
3Q is an API-first video infrastructure for developers and engineering teams who want direct control over their media backend. A REST video API and native player SDKs give you programmatic access to hosting, ingestion, encoding, live streaming, video-on-demand, and delivery, so you can build video portals, streaming apps, or OTT backends on a single European platform.
The stack is transparent by design. 3Q supports adaptive bitrate streaming over HLS and DASH with mixed HEVC and AVC codecs and automatic Live-to-VoD. Delivery runs over a proprietary global CDN, encryption, and HTTP/2 over TLS 1.3. The Cookie- and Consent-free HTML5 Video Player is barrier-free in accordance with WCAG 2.1/BITV 2.0 and needs no consent layer. Video AI exposes speech-to-text transcription, automatic subtitles, translation, and chapter markers through the same API, and integration fits your existing pipeline and video workflows.
What sets 3Q apart is ownership. 3Q runs on its own independent European video infrastructure, so your data stays in the EU and under German jurisdiction. 3Q is GDPR-compliant and all processes are ISO/IEC 27001 certified, with modular pay-as-you-go pricing and 24/7 support from real video experts.
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Elecard Boro is a professional software solution designed to monitor video stream health and track QoS/QoE parameters across distributed networks. By providing centralized access to statistics and automated reporting, Boro enables telecom professioals to build a powerful monitoring ecosystem from scratch or easily scale existing infrastructure to ensure flawless broadcast quality.
How it works:
Boro utilizes distributed software probes to monitor UDP, RTP, HTTP, HLS, DASH, SRT, and RTMP streams. By aggregating multi-point measurements on a centralized server, operators can instantly isolate quality degradation across the entire delivery chain. The platform provides network-wide visibility and real-time alerts for ETSI TR 101 290 errors via Email, SNMP, Webhook, PagerDuty, and Telegram.
Key Features:
• Rapid Deployment & Scalability: Launch a monitoring probe in just 30 minutes. Easily scale your infrastructure by adding new probes to the unified Boro ecosystem on any hardware.
• Proactive Issue Resolution: Monitor over 50 QoS and QoE parameters (including full ETSI TR 101 290 compliance) and use triggers to localize network anomalies before they impact viewers.
• Advanced Diagnostics: Use comprehensive analysis of SCTE-35 ad-insertion cues and PCAP stream recording for in-depth delivery troubleshooting.
• Effortless Integration & Access: Access monitoring data from any device via an intuitive web interface. Seamlessly integrate Boro into your existing workflow using WebHook, SNMP, and ControlAPI.
• Operational Efficiency: Reduce the workload on QA and network engineers through automated regular reporting, advanced visualization dashboards, and smart threshold tuning that eliminates false alarms.
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NG-xTVMS
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.
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Net-MetriXs
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.
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