Fleet Overview
last sync · 12 seconds ago
A unified network operating system purpose-built for the maritime industry — managing connectivity, crew access, security, and fleet operations from a single pane of glass. Built on MikroTik. Designed for the open ocean.
Modern vessels run on networks as critical as the engines themselves. Yet the tools to manage those networks — RouterOS, Winbox, fragmented satellite portals — were built for engineers, not operators. Every config change requires a VPN session into a single ship. Every fleet question requires logging into ten different systems.
We built a different kind of platform. One that treats a fleet as a fleet — not a collection of isolated routers. One that works when the satellite link drops, syncs intelligently when it returns, and gives non-technical staff the safety to operate the network without breaking it.
Local intelligence on every vessel — operations continue when WAN is unavailable.
Entire fleet visible from one dashboard. Drill from world map to a single user session.
CCR router + edge appliance. No vendor lock-in to satellite providers.
Designed for pursers and managers — not just network engineers.
MikroTik CCR is the network plumbing — firewall, VLANs, hotspot, QoS, multi-WAN failover, WireGuard endpoint. The Edge Box (a fanless mini-PC running Docker) is the brain — local database, IDS, sync agent, local dashboard. They live side-by-side on the bridge.
Every vessel maintains a WireGuard tunnel to the shore cloud. Telemetry flows up via MQTT — the same protocol used by IoT — because it sips bandwidth. Commands flow down via the RouterOS API. Reconnection is automatic and stateful.
A clean stack: Node.js services behind an API gateway, PostgreSQL for relational data, TimescaleDB for time-series telemetry, and Redis for caching. Web dashboard in React, mobile app in React Native — same codebase, two platforms.
Every feature listed here is delivered through the MikroTik routing layer and the Edge Box working in concert. Nothing on this page is aspirational.
Hybrid WAN orchestration across satellite, cellular and Wi-Fi. The router selects the best link in real time and switches without dropping sessions.
Every megabyte on a satellite link costs money. The platform shapes, prioritizes and meters traffic so operations always wins, and crew entertainment never starves the bridge.
Operational technology — ECDIS, VDR, engine telemetry — must never share a broadcast domain with crew Netflix. The platform enforces strict separation and detects intrusion attempts in real time.
Pursers and reception staff manage hundreds of crew and guest accounts without ever opening Winbox. Voucher commerce, crew quotas, and self-service top-ups are first-class features.
You cannot manage what you cannot see. Live telemetry, historical trends, per-vessel and per-fleet reports — all stored permanently in our database long after RouterOS rotates its own logs.
Manage one ship or one hundred from the same screen. Push config to a single vessel or an entire fleet in seconds. Every change is versioned, auditable, and reversible.
The platform watches the fleet around the clock and tells you only when something matters. Threshold-based today, machine-learned tomorrow — honest about what is rule and what is intelligence.
A minimum viable layout — fleet overview, drill-down, and live action. Real interface follows this structural language.
last sync · 12 seconds ago
Layout schematic · final visual design follows brand guidelines · all data illustrative
A satellite outage is a fact of life at sea — passing under heavy weather, a port shadow, an idle minute between hand-offs. Most management platforms go dark in those minutes. Ours does not.
The Edge Box on every vessel is the local source of truth. Crew Wi-Fi keeps authenticating. Vouchers keep validating. Telemetry keeps recording into local PostgreSQL. The local dashboard remains accessible over ship LAN. The network does not even notice the outage.
When the WAN returns, the agent opens the WireGuard tunnel and begins a quiet reconciliation: queued telemetry uploads first, then any pending shore-side commands execute in order. Conflicts are resolved with clear rules — shore is source of truth for configuration, ship is source of truth for usage data.
Full-featured operator console. Optimized for desktop screens with rich visualizations, dense data, and keyboard-driven workflows. React + Tailwind, lightweight enough to run on a satellite link.
React Native — one codebase, iOS and Android. Push notifications for critical alerts. Captain or fleet manager view depending on role. Offline mode for connecting directly to the ship's Edge Box.
A streamlined dashboard served directly from the Edge Box on the ship LAN. Used by the captain or purser when WAN is degraded — or simply preferred for on-board tasks. No cloud round-trip required.
We chose proven, mature tools that we can ship, debug and maintain at scale — not the hot framework of the month.
Two devices, low cost, marine-grade, 12V DC compatible. Pre-flashed and shipped ready to install.
Every engagement starts with a discovery session. We map your fleet, your current MikroTik deployment, your WAN providers, and your top three pain points — and come back with a concrete pilot plan.
90-minute workshop. Fleet, hardware, pain points. No commitment.
3–5 vessel pilot scoped, priced and timeboxed. Goes live in eight weeks.
Phased deployment to remaining vessels with hand-holding throughout.
contact@maritime-nms.com · Response within one working day