Space Conjunction Evidence Assurance
Review supplied conjunction and miss-distance evidence to prioritize potential orbital close approaches for technical assessment.
Who this is for
Mission-analysis leads, satellite-operations reviewers, conjunction-review teams and space-safety or technical-diligence reviewers who need to prioritize supplied close-approach evidence before operator-owned decisions.
The problem you already have
Large conjunction sets make evidence triage the first problem
When many close approaches arrive together, reviewers need a consistent way to see which supplied cases deserve technical attention first. A bounded severity classification can organize critical, warning and nominal cases without turning the screen into a collision prediction or maneuver command.
Miss-distance evidence can be interpreted differently across teams and sources
The same conjunction case can move through different analysts with inconsistent interpretation when evidence context is detached. A structured record keeps the supplied miss-distance and related case information, classification and follow-up priority together for a common technical review basis.
Conjunction screening should not require spacecraft control or unrelated mission data
The review remains bounded to the agreed conjunction package. Spacecraft command authority, maneuver credentials, control of customer satellites or flight software, and unnecessary mission data outside the review scope remain outside the service.
Real-World Operational Scenario: The Close Approach That Moved to Critical Review Without Becoming a Maneuver Command
Scenario: A conjunction-review team receives a batch of close-approach cases where one supplied miss-distance package is materially more concerning than the rest, but the evidence still requires operator-owned mission analysis.
The team needs a consistent way to prioritize that case, retain the evidence that drove the classification and distinguish a higher review priority from an authoritative collision prediction or maneuver decision.
WITHOUT this gate: analysts can apply inconsistent severity interpretations, or a high-priority screen can be over-read as an instruction to maneuver.
WITH this gate: supplied conjunction evidence, miss-distance context, severity classification, case counts and review priority are organized together. Mission disposition and maneuver decisions remain with the operator.
What BivectorAI Provides
Conjunction Evidence Review
Checks the bounded customer-supplied conjunction package for the miss-distance and related case information required by the agreed review.
Bounded Severity Classification
Organizes supplied close-approach evidence into consistent review categories such as critical, warning and nominal without claiming collision prediction.
Prioritization & Evidence-Consistency Screening
Surfaces which supplied cases deserve technical review first while keeping case context, inconsistencies and evidence limitations attached.
Human-Owned Maneuver & Mission Boundary
Returns screening evidence while spacecraft command authority, maneuver commands, satellite control and operator/mission-analysis disposition remain outside scope.
Prove the Gate Before Broader Integration
Back-test the conjunction-screening gate against frozen cases conforming to the agreed S39 input contract.
Freeze the accepted conjunction and miss-distance fields, severity-classification rules, evidence-consistency conditions, prioritization rules, unsupported-scope conditions and review thresholds before evaluation. Broader integration is justified only if the same bounded contract reproducibly separates critical, warning and nominal review cases while preserving evidence-linked reasons. This is a proposed validation methodology, not collision-prediction validation, maneuver authorization or spacecraft-control validation.
What you provide
A bounded customer-supplied conjunction evidence package containing the miss-distance and related case information required for the agreed review.
What BivectorAI actually hands you
Bounded conjunction-severity classification
A case-level classification tied to the exact supplied conjunction and miss-distance evidence.
Critical / warning / nominal counts & prioritization
A concise review queue showing how the bounded case set is distributed and which supplied cases warrant attention first.
Structured technical follow-up record
An input-linked record of the supplied evidence, classification, review priority and relevant limitations.
Operator-owned decision boundary
An explicit separation between screening evidence and any spacecraft maneuver, mission or control decision.
What we will never ask you for
The conjunction review is intentionally separated from spacecraft control and from mission data outside the agreed evidence scope:
- Spacecraft command authority.
- Credentials capable of issuing maneuver commands.
- Control of customer satellites or flight software.
- Unnecessary mission data outside the agreed conjunction-review scope.
How it actually runs
Start with a bounded evaluation, not a large commitment
Fixed scope / quoted per engagement. We define the evidence boundary, inputs, outputs and acceptance criteria before work begins.
We do not open with an annual license. The first engagement is designed to show whether the evidence layer is useful on a customer-controlled problem before a broader commercial commitment.
If the bounded conjunction review does not establish that the evidence layer is useful for the agreed close-approach assessment, there is no reason to move into a broader commercial commitment.
Environment mapping, bounded data contract and agreed evidence-delivery scope.
Annual commercial access within the agreed product and deployment boundary.
Fixed program scope where a bounded evidence engagement is preferred.
This is an evidence-assurance and screening layer. It does not command spacecraft maneuvers, control satellites or replace operator and mission-analysis validation. The current public claim is limited to assessment of supplied conjunction evidence and bounded close-approach classification.