Alternatives to Azure Virtual Network Manager

UTunnel Secure Access delivers Cloud VPN, ZTNA, and Mesh Networking solutions to ensure secure remote access and smooth network connectivity. ACCESS GATEWAY: Our Cloud VPN as a Service enables quick deployment of Cloud or On-Premise VPN servers. Utilizing OpenVPN and IPSec protocols, it facilitates secure remote connections with policy-based access control, allowing you to easily establish a VPN network for your business. ONE-CLICK ACCESS: The Zero Trust Application Access (ZTAA) solution transforms secure access to internal business applications such as HTTP, HTTPS, SSH, and RDP. Users can access these applications through web browsers without needing client software. MESHCONNECT: This Zero Trust Network Access (ZTNA) and mesh networking solution provides granular access controls to specific business network resources and supports the creation of secure interconnected business networks. SITE-TO-SITE VPN: The Access Gateway solution also allows for the setup of secure IPSec Site-to-Site tunnels. These tunnels can connect UTunnel's VPN servers with other network gateways, firewalls, routers, and unified threat management (UTM) systems.

Azure Route Server facilitates the dynamic exchange of routing information between network appliances and Azure virtual networks. By setting up your network appliances along with Azure ExpressRoute and VPN gateways, you can automatically receive the most current route information from Azure Route Server, eliminating the need for manual configuration of each connection. This tool allows for dynamic routing between your network appliances and Azure gateways, replacing the traditional static routing method. Azure Route Server operates using Border Gateway Protocol (BGP) endpoints, which utilize standard routing protocols for effective route exchanges. Furthermore, it seamlessly integrates with both existing and new deployments, accommodating various network architectures like hub and spoke, full mesh, or flat virtual networks, ensuring flexibility and efficiency in network management. This capability enhances the overall performance and reliability of your network infrastructure.

Azure Virtual Network provides a secure and isolated space for deploying your virtual machines and applications. You can utilize private IP addresses and configure subnets along with access control policies, among other features. This service allows you to manage Azure similar to your own data center environment. All traffic between Azure resources, whether within a single region or across multiple regions, remains within the Azure network—meaning intra-Azure communications do not pass through the Internet. For virtual machine-to-virtual machine, storage, and SQL interactions, the data traverses solely the Azure network, irrespective of the originating or destination regions. Furthermore, inter-region traffic between virtual networks also occurs entirely within the Azure infrastructure. Virtual Network empowers you to seamlessly integrate your on-premises IT setup into the cloud, akin to connecting to a remote branch office. You can securely establish a connection to your virtual network by selecting either an IPsec VPN or a dedicated line with Azure ExpressRoute, ensuring optimal performance and security for your applications. This flexible connectivity enhances the overall efficiency of managing cloud resources and bolstering your operational capabilities.

Cisco Prime Network serves as an economical solution for device operation, administration, and management of network faults. This all-in-one platform enables service providers to streamline management processes while delivering services on a carrier-class level. It accommodates not only physical network components but also the computational infrastructure and virtual elements present in data centers. By facilitating automated network discovery, configuration, and change management, it enhances operational efficiency significantly. Furthermore, it boosts customer satisfaction through proactive service assurance, utilizing post-event fault management and trend analysis. The integration costs are minimized due to its pre-integration with the Cisco Prime Carrier Management suite and compatibility with third-party applications through northbound interfaces. Users benefit from comprehensive end-to-end visibility of both physical and virtual network topologies, along with detailed inventory management. A graphical user interface allows for device configuration through prebuilt and downloadable scripts, providing an intuitive user experience. Additionally, the platform offers real-time updates on network events, states, and configuration modifications, ensuring that users remain informed of any changes within their networks.

A centralized approach to network security policy and route management is essential for software-defined perimeters that span globally. This involves the unified configuration and oversight of numerous Azure Firewall instances that are distributed across various Azure regions and subscriptions. The management of security policy settings and logging across these multiple Azure Firewall instances is crucial for maintaining a secure environment. By centralizing Azure Firewall management within secured virtual hubs and their associated hub virtual network deployments, organizations can streamline operations and enhance security. Traffic routing can be automated to ensure effective security filtering within these protected virtual hubs. Additionally, collaboration with third-party Security as a Service (SECaaS) providers can bolster defenses through advanced protection mechanisms. Firewall policies play a significant role in securing one or more virtual hubs or Virtual Networks, enabling rapid response to threats through a well-defined Firewall Policy hierarchy. The use of Secure Virtual Hubs facilitates the efficient redirection of branch and spoke VNET traffic to the Azure Firewall, making it easier to enforce a zero trust model with minimal effort. Furthermore, Azure Firewall is utilized for managing local traffic, while a SECaaS provider can handle filtering for internet traffic, ensuring a comprehensive security strategy that addresses both internal and external threats effectively. The integration of these elements not only strengthens the security posture but also promotes operational efficiency across the entire network infrastructure.

Forward Enterprise documents, verifies, predicts, and searches the behavior of your network. It creates an always-up-to-date software copy of your entire network infrastructure, both on-prem as well as in the cloud. It integrates seamlessly into existing network management tools and workflows thanks to its REST APIs. Forward Enterprise can be deployed either on-prem, or via cloud hosting to provide complete flexibility in implementation. Automatically create a network diagram that is accurate and complete with details about your environment. A complete inventory of all your hardware and software, across platforms and versions. Visualize the network-wide L2, 3 and 4 states and all device configurations. An intuitive and powerful tool allows you to search network behavior, configuration, and state network-wide. For fast root-cause isolation, and incident remediation, locate any device in your network including all connections.

Check Point Virtual Systems utilize virtualization technology to streamline and enhance security in private cloud environments, ultimately resulting in a reduced overall cost of ownership. By enabling the deployment of multiple virtualized security gateways on a single hardware unit, organizations can customize security measures for each virtual system. This level of customization aids in transforming extensive and intricate network security policies into more digestible components, thereby improving security protocols to align with stringent business requirements. Virtual Systems prove particularly beneficial in expansive settings such as large enterprises, data centers, and Managed Service Providers (MSPs). Within MSP frameworks, they consolidate hardware resources and maintain user privacy by isolating applications and services into distinct virtual environments. Additionally, this system supports both layer-2 bridge mode and layer-3 Virtual Systems operating on the same gateway, which allows for seamless integration into pre-existing network structures without necessitating a complete overhaul of IP routing configurations. Consequently, organizations can operate more efficiently while maintaining robust security measures tailored to their specific needs.

Prevent outages with a comprehensive network monitoring solution that spans from the edge of your network to the cloud. Identify emerging problems prior to users bringing them to your attention. Accelerate troubleshooting efforts with an interactive topology map that illustrates both connectivity and dependencies. Instantly check the status of your systems, whether they are in the cloud or on-premises, to know what is operational and what is not. Achieve full visibility into the health of network devices, applications, and systems. Utilize topology-aware monitoring that comprehends network dependencies, resulting in fewer but more insightful alerts. Receive updates through various channels, such as SMS, email, web, or Slack, to stay informed about issues before they impact users. Seamlessly integrate your existing systems with a robust REST API to streamline your operations. Visualize network devices, servers, virtual machines, and wireless environments within context. Click on any device for immediate access to a comprehensive array of monitoring settings and reports, allowing you to see the interconnectedness of your infrastructure and find solutions more efficiently. This proactive approach not only enhances performance but also minimizes the risk of unexpected downtimes.

Experience comprehensive Full-Stack Network and Security Virtualization through VMware NSX, enabling your virtual cloud network to safeguard and connect applications across diverse environments such as data centers, multi-cloud setups, bare metal, and container infrastructures. VMware NSX Data Center presents a robust L2-L7 networking and security virtualization solution that allows for centralized management of the entire network from a unified interface. Streamline your networking and security services with one-click provisioning, which offers remarkable flexibility, agility, and scalability by executing a complete L2-L7 stack in software, independent of physical hardware constraints. Achieve consistent networking and security policies across both private and public clouds from a singular vantage point, irrespective of whether your applications are running on virtual machines, containers, or bare metal servers. Furthermore, enhance the security of your applications with granular micro-segmentation, providing tailored protection down to the individual workload level, ensuring optimal security across your infrastructure. This holistic approach not only simplifies management but also significantly improves operational efficiency.

Azure Firewall serves as a cloud-managed network security solution designed to safeguard your Azure Virtual Network assets. This service operates as a fully stateful firewall, ensuring both high availability and scalable performance in the cloud environment. It is a comprehensive network security tool that not only protects your resources but also allows for the creation, enforcement, and logging of connectivity policies across various subscriptions and virtual networks. With its robust features, you can streamline the deployment and management of network security, taking advantage of the firewall's scalability and availability. Additionally, it enables centralized management of security settings across multiple virtual networks, employing a unified set of application and network rules for enhanced protection. This makes it easier for organizations to maintain consistent security postures as they expand their cloud infrastructure.

Switch Center is a comprehensive software solution designed for managing and monitoring network switches, routers, and hubs from various vendors that utilize SNMP BRIDGE-MIB, enabling users to efficiently discover, monitor, and analyze network performance and connectivity. This tool allows connection through any network port without requiring remote agents or special configurations, enhancing user convenience. The innovative monitoring engine excels in delivering thorough network topology mapping and performance insights for both local and remote devices, including details about interconnecting trunks and VLANs. It accommodates SNMPv1/2 and SNMPv3 discovery methods, featuring VLAN monitoring and port mapping functionalities. The integrated central software viewer caters to different management levels, facilitating automatic network discovery and mapping while employing OSI Layer 2 and Layer 3 topology monitoring, complemented by real-time reporting capabilities. Furthermore, Switch Center can significantly streamline IT operations by providing a clearer understanding of network dynamics and fostering proactive management strategies.

Discover the power of network mapping software that automatically visualizes your network infrastructure. Learn why leading IT experts prefer SolarWinds® Network Topology Mapper, which efficiently identifies and outlines network topology while generating clear, comprehensive diagrams. This software accommodates various discovery methods such as SNMP v1-v3, ICMP, WMI, CDP, VMware, Hyper-V, and more. Users can conveniently export their network maps in formats like Microsoft Office Visio, PDF, and PNG, with the added benefit of scheduling updates to Orion® Network Atlas. The network topology mapping tool also generates reports detailing switch ports, VLANs, subnets, and inventory, ensuring adherence to standards like PCI compliance and FIPS 140-2, which necessitate the upkeep of current network diagrams. By automatically detecting all network components, it enables the creation of intricate topology maps, while also allowing for manual adjustments of node details and connections between devices. This flexibility makes it an essential tool for maintaining a robust and secure network environment.

The process of discovering the entities that are connected to a network is called Network Mapping. Network mapping solutions provide a detailed view of enterprise IT infrastructure by visualizing physical and virtual networks. This article explains network mapping's definition, process, importance and best practices. The process of network mapping is to discover all entities that are connected to a particular network. Network mapping solutions provide a detailed view of enterprise IT infrastructure by visualizing physical and virtual networks. Network mapping is used by organizations to simplify network monitoring, and quickly pinpoint network faults. By generating a map, network mapping helps IT teams discover network connectivity and visualize it. This map contains network diagrams and flowcharts as well as device inventories and topology detection. These visual aids are useful for a variety of purposes, including network maintenance and security.

Ericsson’s NetCloud Service is an all-in-one wireless network management platform designed for enterprises to efficiently manage and secure 5G and LTE networks across diverse environments. Offered as a subscription, it combines cloud-based management with purpose-built routers, lifecycle warranty, and round-the-clock support to deliver seamless connectivity for branches, vehicles, IoT, and private networks. The service features advanced capabilities such as dynamic routing, zero trust SD-WAN, hybrid mesh firewall, and cellular intelligence for proactive network health monitoring. With an integrated AI virtual assistant, real-time diagnostics, and extensibility through SDKs and APIs, NetCloud enables simplified orchestration and troubleshooting. The platform supports overlay failover, hybrid WAN, and secure remote management, ensuring business continuity in mission-critical applications. Customers also receive tailored training and certification to optimize network operations. Ericsson’s solution incorporates comprehensive security measures including zone-based firewalls, web filtering, and carrier selection intelligence. Its flexible subscription model allows easy renewal, expansion, and upgrade of endpoints, adapting to evolving enterprise needs.

Managing all aspects of global network monitoring, incident response and other related activities is an essential part of every organization's business. NIKSUN NetOmni™ gives you the ability to instantly assess the health of your network from a single point. NIKSUN NetOmni™ collects information from all network applications and services. It prioritizes key service delivery, security and compliance metrics. This allows for powerful correlated dashboards or workflows using a single pane. A single pane of glass allows you to visualize data for a multi-NIKSUN (physical, virtual, and hybrid) deployment. For historical and forensic traceability, store data for months or years. A web-based central management console that unites distributed NIKSUN intelligence for physical, virtual, cloud, and cloud infrastructure. Live dashboard updates provide real-time views of network health and application performance.

Optelian’s FLEXManager offers thorough management of networks and elements specifically for Optelian's range of products, systems, and solutions. With its multi-layered functionality, it efficiently handles all aspects of management from a single, centralized location. The platform streamlines the processes of service delivery, configuration, monitoring, and troubleshooting, making them both quick and straightforward. FLEXManager presents a detailed graphical interface that offers an extensive overview of the network, showcasing information on services, inventory, software updates, and equipment configuration, all housed within a unified management system. It effectively displays critical elements such as node positions, network topology, port status, connectivity information, and detailed configurations at the shelf level, providing a comprehensive insight into network operations and service connectivity. By harnessing the full potential of network solutions, FLEXManager significantly eases the tasks of provisioning and ongoing management, ultimately enhancing overall network performance and reliability. Its user-friendly design ensures that both technical and non-technical users can navigate the system with ease, fostering better communication and collaboration across teams.

Juniper Apstra's intent-driven networking software streamlines and verifies the entire lifecycle of data center networks, from initial setup to ongoing management. As the sole offering in its category that supports multiple vendors, Apstra enables seamless automation and control of networks across diverse data center architectures, vendors, and configurations, simplifying private data centers to the level of cloud environments. With Apstra's unified source of truth and robust analytics, users can enhance network performance and address challenges effectively. Additionally, Apstra reduces the risk of network failures through predictive insights and includes change management features that allow for a network-wide rollback when needed. The inclusion of Juniper Validated Designs (JVDs) guarantees consistent operations and speeds up deployment processes. Furthermore, Apstra Cloud Services, a collection of AI-driven, cloud-native applications aimed at AI operations (AIOps), complements Apstra's intent-based networking by broadening the scope of data center assurance from merely network reliability to encompassing application assurance as well. This integration not only boosts confidence in network performance but also significantly enhances overall operational efficiency.

Single pane-of glass to automate customers' IT operations Cruz Remote Monitoring and Management is designed for Managed IT Services Providers (MSPs). It allows them to remotely monitor and manage their IT infrastructure, networks and client endpoints from anywhere. Dorado allows you to remotely monitor and manage your environment from one console, whether you are an MSP looking to improve your business or a reseller/VAR trying to enter the MSP market. All this is available in an affordable, scalable, and easy-to-use solution. Dorado Software is a leader in resource management, performance monitoring, service orchestration software, and cloud operations automation across converged infrastructure fabrics. Dorado software helps IT professionals and operators monitor, configure and manage converged infrastructures (physical storage and virtual servers, networking devices, networking devices), virtualized functions and cloud services.

The Cloud Customer Certification Lab (Cloud CCL) serves as a flexible online testing platform that simulates your actual networks, configurations, topologies, and traffic patterns. By utilizing Cloud CCL, you can significantly cut costs and reduce risks associated with validating new business services, features, upgrades, and modifications before implementing them in your live network. It allows for the rapid creation of a virtualized version of your production network within a cloud setting. This platform can effectively mimic physical networks made up of virtual devices and testing tools that operate on the Junos OS. You can streamline your testing processes with minimal investment, as Cloud CCL acts as a digital equivalent to our traditional physical CCL. While we suggest using Cloud CCL for functional and control plane evaluations, the physical CCL is more suitable for testing solutions tailored to specific use cases in larger environments. Additionally, Cloud CCL is compatible with our vMX Virtual Router, vSRX Virtual Firewall, Junos Space, Juniper Secure Analytics, and a variety of leading third-party traffic generation tools, making it a comprehensive solution for your testing needs. Overall, the integration of Cloud CCL into your operations can enhance your testing capabilities and drive efficiency across your network services.

The Sangfor Cloud Platform (SCP) offers the capability to manage clusters across different regions while also providing heterogeneous management for VMware data centers. This platform allows for the segmentation of the resource pool into multiple logically defined Resource Pools, facilitating a customized approval workflow and billing processes through the establishment of categorized administrator privileges. Additionally, it improves network management and security for tenants, enabling them to configure their own firewalls, while the adaptable image management features significantly lessen the operational and maintenance workload for platform management teams. Furthermore, in terms of business continuity, SCP delivers a robust virtual machine-level remote disaster recovery solution through its remote disaster recovery services. By utilizing a standardized, process-oriented, and automated approach, the Sangfor cloud computing platform simplifies the complexities associated with building and managing cloud data centers, ensuring a more efficient operational experience for users. This comprehensive management solution ultimately empowers organizations to optimize their resources and enhance operational efficiency.

Azure Network Function Manager delivers a standardized management interface for pre-validated mobile network functions, facilitating the implementation of private LTE and 5G solutions. This service also supports a smooth cloud-to-edge integration for Azure Marketplace network functions, including SD-WAN. You can deploy secure private 5G and LTE mobile networks on-site, with the ability to quickly set them up from various mobile packet core network function partners directly through the Azure portal. These networks are designed to provide extremely low latency, making them ideal for real-time edge applications, such as augmented reality, virtual reality, and industrial robotics. Managing and deploying SD-WAN and VPN solutions at the edge is made simple, thanks to a diverse ecosystem of partners. Additionally, for a comprehensive hybrid experience, Azure Marketplace allows you to select from a list of pre-validated network functions, ensuring compatibility with the network functions utilized in Azure and Azure Virtual WAN, which further enhances the operational reliability with Azure Stack Edge. This integration not only streamlines deployment but also enhances the performance of critical applications in various industries.

Nautobot, developed by Network to Code, serves as an open-source solution tailored for network automation, enabling organizations to maintain a unified repository for their network configurations, layouts, and automation processes. This platform is designed to work alongside current IT infrastructures, accommodating multi-cloud, hybrid, and on-premises setups. With an extensive array of features such as REST APIs, real-time network observation, and the ability to automate routine tasks effortlessly, Nautobot significantly enhances the efficiency and scalability of network management for businesses. Additionally, its flexibility allows teams to adapt it to their specific needs, further streamlining their operations.

Cisco Network Assistant offers a user-friendly interface and task-oriented menu that streamlines the management of both wired and wireless networks for up to 80 devices. This complimentary tool is designed to facilitate the implementation of standard services across various Cisco devices, including switches, routers, wireless controllers, and access points. Users can access vital product information, such as warranty details, contract statuses, advisories, and end-of-life notifications, through a direct integration with Cisco Active Advisor, which automatically collects data from devices managed by the Network Assistant. The software provides network administrators with a comprehensive overview of their network, allowing them to effectively utilize its functionalities for small to midsize businesses or branch locations. Additionally, it supports network discovery and visually represents the topology, while also enabling configuration management of Cisco products tailored for small and medium enterprises. This ensures that administrators can easily monitor and maintain their network infrastructures with greater efficiency and control.

Contrail Networking delivers a flexible and comprehensive approach to networking policy and control, applicable across various clouds, workloads, and deployment scenarios, all managed from a singular user interface. It converts high-level workflows into detailed policies, making it easier to orchestrate virtual overlay connectivity in diverse environments. Users can implement and manage end-to-end policies effectively across both physical and virtual settings. Built on the open-source network virtualization initiative Tungsten Fabric, Contrail Networking's software-defined networking (SDN) functionality allows for secure workload deployment in any given environment. It ensures seamless overlay connectivity for any workload, regardless of the underlying compute technology, whether it be traditional bare-metal servers, virtual machines, or containers. Additionally, Contrail Command serves as an intuitive operational and management tool, streamlining user interactions and enhancing overall efficiency. This combination of features empowers organizations to maintain robust network performance while adapting to evolving demands.

Azure Virtual WAN is a comprehensive networking service that unifies various networking, security, and routing capabilities into a single operational interface. The service encompasses a range of functionalities such as branch connectivity through automated connections from Virtual WAN Partner devices like SD-WAN or VPN CPE, as well as site-to-site VPN and remote user VPN (Point-to-site) connectivity. Additionally, it offers private connectivity via ExpressRoute, transitive connectivity for virtual networks within the cloud, inter-connectivity between VPN and ExpressRoute, advanced routing features, Azure Firewall integration, and robust encryption mechanisms for secure private connections. This all-in-one approach simplifies the management of complex networking tasks and enhances overall security measures.

Cisco's Enterprise Network Functions Virtualization (NFV) offering empowers businesses to transition critical network functions into a virtualized environment, facilitating swift deployment of network services at various locations. By transforming conventional hardware-driven network functions into software, Cisco's NFV minimizes reliance on numerous physical devices, resulting in both cost reductions and easier management. This innovative NFV solution not only speeds up the introduction of new virtual network services but also simplifies operational processes while providing the adaptability to integrate physical, virtual, Cisco, and third-party components seamlessly. In doing so, it not only lowers expenses but also liberates IT personnel from routine service visits, thereby boosting the overall efficiency of the network. Additionally, it efficiently manages and automates the delivery of network services across both physical and virtual settings, optimizing workflows and significantly decreasing the need for manual input. Ultimately, Cisco's NFV solution represents a transformative approach to network management, ensuring organizations can respond swiftly to evolving demands.

A single Virtual Private Cloud (VPC) can extend across various regions while avoiding communication over the public internet. For on-premises setups, it is possible to facilitate a connection that links VPC resources with on-premises assets across all regions encompassed within a single VPC. By utilizing a unified VPC for an entire organization, different teams can operate independently within their projects, benefiting from distinct billing and quotas while still enjoying a shared private IP space and access to frequently used services. Google Cloud VPCs allow you to expand the IP address space of any subnet without requiring any shutdown of workloads or incurring downtime, providing significant flexibility and opportunities for growth to cater to your requirements. The VPC can automatically establish your virtual network topology by setting up prefix ranges for subnets and defining network policies, though you also have the option to manage configurations manually. Additionally, it is possible to enlarge CIDR ranges seamlessly, ensuring continuous operation. This capability enhances the overall efficiency of network management and resource allocation within the cloud environment.

Aruba AirWave serves as a flexible network management system that supports both wired and wireless infrastructure from various vendors. For those seeking unlimited scalability, artificial intelligence for IT operations (AIOps), and additional features, transitioning to Aruba Central—a cloud-based networking platform—might be beneficial. Known for its robust capabilities, AirWave streamlines the management of daily tasks within extensive campus settings. It allows for the oversight of diverse generations of switches and wireless access points across numerous vendors, providing detailed insights into the access network. Adding, altering, or deploying new network devices is made straightforward with zero-touch provisioning, group templates, and user-friendly workflows. AirWave's comprehensive dashboards offer quick access to health and availability metrics, enabling effective monitoring of essential network and application services. With tools for real-time discovery, topology views, and advanced troubleshooting, you can swiftly address and resolve any network issues that arise. Furthermore, its ability to integrate seamlessly with existing systems makes it a valuable asset for any organization aiming to enhance its networking capabilities.

Cloud storage as hard drive It is easy to manage your cloud storage. All you have to do is provide your cloud login information and all cloud storages will appear as your virtual drive every time you start your computer. NAS storage as virtual drive You can connect to NAS servers via WebDAV and FTP. NetDrive is a popular way to mount NAS products. As a virtual drive, you can share your NAS with anyone. Securely transfer files using SFTP NetDrive supports secure file transfers by SFTP (SSHfile Transfer protocol). Unlike the standard File Transfer Protocol (FTP), SFTP encrypts commands and data, preventing sensitive information from being transmitted over a network.

OpenText Network Node Manager offers robust functionalities that empower network operations centers to oversee, assess, and represent contemporary network infrastructures in real-time. By integrating fault and performance information into one cohesive platform, it employs continuous spiral discovery to uphold precise topology maps and device inventories. Furthermore, it enhances monitoring capabilities across specialized domains through Smart Plug-ins. The inclusion of intelligent automation features, such as automated root-cause analysis, visual event correlation, and customizable dashboards that merge historical and real-time data, significantly decreases mean time to repair and enhances staff efficiency. Its distributed and federated architecture accommodates scalable, multi-tenant deployments, which minimizes infrastructure overhead and lowers the total cost of ownership. Additionally, the variety of flexible deployment options guarantees high availability in both enterprise and service-provider settings. Overall, OpenText Network Node Manager exemplifies a comprehensive solution tailored to meet the dynamic demands of modern network management.

VMware Cloud Director stands out as a premier platform for delivering cloud services, utilized by numerous top-tier cloud providers to efficiently manage and operate their cloud service offerings. Through VMware Cloud Director, these providers can offer secure, scalable, and adaptable cloud resources to a vast array of enterprises and IT teams globally. By partnering with one of our Cloud Provider Partners, users can leverage VMware technology in the cloud and innovate with VMware Cloud Director. This platform emphasizes a policy-driven strategy that guarantees enterprises can access isolated virtual resources, independent role-based authentication, and meticulous control over their services. With a focus on compute, storage, networking, and security through a policy-driven lens, tenants benefit from securely segregated virtual resources and customized management of their public cloud environments. Furthermore, the ability to extend data centers across various locations and oversee resources via an intuitive single-pane interface with comprehensive multi-site views enhances operational efficiency. This comprehensive approach allows organizations to optimize their cloud strategies and improve overall service delivery.

Achieve complete automation, enhanced visibility, and uniform operations within your hybrid cloud setup. The Cisco Nexus Dashboard Fabric Controller (NDFC) serves as the central network management solution for all NX-OS-enabled installations, covering new fabric architectures, storage networks, and IP Fabric for Media. Streamline provisioning processes from several days down to mere minutes while simplifying the deployment experience. Minimize troubleshooting durations through visual operational insights related to topology, network fabric, and infrastructure. Avoid configuration mistakes by utilizing templated deployment strategies and automatic compliance adjustments. Experience seamless network connectivity, reliable network management, and easier operations across hybrid cloud systems. Additionally, benefit from thorough management, oversight, monitoring, troubleshooting, and maintenance of your LAN, integrated with automated multicloud connectivity and IP Fabric for Media (IPFM), which ensures consistency and reliability in your network operations. With these advancements, organizations can effectively optimize their network management processes and focus on innovation.

Regardless of the scale or nature of the cloud solution you require, CloudScale365 provides an array of choices tailored to meet the needs of your business. Whether you are considering a public, hybrid, virtual private, or private cloud, it is widely recognized that cloud computing offers significant advantages such as scalability, quick setup, virtualized resources, and the capability to rapidly increase server capacity. Our skilled professionals will collaborate with you to design a customized, cost-efficient solution that ensures your data remains readily accessible while being securely safeguarded. With our managed public cloud services, you can effortlessly tackle the common obstacles associated with configuring, deploying, and overseeing your public cloud infrastructure. In partnership with Microsoft, we enable you to concentrate on your primary business operations without the burden of managing IT complexities. Furthermore, our virtual private cloud hosting allows you to meet compliance standards without incurring additional hardware expenses. Additionally, you have the flexibility to scale your storage, networking, or computing resources as needed or to modify your current setup at your convenience. This adaptability ensures that your cloud infrastructure can evolve alongside your business requirements.

Verge-OS stands out as the pioneering operating system that separates networking, computing (via hypervisor), and storage functionalities from standard bare metal hardware, thereby enabling the formation of virtual data centers. Unlike our rivals who focus on virtualizing individual machines, we take it a step further by virtualizing entire data centers in one comprehensive package. This solution is encapsulated in a single license and offers an intuitive interface for seamless management. Verge-OS serves as a robust Software Defined Networking platform, featuring a fully operational integrated firewall to enhance security. By abstracting the entire data center from its hardware foundation, Verge-OS efficiently merges all fundamental resources into the hypervisor framework. Additionally, it employs RAIN architecture within its vSAN, ensuring that storage becomes more distributed, shareable, and scalable. Furthermore, Verge-OS effectively consolidates and replaces various software and licensing costs related to hypervisors, SAN, NAS, firewalls, disaster recovery, backup solutions, orchestration, system management, and logging tools, while also abolishing the need for proprietary hardware maintenance contracts. This holistic approach not only streamlines operations but also significantly reduces overhead for businesses looking to optimize their IT infrastructure.

Azure Automanage provides an integrated approach to streamline the management of IT resources. Its user-friendly, point-and-click interface allows for automation of operations while ensuring adherence to best practices throughout the lifecycle of both Windows Server and Linux servers, whether they are hosted in Azure or in hybrid setups through Azure Arc. The solution facilitates best-practice configuration of virtual machines in these environments, ensuring that they are consistently optimized. Additionally, it features proactive drift detection and remediation capabilities, enhancing the reliability and availability of workloads. By automatically enforcing security baselines, it ensures ongoing management and protection against vulnerabilities. This proactive stance on drift detection not only maintains compliance but also significantly boosts workload uptime, allowing organizations to focus on their core objectives without worrying about configuration discrepancies. With Azure Automanage, IT teams can achieve greater efficiency and peace of mind in managing their server environments.

Achieve greater flexibility and manage access seamlessly across various physical, virtual, or cloud-based environments. RackWare empowers businesses to transition to the cloud, safeguard their workloads with backup and disaster recovery solutions, and oversee a range of environments—physical, virtual, and cloud—through a unified interface. The Hybrid Cloud Platform (HCP) from RackWare serves as a versatile solution that facilitates workload migration to the cloud, sets up disaster recovery processes, and offers comprehensive management and oversight of all cloud resources, effectively addressing hybrid cloud management needs. Operating on Linux virtual machines, HCP is designed as a distributed software solution. The true advantage of RackWare’s HCP lies in its extensive features and capabilities, ensuring a holistic approach to the entire cloud experience—from migration and disaster recovery to backup and hybrid multi-cloud management, thereby simplifying the complexities of cloud operations for enterprises. This all-encompassing solution not only enhances operational efficiency but also fortifies the security of critical data assets.

On-demand creation and management of virtual networks allows you to tailor your setup to your needs. You can swiftly and effortlessly install virtual network client software on new devices without needing to visit each location. Hamachi operates in the background on connected systems, ensuring you maintain access even when those machines are not actively monitored. Subscriptions are available in Standard, Premium, and Multi-network options. This service enables remote users to securely connect to designated computers within your network from virtually anywhere, eliminating the need for changes to firewalls or network routers. Additionally, a straightforward virtual mesh network can be established, allowing remote devices to connect directly, which provides users with essential access to all necessary network resources. You have the capability to manage network access effectively, overseeing aspects such as password management, authentication protocols, network locking, and continuous membership oversight. Furthermore, this comprehensive approach enhances security and efficiency within your virtual networking environment.

CircuitVision's cvNetwork is an all-encompassing software solution for telecom network management that aids in the planning, design, execution, and documentation of inside plant networks. It provides tools for overseeing network topologies, monitoring workflow during the installation phase, managing network inventory, and designing various circuits and services. Among its standout features are capabilities for inventory management of equipment and assets, service provisioning across different technologies like TDM, Metro Ethernet, and MPLS, as well as circuit design, order management, capacity management, and network grooming. The system integrates flawlessly with cvFiber for outside plant (OSP) management and cvTicket for event management, which guarantees consistency and accuracy of data throughout the platform. Users can benefit from customizable workflows that enable them to monitor service orders from initiation to fulfillment while also generating comprehensive reports in formats such as Excel, CSV, and PDF. This versatility supports both network operations and sales teams, making it easier to analyze performance and optimize services effectively. Additionally, the user-friendly interface enhances the overall experience, allowing for efficient navigation and management of complex telecom networks.

Effortlessly integrate your cloud infrastructures. Transition to cloud solutions with Lumen Cloud Connect, which offers secure and high-performance virtualized networking for major public and private clouds. With dynamic software-defined networking (SDN) controls, you can achieve a network experience that aligns perfectly with your cloud services. Establish a connection between your network and the cloud, ensuring high-performance, secure, and adaptable capacity and connectivity. Gain enhanced visibility and manage the traffic flowing through your Ethernet virtual circuit effectively, enabling you to deliver mission-critical applications from the cloud with outstanding reliability and speed. Enjoy the advantages of cloud services while benefiting from the robust security of a private network when connecting to platforms such as AWS, Microsoft Azure, Google Cloud, IBM Cloud, and Oracle, among others. Additionally, access self-service capabilities that allow for the immediate addition or removal of Ethernet services to cloud and data center environments through a user-friendly portal or API integration, streamlining your operations further. This comprehensive solution not only enhances flexibility but also optimizes performance across your cloud engagements.

A unified dashboard allows for streamlined management across various environments, including physical, virtual, and hybrid-cloud setups. This approach ensures secure workloads throughout the entire spectrum, from on-premises systems to cloud infrastructures. It automates the protection of dynamic workloads to remove any potential blind spots while providing robust defense against advanced threats. Additionally, it incorporates specialized host-based workload protections tailored for virtual instances, preventing strain on the overall system. Utilize threat defenses specifically designed for virtual machines to implement multilayered countermeasures effectively. Enhance your awareness and safeguard your virtualized environments and networks against external threats. The strategy involves comprehensive protective measures such as machine learning, application containment, anti-malware optimized for virtual machines, whitelisting, file integrity monitoring, and micro-segmentation to secure your workloads. Furthermore, it simplifies the assignment and management of all workloads by allowing the importation of AWS and Microsoft Azure tag data into Trellix ePO, ultimately improving operational efficiency and security posture. By integrating these advanced solutions, organizations can ensure a more resilient infrastructure against emerging threats.

- Automatic topology discovery of physical networks based on SNMP - Provide detailed, searchable topology maps of physical networks LanTopoLog Switch Port Mapper tool maps out the physical ports connections to a switch To the MAC and IP addresses attached devices - Shows VLAN assignment, port status, port's current speed, LACP/LAG ports - Detecting new devices within the network and notifying about it - Display Spanning Tree Status and STP events - Icon context menu to customize command - Monitoring device's state (active/inactive) in real-time using ICMP - Creating alarms in case of network failures Notifications by E-mail - Access via the web browser from any part of the network LanTopoLog uses WMI queries for computer inventory information - Resolve IP to Name, Export Computer List to csv File - Monitoring dropped and invalid packets (ifInErrors, IfInDiscards). - Notify the administrator if traffic thresholds are exceeded - An easy-to-use interface

MidoNet is a robust network virtualization solution licensed under Apache that is designed specifically for Infrastructure-as-a-Service (IaaS) environments. By effectively separating the IaaS cloud from the underlying network hardware, MidoNet introduces an advanced software abstraction layer that connects end hosts to the physical network seamlessly. This innovative layer empowers cloud operators to transition traditional hardware-based network appliances into a flexible software-centric multi-tenant ecosystem. Additionally, MidoNet enhances OpenStack by providing production-grade distributed overlay networking capabilities. Key advantages include a simplified physical network structure, superior availability across any server and service at any time, hierarchical scalability, minimized protocol usage, optimized network traffic with low overhead, and significantly enhanced fault tolerance, which collectively contribute to more efficient cloud operations. Overall, MidoNet represents a significant advancement in the evolution of cloud networking solutions.

The well-being of the infrastructure that underpins your vital applications is crucial for effective application delivery. A failure in your infrastructure leads directly to a breakdown of your applications. Furthermore, the infrastructure is dynamic and not fixed; it frequently undergoes changes regarding both its configuration and layout. Therefore, IT departments must take a proactive stance in managing and monitoring their IT infrastructure to identify performance problems, map out application network paths, create network diagrams, track changes in configurations, and resolve infrastructure-related issues. Utilizing a variety of methods such as SNMP, WMI, streaming, CLI, traps, syslog, and synthetic testing can provide a comprehensive view of the performance of enterprise infrastructure. Additionally, employing native health scoring can quickly pinpoint which devices and sites are experiencing degradation, facilitating rapid problem resolution. This comprehensive approach ultimately ensures a more resilient and efficient IT environment.

Enhancing agility, security, and efficiency through network configuration and automation is essential. This approach incorporates automated vulnerability management to systematically evaluate vulnerabilities, improve visibility, and effectively address threats across various network devices. By utilizing integrations with vendor alerts and the NIST National Vulnerability Database, organizations can efficiently pinpoint vulnerabilities, update device images, and implement upgrades without experiencing downtime. Additionally, rapid configuration changes can be applied across thousands of devices, complete with automated rollback and tracking of changes to ensure smooth operations. Access control mechanisms allow for regulated viewing or modification of settings, alongside the deployment of pre-configured policies that comply with regulatory standards such as CIS and DISA, assisting in the remediation of any non-compliance issues. Furthermore, organizations can swiftly deploy new physical or virtual network devices using best-practice configurations tailored to meet business demands. Real-time browsing of device configurations facilitates troubleshooting, job status monitoring, or conducting compliance audits, ensuring a streamlined and responsive network environment that adapts to evolving challenges. Ultimately, the integration of these practices cultivates a robust network infrastructure that is both secure and efficient.

Azure Private Link enables secure and private connections from a virtual network to various services, including Azure's platform as a service (PaaS), those owned by customers, or services offered by Microsoft partners. By doing so, it streamlines the network setup and enhances security by preventing data from being exposed to the public internet. This private connectivity ensures that all traffic to the Azure services stays within the Microsoft network, avoiding any public internet interactions. Users can utilize Private Link to integrate Azure-delivered services into their private virtual networks by linking them to a private endpoint. Additionally, businesses can offer their own services within their customers' virtual networks in a secure manner. With all service traffic directed through the private endpoint, there is no requirement for gateways, NAT devices, ExpressRoute, VPN connections, or public IPs, thereby maintaining the integrity of the connection. Ultimately, Private Link guarantees that all data transfers occur securely over the Microsoft global network. This feature not only enhances security but also simplifies the management of network resources.