OBOS by Safiery Spec the helm
A sailing catamaran at dusk with a glowing digital-twin overlay of its battery pack, propulsion unit, water pump and fuel lines, beside an illuminated logbook on the water.

Safiery · Rev 4 · June 2026

One Boat
Operating System

One vessel. One operating system. One digital log book — every channel, source and fault, time-stamped.

Sail ONE hand Sail-by-wire 10 integrated modules On-device conversational AI
FIG. 01 — Digital twin overlay, live vessel log

It looks like an EV. It retires the MFD.

OBOS is the utility layer for the whole boat. Power, digital switching, video, navigation and sail control answer to one system instead of a dozen black boxes wired together. The vessel runs as software — and keeps a complete, time-stamped record of itself while it does.

02 — Module Architecture

Three subsystems. Quasar stands alone — or integrates into OBOS.

Quasar runs the boat: power, digital switching, video and logs. The Sailing and Convenience layers run the experience. OBOS combines all three and holds the vessel database and the full vessel log. Integration by Quasar creates the semantic open-protocol layer the Digital Twin depends on.

OBOS module architecture from the Safiery brochure. Integration by Quasar creates the semantic open-protocol layer required for the Digital Twin (One System Integration, CZone Integration, AI Advise & Assist, Video). The Sailing Experience Layer covers Navigation, Sail-by-wire & Auto-Steer, Auto-Docking and Sailing Auto-Controls. The Boat Utility Layer covers Power, Digital Switching and Touch Screens. The Digital Twin Subscription Apps cover Vessel Log, Energy, Battery, Video and Charter Management.
FIG. 02 — OBOS module architecture · Safiery · Rev 3 · 2026

Four groups across the diagram

Integration by Quasar One system & CZone integration, AI advise & assist, video — the semantic open-protocol layer
Sailing Experience Layer Navigation, sail-by-wire & auto-steer, auto-docking, sailing auto-controls
Boat Utility Layer Power, digital switching, touch screens
Digital Twin Subscription Apps Vessel log, energy, battery, video & charter management
03 — Quasar Master

The boat answers to “Hey OBOS.”

An AI controller sits above the utility layer — a conversational large language model running on-device, with vision and perception, optimising the vessel as conditions change. Dual compute pairs an NVIDIA Jetson Orin NX with a Compute Module 5.

A system built for AI
Patented AI "kill" command and button at helm.”

  • VOICE

    “Hey OBOS” natural-language control across every module.

  • ON-DEVICE LLM

    Conversational reasoning that runs offshore with no internet.

  • PERCEPTION

    Vision and 360° awareness feed docking and collision logic.

  • AI HUB

    Dual compute — Jetson Orin NX paired with CM5.

The Quasar Master AI hub — a brushed-metal Safiery controller with five antennas and LAN, AUX and power ports.
04 — Digital Twin

A second vessel, in the cloud.

The full vessel log is replicated to a digital twin for the owner, remote engineering and warranty management. Sail beyond coverage and OBOS keeps its own complete record — the twin reconciles the moment you are back in range. It stays encrypted, stays private, and stays yours for the life of the hull.

Owner access Remote engineering Warranty management Offshore · no internet
A motor yacht at the dock with a glowing cloud digital twin above it, streaming 24/7 telemetry, alongside callouts for 3D displays, AI cameras and controlled devices and sensors.

One Boat Operating System.

One Boat Digital Log Book.

Higher Resale Value

05 — Power

Sail by wireUp to 4 helms

Electric actuation with direct rudder feedback to the helm.
It is NOT simulated.

HELM ENCODER
Compact 90mm diameter concealed
RUDDER ACTUATORS
1600kN force
CONTROLLER
Software to Automotive MISRA standard
RUDDER POSITION
Independent Feedback
06 — Surfaces

Helms, ribbons and Quasar stations.

Sunlight-readable Quasar helms run the boat; Quasar stations carry a full 3D view of the vessel into every space aboard.

Product Screen Location Key feature
Quasar Helm 24″24″Primary helm4K UHD · bonded glass
Quasar Helm 21″21″Primary helm4K UHD · bonded glass
Quasar Helm 14″14″Helm / nav stationFHD 1080p
Federated Helm3 × 14″Panoramic helmCurved · one-touch
Ribbon Pair 8″2 × 8″Overhead monitorStatus pair · widgets
Ribbon Pair 5.5″2 × 5.5″Overhead monitorCompact status pair
Quasar Station 10″10.1″SalonFull 3D vessel view
Quasar Station 8″8″Engine / galleyFull 3D vessel view
Quasar Cabin 4″4″All cabinsStatus 2 × 2 · widgets
Quasar Helm 24 inch at the wheel
Quasar Station, 3D vessel view
08 — Cabin Touch Display

Multi modal widgets user assigned

The 4inch or 5.5in touch displays can have any of the functions assigned as widgets in the display. It is 12V or POE powered and can be either wireless on WiFi or ethernet CAT 6 connected.

Lighting, Fans HVAC control/span> Blinds Multi media control
A 4in or 5.5in touch display.
10 — Auto- docking

One button, One command

The 360 cameras verify the target dock and a clear path to the dock.

The 77Ghz radar sensors have a range from 200mm to 40m and do the heavy lifting of proximity to the target dock.

Frictionless docking Electric motors run asymetrically to crab Rudder control integrated/span> Bow thruster synchronised
A catamaran auto docking in a tight pen.

One Boat Operating System.

One Boat Digital Log Book.

Back to top ↑