Applications

Decision assurance for geothermal exploration, characterization, drilling, resource dependency, and development commitments.

Typical decisions:

• Which prospect deserves further characterization?
• What evidence is required before drilling?
• Can the current resource interpretation support the next commitment?

Decision assurance for exploration targets, information acquisition, drilling, resource assumptions, and the transition toward development.

Typical decisions:

• Which prospect deserves the next exploration dollar?
• Does the evidence support drilling?
• When are infrastructure and capital commitments beginning to outrun resource confidence?

Decision assurance for geological systems expected to contain materials safely and reliably over consequential time horizons.

Applications include: Carbon Capture and Storage (CCS/CCUS), hydrogen geological storage, nuclear disposal and long-duration stewardship

Typical decisions:

• Does the formation deserve further characterization?
• What evidence is required before site commitment or injection?
• What new information would invalidate the current basis for proceeding?

Decision assurance for marine survey, offshore characterization, exploration, seabed conditions, route fixation, access, and infrastructure commitments in environments where observation and intervention are costly.

Typical decisions:

• Where should the next survey or characterization effort concentrate? 
• Does the available evidence support sampling, drilling, site selection, or corridor fixation? 
• Which seabed, geological, environmental, or operational uncertainty must be resolved before infrastructure commitment? 

Decision assurance where geological storage decisions interact with offshore wells, marine access, pipelines, subsea infrastructure, monitoring, and shared transport systems.

Typical decisions:

• Does the evidence support advancing the offshore storage site? 
• What characterization is required before offshore injection or transport dependencies form? 
• Does the storage decision remain defensible as the surrounding marine infrastructure develops? 

Decision assurance for seabed characterization, route fixation, landfalls, installation dependencies, and irreversible corridor decisions.

Typical decisions:

• Does the available seabed evidence support route or corridor fixation?
• When does route investigation begin creating difficult-to-reverse infrastructure dependency?
• What unresolved physical condition could still require the corridor to be re-sited or redesigned?

Decision assurance for deployment, persistent operations, shared orbital infrastructure, and the commitments created by occupying increasingly congested orbital regimes.

Sustainable Exploration evaluates whether the evidence and operating basis can support decisions involving constellation expansion, communications and servicing infrastructure, maneuver dependency, proximity operations, debris exposure, and the precedent created by persistent use.

Typical decisions:

• Does the available evidence support deployment, expansion, or continued operation within the proposed orbital regime?
• When do constellation, servicing, communications, or logistics dependencies begin materially reducing future operational optionality?
• What new performance, conjunction, debris, congestion, or mission evidence should trigger reconsideration of the existing commitment?

Decision assurance for rendezvous, proximity operations, inspection, servicing, refueling, repositioning, and other physical interactions between spacecraft.

These operations create a different commitment regime because relative motion, maneuver authority, sensing, coordination, and recovery become coupled at close range.

Typical decisions:

• Does the available evidence support entering or continuing the proposed proximity operation?
• What sensing, maneuver, coordination, and recovery conditions must be satisfied before physical interaction becomes supportable?
• What new spacecraft, traffic, performance, or counterparty evidence should require separation, constraint, re-evaluation, or termination?

Decision assurance for autonomous maneuver, distributed spacecraft operations, machine-mediated coordination, and delegated physical authority in shared orbital regimes.

As spacecraft increasingly sense, decide, maneuver, and coordinate without continuous human intervention, the governing question becomes what authority may be delegated under the evidence and operating conditions present at the time of action.

Typical decisions:

• What maneuvers or coordination actions may be delegated without immediate human approval?
• What conditions should require escalation, constraint, separation, or revocation of autonomous authority?
• When do individually bounded spacecraft actions begin creating system-level dependency, correlated exposure, or persistent operating precedent?

Decision assurance for exploration campaigns, precursor missions, site characterization, resource investigation, and the transition from scientific evidence to operational or development commitment.

Sustainable Exploration evaluates whether the available evidence can support the next mission step before assumptions about terrain, resources, access, or operating conditions begin hardening into dependency.

Typical decisions:

• Where should the next exploration effort concentrate?
• What observation or investigation deserves scarce mission resources?
• When does the available evidence justify advancing from exploration into a more consequential mission commitment?

Decision assurance for resource investigation, subsurface interpretation, excavation dependency, and the transition from scientific signal to development assumption.

Typical decisions:

• Does the available evidence support further investigation of the resource or subsurface target?
• What information is required before a resource assumption can support mission or infrastructure dependency?
• When does an inferred resource remain too uncertain to justify development-related commitment?

Decision assurance for traverses, operating zones, access, power, communications, logistics, and infrastructure sequencing.

Typical decisions:

• Does the available evidence support entering, traversing, or operating within the proposed zone?
• What infrastructure or capability must exist before access becomes supportable?
• Which assumptions should remain provisional before route, operating-zone, or infrastructure commitments harden?