Visit the MiWire Stand: Hall B1 (Ground Floor), Stand 316
As the maritime industry accelerates its digital transformation, reliable, high-speed, and secure connectivity at sea has never been more critical. At MiWire, we are proud of our rapid growth and continuous innovation as a leading Danish provider of advanced maritime 4G/5G connectivity solutions.
Our mission remains clear: solving complex distance and bandwidth challenges for commercial vessels, workboats, ferries, and autonomous platforms wherever traditional networks fall short.
Next week, the MiWire team will be in Hamburg for SMM 2026—the world’s leading maritime trade fair. We warmly invite you to visit our stand to experience our latest breakthroughs firsthand and discuss how we can elevate your fleet's operational capabilities.
Flagship Excellence: SeaWire Pro
At the heart of our presence this year is our flagship solution, SeaWire Pro. Engineered specifically for demanding maritime environments, SeaWire Pro delivers best-in-class performance using our patented, auto-rotating directional antenna technology.
Supported by our intelligent NMS cloud, which control the locking onto optimal cellular base stations, SeaWire Pro provides:
Extended Offshore Range: Fiber-like connectivity reaching 30 to 55+ nautical miles offshore.
High Uptime: Active connectivity covering 80–90%+ of coastal and offshore routes.
Cost Efficiency: Massive savings compared to satellite setups, backed by multi-eSIM stacking for automatic local network access.
Upgraded 5G Performance & Defense-Optimized BDU
We are constantly pushing the limits of maritime communications. At SMM, we are excited to unveil key upgrades across our product portfolio:
Enhanced 5G Antenna Units: Upgraded hardware and algorithms deliver higher data throughput, lower latency, and superior link stability under harsh marine conditions.
Defense-Optimized Below Deck Unit (BDU): Expanded features engineered for naval and defense-related operations, we are launching our new Dark Mode function.
SD-WAN Integration: True Traffic Bonding & Intelligent Failover
Unstable video calls and dropped VPN connections are a thing of the past. Our Below Deck Unit (BDU) now includes integrated SD-WAN functions with True Traffic Bonding:
Combined Virtual Pipe: Traffic is split at the packet level across both 5G antennas—and integrated satellite connections—delivering maximum combined throughput.
Persistent IP & Zero-Drop VPNs: Powered by our cloud endpoint architecture, your applications see a single, uninterrupted IP address. Your VPNs, Teams calls, and critical telemetry stay online during base station transitions or link failovers.
Intelligent Failover & Adaptive Error Correction: The system continuously monitors link quality in real-time, routing critical traffic to the strongest path while automatically repairing lost packets.
With GNSS jamming and spoofing becoming daily operational hazards in strategic waters, commercial and defense vessels need guaranteed positional truth.
At SMM, we will present TrackWire, our robust PNT (Positioning, Navigation, and Timing) solution built into the SeaWire ecosystem:
LEO Satellite Architecture: Powered by Low Earth Orbit satellite technology operating completely independent of standard civilian GPS/GNSS.
Cryptographic Security: Built-in cryptographic signatures block fake, spoofed signals from dynamic software-defined radios (SDRs).
INS Calibration Anchor: Serves as an un-spoofable positioning anchor to prevent Inertial Navigation System (INS) drift in hostile EW environments.
Visit Us at SMM Hamburg!
Whether you manage commercial fleets, fishing vessels, defense platforms, or autonomous craft, our team is ready to show you how MiWire can transform your operations at sea.
Event Details:
Event: SMM Hamburg 2026
Location: Hamburg Messe und Congress GmbH
MiWire Stand: Hall B1 (Ground Floor), Stand 316
Date: September 1–4, 2026
We look forward to meeting you in Hamburg! To schedule a 1-on-1 meeting with our leadership or technical specialists during the show, reply directly to this email or book a slot via the link below.
