SEA-M.1
Fake GPS position on a vessel
Counterfeit satellite signals can walk a ship to a false position without setting off an alarm.
DOR checks the position where it enters the ship's systems and holds any fix that fails before navigation uses it.
Reference
Ships, ports, open ocean systems, and marine research. Every entry has a permanent code and its own link you can share.
Ships, ports, offshore platforms, and the documents that move cargo.
SEA-M.1
Counterfeit satellite signals can walk a ship to a false position without setting off an alarm.
DOR checks the position where it enters the ship's systems and holds any fix that fails before navigation uses it.
SEA-M.2
A transmitter can broadcast another ship's identity, or a ship can broadcast a false track.
DOR proves which reports came from the vessel that claims them.
SEA-M.3
Jamming pushes the bridge onto radar, compass, and other backups, which can be fooled next.
DOR checks the backups too, so losing GPS does not mean believing whatever fills the gap.
SEA-M.4
Chart files and chart updates can be altered before or after they load.
DOR checks charts when they arrive and keeps checking them while they are in use.
SEA-M.5
Waypoints and autopilot settings can be changed mid-voyage.
DOR holds any change that does not come from an authorized source and records who made each one.
SEA-M.6
False time breaks logs, voyage records, and every check that depends on them.
DOR checks time where it enters and keeps the true order of events.
SEA-M.7
Commands to engines, steering, and pumps can be injected into shipboard control systems.
DOR checks each command fast enough to keep pace with the machinery, so a failed command never reaches it.
SEA-M.8
Crews can be shown normal readings while a tank or system drifts toward danger.
DOR verifies readings before they reach screens, alarms, or controls.
SEA-M.9
Remote access for maintenance can be used to issue commands nobody approved.
DOR checks where each command came from, not just whether the login was valid.
SEA-M.10
An update pushed to bridge or engine equipment can carry harmful changes.
DOR checks updates before they install and watches the system afterward for changes beyond what was approved.
SEA-M.11
Chart updates and engine diagnostics often travel on USB drives.
DOR only allows registered devices and records every attempt to use one that is not.
SEA-M.12
After an attack, a port has to know which records and settings can still be believed.
DOR keeps a record that cannot be edited, so recovery starts from verified ground.
SEA-M.13
Ship-to-shore cranes run on networked controls that can be reached remotely.
DOR verifies commands to cranes and watches their systems for unauthorized change.
SEA-M.14
A changed release code or gate record can let the wrong container leave the terminal.
DOR checks those records against where they started.
SEA-M.15
Shipping documents can be forged or quietly altered between parties.
DOR proves who issued a document and that it has not changed since.
SEA-M.16
Fake instructions to change bank details or bunkering orders cost shipping companies millions.
DOR confirms the sender before anyone acts on the request.
SEA-M.17
A cloned voice can call a ship or an agent posing as a manager.
DOR checks the live call and flags a voice it cannot verify.
SEA-M.18
Offshore platforms and wind farms are run through long-distance control links.
DOR verifies every command on those links before the platform acts.
SEA-M.19
Pressure, flow, and leak readings from subsea systems can be falsified.
DOR proves the readings came from the instrument and were not changed.
SEA-M.20
Forged or altered certificates can put unqualified crew on a vessel.
DOR checks a certificate's origin before it is accepted.
Systems that run far from shore, often with no connection for days or months.
SEA-O.1
An uncrewed vessel can be taken over through its control link.
DOR checks every command itself, no matter which link carried it.
SEA-O.2
Underwater vehicles work for hours or days with no connection to shore.
DOR works fully offline, so mission data and commands are checked with no outside service.
SEA-O.3
Underwater vehicles reset their position from GPS when they surface, which is exactly when they can be fooled.
DOR checks that fix before the vehicle relies on it.
SEA-O.4
Acoustic messages between vehicles and ships can be faked or recorded and replayed.
DOR rejects messages it cannot verify and messages it has already received.
SEA-O.5
Ocean instruments send readings that feed forecasts and climate records.
DOR proves those readings were not altered on the way.
SEA-O.6
Forecast models depend on data from instruments at sea.
DOR verifies each feed at the point it is used, so forecasts rest on authentic data.
SEA-O.7
Vessels can switch off tracking or broadcast false positions near cables, reserves, and borders.
DOR proves which tracking records are authentic and flags those that are not.
SEA-O.8
When an undersea cable or pipeline is damaged, the monitoring record becomes evidence.
DOR keeps that record provable from the moment it is captured.
SEA-O.9
Onboard cameras and catch reports decide quotas and compliance.
DOR proves footage and logs were not changed between capture and review.
SEA-O.10
An instrument left at sea can be reached and altered before it is recovered.
DOR notices when a device has changed and flags its data.
Science at sea, where data has to hold up long after it is collected.
SEA-R.1
Fish and animal tracking detections are shared across research networks and partners.
DOR attaches provable origin to every detection.
SEA-R.2
Tag signals can collide or be imitated, putting animals where they never were.
DOR helps separate detections from the tag that claims them from those it cannot verify.
SEA-R.3
Water, eDNA, and sediment samples change hands many times before analysis.
DOR records every hand-off so it cannot be rewritten.
SEA-R.4
A sensor may sit alone for months before anyone reads its data.
DOR proves the record was not changed during the deployment.
SEA-R.5
Combined datasets and models often lose track of where their pieces came from.
DOR records the source at every step.
SEA-R.6
Models that identify species from images and sound can be trained on altered or planted data.
DOR keeps unverified data out of training and records where every piece came from.
SEA-R.7
Lab records can be created later and dated earlier, or quietly edited.
DOR locks in the order things happened.
SEA-R.8
Oyster reef, seagrass, and wetland projects depend on monitoring data for permits and credits.
DOR makes that data provable to the agencies and buyers who rely on it.
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Every system at sea acts on what it is told. DOR proves it first. Deep tech for the deep sea.