XRTC is proud to announce a partnership with Dwyka Mining Services, bringing resilient real-time connectivity to more mission-critical mining operations.

Learn how software-defined transport optimization prevents downtime and stabilizes critical telemetry streams over degraded cellular and satellite networks.

Learn how Media over QUIC, sliced-intra coding, and FEC enable real-time video streaming for remote industrial operations and piloting.

Learn how to prevent packet loss and latency spikes over LEO and GEO satellite links using optimized transport protocols and edge routing.

Learn how to optimize video streaming over highly constrained networks using VVC, AV1, and WebRTC protocols for stable, safe remote operations.

Deep dive into physical propagation, serialization delays, and hardware optimization methods for high-speed enterprise data transfer.

Discover how industrial environments overcome signal loss using UDP and edge computing to maintain ultra-low latency for remote operations.

Learn how optimized transport protocols, hardware offloading, and L4S solve WAN latency and secure live data streams in industrial communication.

Learn how modern hybrid networks, LEO satellites, and optimized protocols stabilize offshore video streaming for maritime vessel security.

Discover what makes video streaming truly low latency in 2026. Compare WHIP and WHEP protocols and learn how to reduce latency without sacrificing quality.

Discover how deterministic latency and network stability impact real-time remote operations, machine telemetry, and industrial control loops.

Fast networks are not always reliable networks. Discover why resilient, disruption-aware connectivity is critical for keeping industrial operations moving when bandwidth, latency, and network conditions become unpredictable.