Best Network Management Software for Government - Page 34

The unique PICOS open NOS, equipped with closely integrated control planes, provides network operators with precise and non-intrusive oversight of their enterprise applications, allowing for extensive and adaptable traffic analysis and real-time attack prevention. For achieving zero-trust networking and establishing software-defined perimeters, PICOS stands out as the optimal solution. Our premier open network operating system is compatible with open switches ranging from 1G to 100G interfaces, sourced from a diverse selection of Tier 1 manufacturers. This comprehensive licensing package delivers unparalleled support for enterprise functionalities available in the market. It incorporates the Debian Linux distribution, featuring an unchanged kernel to enhance DevOps programmability to its fullest extent. Furthermore, the Enterprise Edition is enhanced by AmpCon, an automation framework based on Ansible, which integrates Zero-Touch Provisioning (ZTP) with the Open Network Install Environment (ONIE), streamlining the deployment and management of open network switches throughout the enterprise. With such advanced capabilities, organizations can ensure their networks are not only efficient but also secure against evolving threats.

Simplify complexities and achieve seamless interoperability throughout your data center by utilizing Linux. In addition to standard industry security features, Cumulus Linux provides enhanced security levels unique to its platform. You can leverage existing Linux-based management tools and expertise, allowing for a greater number of switches to be managed by each engineer. Benefit from seamless integration and premier tools designed for automation, monitoring, and analytics, among other functionalities. By running multiple network paths without requiring additional switches, you can ensure traffic isolation and network segmentation for various devices. Transitioning from design to physical connections becomes straightforward and efficient. With PTM, your data center can be programmed to quickly verify connections and troubleshoot issues. Experience ultra-fast speeds and minimal latencies through RoCE implementation that requires just a single line of code. This approach not only enhances performance but also streamlines operations across your entire network infrastructure.

A cutting-edge provider data engine that offers instantaneous verifications and robust automation, streamlining the processes of credentialing and managing provider networks. This solution serves as a centralized hub for overseeing all provider data, workflows, onboarding, and network management tasks, along with various other related operations. By replacing traditional manual verification methods with automated solutions, organizations can enhance efficiency, reduce costs, and improve compliance by minimizing the risk of human error. Experience rapid verifications and sophisticated network oversight tailored to the specific requirements of your business. The system features advanced credentialing and compliance tracking that alerts you to potential gaps before they escalate into significant problems. Ensure that you have the most precise and current data available through our unique real-time lookups, conveniently accessible via an API designed for seamless integration. Ultimately, this healthcare API not only meets your needs but also provides a user-friendly experience, allowing for customization and effortless integration with your existing systems and workflows. Enjoy the benefits of having a powerful tool that enhances operational efficiency while maintaining high standards of accuracy.

WeConfig enhances the efficiency, simplicity, and reliability of network configuration and upkeep. By streamlining the initial setup and ongoing management, it can save significant hours of labor throughout the network's lifespan. The platform automates labor-intensive tasks and allows for bulk deployment of configuration updates. In addition to reducing the likelihood of configuration mistakes, WeConfig simplifies the process of strengthening network security. A well-maintained and properly monitored network, aided by straightforward maintenance procedures, significantly lowers the chances of downtime. Furthermore, it facilitates the deployment of comprehensive cybersecurity features, effectively reducing the risk of unauthorized access. With integrated security analysis capabilities, users can easily identify and remediate vulnerabilities within the network. WeConfig is designed to help establish and uphold a strong network security standard. Additionally, its diagnostic tools ensure high network reliability by providing transparency and consolidating all relevant information in one centralized location. Ultimately, this comprehensive approach not only safeguards the network but also enhances overall operational efficiency.

Batfish is an open-source tool designed for network configuration analysis that detects errors and ensures the accuracy of both existing and planned configurations. This tool facilitates the seamless and quick evolution of networks, alleviating concerns over potential outages or security vulnerabilities. Initially created by a collaboration of researchers from Microsoft Research, UCLA, and USC, Batfish has since evolved with contributions from numerous developers. Currently, it is maintained by Intentionet, which also provides Batfish Enterprise, a service that enhances and expands upon the fundamental functionalities of Batfish. Users can utilize Batfish to analyze ACLs and firewall rules, while also examining forwarding paths through traceroute and reachability queries. Additionally, it allows for the assessment of network failure impacts and supports testing methodologies akin to Chaos Monkey. The routing tables generated by Batfish can be closely analyzed, and the tool offers rapid control plane analysis through an abstract representation. Notably, Batfish is capable of performing network analysis in a multivendor environment, accommodating devices from Cisco, Arista, and Cumulus. By leveraging its comprehensive capabilities, network administrators can significantly improve their network reliability and performance.

RANCID is a tool that oversees the configuration of routers and other devices, tracking both software and hardware details such as cards and serial numbers while utilizing version control systems like CVS, Subversion, or Git to keep a record of modifications. Additionally, RANCID incorporates looking glass software, which is derived from Ed Kern's original implementation that served http://nitrous.digex.net/, a site familiar to longtime users. The enhanced version of RANCID boasts added functionalities and compatibility with various devices, including Cisco, Juniper, and Foundry, employing the included login scripts to facilitate connections via telnet or SSH. Currently, RANCID is capable of managing a diverse array of hardware, which encompasses Allied Telesis switches running on AW+, Cisco and Juniper routers, Catalyst and Foundry switches (now under Brocade), Redback NASs, ADC EZT3 multiplexers, and HP Procurve switches, among many others. This wide-ranging support ensures that network administrators can rely on RANCID for effective configuration management across different platforms and devices.

With racksnet®, automating your IT network becomes a seamless process, applicable across WAN, campus, data center, or IoT environments. This intelligent and user-friendly network automation software alleviates your IT team's burden by taking over monotonous, repetitive, and time-consuming tasks. Customers have the flexibility to choose when, where, and how they execute tasks, as well as which site controllers to use. This results in complete autonomy regarding timing and location. Crucial network responsibilities can be scheduled and set up during standard working hours and implemented over the weekend, for instance. There is no need for on-site interventions, meaning that network resources can be provisioned without physical presence at the location. All configurations are handled through the racksnet® Cloud. By decoupling hardware from software, racksnet®'s open networking technology significantly surpasses the capabilities of traditional systems, offering a more robust and adaptable solution for modern networking challenges. Ultimately, this approach fosters greater efficiency and innovation in network management.

You can quickly create flexible and reusable automations, or you can leverage Itential's pre-built automations to automate routine network operations tasks. This will allow you to reclaim your time and focus on more important network issues. You can define golden configuration standards for traditional and cloud networks. Additionally, you can leverage automation and compliance together to ensure that your entire network is compliant. Automate any use case in any network domain, including cloud, IP services and network applications. There are hundreds of integrations available that can be used to automate authentication, cloud, controllers, orchestrators, DevOps, NetOps tools and inventory. You can leverage a single, aggregated API to provide network self-service capabilities for other IT teams. This allows you to consume it easily.

Introducing a robust, swift, and secure operating system for Windows® that facilitates seamless connectivity solutions and support for IBM mainframes and AS/400 systems, now enhanced with web and mobile interface capabilities. This application utilizes TCP/IP alongside the Winsock interface, enabling users to connect effortlessly to IBM mainframes via both LAN and dial-up connections. QWS3270 Secure serves as a 3270 emulation tool, providing PCs with the ability to access SSL-enabled IBM mainframes through a secure TCP/IP link. Additionally, this application supports quick connections to AS/400 systems using the same TCP/IP and Winsock framework, whether over LAN or dial-up. The WIRE platform offers a web-based modernization solution aimed at upgrading and enhancing mainframe application user interfaces, effectively delivering them to both web and mobile environments, thus broadening accessibility for users across various devices. This integration of modern technology not only improves efficiency but also enriches the overall user experience.

BloxOne DDI represents the first cloud-managed solution in the industry, allowing for centralized control and automation of DNS, DHCP, and IP address management (DDI) within hybrid and multi-cloud environments. This innovative service, built on the cloud-native BloxOne® Platform and offered as a Software-as-a-Service (SaaS), addresses the challenges of complexity, bottlenecks, and scalability that often accompany traditional DDI systems. By transitioning core network services from on-premises data centers to the cloud, users can achieve enhanced multi-cloud visibility and a unified management experience. Network service provisioning across various locations becomes more efficient, as the orchestration and automation of DNS, DHCP, and IP address provisioning can be seamlessly handled from the cloud. This solution not only provides direct connectivity to the internet and cloud applications for all users through local DNS resolution but also eliminates the need for manual intervention. Consequently, the automation of network service provisioning empowers DevOps teams to operate at the speed required for cloud-based initiatives. Additionally, organizations can better adapt to changing demands while maintaining a streamlined approach to network management.

FusionLayer Infinity represents the inaugural Software-Defined IP Address Management (SD-IPAM) solution aimed at superseding conventional IPAM tools and spreadsheets. By consolidating all network information into a unified and authoritative system, it empowers users to automate their networking processes while delivering real-time insights for network engineers. Similarly, FusionLayer NameSurfer serves as a comprehensive DNS management platform tailored for telecom operators and managed service providers overseeing extensive numbers of zones in their authoritative DNS. Used by 35% of the world's top 20 telecom firms, NameSurfer features numerous process automations and user-friendly functionalities designed specifically for authoritative DNS management, enhancing operational efficiency and simplifying complex tasks. This dual offering positions FusionLayer as a leader in modern network management solutions.

Kenmei Technologies, located in Valencia, Spain, was established by experts in telecommunications and software, with a mission to deliver data intelligence through machine-driven decision-making, automating network operations, and ensuring customer satisfaction, all aimed at helping service providers navigate the growing complexities of their networks. The company's ADELE solution offers a network intelligence framework that automates the classification, segmentation, and resolution of issues across various operational tiers. Additionally, Kenmei Technologies' Professional Services enable a nimble and prompt response to the needs of operators, emphasizing value-added network engineering. Innovation is foundational to our ethos, as we believe it is essential for remaining competitive in the global tech landscape. We hold that financial growth is crucial for maintaining the high standards of our solutions and for shaping an attractive future roadmap. Moreover, we cultivate an open and honest workplace culture where individual growth is aligned with the goals of the company, fostering a collaborative spirit that drives success. This commitment to both personal and organizational development enhances our ability to meet challenges head-on and adapt to evolving market demands.

The NetYCE platform stands out as an exceptional choice for those seeking flexibility and agility, as it is not simply an application but a comprehensive solution that allows significant growth. Being a Full Stack platform, it comes equipped with a wide array of built-in functionalities that facilitate configuration management, sophisticated monitoring, and common automation tasks right from the start. Additionally, it supports intent-based automation alongside the capability to develop custom logic and design rules tailored to specific needs. Fully driven by APIs, it is open and straightforward to maintain, providing insights into all modifications made to your network configuration. This platform automates the validation of policies and rules across the entire network, enabling proactive measures to address non-compliance and enhancing the capacity for network automation. It also promotes the enforcement of network intent through integrated inventory, design modeling, and collaborative efforts. With NetYCE, organizations can seamlessly create network automation solutions that are not only manageable and scalable but also secure. The unique implementation approach of this full-stack platform guarantees rapid results while minimizing risks, making it an ideal choice for modern network management. Furthermore, its comprehensive capabilities ensure that users can adapt quickly to changing requirements and business demands.

Experience the leading global SD-WAN service designed for superior connectivity. Establish a resilient overlay and a stable underlay while addressing all aspects in between. In the contemporary landscape, productivity is significantly enhanced by the adaptability afforded to network users who engage with SaaS applications and Cloud platforms beyond the conventional network perimeter. For leaders in networking teams, this is a pivotal moment to reassess WAN strategies. A fresh wave of innovation, grounded in software-defined technologies, has emerged within the networking sector. Organizations are now equipped with effective solutions that provide enhanced control, flexibility, and visibility, facilitating faster network operations while optimizing and balancing the utilization of existing MPLS links with internet access. Our SD-WAN service is fine-tuned for cloud-scale networking, supporting both Overlay and Underlay, which results in a robust and scalable solution. Furthermore, Telia Carrier boasts the most interconnected internet backbone in the world, directly linking approximately 65% of global internet routes, ensuring unparalleled connectivity for businesses worldwide. This evolution in network management is crucial for adapting to the ever-changing demands of digital transformation.

TriOSS is an advanced GPON automation tool designed to facilitate the instantaneous creation of users and the provisioning of services within FTTH networks. By significantly cutting operational costs associated with technical labor, it enhances overall efficiency and substantially shortens the time required for provisioning and fault detection, leading to an improved quality of service and enhanced customer satisfaction. Functioning like a black box, TriOSS integrates seamlessly with the Network Management System (NMS) to execute its operations on both the Optical Line Terminal (OLT) and the Optical Network Terminal (ONT). It offers real-time automated ONT configuration and a user-friendly one-click configuration option. Additionally, TriOSS provides various choices for managing customer data related to billing, allowing users to opt for day-wise or time-specific cron jobs to implement all associated features effectively. This versatility ensures that businesses can tailor the solution to meet their specific operational needs and customer demands.

Gluware adds a significant layer of intelligence to the intricate, multi-vendor networks found in modern enterprises, enabling organizations to automate their operations seamlessly without the need for coding or the risk of errors. Major global enterprise teams rely on Gluware’s established Intent-Based Networking system along with its ready-to-use software solutions to protect their essential networks and maintain uninterrupted business operations. With the GluwareⓇ Device Manager application, large organizations can swiftly carry out network device auto-discovery across even the most extensive and complex setups. This application intelligently analyzes the network to create a comprehensive database of device inventory, capturing high-resolution details that are vital for automating the entire network efficiently without writing any code. By leveraging such innovative technology, organizations can significantly enhance their network management capabilities and responsiveness.

Communications service providers (CSPs) are increasingly adopting cloud solutions and virtualization technologies to enhance their offerings of 5G and edge computing services, ultimately fostering growth and enhancing the customer experience. The IBM Cloud Pak for Network Automation serves as an AI-driven telco cloud platform that facilitates the automation of network operations, allowing CSPs to revamp their networks, transition to zero-touch operations, lower operational expenses, and accelerate service delivery. This platform incorporates specialized network automation features specifically designed to expedite the rollout of new 5G and edge computing services, all built upon the robust automation services foundational to the entire suite of IBM Cloud Paks for Automation. By gaining insights into operational processes, visualizing challenges, identifying solutions, and prioritizing necessary actions, CSPs can optimize their networks effectively. Notably, DISH stands out among other 5G providers by constructing a greenfield, cloud-native 5G network from scratch, integrating comprehensive orchestration and automation to provide high-speed services at a reduced cost while ensuring reliable service-level agreements (SLAs). This innovative approach positions DISH as a forward-thinking leader in the evolving landscape of telecommunications.

The increasing reliance on private, hybrid, and multi-cloud infrastructures is essential for enhancing business adaptability and operational efficiency. However, the intricacies involved in managing vital network services like DNS can hinder your ability to fully leverage the advantages of cloud technology. To achieve success, automating processes at the network layer is crucial. Infoblox significantly reduces the time required for both provisioning and deprovisioning vital network services within cloud and virtualized settings. It offers local, redundant, and highly available DDI services tailored for every cloud instance across various locations. With the flexible deployment architecture of the Cloud Platform Appliance, essential network services can be implemented in multiple configurations to meet your specific needs. Alongside the substantial reduction in manual labor through automation, Infoblox offers a unified management GUI that streamlines all cloud network automation tasks, regardless of the diversity, scale, or distribution of your cloud environments. This centralized approach not only simplifies management but also enhances operational coherence across diverse cloud setups.

Infoblox NIOS version 8.5.3 introduces robust multi-cloud integration and automation capabilities, bolstering DDI reliability and control while enhancing the user experience for service providers managing hybrid networks of various scales—both in the present and future. This release enhances security via Access Control Lists (ACLs), which empower administrators to oversee network and IP access alongside permissions for specific zones. In version 8.6.0, users can link physical and virtual appliances for hybrid high availability, further elevating reliability, redundancy, and the overall customer experience during migration processes. Enhanced privacy, security, and control are achieved with the addition of DNS over TLS (DoT) and DNS over HTTPS (DoH), as well as improved proxy functionalities. NIOS 8.6.0 also introduces consolidated health monitoring settings for DNS Traffic Controller (DTC), allowing all members to perform health checks and communicate their statuses effectively. Furthermore, it provides a new LBDN Query Configuration, which facilitates comprehensive health check updates, ensuring greater reliability. Lastly, the introduction of source IP hash load balancing in NIOS 8.6.0 enhances connection persistence during instances of disconnection and reconnection. This comprehensive suite of features positions NIOS as a leader in DDI solutions for evolving network demands.

Intel® Deep Insight Network Analytics Software is a pioneering solution that meets the four essential truths for each packet traversing the network and server. It captures every packet from all switches and routers within the network and server at line rate and in-band. It operates on standard servers to interpret, analyze, and identify in real-time the various factors that hinder packet flow. You can trace the route and measure the latency of every packet throughout your network and server. This software enables a smart and adaptable triggering mechanism that detects and reports events in real-time, achieving nanosecond precision. It allows for the identification of every packet drop, providing insights into when, why, where, and to whom the drop occurred. Current sampling methods and statistics fail to accurately capture all performance anomalies in networks and servers. Thus, Intel® Deep Insight Network Analytics Software stands out as the first comprehensive monitoring system to offer complete visibility into every packet within the network and server infrastructure, ensuring superior performance management. This level of transparency is invaluable for organizations seeking to optimize their network operations.

BlueCat Integrity provides enterprises with a centralized, automated platform for managing DNS, DHCP, and IPAM across highly distributed, multicloud networks. It transforms fragmented environments into a cohesive system where teams can see and control their entire network from one place. With powerful automation, the platform eliminates repetitive manual tasks and speeds up everything from provisioning to application rollout. Integrity’s deep visibility tools reveal how IP space is being used, helping organizations reduce inefficiencies and optimize planning. Cloud Discovery & Visibility continuously maps on-prem and cloud environments, removing blind spots that slow network changes. LiveAssurance adds predictive intelligence by monitoring device behavior and recommending actions before issues escalate. Integrity is designed to support security, DevOps, cloud, and networking teams simultaneously, giving each group the capabilities they need within a unified framework. The platform’s award-winning architecture positions enterprises to build the Intelligent Network of the future.

BlueCat Gateway provides a flexible automation layer that unifies DNS operations and integrates seamlessly with the broader Integrity platform. Its Python-based framework gives NetOps, CloudOps, and DevOps teams the freedom to automate everything from routine provisioning to highly complex workflows. Gateway connects easily to platforms like ServiceNow, enabling compliant self-service IP provisioning based on predefined logic and organizational policies. Through Terraform integration and a broad catalog of applications, teams can deeply customize their environments without being locked into proprietary tools. The platform’s intuitive UI allows authorized users to build, edit, and reuse automation workflows quickly, accelerating iteration while reducing operational overhead. Gateway enhances visibility by synchronizing cloud-based resources and providing detailed logs, reports, and health metrics. Its adaptive ecosystem—including open-source scripts from the BlueCat Labs GitHub—gives organizations endless customization potential. Altogether, Gateway empowers IT teams to automate faster, operate more efficiently, and deliver consistent network services across distributed environments.

As we enter the new era of Cloud, 5G, and AI, the mobility and portability of end-users, devices, and applications continue to evolve rapidly. For network operators, delivering an exceptional service experience has become essential for differentiation, whether they are part of enterprise IT, service provision, or cloud computing. It's imperative to not only meet but to surpass the expectations of end-users. This approach is termed Experience-First Networking. To effectively respond to the dynamic demands of your customers in both business and personal contexts, your network needs to be automated, service-assured, and exhibit greater responsiveness, insight, elasticity, and resilience. Juniper Paragon Automation offers a pathway to achieving that competitive edge. By utilizing streaming telemetry and active test agents, you can collect real-time data on device, system, network, and service performance, ensuring that you remain adaptable in a fast-paced digital landscape. Ultimately, empowering your network with these tools will enhance your ability to deliver superior customer experiences consistently.

Network infrastructures have evolved significantly, becoming increasingly intricate, fragmented, and reliant on various vendors. As a result, IT administrators frequently find it challenging to address the rising expectations for service delivery and reliability within these complex systems. Infoblox NetMRI offers a solution to these challenges by providing a network change and configuration management tool that streamlines routine tasks like device provisioning and security operations, which in turn fosters improved compliance, accelerates incident responses, and allows for quicker application deployment. With this tool, you can automatically identify all devices on your network, their locations, and how they are interconnected. Additionally, it enables proactive monitoring and analysis of network configurations to catch potential issues before they escalate. By utilizing NetMRI's automated management features, organizations can swiftly provision new services and implement changes to their network infrastructure in a matter of minutes instead of enduring lengthy delays. This efficiency ultimately enhances the overall performance and reliability of the network environment.

Oversee and regulate all components of your energy system, encompassing everything from distribution to devices located at the customer’s grid edge. Collaborate with Oracle to enhance reliability and performance throughout your region, especially during critical times. Establish a unified hub for monitoring and managing various energy networks, accommodating the increasing number of grid edge devices. Broaden the visibility to include customer-owned distributed energy resources (DERs) at the grid edge. Enhance the overall efficiency of your network while minimizing disruptions and safety risks that arise from the fluctuating nature of renewable energy generation. Accelerate outage restoration, seamlessly integrate emergency response and mutual-aid teams, and ensure timely, accurate information reaches customers. Facilitate communication between network devices through an operational technology message bus (OTMB), ensuring real-time integration that is secure, reliable, scalable, and cost-effective. Successfully fulfill real-time reporting and control mandates across all North American Independent System Operators (ISOs) and Regional Transmission Organizations (RTOs). By taking these steps, you can effectively future-proof your energy management strategy while adapting to evolving industry demands.