CORROBORATED
CF-GEI-20100802621 CORROBORATED
The Civray Multi-Object Sightings
CASE FILE — CF-GEI-20100802621 — CASEFILES CLASSIFIED ARCHIVE
Date Date when the incident was reported or occurred
2010-08-19
Location Reported location of the sighting or event
Civray, Vienne, France
Duration Estimated duration of the observed phenomenon
Multiple observations over 3 days
Object Type Classification of the observed object based on witness descriptions
light
Source Origin database or archive this case was sourced from
geipan
Witnesses Number of known witnesses who reported the event
2
Country Country where the incident took place
FR
AI Confidence AI-generated credibility score based on source reliability, detail consistency, and corroboration
85%
On August 19, 2010, at approximately 02:30, a witness and their companions in Civray, France observed multiple luminous, silent objects in the night sky. The witness designated these as Objects 1 and 2, describing them as either stationary or moving. The same witness conducted a follow-up observation on August 21, 2010, between 06:00 and 06:30, identifying two additional objects (Objects 3 and 4).
GEIPAN's official investigation concluded this case represented multiple astronomical and astronautical misidentifications. Objects 1 and 3 were determined to be Jupiter, appearing prominently in the night sky during this period. Object 4 was definitively identified as the International Space Station (ISS) during its visible pass over France. Object 2, described as stationary and located to the east on August 19, was likely the star Capella, positioned at azimuth 47° with 24° elevation and magnitude 0.05.
The investigation noted that witness orientation errors of approximately 45° are commonly observed in testimony reports. This case was classified as GEIPAN Category B (likely explained), with investigators assessing it as having low strangeness and medium consistency. The multiple sightings over different mornings, combined with the witnesses' unfamiliarity with celestial objects, resulted in what appeared initially anomalous but proved to be mundane astronomical phenomena.
02 Timeline of Events
2010-08-19 02:30
First Multiple Object Observation
Primary witness and family members observe Objects 1 and 2 in the night sky. Objects described as luminous, silent, either stationary or moving. Object 1 likely Jupiter, Object 2 positioned to the east, possibly Capella.
2010-08-21 06:00-06:30
Follow-up Dawn Observation
Witness returns for second observation session in early morning, identifying Objects 3 and 4. Object 3 likely Jupiter (same as Object 1), Object 4 identified as ISS making visible pass.
Post-2010-08-21
GEIPAN Investigation Initiated
Official investigation launched. Investigators consult astronomical databases and ISS tracking data to correlate witness observations with known celestial objects and spacecraft.
Investigation conclusion
Case Classified as Category B
GEIPAN concludes investigation with Category B classification. All four observed objects identified as astronomical or astronautical phenomena. Low strangeness, medium consistency noted. Common 45° orientation error margin applied to witness testimony.
03 Key Witnesses
Anonymous Witness 1
Civilian observer
medium
Primary witness who conducted observations on both August 19 and 21, accompanied by family members. Demonstrated initiative by making multiple observations but lacked astronomical knowledge to identify common celestial objects.
"Intrigued by the presence in the sky of luminous and silent objects, fixed or in displacement."
Anonymous Family Members
Corroborating witnesses
medium
Multiple family members present during the initial observation on August 19, providing corroboration for the primary witness account.
04 Analyst Notes -- AI Processed
This case demonstrates the importance of astronomical verification in UFO investigations. GEIPAN's methodical approach identified precise celestial positions and correlated them with witness descriptions. The fact that the witness made observations on two separate occasions (August 19 and 21) suggests genuine curiosity rather than fabrication, though it also reveals a lack of familiarity with bright celestial objects.
The 45° orientation error margin noted by investigators is a critical insight into witness testimony reliability. Human perception of celestial positions, particularly without reference instruments, is notoriously imprecise. The ISS identification for Object 4 is particularly strong—the space station's visible passes are precisely predictable and distinctive in appearance. Jupiter's prominence in August 2010 makes the Objects 1 and 3 identification highly credible. The Capella hypothesis for Object 2 is slightly weaker but reasonable given the noted orientation uncertainty and the star's brightness (magnitude 0.05).
05 Theory Comparison
BELIEVER ANALYSIS
SKEPTIC ANALYSIS
Inexperienced Stargazer Hypothesis
The witnesses, unfamiliar with bright celestial objects and satellite passes, interpreted common astronomical phenomena as anomalous. The multiple observation sessions suggest curiosity rather than deception, but also demonstrate lack of basic astronomical literacy. The silent, luminous nature of the objects is entirely consistent with planets, bright stars, and orbiting spacecraft, none of which produce sound audible from ground level.
06 Verdict
ANALYST VERDICT
This case is definitively explained as astronomical and astronautical misidentifications with very high confidence. The GEIPAN Category B classification is appropriate—while not absolutely certain for all objects (hence not Category A), the explanations are highly probable and account for all observed phenomena. The case holds minimal significance for anomalous phenomena research but serves as an excellent example of how unfamiliarity with the night sky can generate apparently mysterious sightings. The witnesses' honesty and multiple observation attempts actually helped investigators, as the ISS sighting on August 21 provided a definitive anchor point for analysis. This case reinforces the necessity of consulting astronomical databases and orbital tracking data before concluding observations are truly anomalous.
AI CONFIDENCE SCORE:
85%
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