Alternatives to Elecard Boro

NetCrunch is a next-gen, agentless infrastructure and traffic network monitoring system designed for hybrid, multi-site, and fast changing infrastructures. It combines real-time observability with alert automation and intelligent escalation to eliminate the overhead and limitations of legacy tools like PRTG or SolarWinds. NetCrunch supports agentless monitoring of thousands of nodes from a single server-covering physical devices, virtual machines, servers, traffic flows, cloud services (AWS, Azure, GCP), SNMP, syslogs, Windows Events, IoT, telemetry, and more. Unlike sensor-based tools, NetCrunch uses node-based licensing and policy-driven configuration to streamline monitoring, reduce costs, and eliminate sensor micromanagement. 670+ built-in monitoring packs apply instantly based on device type, ensuring consistency across the network. NetCrunch delivers real-time, dynamic maps and dashboards that update without manual refreshes, giving users immediate visibility into issues and performance. Its smart alerting engine features root cause correlation, suppression, predictive triggers, and over 40 response actions including scripts, API calls, notifications, and integrations with Jira, Teams, Slack, Amazon SNS, MQTT, PagerDuty, and more. Its powerful REST API makes NetCrunch perfect for flow automation, including integration with asset management, production/IoT/operations monitoring and other IT systems with ease. Whether replacing an aging platform or modernizing enterprise observability, NetCrunch offers full-stack coverage with unmatched flexibility. Fast to deploy, simple to manage, and built to scale-NetCrunch is the smarter, faster, and future-ready monitoring system. Designed for on-prem (including air-gapped), cloud self-hosted or hybrid networks.

Noction Flow Analyzer is a network monitoring, alerting, and analytics tool that can ingest NetFlow, IPFIX and sFlow data. Engineers can use the NetFlow analyzer to optimize their network and applications performance, control bandwidth usage, plan network capacity, monitor and alert, perform detailed BGP peering analysis and improve security.

Obkio is a simple Network Monitoring and Troubleshooting SaaS solution that allows users to continuously monitor the health of their network and core business applications to improve the end-user experience. Obkio identifies the cause of intermittent network problems, VoIP, video, and applications slowdown in seconds so you can troubleshoot before they affect your end-users. Deploy network monitoring Agents at strategic locations in a company's offices or network destinations such as data sites, remote sites, external client sites, or public or private clouds to continuously monitor performance using synthetic traffic exchanged every 500ms. Obkio continuously tests and measures network metrics, such as latency, jitter, packet loss, quality of service and customer experience via QoE (Quality of Experience). The app alerts you as soon as a problem occurs or even if there are signs that a failure is about to happen. Not only does it alert you and pinpoint the source of the issue, but it also allows you to go back in time to complete a diagnosis.

PagerDuty, Inc. (NYSE PD) is a leader for digital operations management. Organizations of all sizes rely on PagerDuty to deliver the best digital experience to their customers in an ever-on world. PagerDuty is used by teams to quickly identify and solve problems and to bring together the right people to prevent future ones. PagerDuty's 350+ integrations include Slack, Zoom and ServiceNow as well as Microsoft Teams, Salesforce and AWS. This allows teams to centralize their technology stack and get a holistic view on their operations. It also optimizes processes within their toolkits.

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

The Net vProbe is a versatile software tool designed to assess the quality of transport for OTT multicast video streams, including DASH and HLS formats. It can be deployed on x86 servers or virtual machines at key testing locations, whether in the cloud or on-premises. The maximum number of supported OTT or multicast streams is solely dependent on the selected physical or virtual infrastructure. This solution measures stream throughput compatible with both HLS and DASH, ensuring the accuracy of HLS manifests and the integrity of DASH sidx files. It can simultaneously monitor all profiles, and its throughput over time histograms facilitate detailed analysis for each individual profile. The system provides continuous round-the-clock monitoring for extensive stream numbers, while also verifying and reporting HTTP statuses and detecting any HTTP errors that may arise. By dynamically generating HTTP requests, it operates as an OTT client or player, offering capabilities such as video decoding and thumbnail generation. Additionally, it tracks buffer fill percentages and evaluates the quality factor of stream transport, providing comprehensive insights into video performance. The combination of these features makes the Net vProbe an essential tool for ensuring optimal streaming experiences.

The StreamProbe solution offers a comprehensive view of service availability and video quality across all critical stages of media processing and delivery through continuous 24/7 monitoring. It is particularly beneficial for various media entities, including TV service providers, network operators, and platforms handling linear broadcast, IPTV, cable, satellite TV, OTT, VOD, nPVR, and transport contribution and distribution, all of which aim to enhance the end-user experience while minimizing operational expenses. By utilizing 24/7 real-time monitoring and alerting, it enables operators to identify problems before they impact customers, thereby increasing system uptime. Additionally, it supports contribution, encoding, packaging, transport, and linear VOD services, facilitating the rapid training of operational teams. The architecture is versatile, accommodating centralized or distributed setups across bare metal, virtualized environments, or cloud services like AWS. With its high-density and scalable capabilities, hundreds of services can be monitored simultaneously within a single appliance, whether in an all-in-one or distributed configuration, while providing a unified monitoring interface. This comprehensive approach ensures that service providers can maintain optimal performance and reliability in an ever-evolving media landscape.

Ascentac Hawkeye Distributed serves as a sophisticated monitoring system for Quality of Service (QoS), capable of overseeing multiple channels for multimedia video streaming simultaneously. It offers seamless integration with various communication methods such as SMS, email notifications, alarm indicators, or simple network management protocol (SNMP). This advanced system enables users to remotely monitor the status of video services, thereby enhancing management effectiveness. The real-time monitoring interface of Ascentac Hawkeye Distributed is highly customizable, allowing users to rearrange the display based on different criteria such as VLAN ID, MPLS Label, Type of Service (ToS), and IP address. Such features empower users to quickly identify and resolve issues as they arise. Furthermore, the system delivers in-depth real-time analytics, covering aspects like program clock reference (PCR) jitter, packet loss, throughput, and other monitoring variables in accordance with TR 101 290 standards. Additionally, it generates a variety of statistical reports that can be conveniently saved in PDF format, ensuring that users have access to essential data for further analysis. This makes it an invaluable tool for those managing video streaming services.

NET-MOZAIC serves as a robust software-based tool for real-time monitoring of IPTV stream quality. It can function independently as a standalone unit or be integrated as a key element of the NET-xTVMS IPTV monitoring solution. Ideally situated at the head end, it has the capability to access unencrypted television channels for decoding and analyzing video quality. The system allows for the simultaneous preview of full-motion video and image analysis across multiple SD and HD streams, depending on the performance specifications of the server and CPU. It can manage hundreds of streams through a round-robin polling mechanism across up to four monitors. Users can set custom alarm thresholds for all video and audio quality metrics, enhancing the monitoring experience. NET-MOZAIC is compatible with both MPTS and SPTS multicast streams encapsulated in UDP or UDP/RTP MPEG-TS formats, as well as OTT streams utilizing HTTP HLS and DASH protocols. The thumbnail display facilitates the simultaneous viewing of numerous streams, providing efficiency in monitoring. Additionally, it employs ADOVIQ -12 advanced video quality metrics for the selected stream, complete with detailed video quality reporting, making it a comprehensive solution for IPTV content analysis.

The Antik Monitoring Room is an efficient software solution for IPTV monitoring that allows users to view multiple streams on various submonitors while ensuring high-quality performance at a low cost. It promptly logs every error, providing comprehensive details about incidents, such as their start and end times, the specific input affected, and the type of issue (like audio, video, or blackout). This tool not only offers a robust mosaic overview for enhanced visibility across multiple services but also features various alarm detection mechanisms to maintain optimal Quality of Experience (QoE) and Quality of Service (QoS). Additionally, its pricing structure is scalable, allowing for easy initial setup and future expansions. The system supports multiple streaming protocols, including UDP, RTSP, TS, RTMP, and HTTP. Users can utilize the layout tool, which offers both customizable templates and quick-launch options, enabling them to create flexible and tailored monitoring setups. Furthermore, it accommodates both analog and digital clock displays, supports GIF images, personalized text, and includes provisions for both primary and secondary TV walls, enhancing its usability in diverse environments. Overall, the Antik Monitoring Room stands out as a comprehensive solution for IPTV monitoring needs.

The Net-MetriXs analyzer probe is a software application that plays a crucial role in the NET-xTVMS system, which is designed for the real-time oversight of IPTV services. It can be installed on various customer devices, such as CPUs, PCs, or servers, at locations chosen by the customer, like a headend. This versatile probe is capable of monitoring different types of streams, including DVB-C/S/T/H, analog PAL, and OTT streams. Operating on a Linux platform, the IPTV probe offers extensive scalability, enabling it to monitor anywhere from a handful to several hundred multicast streams effectively. It checks the quality of both the physical and transport layers for optional DVB-C/DVB-T/DVB-S/DVB-H/Analog PAL interfaces, provided that the appropriate PCI-E cards are installed. The probe captures and retains more than 30 transport metrics, which encompass TR101290 priority levels 1 and 2, packet loss rate, PCR jitter, and additional parameters. Users can set customized alarm thresholds and apply presentation filters to all metrics, enhancing the system's adaptability and responsiveness to varying monitoring needs. This flexibility makes the Net-MetriXs analyzer a valuable tool for maintaining high-quality IPTV service delivery.

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.

We deliver a comprehensive end-to-end IPTV solution tailored for current telco operators seeking to incorporate IPTV services into their existing systems. Additionally, our services ensure seamless integration with the billing systems that telcos are already accustomed to using. Wireless operators can capitalize on their established mobile network infrastructure to provide a full IPTV streaming service that includes both live television and video on demand. We also facilitate complete integration with existing mobile billing structures and subscription services. Furthermore, our IPTV solution caters to hotel operators, enabling them to offer both live TV and VOD streaming, along with full custom integration into their current hotel billing systems, allowing for the design of bespoke localized hotel enhancements. For content creators aiming to monetize their video offerings, our solution provides a robust platform to develop a dedicated content distribution system, complete with personalized Android and Apple player applications for branding purposes. This flexibility ensures that whatever the requirement, we can adapt our services to meet diverse needs in the IPTV landscape.

XPM is a commercial quality and enterprise level performance management/monitoring and traffic analysis solution. XPM is a high performance enterprise product based upon Linux that supports continuous operation from 7*24*365. It may not be appropriate for all users, but it is more suitable for enterprises who require higher IT service quality. XPM monitoring objects include: 1. Applications using HTTP protocol 2. 2. Databases (Oracle MySQL, MS-SQL Server, and MySQL); 3. URL Transaction 4. 4. Awards of XPM ITSS 2018 Innovation Award ITSS is a department of Ministry of Industry and Information Technology of China. Please be aware that: This is the downloadable version of XPM Standard, which can analyze approximately 1 Gbps traffic in real-time and only supports X86 server installation. Contact us by email if you require vProbe XPM to monitor virtual machines traffic or XPM H version over 1Gbps.

The Mividi IP Video Monitoring System (TSM100) stands out as an excellent solution for assessing the video quality of IPTV services. Typically, IPTV providers source video content from various channels, such as satellite, fiber optic cables, terrestrial broadcasts, and locally produced videos. To accommodate bandwidth requirements and ensure compatibility with users’ devices, these source streams might undergo decoding and re-encoding processes. Consequently, it is not unusual for service providers to manage numerous programs and a variety of transport streams at their head-ends. Moreover, the complexity increases with the need to handle advertisement insertion and supply Electronic Program Guide (EPG) details. To deliver the highest quality video services to their customers, providers must continuously monitor their offerings at several critical points throughout the stream processing. This vigilant monitoring is essential for maintaining optimal performance and enhancing viewer satisfaction.

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.

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.

Today's bandwidth-unconstrained, encrypted, cloud centric networks make it impossible to separate traffic analytics and security and investigation activities. Trisul can help organizations of all sizes implement full-spectrum deep networking monitoring that can serve as a single source of truth for performance monitoring and network design, security analytics, threat detection and compliance. Traditional approaches based upon SNMP, Netflow Agents, Agents, and Packet Capture tend to have a narrow focus, rigid vendor-supplied analysis, and a narrow focus. Trisul is the only platform that allows you to innovate on a rich, open platform. It includes a tightly integrated backend database store and a web interface. It is flexible enough to connect to a different backend, or to drive Grafana and Kibana UIs. Our goal is to pack as many performance options as possible into a single node. To scale larger networks, add more probes or hubs.

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.

FortiAIOps enhances IT operations by providing proactive visibility through the power of artificial intelligence, facilitating a more efficient network management system. This AI/ML solution is specifically designed for Fortinet networks, enabling rapid data acquisition and the detection of anomalies within the network. The various Fortinet devices, including FortiAPs, FortiSwitches, FortiGates, SD-WAN, and FortiExtender, contribute to the FortiAIOps dataset, which aids in generating insights and correlating events crucial for the network operations center (NOC). This system allows for comprehensive visibility across the entire OSI model, offering detailed Layer 1 data such as RF spectrum analysis to identify potential Wi-Fi interference. Additionally, it provides Layer 7 application insights, revealing the applications that flow through both Ethernet and SD-WAN links. To further assist in network management, users can leverage an array of troubleshooting tools, including VLAN probing, cable verification, spectrum analysis, and service assurance, to effectively diagnose and resolve issues. By employing these tools, organizations can ensure their networks operate smoothly and efficiently.

Comprehensive network software featuring over 60 essential tools is available. It offers automated network discovery, enabling users to map out their systems effortlessly. Users can monitor their networks in real time and receive immediate alerts about any issues. With strong diagnostic features, it simplifies the identification and resolution of network problems. The software also enhances security measures, allowing users to simulate attacks to uncover potential vulnerabilities. Configuration and log management tools are included to assist with device setups and troubleshooting any configuration errors. It monitors IP addresses and DHCP scopes effectively, providing insight into device relationships and connectivity. The toolset is specifically designed for seamless management of network infrastructure. Users can explore an extensive range of network discovery capabilities, such as Port Scanning, Switch Port Mapping, SNMP sweeps, and other advanced features. This powerful suite ensures that network administrators can efficiently maintain and optimize their network environments.

Noction IRP is an edge-deployed BGP optimization platform that analyzes traffic in real-time to detect congestion, link failures, and performance degradation. The system continuously probes network routes across all available providers, measuring latency, packet loss, and historical reliability to identify the best paths for both inbound and outbound traffic. Route probing operates independently of production traffic flow, ensuring comprehensive visibility without impacting live sessions. IRP manages ingress and egress bandwidth intelligently, distributing traffic flows across providers to minimize costs while maintaining quality of service. The platform features configurable traffic engineering policies that allow operators to define cost priorities, performance targets, and failover behaviors. Traffic is automatically rerouted when performance thresholds are reached, ensuring optimal traffic delivery, while respecting network policies and business requirements. Built-in Automatic Anomaly Detection (AAD) provides DDoS protection by analyzing traffic behavior and identifying deviations from established baselines. Unlike static threshold-based systems, AAD builds adaptive behavioral models that adjust to legitimate traffic patterns. AAD detects volumetric floods, amplification attacks, TCP SYN floods, and application-layer threats, then executes mitigation automatically using BGP FlowSpec for granular filtering and RTBH mechanisms for complete traffic blocking when necessary. IRP delivers 30%-50% average performance improvement, up to 50% latency reduction, and near-100% network availability while reducing bandwidth costs through intelligent multi-homed routing decisions. The platform integrates seamlessly with existing BGP infrastructure.

Riemann effectively compiles events from your servers and applications by utilizing a robust stream processing language. You can automate email notifications for every exception occurring in your application, monitor the latency distribution of your web service, and identify the top processes on any machine based on memory and CPU usage. Additionally, it allows for the aggregation of statistics from all Riak nodes in your cluster, which can then be sent to Graphite for analysis. User activity can be tracked in real-time, with Riemann offering a low-latency, transient shared state ideal for systems characterized by numerous dynamic components. The streams in Riemann are essentially functions designed to accept events, and since its configuration is expressed as a Clojure program, the syntax remains concise, consistent, and adaptable. By employing configuration-as-code, Riemann reduces boilerplate while providing the flexibility needed to handle intricate scenarios. The system can be tailored to deliver as much or as little information as you prefer, whether you need to throttle or consolidate multiple events into a single message. You can receive email alerts regarding exceptions in your code, service outages, or latency spikes, and it also supports integration with PagerDuty for timely SMS or phone notifications. Ultimately, Riemann empowers developers to maintain effective oversight and responsiveness across their applications and infrastructure.

Optigo Visual Networks is our next generation OT network monitoring and troubleshooting software. OptigoVN’s robust BACnet Monitoring gives you deep OT visibility with over 28 different network diagnoses.

MPEG Monitor stands out as a distinctive tool that allows for the real-time assessment of perceived quality (referred to as QoE: Quality of Experience) for multiple MPEG-2 or MPEG-4/AVC (H.264) programs on a single device. Traditional monitoring systems typically focus on measuring packet loss (known as QoS systems) or verifying the syntax of transport streams, such as checking values like PCR, but they fall short in understanding how the errors they detect affect the perceived video quality (QoE). In contrast, MPEG Monitor goes a step further by performing video decoding, which provides precise insights into the decoding process and how the images are ultimately displayed to the viewer. This capability makes MPEG Monitor a comprehensive solution for monitoring quality of experience, offering valuable information that enhances understanding of viewer satisfaction. Ultimately, this innovative approach ensures that broadcasters and content providers can deliver superior viewing experiences by addressing issues that directly impact the audience's perception of quality.

Secure Traffic Manager is a smart platform designed to oversee network traffic and application performance in real-time, ensuring that service quality remains high. It delivers extensive visibility into network activity, enabling proactive management of customer connections by monitoring their health. With its unique "distress score," you can pinpoint users experiencing subpar service and resolve problems before they worsen. Additionally, it provides valuable insights into bandwidth usage across different applications, helping to identify distressed applications and uncover the causes of their performance issues. STM allows for sophisticated, real-time control over network traffic, targeting various levels such as applications, users, and network segments. By correlating data, you can ascertain whether issues are related to a specific customer, an application, or a network segment, while also accessing both real-time and historical data for each customer to anticipate and mitigate potential challenges effectively. This comprehensive approach not only enhances user experience but also optimizes overall network efficiency.

In the ever-evolving landscape of modern networks, organizations are consistently integrating new business services while their network infrastructure is subject to regular updates and enhancements. The ability of existing network devices to accommodate these new services is often uncertain and can lead to unforeseen complications. To mitigate such risks, it is essential for businesses to evaluate their networks, analyze performance metrics, and forecast the quality of experience (QoE) for the newly launched services. For quality assurance engineers and IT departments, having rapid and effective methods to validate and measure performance is vital prior to the deployment of products or services. IxChariot serves as an invaluable tool that quickly evaluates and resolves issues in networks and applications both pre- and post-deployment. This robust assessment solution utilizes software agents known as Performance Endpoints to replicate application traffic, capturing critical performance data to be managed conveniently from a central console. By employing such tools, organizations can significantly enhance their service reliability and user satisfaction.

exit1.dev provides real-time monitoring for the uptime of websites, APIs, and infrastructure through an interactive live dashboard. The results from probes are streamed directly to your browser via WebSockets from our regional servers, ensuring that the chart and raw probe data refresh instantly as each check concludes, detailing the timing for DNS resolution, connection establishment, TLS negotiation, and the first byte received—eliminating the need for manual refreshes or polling. The service conducts checks across a variety of protocols, including HTTP, TCP, UDP, ICMP, WebSocket, DNS, and heartbeat monitors, all from multiple geographic locations. Additionally, it monitors SSL certificate and domain expiration, validates response bodies based on status codes, JSONPath, and text, while providing alert options through email, SMS, Slack, Discord, Teams, or webhooks. exit1.dev also includes an MCP server, enabling AI assistants to directly create and query your monitors. Users benefit from public status pages, customizable status badges, and access to a REST API. With the free plan, you can utilize up to 10 monitors without needing to provide credit card information, making it an accessible option for those looking to maintain oversight of their digital assets. This comprehensive approach ensures that you have all the tools necessary for effective monitoring and management of your online presence.

Skylight offers advanced monitoring solutions for network performance and user experiences across all applications, clouds, and networks. As a virtualized platform focused on performance assurance, Skylight provides comprehensive visibility into the performance of networks, applications, and services, spanning from the user edge to the core network and cloud infrastructure. By actively managing performance metrics, Skylight ensures that both networks and cloud-based applications adhere to stringent performance standards, optimize capacity, and fulfill high customer expectations regarding quality of experience. Utilizing robust performance analytics and machine learning, Skylight effectively identifies, forecasts, and mitigates issues that could negatively affect customers. With Skylight, you can capture detailed and accurate data on networks, applications, and services using its versatile sensors. These sensors are available in different formats, including both software and hardware, enabling users to deploy Skylight's capabilities throughout their network, from remote sites to cloud environments, ensuring comprehensive coverage and insight. This flexibility allows organizations to enhance their operational efficiency and responsiveness to performance challenges.

Witbe is a pioneer in the Quality of Experience industry. It offers an award-winning method to monitor the QoE delivered by any interactive service (telephony or video, web), on any device (PC/smartphone, STB), and through any network (fixed-mobile, OTT). Witbe was founded in 2000 and has grown to be a trusted partner for more than 300 clients in over 50 countries. Witbe Robots is trusted by Broadcasters, Operators, and Content Providers. Witbe is a publicly-traded company on Euronext Growth.

IP transmission experiences challenges such as traffic congestion, packet loss, and fluctuating delays, which can lead to significant distortions in digital video signals. The impact of error propagation on video content is more severe than it is for audio and considerably worse compared to data. To minimize the risk of customer attrition, it is crucial to identify outages and issues proactively before they escalate. Problems with encoding in both live and recorded videos can originate at the head-end, potentially affecting all viewers. By evaluating the quality of the video content prior to encryption, it becomes possible to identify and address issues early on. Customer equipment malfunctions often contribute significantly to service degradation or complete failure. The ability to detect these issues before they are noticed by customers is a key indicator of exceptional service quality. Consequently, implementing diagnostics for each End Office Equipment (EOC) device is strongly advised. IPTV technology is inherently complicated, as it integrates multiple layers of information, protocols, and hardware. The interaction among these various components can lead to challenges not only during installation but also throughout regular operation, necessitating ongoing monitoring and maintenance. Thus, ensuring seamless communication between these elements is essential for delivering a reliable viewing experience.

Introducing the SnmpSource .NET component, your go-to solution for developing robust and scalable SNMP management applications with ease. This powerful .NET library allows users to create cross-platform, real-time applications, enabling efficient monitoring of network performance effectively. Whether you require quick development or reliable functionality, SnmpSource is designed to meet your needs in the ever-evolving tech landscape.

Telestream iQ stands as a preeminent force in the realm of video quality monitoring, having emerged from the acquisition of IneoQuest in 2017 and Tektronix Sentry in 2019, both of which held the top two positions in the market. The company aids service providers in managing the intricate process of migrating from SDI to IP, shifting from conventional linear television to OTT streaming, and adopting cloud technologies for diverse video delivery services. With its offerings, Telestream iQ enhances visibility, provides diagnostic and troubleshooting tools, and ensures compliance with service level agreements (SLA), all of which contribute to decreased operational costs, improved efficiency, and increased revenue for video service providers. It features automated surveillance across each phase of the video delivery chain, providing a comprehensive end-to-end overview, alongside in-depth analytics that help pinpoint video quality problems and their underlying causes. This robust suite of tools empowers operators to optimize their workflows and maintain high standards in video delivery.

VQmon is an embedded library for real-time media streams like VoIP, IP Videoconferencing, and Video Streaming. VQmon provides real-time analysis of IP-based media streams, providing detailed analytics and QoE scores. Library APIs and standardized payloads for RFC 635 (SIP PUBLISH), and RFC 3611 are both available to get metrics. VQmon has been integrated into over 500 million IP phones, media gateways and test tools. VQmon is highly efficient, scalable, and uses a fraction of a microprocessor to monitor a single voice stream or video stream. It also processes large volumes of streams in multicore servers at more than 2 million packets per core. VQmon can be used on a variety of operating systems and processor platforms.

SIEM, Log Management Software, Server Monitoring, and Uptime Monitoring Software for less! Industry-leading, free and responsive remote support phone and email when you need it most. You can be compliant by centrally storing Event Logs as well as Syslogs and Application Logs from any device or system. Receive real-time notifications when users log in, accounts are locked out, or accounts are modified. Our out-of-the box SIEM and security reports will satisfy auditing requirements such as PCI/DSS, JSIG, NIST, CJIS, SOX, HIPAA and GDPR. Monitor server resources, such as memory, disk space and directory size, and monitor process specific resource consumption. Fire SNMP traps, restart services, kill processes, remote-launch custom scripts, and kill processes. Generate audit reports on directory and file access. Monitor SNMP Get values, receive SNMP traps and more. Receive real-time notifications when network performance drops below acceptable thresholds. Monitor web, email and database performance. Monitor Docker Containers.

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.

As the leader of an OTT service, utilizing a tool such as OTT Monitor is essential for effectively tracking the Quality of Experience (QoE) for your users. This tool allows you to identify the specific bitrates and resolutions utilized during the playback of each video, accommodating the variations that adaptive streaming may introduce. You will receive detailed measurement reports that include a variety of statistics, graphical representations like curves and pie charts, as well as geolocation maps. This capability enables you to gather QoE data from potentially thousands or even millions of users, ensuring a comprehensive understanding of their viewing experience. By leveraging such insights, you can make informed decisions to enhance service delivery and user satisfaction.

The effectiveness of the world's most sophisticated AI algorithm hinges on the quality of the data it utilizes. MobiProbe is designed to help businesses tackle their data quality challenges head-on. It serves as a real-time performance and engagement tracking platform for interconnected devices, systems, and applications. With MobiProbe, users benefit from top-tier, efficient SDKs and APIs that can be effortlessly integrated into existing software with just a single line of code. This allows for comprehensive tracking and logging of any specified events, enabling the addition of multiple attributes to each data point. Furthermore, MobiProbe features a highly customizable dashboard and reporting system tailored to meet the unique needs of different business applications. Users have the option to leverage MobiProbe's built-in visualizations, request bespoke visual tools, or connect their analysts' favorite data visualization platforms to the MobiProbe data repository for enhanced insights. By adopting MobiProbe, businesses can not only improve their data quality but also gain deeper visibility into their operational metrics.

Argus serves as an application dedicated to monitoring systems and networks. It can keep track of a wide range of elements, including TCP and UDP applications, IP connectivity, SNMP OIDs, various programs, and databases. The application features a user-friendly web interface that appeals to managers, who appreciate the simple color coding (Red indicates a problem, while Green signifies normal operation), and it also aids technicians in quickly identifying issues ("Ah! that's what the problem is"). Furthermore, Argus is capable of sending alerts through multiple channels, such as pagers, and has an automatic escalation feature to ensure that no critical issue goes unnoticed, even if someone is unresponsive. This makes it an invaluable tool for both oversight and technical troubleshooting within organizations.

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.

HookWatch is a unified observability platform that monitors webhooks, scheduled cron jobs, and AI agent interactions in real time. It consolidates metrics, event histories, and failure tracking into one centralized dashboard for complete infrastructure visibility. Developers can inspect webhook payloads, analyze execution logs, and replay failed events to recover quickly from outages. The built-in cron monitor supports human-readable scheduling syntax and captures execution output with retry and backoff logic. With its MCP Proxy integration, HookWatch logs every AI agent tool call, including request and response data, latency percentiles, and error patterns. Automatic retries and buffering ensure that no webhook is lost during downtime. Alerts can be delivered through Slack, Discord, email, or PagerDuty with actionable context. The platform also features a terminal-first CLI that works offline, allowing local development without relying on cloud connectivity. Configuration can be managed as code through YAML files for version-controlled monitoring. Designed for teams that ship fast, HookWatch reduces debugging time and increases reliability across modern app stacks.

TrapStation logs and forwards SNMP SNMP traps, often to distributed management systems. You can route traps selectively, translate any SNMP version and filter, correlate, apply thresholds and modify varbinds. You can then view graphs, search logs and replay traps. TrapStation is a modern design that draws on decades of event-handling expertise. TrapStation was created to replace legacy apps like TrapEXPLODER and TrapBlaster. You can use TrapStation to access SNMP v3 encryption/security and trap modification, log search/replay and a browser interface. We hope TrapStation is a compelling alternative for unsupported scripts or in-house developers. TrapStation maps incomingtraps to your rule trees nodes. Each node has a filter that tests traps and allows you to log and forward match traps. The complexity of individual rule nodes is reduced by the formation of nested tiers, which are more specific. Nesting ensures that a partially matched trap is placed in a fail-safe rule Node.

AppQoS represents a groundbreaking advancement in Application Performance Management (APM), enabling enterprises, ISPs, MSPs, and Cloud Providers to effectively oversee application performance across local, distributed, and remote networks. This innovative solution operates passively, scrutinizing all traffic within the monitored network segments to offer comprehensive stream reassembly and application-level insights without necessitating host agents or imposing additional burdens on network infrastructure. By providing real-time, passive analysis of network sessions for every transaction, AppQoS yields critical insights into application performance and health across both local and remote networks, distinguishing itself as an exceptional choice for managing distributed network environments. Its unparalleled flexibility in deployment and operations allows enterprises, ISPs, MSPs, and Cloud Providers to uphold application performance SLAs throughout the entire networked infrastructure, ensuring a robust and reliable application experience for users. In an era where application performance is paramount, AppQoS stands out as an essential tool in the arsenal of modern network management.

IPNetwork Monitor serves as a self-managed solution for network and server oversight, catering to IT groups that require comprehensive awareness of both localized and remote infrastructures. It enables the tracking of uptime, performance metrics, traffic patterns, services, websites, databases, and various devices, offering a quick installation process, customizable alerts, and straightforward reporting features. This platform is designed to enhance the efficiency of IT operations while providing essential analytics for informed decision-making.

ADTRAN's VMware-ready n-Command MSP platform stands out as a robust and user-friendly network management system, offering real-time oversight and control for a diverse array of ADTRAN's business networking solutions. By utilizing the ADTRAN n-Command MSP, service providers and enterprise organizations can enhance their network operations and optimize VoIP performance, particularly when deploying ADTRAN's top-tier NetVanta and Total Access 900 Series equipment that operates on the ADTRAN Operating Systems (AOS). This platform eliminates the necessity for expensive network probes and appliances, streamlining management processes while decreasing operational expenses. It features automated device discovery and registration via Auto-Link, in addition to providing valuable voice quality data reporting, including Mean Opinion Scoring (MOS), to ensure an exceptional user experience. Ultimately, the n-Command MSP platform empowers organizations to achieve greater efficiency and effectiveness in their networking endeavors.