Alternatives to MYCOM OSI

OpManager is the ideal end-to-end network monitoring tool for your organization's network. With OpManager, you can keep a close eye on health, performance, and availability levels of all network devices. This includes monitoring switches, routers, LANs, WLCs, IP addresses and firewalls. Insights into your hardware health and performance; monitor CPU, memory, temperature, disk usage, and more to improve efficiency. Seamlessly manage faults and alerts with instant notifications and detailed logs. Streamlined workflows facilitate easy set-up to execute quick diagnosis and corrective measures. The solution also comes with powerful visualization tools such as business views, 3d data center views, topology maps, heat maps, and customizable dashboards. Get proactive in capacity planning and decision-making with over 250 predefined reports covering all important metrics and areas in your network. Overall, OpManager's detailed management capabilities make it the ideal solution for IT administrators to achieve network resiliency and efficiency.

FirstWave’s NMIS is a network management system that provides fault, performance, configuration management, performance graphs, and threshold alerts. Business rules allow for highly specific notification policies that can be used with multiple notification methods. FirstWave also enables partners, including some of the world’s largest telcos and managed service providers (MSPs), to protect their customers from cyber-attacks, while rapidly growing cybersecurity services revenues at scale. FirstWave provides a comprehensive end-to-end solution for network discovery, management, and cybersecurity for its partners globally.

Statseeker is a powerful network performance monitor solution. It's fast, scalable, and cost-effective. Statseeker requires only one server or virtual machine to be up and running in minutes. It can also discover your entire network in under an hour without any significant impact on your bandwidth availability. It can monitor networks of all sizes, polling upto one million interfaces every sixty second, and collecting network data like SNMP, ping, NetFlow (sFlow, and J-Flow), sylog and trap messages, SDN configuration, and health metrics. Statseeker performance data are never averaged or rolled up. This eliminates the guesswork when it comes to identifying over- and underestimated infrastructure, root cause analysis, capacity planning, and other tasks. Statseeker's complete data retention means the in-built analytic engine can accurately detect anomalies in performance and forecast network behaviour months in advance. This allows network admins to plan and perform cost-effective, preventative maintenance, instead of fire-fighting problems as they occur. Statseeker's dashboards and out-of-the box reports allow you to troubleshoot and fix problems in your network before users are aware.

Reins connects mobility and payments, and turns both into profit. We work with mobility players such as fuel retailers, fleet operators, EV charging networks, and mobility platforms to improve profitability, optimize payment flows, and turn operations into scalable growth engines. At the same time, we work with banks, fintech, and payment providers that want to enter the mobility space, helping them launch fleet and mobility payment programs without building complex infrastructure from scratch. Reins sits in the middle. We orchestrate payments, data, and business logic across fuel, EV charging, parking, and tolls, giving both sides real-time control, smarter decisions, and full visibility. This channel covers: • Mobility and fleet payments • Fintech entering mobility • Payment orchestration and data • Turning transactions into profit Because mobility today is not just about movement. It’s about money, data, and control.

Sematext Cloud provides all-in-one observability solutions for modern software-based businesses. It provides key insights into both front-end and back-end performance. Sematext includes infrastructure, synthetic monitoring, transaction tracking, log management, and real user & synthetic monitoring. Sematext provides full-stack visibility for businesses by quickly and easily exposing key performance issues through a single Cloud solution or On-Premise.

CENX Service Assurance offers a comprehensive view of service topology, inventory, faults, and performance across various systems, bringing them together into one cohesive interface. This level of insight empowers operators to enhance hybrid communication networks and implement automated processes effectively. Consequently, they can rapidly roll out next-generation services, explore innovative business models, and embrace advanced technologies like Network Functions Virtualization (NFV), Software-Defined Networking (SDN), Self-organizing Networks (SON), as well as 5G and IoT, all while keeping costs manageable. By fundamentally transforming how service providers interact with their networks, CENX Service Assurance delivers nearly real-time actionable visibility, triggers closed-loop actions, and integrates inventory and fault correlation, supplemented by Threshold Crossover Alert (TCA) analysis on performance metrics from various sources. This innovative approach paves the way for numerous cutting-edge enterprise applications within the realm of 5G technology, pushing the boundaries of what is possible in network management.

Implement a comprehensive service assurance framework that incorporates automated root cause analysis via event correlation, machine learning (ML), and topology. Oracle Unified Assurance can function as an overlay to consolidate monitoring across pre-existing assurance tools or serve as an independent assurance platform. The solution is designed for seamless integration into multivendor networks and management systems, or it can be utilized in a hybrid configuration. By leveraging Oracle’s Unified Assurance solution, businesses can achieve automation in assurance processes and facilitate both assisted and fully automated closed-loop operations. This framework enables dynamic, end-to-end assurance for large-scale 5G solutions, ensuring high-quality service and enhancing customer experience through ML analytics. Streamline operations via comprehensive network and service assurance by integrating with current tools, while also making the most of existing investments with a strategic plan to optimize tools and establish a foundation for autonomous operations, ultimately leading to improved efficiency and service reliability.

The Blue Planet Intelligent Automation Portfolio represents a robust, open software suite designed to provide service providers with profound insights into their networks, thereby streamlining business processes that encompass both IT and Network functions and hastening the journey towards digital transformation. Legacy systems that rely on labor-intensive silos for IT and Network operations are becoming a thing of the past. With Blue Planet, organizations can achieve closed-loop automation through its innovative multi-domain, multi-layer orchestration, which is enhanced by inventory federation, analytics, and route optimization and assurance, thereby unlocking the true potential of their networks and enhancing business agility. This platform operates seamlessly across various vendor domains, including Ciena’s ecosystem managed by the Manage, Control and Plan (MCP) system, enabling the swift delivery of a diverse range of end-to-end services that excel in performance while significantly reducing operational costs. Furthermore, by adopting such advanced automation solutions, companies can position themselves at the forefront of technological advancement, ensuring they remain competitive in an ever-evolving market landscape.

Vision is easy to implement and use, featuring a streamlined architecture that minimizes expenses while delivering action-oriented, instantaneous root cause analysis. Its software-based probes possess unlimited scalability across the network, presenting broadcasters, network operators, and content distributors with a cost-effective solution for achieving direct analytical insights at the critical last mile. By elevating content distribution reliability, Vision allows for the monitoring of more points than ever before in real-time, ensuring an unparalleled level of fault tolerance and redundancy through hot-swap backups, load balancing, and clustering. Built for continuous operation, Vision facilitates comprehensive root cause analysis, capturing video of each incident 24/7 and maintaining a time-correlated trend history. When implemented across the entire network, Vision reveals an accurate perspective on channel delivery all the way to the last mile, empowering users to make informed decisions and enhance overall performance. This innovative approach not only strengthens operational efficiency but also significantly improves service quality for end-users.

Integrating observability with automated orchestration enables the development of self-managed and resilient applications on a large scale. Every moment, vast amounts of data pour in from observability and monitoring systems, collecting metrics, logs, and traces from all elements of intricate and changing applications. However, the challenge remains for humans to interpret and troubleshoot this information. They find themselves in a continuous loop of addressing alerts, pinpointing root issues, and deciding on effective remediation strategies. This traditional approach has not fundamentally evolved over the decades, remaining labor-intensive, reactive, and expensive. Causely transforms this scenario by eliminating the need for human intervention in troubleshooting, as it captures causality within software, effectively bridging the divide between observability and actionable insights. For the first time, the entire process of detecting, analyzing root causes, and resolving application defects is entirely automated. With Causely, issues are detected and addressed in real-time, ensuring that applications can scale while maintaining optimal performance. Ultimately, this innovative approach not only enhances efficiency but also redefines how software reliability is achieved in modern environments.

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.

Enhance your automation efforts with Anuta ATOM, which provides monitoring and closed-loop automation tailored for multi-vendor networks. This integrated solution allows you to automate and monitor your diverse network infrastructure seamlessly. Anuta ATOM is compatible with all leading vendors, such as Cisco, Juniper, Arista, and F5, among others. If you don’t see the specific network vendor you need, Anuta ATOM features a highly extensible framework that can incorporate new vendors in just 2-6 weeks. It accommodates various tools, including IPAM, ITSM systems, and public cloud integrations, ensuring comprehensive support. ATOM’s strong integration with ecosystem vendors further streamlines your network automation processes. With its remediation capabilities, ATOM helps maintain network compliance by providing precise configurations for any non-compliant policies, which can be deployed either on-demand or on a set schedule to guarantee your network remains fully compliant. You can conduct both on-demand and scheduled compliance checks across multiple vendors to assess your configuration consistency. Additionally, ATOM allows you to perform compliance evaluations on specific groups of devices or entire regions, making it easier to manage your network effectively.

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.

Nokia's innovative OSS portfolio, combined with its 5G Future X network framework and digital value platforms, empowers Communication Service Providers (CSPs) to exhibit digital-native characteristics and engage in more independent decision-making processes. This advanced OSS facilitates a transition from isolated operations to a dynamic, integrated lifecycle management approach featuring automated capabilities. It is meticulously crafted with a focus on automation, intelligence, and closed-loop service lifecycle management to ensure an outstanding OSS experience. The path to adopting this new OSS represents a significant transformation, merging standalone capabilities and enhancing the consolidation of operations with assurance, shifting from a focus on networks and services to a customer-centric and business-oriented model, ultimately achieving zero-touch automation. By unifying operations, the new OSS paves the way for the support of cutting-edge digital services, the development of new value chains, and the establishment of partner ecosystems, making it a cornerstone for future advancements in the industry.

Achieve flexible resource management through the implementation of automation guided by standardized policies for data center operations. By ensuring consistent policy administration across various on-premises and cloud environments, you can enhance security, governance, and compliance. This approach guarantees business continuity, effective disaster recovery, and secure networking under a zero-trust security framework. Moreover, it transforms Day 2 operations into a proactive model that automates troubleshooting, root-cause analysis, and remediation tasks. This not only optimizes performance but also allows for single-click access to facilitate automation and centralized control. Extend your on-premises ACI networks seamlessly to remote sites, bare-metal clouds, and colocation facilities without the need for additional hardware. Cisco's Multi-Site Orchestrator plays a crucial role by offering provisioning, health monitoring, and management of Cisco ACI networking policies, among other functionalities. This comprehensive solution streamlines network connectivity, maintains uniform policy management, and simplifies operations across various multicloud settings, ultimately enhancing operational efficiency and scalability for enterprises.

Keep an eye on network devices and computers to ensure they operate efficiently and without faults. The setup and customization process is straightforward, and the tool is packed with exceptional features. With an intuitive graphical user interface, training requirements are significantly reduced, allowing for enhanced productivity. There’s no need for costly consultancy services or extensive training sessions. The transparent pricing structure is budget-friendly, ensuring no unexpected expenses arise. Users can measure and report real-time performance in relation to set SLAs. Monitoring is facilitated through SNMP, PING, WMI, and various other protocols to assess the health of devices, computers, and applications. Advanced fault management techniques significantly reduce equipment downtime, while event de-duplication and automated actions help organizations swiftly identify potential issues. SysUpTime network monitor is user-friendly and can effectively track the availability and performance of Windows and Linux/UNIX servers, workstations, software applications (such as SQL and Exchange), as well as network devices like routers and switches. This comprehensive monitoring solution is essential for maintaining optimal network performance and reliability.

CySight’s revolutionary Actionable Intelligence, trusted by Fortune 500 globally, enables organizations with the most cost-effective and secure way to tackle the increasing density, complexity, and expanse of modern physical and cloud networking. Deploying cyber network intelligence, CySight empowers network and security teams to substantially accelerate incident response by eliminating blindspots, analyzing network telemetry to discover anomalies, uncover cyber-threats, and quantifying asset usage and performance. CySight’s Dropless Collection method enables unsurpassed visibility of network Big-Data which is retained in the smallest footprint, accelerating machine learning, artificial intelligence and automation to fully utilize all metadata no matter the amount, size, or type.

opConfig offers a comprehensive automation solution that encompasses everything from configuration pushes to alerting on modifications and ensuring compliance with industry standards. By integrating operational delegation within your organization, you can enable troubleshooting capabilities for your network devices while maintaining strict control by not granting 'root' access. Our platform allows for the effective implementation of compliance policies such as PCI-DSS, HIPAA, and COBIT, utilizing either prebuilt industry-standard rule sets like Cisco-NSA or enabling you to create customized rules tailored to your needs. It efficiently collects and backs up configuration information across all environments, supporting a wide range of vendors' hardware and software, whether they are cloud-based, on-premises, or hybrid. With opConfig, you can design powerful command sets that assist in diagnosing the root causes of network issues. Our scalable software solutions can be expanded both horizontally and vertically, having already supported monitoring and management for over 200,000 nodes. You can also compare current configuration data with previous versions or with other devices, ensuring that all configurations are aligned. By utilizing compliance policies as a task checklist, you can systematically guarantee that all devices meet compliance requirements without compromising security. Furthermore, this approach enhances overall network integrity and fosters a culture of accountability within your organization.

Digitalization stands out as one of the most influential catalysts for change in our era. Emerging technologies, including SDN/NFV, artificial intelligence, 5G, and the Internet of Things, are driving significant transformations across a wide range of sectors and enterprises. It serves a dual purpose by not only altering traditional operational methods and core services but also by heightening the demand for industry outputs. As organizations embrace virtualized and software-defined infrastructures while gearing up for growth in the digital marketplace, the importance of automation becomes clear for optimizing and reimagining operational frameworks. Embark on your path towards achieving closed-loop, zero-touch operations and orchestration that leverages real-time data insights. The Ericsson Automated Network Operations portfolio elevates the capabilities of telecom operational support systems to unprecedented heights, marking a new era of efficiency and innovation in the industry. This evolution in operational management signifies a crucial step towards fully realizing the potential of a connected world.

Relying on multiple network management tools can lead to inconsistency and inefficiency. Additionally, it is challenging to locate a service provider that possesses specialized expertise in managing the entire network lifecycle. This scenario results in decreased employee productivity as workers frequently switch between various tools. The presence of numerous EMS/NMS tools often leads to inadequate visibility of the network topology. Moreover, outsourcing can become problematic due to substandard SLAs and reporting practices. Employees may also need to undergo extra training, which could require an annual commitment of 10 to 40 hours. The difficulties in recognizing and addressing incidents can exacerbate issues, while excessive event noise can distort the accurate assessment of network health. However, enhanced speed in identifying network problems can significantly reduce downtime during faults and facilitate custom data visualization. Infraon ITSM is an innovative AI-driven software designed to elevate team communication and collaboration through its prebuilt automated workflows. By implementing this solution, organizations can establish a fully modernized workspace that supports rapid resolutions, proactive monitoring, and intelligent alerts, among other features. Additionally, it integrates fault management and self-healing capabilities that can effectively address outages. With these advancements, businesses can expect not only improved network reliability but also a more streamlined operational process.

Oracle Real-Time Decisions (RTD) integrates both rule-based systems and predictive analytics to create dynamic solutions for managing enterprise decisions in real-time. It facilitates the incorporation of immediate intelligence into various business processes or customer interactions as they occur. A robust transactional server ensures that decisions and recommendations are made in real-time. This server autonomously produces decisions within the business workflow, uncovering insights and transforming data in motion into actionable intelligence. Closed-loop decision-making allows organizations to apply comprehensive business logic effectively. Additionally, analytical decisions empower businesses to utilize established analytical resources for rules-based or predictive choices. Furthermore, self-adjusting processes enable organizations to create systems that evolve automatically in response to feedback over time, ensuring ongoing optimization and adaptability. Ultimately, this integration of technology fosters a more responsive and intelligent business environment.

Cacti offers a powerful and flexible framework for operational monitoring and fault management, catering to users globally. It serves as a comprehensive solution for network graphing, leveraging RRDTool's impressive data storage and graphing capabilities. The platform features a distributed and resilient data collection system, along with sophisticated automation tools for managing devices, graphs, and trees using templates. In addition to its various data acquisition methods, Cacti supports extensibility through plugins, features role-based management for users, groups, and domains, and includes a theming engine with multilingual support right from the start. All of these functionalities are integrated into a user-friendly interface that is suitable for everything from small LAN setups to intricate networks comprising thousands of devices. To operate Cacti, users need MySQL, PHP, RRDTool, net-snmp, and a compatible web server like Apache or IIS. Central to Cacti's architecture and database management is the concept of devices and device templates, which play a crucial role in its operation. Moreover, the system's adaptability makes it a preferred choice for organizations seeking to optimize their network monitoring processes.

Streamline the process of application delivery by utilizing software-defined load balancers, web application firewalls, and container ingress services that can be deployed across any application in various data centers and cloud environments. Enhance management efficiency through unified policies and consistent operations across on-premises data centers as well as hybrid and public cloud platforms, which include VMware Cloud (such as VMC on AWS, OCVS, AVS, and GCVE), AWS, Azure, Google Cloud, and Oracle Cloud. Empower infrastructure teams by alleviating them from manual tasks and provide DevOps teams with self-service capabilities. The automation toolkits for application delivery encompass a variety of resources, including Python SDK, RESTful APIs, and integrations with Ansible and Terraform. Additionally, achieve unparalleled insights into network performance, user experience, and security through real-time application performance monitoring, closed-loop analytics, and advanced machine learning techniques that continuously enhance system efficiency. This holistic approach not only improves performance but also fosters a culture of agility and responsiveness within the organization.

The Infinera Transcend Software Suite is a sophisticated, modular platform designed for application-based network automation, allowing users to exceed the limitations of their current network capabilities. With this multi-layered, multi-domain, and multi-vendor software offering, organizations can streamline operations, optimize resources, and achieve rapid service delivery, thereby facilitating significant network transformation. Utilizing cloud-native technologies, Transcend empowers users through a variety of applications, including network discovery, path computation, and advanced closed-loop automation alongside robust analytics. These industry-leading, open, and adaptable solutions are simple to implement and can be tailored to meet specific needs. Infinera stands as a leading provider of cutting-edge networking solutions, helping enterprises, governments, carriers, and cloud operators enhance their network bandwidth, speed up service innovation, and automate their network operations effectively. As the demand for dynamic and responsive networks grows, the Transcend Software Suite positions users to stay ahead in an increasingly competitive landscape.

Sightline EDM: Improved Operations, Right Out of the Box Predictive analytics and performance and risk-based monitoring used to be a complicated process. Between endless Excel files and disjointed communication between departments, a lot of information was lost. When you switch to Sightline EDM, you can start making the best decisions for your operations, prepare for the future, and begin saving time and money immediately in one easy-to-use platform. One Easy-to-Use Dashboard Data from multiple monitoring tools can be consolidated into a single display: a uniform, easy-to-use dashboard with drill-down details. Real-Time OT & IT Intelligence With configurable notifications to any errors or anomalies, visualize and analyze production and operations in minutes, not months. Scalable Usability for All Organizations & Teams Proven, enterprise-grade, scalable software solution with role-based access controls, security, and user views that works with all web browsers and mobile devices. Pre-Built Integrations Across Systems Data from PLCs, CNC machines, process equipment, ERP/MES systems, and other vital data sources is gathered in minutes, not months, using open, agent, and agentless interfaces.

Quickly identify and forecast outages and impairments that impact subscribers, many of which often go undetected. This process unveils the implications, sources, and underlying causes of events, allowing for prioritization and expedited fault resolution while enhancing the user experience proactively. It dynamically forecasts and identifies outages and impairments across both mobile and fixed networks, as well as in physical and virtual environments. Abnormal events that influence network performance and user satisfaction are classified, correlated, and grouped for better assessment. Fault locations are isolated, and root causes are diagnosed to enable effective, coordinated, and prescriptive measures. By consolidating and analyzing data from various source systems, it breaks down silos and provides integrated insights. Additionally, it optimizes latency, network efficiency, and service delivery through comprehensive, multi-layered anomaly detection combined with correlated analytics. The system also identifies and resolves transient degradations and recurring issues that can hinder performance, ultimately delivering a superior user experience. This proactive approach not only improves operational efficiency but also fosters customer satisfaction and loyalty.

Safeguard business service-level agreements by utilizing dashboards that enable monitoring of service health, troubleshooting alerts, and conducting root cause analyses. Enhance mean time to resolution (MTTR) through real-time event correlation, automated incident prioritization, and seamless integrations with IT service management (ITSM) and orchestration tools. Leverage advanced analytics, including anomaly detection, adaptive thresholding, and predictive health scoring, to keep an eye on key performance indicators (KPIs) and proactively avert potential issues up to 30 minutes ahead of time. Track performance in alignment with business operations through ready-made dashboards that not only display service health but also visually link services to their underlying infrastructure. Employ side-by-side comparisons of various services while correlating metrics over time to uncover root causes effectively. Utilize machine learning algorithms alongside historical service health scores to forecast future incidents accurately. Implement adaptive thresholding and anomaly detection techniques that automatically refine rules based on previously observed behaviors, ensuring that your alerts remain relevant and timely. This continuous monitoring and adjustment of thresholds can significantly enhance operational efficiency.

Azure Operator Nexus is a robust hybrid cloud solution designed for essential mobile network applications, providing a carrier-grade infrastructure. It facilitates the straightforward setup of new network services while enhancing the deployment of network functions and applications on-site. This platform supports network-heavy workloads and critical applications with features such as resiliency, security, observability, and exceptional performance. With a cohesive carrier-grade hybrid environment, it allows for the effective management of mission-critical mobile workloads. Users can deploy, oversee, operate, monitor, and safeguard their applications within a consistent Azure framework. Furthermore, it simplifies business processes through API-driven access to all data and network functionalities. By reducing the total cost of ownership (TCO) and enabling scalable growth, organizations can thrive at their own pace. The platform also fosters a closed-loop automation environment by gathering data from various sources, including the platform itself, applications, and network operations. Through the use of AI and machine learning (ML), it enables the extraction of prescriptive analytics, allowing for network reconfiguration that enhances operational efficiency while simultaneously minimizing costs. This comprehensive approach ensures that organizations can adapt and thrive in an ever-evolving technological landscape.

Dynamic scalability is essential for effective data processing, allowing the monitoring of numerous data points through a distributed, tiered architecture. An event-driven framework enhances the capabilities of service polling and data collection, enabling versatile integration of workflows. OpenNMS serves as a robust open-source network monitoring tool that allows users to visualize and oversee their local and distributed networks seamlessly. With a focus on comprehensive fault detection, performance evaluation, traffic oversight, and alarm generation, OpenNMS consolidates these capabilities into a single platform. Its high level of customization and scalability ensures that OpenNMS can be effectively integrated with essential business applications and workflows, making it a vital asset for organizations aiming to optimize their network management. This adaptability enhances the overall efficiency of monitoring processes, ensuring that businesses can respond swiftly to network challenges.

Moving past isolated solutions and temporary process efforts, the Qventus platform offers an extensive array of technologies aimed at fostering ongoing operational enhancement. It seamlessly integrates with your current infrastructure, equipping you with all the necessary tools to establish a comprehensive closed-loop system for operational management. As the healthcare sector's pioneering closed-loop system for operations management, Qventus stands out in its ability to not only identify but also predict potential issues across different timeframes—past, present, and future—before they arise. Achieving this requires a diverse suite of technologies, including integration with electronic health records (EHRs) and various other systems, advanced data analytics, artificial intelligence, and machine learning for immediate identification and forecasting, along with situational awareness tools that offer real-time visibility across multiple organizational tiers. However, merely detecting issues is insufficient; it is equally important to provide support to frontline teams, ensuring they have the resources and information necessary to address challenges effectively. This holistic approach enables organizations to enhance their operational efficiency while improving patient care outcomes.

Enabling a seamless digital transformation, SGRwin serves as an advanced Network Management System designed for multi-vendor and multi-technology digital transmission networks. This comprehensive system facilitates network monitoring and offers an end-to-end (E2E) circuit configuration and display. It effectively registers, tracks, and manages E2E circuits within a multi-vendor environment, which enhances alarm filtering, acknowledgment, and suppression capabilities. Previously, operators had to navigate a labyrinth of separate network management systems from different vendors, complicating oversight and operational efficiency. With SGRwin, users can visualize internal equipment configurations, swiftly detect and classify network faults, and efficiently track alarms. Additionally, the system enables the launching of a vendor's node manager directly from the SGRwin interface. This streamlined approach to private network telecommunications management not only simplifies the complexities associated with managing diverse equipment but also consolidates the entire process into a single, user-friendly platform, fostering greater operational efficiency and clarity. Ultimately, SGRwin revolutionizes the way digital transmission networks are managed, paving the way for enhanced performance and reliability.

Enigma NMS is a market leader in the Enterprise Network Management and Monitoring sectors. It offers a wide range of unique features, industry best practices and enterprise design. It also has extensive scalability, automation, stability, and extensive scalability. Our customers can monitor, report, alert, and monitor everything across their entire enterprise, IoT and OT infrastructures, regardless their complexity or size. Enigma gives network professionals greater visibility and full environmental awareness. This allows them to be more proactive in fault detection, detection, analysis and reporting, and can make better decisions. Enigma features include: All Performance Metrics (60 second polling, for upto 5 years with no averaging), NetFlow and Config Management, QoS. SNMP Traps. Environmental Monitoring – ANY OID, Applications. Routers. Switches. Servers. Firewalls. WAN Optimisers. WLC, UPS. VLANs. SNMPv3. Telco.

IBM Cloud Pak for Integration® serves as a comprehensive hybrid integration platform that employs an automated, closed-loop strategy to facilitate various integration styles within a cohesive interface. It allows businesses to unlock their data and assets as APIs, seamlessly connect cloud and on-premises applications, and ensure reliable data movement through enterprise messaging systems. Additionally, it enables real-time event interactions, facilitates cross-cloud data transfers, and allows for scalable deployment using cloud-native architecture alongside shared foundational services, all while maintaining robust enterprise-grade security and encryption. By leveraging this platform, organizations can optimize their integration processes using a multi-faceted approach that is both automated and efficient. Moreover, innovations such as natural language-driven integration flows, AI-enhanced mapping, and robotic process automation (RPA) can be implemented to further streamline integrations and utilize specific operational data for ongoing enhancements, including improved API test generation and workload management. Ultimately, this comprehensive suite empowers businesses to achieve superior integration outcomes and adapt to evolving demands effectively.

NetOp Cloud serves as an AI-powered network operations platform aimed at streamlining and improving network management for both enterprises and managed service providers. It delivers real-time insights within hybrid and multi-vendor settings, effectively merging traditional and cloud-managed networks into a cohesive dashboard. Among its notable features are predictive analytics for networks, automated solutions for incidents, and smart filtering of alerts, which together can decrease IT ticket submissions by as much as 90% and speed up resolution times. The AI component of NetOp is designed to continuously learn and adapt to the behavior of the network, offering proactive alerts for anomalies, conducting root cause analyses, and either suggesting or executing corrective measures independently. Furthermore, it allows for smooth integration with pre-existing systems through APIs and can scale from single-site implementations to extensive global networks, making it a versatile choice for various organizational needs. This adaptability ensures that organizations can maintain optimal network performance as they grow and evolve.

Network operators require the capability to automate the provisioning and management of network service paths tailored to various constraints defined by applications and end users. The NorthStar Controller, recognized as the first WAN software-defined networking (SDN) controller designed specifically for traffic optimization, assists operators in realizing this capability. It streamlines the control over segment routing and IP/MPLS flows across service provider, cloud provider, and large enterprise networks. With NorthStar Controller, operators gain detailed insights into traffic patterns while enhancing network capacity through automated processes. The system continually monitors the network in real time, collecting and analyzing streaming telemetry, IGP, and BGP-LS data to establish new service paths that align with user-defined SLA requirements. Consequently, NorthStar Controller enables you to operate your network at higher capacity utilization levels, ensuring efficiency and reliability in performance. Ultimately, this solution empowers operators to make informed decisions that maximize network capabilities while maintaining quality of service.

AKIPS delivers the largest-scaling, fully featured, secure on-prem, multi-vendor network-monitoring system for the enterprise market. AKIPS Network Monitor provides unmatched features, scale and visibility of critical, real-time, and historical performance metrics and logs – from the heart of the data centre all the way to the end user. AKIPS allows network engineers to be proactive instead of firefighting, and to detect, analyse and rectify issues before any disruption to the business occurs.

BlueCat LiveAssurance is an advanced, proactive monitoring and remediation platform that operates in the cloud, specifically designed to ensure the health, compliance, and continuous operation of essential network and security systems like DNS, DHCP, IPAM, firewalls, and load balancers. By leveraging APIs, SNMP, CLI commands, and thorough log and configuration assessments, it provides ongoing surveillance of devices and services, verifying aspects such as the health of DNS/DHCP servers, the consistency of address managers, and the configurations of firewalls and load balancers. Furthermore, it keeps track of critical elements like certificate expiration, high-availability status, license validity, and important external dependencies such as NTP and identity servers. In the event that LiveAssurance identifies irregularities—ranging from configuration drift and performance issues to resource limits nearing capacity, HA cluster desynchronization, or the impending expiration of certificates or licenses—it autonomously conducts root-cause analysis without the need for human involvement. Following this analysis, it generates comprehensive diagnostics and offers suggested remediation actions to resolve the detected issues, ensuring that network and security infrastructure remains resilient and efficient. The automated nature of these processes greatly enhances operational efficiency, allowing teams to focus on strategic initiatives rather than constantly troubleshooting issues.

Opster's AutoOps platform optimizes mapping, stabilizes operations, and improves resource utilization to reduce hardware costs and improve performance. Orchestration, management capabilities, and ticket-based support are not enough. AutoOps provides all the support you need, in real time. AutoOps can diagnose issues in all aspects of Elasticsearch operations. The system provides precise root cause analysis and also helps to resolve the problem. AutoOps can perform advanced optimizations, such as shard rebalancing and blocking heavy searches. It can also optimize templates. These optimizations will ensure your cluster operates at its peak performance and maximum resilience. Opster's AutoOps platform enables customers to dramatically reduce the hardware required for their deployment by optimizing mapping, stabilizing operations, and improving resource utilization.

An innovative and more secure approach to developing fault-tolerant cloud applications is offered through the groundbreaking cloud-native DBOS operating system. Drawing from three years of collaborative open-source research and development between MIT and Stanford, DBOS transforms the landscape of cloud-native architecture. This cloud-native operating system leverages a relational database to significantly streamline the intricate application stacks commonly found today. DBOS underpins DBOS Cloud, which serves as a transactional serverless platform that ensures fault tolerance, observability, cyber resilience, and straightforward deployment for stateful TypeScript applications. The services of the operating system are built upon a distributed database management system, featuring integrated transactional and fault-tolerant state management that reduces complexity by eliminating the need for containers, cluster management, or workflow orchestration. It offers seamless scalability, outstanding performance, and consistent availability, while metrics, logs, and traces are conveniently stored in SQL-accessible tables. Additionally, the architecture minimizes the cyber attack surface, incorporates self-detection mechanisms for cyber threats, and enhances overall cyber resilience, making it a robust choice for modern cloud applications. Overall, the DBOS operating system represents a significant leap forward in simplifying cloud application development while ensuring high security and reliability.

Infiot ZETO introduces an innovative approach to providing Application assurance, Zero Trust security, and Edge intelligence through AI-driven operations, supporting a Borderless enterprise for all remote users, sites, and devices. Traditional first-generation point solutions that rely on cumbersome operations and inconsistent service levels are no longer sufficient. By ensuring secure and reliable access to enterprise and cloud resources, organizations can extend their reach to all remote users, locations, and IoT devices. The ZTNA service enhances security by allowing only authorized users access to applications instead of the entire network. With a one-click, on-demand service marketplace, deployment of services is accelerated and can be tailored to the needs of users, locations, or cloud environments via Infiot Edge Intelligence. This system not only enhances the end-user experience but also streamlines IT operations through swift root cause analysis and automated resolution of issues, paving the way for a more efficient and secure digital environment. Ultimately, Infiot ZETO empowers companies to adapt and thrive in an increasingly interconnected world.

C-Data CMS is a cloud-enabled network and device management platform designed for ISPs and telecom operators. It provides centralized oversight and control of large-scale access networks, supporting up to 500,000 devices across OLTs, ONUs, routers, and third-party equipment. The system manages the full device lifecycle—from initial deployment and provisioning to configuration, monitoring, and ongoing performance maintenance. CMS integrates multiple management protocols, including EMS, TR-069 ACS, OMCI, and MQTT, enabling operators to manage heterogeneous networks from a single interface. The platform aggregates real-time and historical metrics, generates alarms, and performs automated diagnostics to help engineers identify and resolve issues efficiently. Its dashboard provides a clear view of network health, device status, and operational trends. For deployment flexibility, CMS supports both on-premise and SaaS environments and works across Windows, Linux, and mobile applications for iOS and Android. Role-based access control further allows organizations to align permissions with operational responsibilities. Key capabilities include: • Unified management of multi-vendor OLTs, ONUs, routers, and third-party devices • Real-time monitoring, alarms, and historical performance analysis • Automated configuration, backups, and fault diagnostics • Support for EMS, TR-069 ACS, OMCI, and MQTT device management • Deployment across SaaS or on-premise infrastructures with multi-platform support C-Data CMS helps operators streamline network operations, improve visibility, and maintain consistent service reliability across rapidly expanding fiber access environments.

Utilizing advanced threat intelligence, extensive data mining and analysis, machine learning, visualization, and various other technologies, Wangsu's situational awareness provides a network security landscape that is “visible, manageable, and controllable.” This system significantly enhances the capabilities of regulatory bodies, governmental entities, enterprises, and institutions in discovering, identifying, understanding, analyzing, and responding to potential threats. Moreover, it aids businesses in obtaining real-time insights into their online operations while facilitating a seamless connection among monitoring, early warning, and emergency response processes. By harnessing vast and ongoing user access trajectory data, it effectively consolidates and evaluates all forms of threat intelligence and security incidents, offering a comprehensive assessment of intrusion threats from a macro viewpoint. This proactive approach equips companies to tackle unforeseen new attacks efficiently, ensuring they maintain an up-to-date understanding of the overall security landscape of their networks and customer operations. Ultimately, this robust framework fosters a safer digital environment, enabling organizations to operate with confidence amid increasing cyber threats.

Infosim GmbH & Company KG, a German IT company, develops management software solutions to automate Service Fulfillment, Service Assurance and Provisioning for Telcos. Infosim was founded in 2003 by the university of Wuerzburg. The corporate headquarters is located in Wuerzburg (Germany). Infosim promotes StableNet, a vendor-agnostic solution based on a single, consistent codebase. The solution is easy-to-integrate and offers high performance with low hardware requirements. With a large number installations in key industries such as energy, finance, manufacturing and retail, the unified network & service management approach has been proven to be effective. Infosim®, a revolutionary NMS solution, revolutionizes management of large heterogeneous networks.

MIVU’s network monitoring services deliver instantaneous statistical insights into performance challenges, ensuring the seamless and dependable operation of your network. By providing a thorough understanding of bandwidth usage, traffic patterns, and device health, MIVU empowers IT teams to swiftly identify and address potential issues that could lead to major interruptions, while also supporting prompt corrective measures. This proactive approach not only enhances system dependability by resolving issues before they escalate but also optimizes resource allocation and bolsters network security. Moreover, the advanced monitoring tools offered by MIVU enable organizations to effectively manage potential performance slowdowns, thereby sustaining uninterrupted and efficient business operations. As a result, businesses can focus on growth and innovation, knowing their network is in capable hands.

IBM® Z® Operations Analytics is a powerful tool designed to facilitate the searching, visualization, and analysis of extensive structured and unstructured operational data within IBM Z environments, encompassing log files, event records, service requests, and performance metrics. By utilizing your analytics platform alongside machine learning, you can enhance enterprise visibility, pinpoint workload issues, uncover hidden challenges, and expedite root cause analysis. Machine learning aids in establishing a baseline of typical system behavior, enabling the detection of operational anomalies efficiently. Additionally, you can identify nascent issues across various services, allowing for proactive alerts and cognitive adjustments to evolving conditions. This tool offers expert recommendations for corrective measures, enhancing overall service assurance. Furthermore, it helps in spotting atypical workload patterns and reveals common problems that may be obscured in operational datasets. Ultimately, it significantly diminishes the time needed for root cause analysis, thereby capitalizing on the extensive domain knowledge of IBM Z and applying its insights effectively within your analytics framework. By harnessing these capabilities, organizations can achieve a more resilient and responsive operational environment.