Production-ready Media over QUIC solutions with custom relay networks, publish-subscribe pipelines, TLS 1.3 encryption, 0-RTT handshakes, and hybrid WebRTC integration — built for sub-250ms latency at global scale. 300+ real-time projects delivered since 2005.
Our team builds complete low-latency streaming applications using the MoQ protocol and QUIC transport. These systems handle video, voice, AI-generated media, and live data with quicker connection setup, reduced impact from packet loss, and efficient scaling across regions.
We handle the full architecture (relay nodes, routing logic, media pipelines, and observability) so you get software that performs reliably without constant maintenance. Whether you are starting fresh or improving an existing platform, we deliver working solutions on time.
We design and deploy lightweight MoQ relay nodes optimized for efficient publish-subscribe fan-out. Our relays keep CPU usage low, minimize added delay, and scale to millions of subscribers — powering use cases from Worldcast Live (10K+ concurrent viewers) to AI-generated voice distribution without the overhead of traditional SFU/MCU architectures.
Full QUIC transport implementation with TLS 1.3 encryption, 0-RTT fast handshakes, multiplexed streams, and advanced congestion control (BBR/COPA). We add private relay routing and enterprise-grade access controls — proven in HIPAA-compliant telehealth (CirrusMED, 40+ U.S. states) and mobile-first deployments worldwide.
Media pipelines tuned for rapid startup, stable playback during network changes, and consistent sub-250ms end-to-end latency. Ideal for interactive live streaming, real-time auctions (Sprii, 72K+ events), and AI media routing where every millisecond impacts user experience and revenue.
We follow a clear process that starts with your specific traffic, latency targets, and growth plans. The goal is a system that launches quickly and continues to deliver value as your audience expands.
We analyze your current infrastructure, user geography, latency targets (sub-100ms, sub-250ms, sub-500ms), and compliance requirements (HIPAA, SOC II, GDPR). You receive a clear recommendation on pure MoQ, hybrid MoQ+WebRTC, or CDN-layered approach — informed by 300+ prior streaming deployments.
We map publish-subscribe topology, define relay node placement across regions, configure QUIC stream priorities, and optimize congestion control parameters (BBR/COPA) for your exact network conditions and audience distribution.
Development of custom relay nodes, client SDKs, and media processing pipelines using stable IETF MoQ Transport (moq-transport) drafts, interoperable with Cloudflare and OpenMOQ implementations. Our Agentic Engineering process delivers 4-10× faster than traditional development.
Seamless integration with existing ingest sources (RTMP, SRT, WebRTC), player SDKs, CDN infrastructure, and AI services — including LiveKit agents, speech-to-text pipelines, and real-time analytics dashboards. No platform lock-in.
Comprehensive load testing, latency profiling, packet-loss simulation, and multi-region validation across AWS, Azure, and GCP. We measure and document actual end-to-end performance under real-world conditions before any production deployment.
Production deployment with real-time monitoring dashboards, relay health metrics, QUIC connection analytics, and alerting. Go-live assistance with initial monitoring phase, followed by optional long-term support as IETF MoQ standards evolve.
Our Agentic Engineering process delivers reliable MoQ systems 4-10× faster – without sacrificing quality. See how it works for your project →
MoQ complements WebRTC rather than replacing it — excelling at large-scale fan-out, server-originated streams, and predictable delivery of AI-generated media. We architect modular MoQ systems using IETF moq-transport drafts, interoperable with Cloudflare’s global relay network and the OpenMOQ consortium.
Start with a proven MVP and scale globally – no redesign needed for Telemedicine, E-Learning, Surveillance, or Internet TV.
MoQ & QUIC development is ideal when you need broadcast-scale reach with sub-250ms responsiveness — without the complexity of WebRTC SFU mesh or the latency of HLS/CMAF chunked delivery. From live events to AI media distribution, we build protocol-native solutions.
If your project involves high concurrent viewers, server-side media generation, or the need for simpler scaling than current SFU or chunked HTTP solutions, MoQ development is worth evaluating.
Custom MoQ & QUIC solutions for every stage — from MVP relay prototypes to global multi-region architectures. Secure, scalable, and built on IETF standards by a team with 300+ streaming projects since 2005.. Secure, scalable, and packed with smart features – built by the pros.
![[background image] image of logistics control room (for a trucking company)](https://cdn.prod.website-files.com/64e8910adc5a63966a68acc1/68e7dfd17638aaf511162f7a_f841ed23dc31eb8a94e23195c64f4acb_develop.webp)
Build your MoQ & QUIC streaming platform from scratch — relay architecture, client SDKs, media pipelines, and deployment. From concept to production with 300+ streaming products delivered since 2005.
Upgrade existing streaming platforms with MoQ relay layers, QUIC transport optimization, 0-RTT handshakes, and publish-subscribe fan-out. We’ve scaled systems from hundreds to 10K+ concurrent viewers with 10× infrastructure cost reduction.
![[digital project] image of a showcased project (for a ai robotics and automation)](https://cdn.prod.website-files.com/64e8910adc5a63966a68acc1/68e7e04abb8f1a3770a8625e_fix.webp)
Rescue stalled MoQ/QUIC projects with performance audits, relay optimization, congestion control fixes, and protocol compliance updates. We’ve rescued dozens of streaming projects — fixing latency issues, reducing packet loss, and bringing them to production quality.
Startup 💡
Single MoQ relay node, basic QUIC client SDK, or focused media pipeline for fast validation. Includes TLS 1.3 encryption, basic publish-subscribe topology, and deployment on AWS/GCP. 3-4 week delivery.
from
$5,000
from 3-4 weeks
Growth 🚀
Multi-relay topology with congestion control tuning, analytics dashboards, AI media routing, production CDN integrations, and WebRTC hybrid mode. Supports 1K-10K+ concurrent subscribers with sub-250ms latency. 2-3 month delivery.
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$12,800
from 2 months
Enterprise 🏢
Global multi-region relay cascading, advanced end-to-end encryption, AI-powered media analytics, full observability stack, and HIPAA/SOC II/GDPR compliance. Supports 100K+ concurrent users with 99.9% uptime SLA. 4-6 month delivery.
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$24,000
from 4 months
Ready for a realistic timeline and cost breakdown tailored to your needs? We offer free SRS and a code audit for existing projects.
Building production MoQ relay networks, WebRTC platforms, and QUIC-based streaming systems real-time video software since 2005. From Worldcast Live (10K+ concurrent) to CirrusMED (HIPAA telehealth in 40+ states) — proven real-time expertise at every scale.
QUIC transport engineers, MoQ relay architects, WebRTC specialists, DevOps, QA, and UI/UX designers — all in-house. We think like product owners, not just coders.
Over 300+ streaming products delivered, sub-250ms latency achieved, 10K-100K+ concurrent users supported, 99.9% uptime, and 100% Upwork Success rate with 400+ client reviews.
Get the scoop on real-time video/audio, latency & scalability – straight talk from the top devs
We develop custom MoQ relay networks, QUIC client SDKs, full publish-subscribe media pipelines, and hybrid MoQ+WebRTC architectures for video, audio, AI-generated content, and real-time data. Use cases include live events (Worldcast Live, 10K+ concurrent), telehealth (CirrusMED, HIPAA), surveillance (V.A.L.T, 2,500+ cameras), live commerce (Sprii, 72K+ events), and AI media distribution.
WebRTC excels at browser-based small-group calls with built-in NAT traversal and P2P connectivity. MoQ excels at large-scale fan-out (thousands to millions of subscribers), server-originated streams, and predictable latency over QUIC transport. We help you choose the right protocol or combine both in a hybrid architecture — WebRTC for interactive calls, MoQ for broadcast distribution.
Optimized MoQ relay systems achieve sub-250ms end-to-end latency in real-world conditions, with 0-RTT QUIC handshakes enabling sub-100ms connection setup. Exact numbers depend on relay topology, geographic distribution, congestion control tuning (BBR/COPA), and media codec configuration. We measure against your specific latency targets and document results before deployment.
Yes. We specialize in hybrid and incremental migration. MoQ runs alongside existing WebRTC, HLS, CMAF, or RTMP stacks — with shared signaling, unified analytics, and gradual traffic migration. No full rewrite needed. We also integrate with CDN infrastructure (CloudFront, Akamai, Fastly) and AI services (LiveKit agents, speech-to-text).
A focused MVP relay module launches in 3-4 weeks. Full production systems with multi-region topology typically take 2-4 months. Our Agentic Engineering process delivers 4-10× faster than traditional development. We provide honest timelines and detailed estimates after a free consultation call.
Every project includes an initial support period with 24/7 monitoring, relay health dashboards, and incident response. We offer ongoing maintenance contracts for protocol updates as IETF MoQ standards evolve, performance optimization, and scaling support. Many clients maintain 5+ year partnerships with us.
MoQ is production-ready for targeted use cases. Cloudflare operates a global MoQ relay network, the OpenMOQ consortium drives interoperability, and multiple implementations are available. We use stable IETF draft components, build with interoperable foundations, and design architectures that gracefully handle protocol evolution — so your investment is future-proof.
