We build, integrate, and tune real-time communication products that hold up under pressure, across the full arc from architecture decisions to the last performance test.
WebRTC solutions development
WebRTC integrations
Performance engineering
We build multi-party conferencing solutions that hold up under real-world conditions, with geographically distributed users, traffic spikes, and other scenarios. Every solution is underpinned by deep expertise in end-to-end latency engineering.
Clients across industries and business sectors trust us as their WebRTC app development company of choice, turning real-time communication into a lever for richer customer interactions, broader service offerings, and leaner operations.
As a full-service WebRTC app development company, we adapt to what your project actually needs: a dedicated build team, embedded specialists, or R&D muscle for the hard problems.
VCP is Oxagile’s proprietary conferencing foundation, built to cut time to market and scale cleanly as your product grows. As part of our WebRTC application build services, we extend it with the features your use case demands: interactive chat, whiteboards, proctoring, and more, without code refactoring.
Detailed sprint reports, milestone tracking, and 97% release predictability keep schedules intact. Requirements formalization and structured change management prevent scope from drifting mid-project.
Program-level budget monitoring tracks spend against plan in real time, so course corrections happen before they become costly.
An adaptive QA strategy runs in parallel with development, catching issues at the source rather than in staging. Risk management and regulatory compliance are built into the process from kickoff.
Transparent communication and structured knowledge management keep your team informed and your project portable.
WebRTC API • RTCPeerConnection • RTCDataChannel • MediaStream API • ORTC
WebSocket • SIP • XMPP • SDP • ICE • STUN • TURN • DTLS • SRTP
Janus • Mediasoup • Jitsi • Kurento • Ant Media Server • LiveKit • OpenVidu
HLS • MPEG-DASH • WebRTC-HTTP Ingestion Protocol (WHIP) • Simulcast • SFU • MCU
AWS • Azure • Google Cloud • Kubernetes • Docker • Terraform • Coturn
Web (Chrome, Firefox, Safari) • iOS • Android • Electron • React Native
Yes. Cross-platform coverage is standard in our custom WebRTC app development services. We build native iOS and Android clients alongside web-based implementations, engineered for consistent media quality, reliable NAT traversal, and platform-appropriate permissions handling across all targets.
The short answer: most things you’d expect from a production-grade communication product. Screen sharing, recording, live transcription, noise suppression, virtual backgrounds, end-to-end encryption, in-call chat, whiteboards, breakout rooms, proctoring, and adaptive bitrate control are all within scope. If it involves real-time media, we’ve likely built it or something close.
It depends on how the app is engineered. Poorly optimized WebRTC implementations do hit the battery hard: continuous camera access, unthrottled encoding, and background processing are the usual culprits. We address this through hardware-accelerated codecs, adaptive resolution scaling, and careful lifecycle management so the app releases resources when they’re not actively needed.
Yes. Compliance requirements shape architecture decisions from the start, not at the audit stage. For HIPAA, that means end-to-end encryption, access controls, and audit logging built into the media and signaling layers. For GDPR, it means data residency controls, consent flows, and retention policies that hold up under scrutiny.
