Media, Communications and Telehealth
An end-to-end IPTV/OTT platform spanning custom STB hardware and Linux firmware, live streaming, transcoding, VOD/DVR, fast channel switching, subscriber management, and automated device updates.
StreamGrid is an operator media platform engineered across the complete service stack: purpose-built subscriber hardware, custom embedded Linux, a Qt5 viewer application, live IPTV, adaptive OTT delivery, accelerated transcoding, VOD, centralized recording, timeshift, service administration, and device-fleet lifecycle.
The platform carried approximately 1,000 television channels through MPEG-TS, HLS, and MPEG-DASH delivery paths. During the documented engineering and deployment period it supported approximately 50,000 users on roughly 50 servers, with custom STB/OTT devices providing the managed subscriber experience.
OPTIME built major platform components from scratch and integrated the television service with the ISP/TSP’s existing business and platform environment. This was not a replacement for the operator’s complete OSS/BSS estate; it was the media, subscriber-device, and television-service layer that connected into it.
Across a three-year program, approximately seven engineers contributed to hardware, firmware, embedded applications, media infrastructure, backend and administration functionality, deployment, and platform integration. Work that appeared separately in older portfolio material-transcoding, streaming, and VOD-belonged to one connected operator system.
OPTIME participated directly in the initial rollout to approximately 10,000 subscribers. The same platform subsequently grew to nearly one million subscribers; that later scale describes the platform’s evolution and does not imply OPTIME independently delivered every stage of the expansion.
MPEG-TS feeds enter the operator media platform for normalization, processing, distribution, and recording.
Customized FFmpeg libraries and Intel Quick Sync produce the live and adaptive variants required by IPTV and OTT clients.
MPEG-TS, HLS, and MPEG-DASH streams travel through the operator network or internet toward managed subscriber devices.
A unicast, GOP-aware startup path supplies data needed for prompt decoding before the client transitions to normal multicast live distribution.
Purpose-built PCB hardware runs Buildroot firmware, a custom Linux kernel, device services, and the Qt5 viewer application.
The recorder maintains per-second and I-frame indexes that support VOD, timeshift, rewind, replay, seeking, and visual fast-forward.
OPTIME-built controls manage packages, users, device assignments, subscriber/device relationships, and service configuration.
The television service exchanges the necessary generalized business and operational state with the ISP/TSP’s existing platform.
Automated release and update workflows maintain the deployed STB/OTT fleet without disclosing protected delivery or signing mechanics.
Custom PCB hardware, Buildroot firmware, a custom Linux kernel, and the Qt5 application gave the platform a coordinated device/runtime/playback stack instead of relying on an unmanaged client environment.
Normal live IPTV could use multicast distribution, while a unicast, GOP-aware acquisition path delivered the initial data required to begin decoding the newly selected channel quickly.
Per-second and I-frame indexes allowed the recorder to serve fast seeks and selected key frames for visual fast-forward rather than processing the complete recording at normal cadence.
Intel Quick Sync supplied hardware-assisted video transcoding while customized FFmpeg libraries handled codec and media-pipeline integration around the accelerator.
OPTIME built the TV package, user, device, and service-administration layer to work with the ISP/TSP’s existing systems rather than claiming ownership of the complete OSS/BSS environment.
The program began as connected engineering across subscriber hardware, embedded software, media servers, administration, and rollout. Automated firmware lifecycle management allowed the device fleet to continue evolving after initial deployment rather than remaining fixed at first release.
OPTIME participated directly in rollout to approximately 10,000 subscribers. During the documented engineering period the platform operated at roughly 1,000 channels, 50,000 users, and 50 servers; the same platform later expanded to nearly one million subscribers.
OPTIME engineered the platform across custom subscriber hardware, embedded Linux, viewer software, live IPTV, transcoding, VOD, centralized recording, timeshift, subscriber/device administration, and firmware lifecycle management. The combined system supported operator-controlled live and on-demand experiences across managed STB/OTT devices.
The documented system operated at approximately 1,000 channels, 50,000 users, and 50 servers. OPTIME participated directly in the initial deployment to approximately 10,000 subscribers; the same platform later grew to nearly one million subscribers without attributing the complete later rollout to OPTIME.
Channel scale of the documented operator platform.
User scale during the documented engineering and deployment period.
Server footprint associated with the documented platform scale.
CONTACT US
Austin, Texas
Distributed engineering teams across North America, Europe, the Caucasus, and Latin America.
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