Quantum Navigation-Sensing Board Adviser — Maritime Autonomy

The mandate

The board’s standing question is whether emerging atom-interferometric and quantum magnetic sensors can add meaningful navigation resilience on autonomous vessels when vibration, field distortion, platform motion and calibration time are counted. Laboratory partners present impressive sensitivity under controlled conditions, while marine engineers need bounded position and heading performance during realistic GNSS loss. Directors must decide whether to fund a sea trial, a longer research option or no integration at this stage.

The adviser contributes four days monthly, attends quarterly Oslo board sessions and joins the scheduled Trondheim, Bergen and North Sea reviews. Each month, one claimed sensing advantage is reconstructed from raw measurement through bias, fusion, environmental compensation and navigation consequence. Written counsel is available within three working days before a capital gate, without assuming responsibility for laboratory management or vessel operations.

The appointment lasts ten months and may renew once for two months if weather or vessel availability delays the agreed demonstration. Renewal requires a board minute naming the unresolved evidence question, fixed cadence and refreshed conflicts. It cannot become continuing research direction, vendor selection or autonomy-system assurance after the board records its investment decision.

The adviser has no line authority and takes no executive responsibility for sensor design, navigation release, vessel safety, research funding or capital allocation. Scientific partners own experiments, marine engineering owns integration and the board owns investment. The adviser may challenge baselines, recommend trial gates and expose environmental dependencies, but cannot command a vessel, approve navigation use or select a supplier.

Conflicts include quantum sensor developers, navigation and inertial vendors, autonomy platforms, maritime operators, research institutes, defence programmes and investors. Employment, board positions, grants, equity, patents and paid technical evaluations must be disclosed. A new engagement with a trial bidder or competing sensor company during the term requires committee approval and may require full recusal.

Why the board wants this voice

Sensor sensitivity reported on an isolated bench does not establish useful navigation performance on a moving steel vessel. Conventional navigation vendors may also understate a genuine future option, while quantum developers can overlook integration burden and operational calibration. Independent counsel gives directors a fair, evidence-based gate between promising physics and a safe maritime trial.

What you will own

• Challenge sensitivity, bandwidth, drift, dynamic range, dead time and calibration claims under declared laboratory conditions.
• Translate vibration, rotation, magnetic distortion, temperature, sea state and vessel structure into expected sensor error.
• Compare quantum sensing with optical, MEMS, magnetic, celestial, radar and map-referenced navigation complements.
• Test fusion assumptions, observability, fault detection and graceful degradation during representative GNSS interference or denial.
• Advise trial stages with measurable navigation outcomes, safety envelopes, abort criteria and evidence-retention requirements.
• Stress size, power, cooling, alignment, maintenance, startup and specialist staffing against realistic vessel operations.
• Leave the board a technology-option map, evidence gaps, capital gates, partner conflicts and reassessment triggers.

Candidate qualifications

• Advised quantum sensing, precision inertial, magnetic or navigation programmes moving from laboratory into field trials.
• Can evidence a sensitivity claim whose operational value changed after vibration, motion or calibration was included.
• Understands atom interferometry or quantum magnetometry, error propagation, sensor fusion and maritime navigation constraints.
• Has structured safe trials without allowing a frontier sensor to become an unverified primary navigation dependency.
• Translated physics uncertainty into staged capital decisions for operational and investment leaders.
• Maintained independence across research grants, patents, startup equity, defence programmes and incumbent navigation vendors.

Non-negotiables

• Will attend all Oslo, Trondheim, Bergen and North Sea sessions subject to maritime safety requirements.
• Holds no undisclosed patent, equity or paid role with a proposed quantum-sensing trial participant.
• Accepts no authority to command vessels, release navigation systems, direct research teams or commit capital.
• Brings real field-sensing judgment beyond quantum-market analysis or generic maritime autonomy strategy.

1. 49 words maximum. Which environmental effect most changed a quantum or precision sensor’s claimed field value?
2. 49 words maximum. How would you define a sea trial that tests navigation utility without creating dependency?
3. 49 words maximum. Which sensing, maritime, research or investment interest could require your recusal?