards. These tools also assist in discovering opportunities to optimize and monetize your network, ultimately leading to an improved financial outcome for your business. By leveraging these advanced services, you can fully unlock the potential of your applications, driving innovation and growth across your organization.

Experience uninterrupted visibility into your network in REAL Real Time—monitor by User, Application, Geo-location, or Access Point without delays or samples. Gain actionable insights that assist in network capacity planning, analyzing user behavior, managing SLA compliance, and conducting historical assessments. If you can't observe an issue, you cannot resolve it, which is why Saisei equips you with detailed visibility and the tools necessary to implement policies that enhance the performance of applications and users alike. Additionally, strengthen your network's security by automatically shielding it from unauthorized users, while utilizing conditional alarms and triggers to address unusual activity through sophisticated policy enforcement. With Saisei, you can count on consistent performance and scalability! Our platform is engineered to be resilient and adaptable, capable of accommodating the demands of large carriers and intricate networks, yet flexible enough to cater to the specific needs of smaller operators. Trust that no matter what challenges you face, Saisei has the solution to meet your network management needs effectively. Furthermore, our commitment to continuous improvement ensures that your network will always be equipped to handle the evolving landscape of technology.

DriveNets is an emerging software enterprise that creates networks reminiscent of cloud infrastructures. The company provides communication and cloud service providers with an innovative method to construct networks, which separates network expansion from expenses while enhancing profitability. The Network Cloud from DriveNets presents a transformative approach to network construction, integrating hyperscale cloud techniques into service provider networks, significantly streamlining operational models, and facilitating rapid growth, swift service innovation, and improved service profitability. As the most advanced carrier-grade routing software stack available, Network Cloud revolutionizes network architecture, making it easier for service providers to expand, manage, and own their networks cost-effectively. Established by industry veterans Ido Susan and Hillel Kobrinsky, DriveNets Network Cloud stands out as a premier open disaggregated networking solution that utilizes cloud-native software across standard white box hardware, showcasing the potential for substantial advancements in the telecommunications sector. This innovative framework is not only redefining the networking landscape but also setting new industry standards for efficiency and scalability.

Organizations, regardless of their size, depend on reliable data to guide their decision-making processes, yet traditional proxy services often suffer from sluggishness, blocking issues, or inadequacies in real-world scenarios. Aluvia addresses these obstacles by integrating sophisticated mobile proxy features—such as authentic SIM-based connections, dynamic IP rotation, sticky sessions, and precise geo-targeting—into a cohesive and user-friendly platform. Utilizing actual mobile devices connected to legitimate carrier networks, Aluvia facilitates accurate data collection and enhances coverage for tasks like competitive analysis, ad verification, SEO investigations, and fraud detection. The platform's automated features minimize the necessity for manual input, allowing your team to concentrate on strategic initiatives rather than dealing with proxy-related complications or IP restrictions. By delivering accurate, real-world data and streamlining your proxy management within a single solution, Aluvia significantly enhances performance while uncovering fresh avenues for expansion and achievement. Ultimately, this results in a more efficient workflow, enabling teams to achieve their objectives with greater ease.

A scalable, analytics-focused platform that integrates all aspects of network analytics and optimization for mobile networks, including 5G and 4G/LTE. This platform stands as the most robust and extensively utilized optimization solution across various vendors and technologies, facilitating the planning, construction, deployment, management, and enhancement of networks ranging from GSM to 5G-NR in a more effective and efficient manner while ensuring high service quality. By utilizing multiple data sources such as drive tests, indoor analytics, performance management, and subscriber trace data, our solution allows for comprehensive nationwide analysis and benchmarking of network performance. Additionally, it supports the handling of vast amounts of data through both centralized and distributed deployment models, enabling operators to map subscriber experiences and demands with precision down to the street or block level, thus ensuring complete visibility and opportunities for experience improvement. This innovative approach not only enhances operational efficiency but also elevates customer satisfaction through tailored network solutions.

The Cruz Wireless Controller allows IT departments to view, monitor, configure, and configure multi-vendor wireless IT infrastructures. It gives you complete control and visibility over all wireless devices in your network. Cruz Wireless Controller automates discovery, performance monitoring and configuration backup and restore. It also schedules traffic flow analysis and configuration audit capabilities. --Performance statistics, real time health monitoring, firmware/SW administration, backup, restore and deploy, one-toone or groups. Enforce device security policies. Push and monitor configurations to wireless controllers and APs. --Set up network health alerts, automate repetitive tasks and simplify remote troubleshooting. IT departments can make deployment and management easier by using a single tool to manage all their operations

Enhance your network's adaptability and scalability through the implementation of open optical networks. Cisco's optical solutions offer a versatile connectivity framework tailored to meet various network demands. Transform your network by adopting multilayer convergence technologies that facilitate the modernization of transport networks to IP and enable high-density circuit-emulation. Effortlessly manage networks of any size using a streamlined, unified multilayer approach. Redefine your operational architecture with the integration of network layer convergence. Ensure the protection of your business and clientele by utilizing an automated, open security architecture. Accelerate the delivery of high-quality services to customers through effective network automation, which simplifies processes. By merging software advancements with your existing network hardware, you can ensure your infrastructure is primed for future growth and scaling opportunities. Ultimately, this approach positions your business for sustainable success in a rapidly evolving technological landscape.