Media Ecosystems.
Engineered for Zero Latency.
Buffering is unacceptable. We architect high-concurrency streaming ecosystems and optimize custom audio/video codecs at the hardware level. From OTT platforms to real-time broadcasting, we engineer resilient infrastructure that delivers flawless playback to millions of concurrent users.
Audit Your Streaming ArchitectureLow-Level Capabilities.
Built for Extreme Scale.
High-Concurrency Streaming Solutions
Unbreakable playback at scale. We architect robust video transcoding, low-latency adaptive bitrate, and video streaming architectures. We utilize WebRTC, HLS, MPEG-DASH, RTSP, and RTMP to ensure seamless delivery across global CDNs.
Hardware-Level Audio/Video Engineering
We build for the edge. Our engineers port, develop, and optimize solutions based on multimedia frameworks like FFmpeg, GStreamer, OpenMAX, and Stagefright — executing a bottom-up approach to ensure low CPU, low memory, and low battery footprint for Smart Speakers and IoT devices.
Custom A/V Codec Optimization
Maximize fidelity; minimize bandwidth. We specialize in the development and optimization of audio codecs (Opus, AAC, FLAC) and video codecs (H.264, H.265, VP8) tailored for x86/SSE, ARM, Neon, WMMX, and MIPS architectures.
Broadcast Compliance & Subtitling
Strict adherence to global broadcasting standards. We engineer DVB-compliant broadcasting solutions and implement complex closed captioning and teletext integrations directly into the media payload to ensure accessibility compliance worldwide.
The Full Spectrum of
Streaming Expertise.
// Core Frameworks & Tooling
- FFmpeg
- GStreamer
- WebRTC
- Wowza
- Red5
- ExoPlayer
- OpenMAX
- Stagefright
// Streaming Protocols
- HLS
- MPEG-DASH
- RTMP
- RTSP
- mpegts
- WebRTC
- SRT
- RIST
// Implemented SCTE Standards
- SCTE 30
- SCTE 35 — Ad Insertion
- SCTE 67
- SCTE 104
- SCTE 138
- SCTE 172
// SMPTE & Broadcaster Standards
- SMPTE ST 436-1
- SMPTE 2038
- SMPTE ST291-1:2011
- ATSC A/53
- ANSI/CTA-708-E
- DVB
Engineering That Drives
Global Audiences.
Multiroom Smart Speaker for Nasdaq-Listed Brand
Developed a high-performance, native Android & iOS app for a Smart Speaker company, deploying a dedicated 16-member team with expertise in Java/Kotlin, Objective-C/Swift, Linux, GStreamer, and FFmpeg.
Drastically improved battery life with advanced C++ libraries and ARM/Neon optimization for audio processing — delivering hardware-level efficiency at consumer scale.
MXF Closed Captions for US Streaming Platform
Integrating seamless, multi-language accessibility into a massive streaming ecosystem — supporting 6 different languages in MXF by upconverting CEA-608 NTSC into CEA-708 DTVCC format.
Added SMPTE ST 436-1 support in FFmpeg's OP1A muxer, ensuring flawless compatibility with Telestream's CaptionMaker and GrayMeta's Iris Pro player.
SDI to IP Broadcasting Engine
Engineered a complex translation layer for a major Israeli Broadcasting Company — integrating the Dektec card in FFmpeg to read via SDI and broadcast over IP and vice-versa.
The solution supports SDI capture/playout of uncompressed data with Teletext and Closed Captioning, running flawlessly 24/7 for months without interruption.
Your Autonomous Media
Engineering Pod.
We don't just augment staff; we inject complete, autonomous engineering pods. With us as your technology partner, you get complete access to our full-stack development expertise spanning firmware, device drivers, middleware, application, cloud integration, and automated testing. We execute rapid sprints, reducing your go-to-market time while delivering 24/7 reliability.
Build Your Media PodStop Tolerating Buffering
and Bloated Codecs.
Bring us your latency bottlenecks, your excessive CDN bills, and your hardware-level constraints. Our Lead Multimedia Architects will map out a high-performance streaming strategy within 48 hours.
Request a Streaming Architecture Audit