Extraterrestrial magnetic synchronizers photographed by Juanito Juan

 

Edited by Pier Giorgio Caria

We present new photographic evidence from Juan Manuel Sánchez, who continues to take extraordinary images of extraterrestrial flying objects in the skies over Valle Hermoso, the Mexican town in the state of Tamaulipas where Juanito lives, and then the excellent analysis by Sante Pagano of the material I present in this article.

The beings of space, the Angels of biblical memory and today’s Extraterrestrials, continue their relentless work of raising the awareness of the human masses through instruments such as Juanito Juan, to whom they enable the extraordinary documents we present here. Despite the fact that power attempts to manipulate the consciousness of the masses by passing them off as ambiguous presences aiming to invade and conquer the planet (https://cosmicconsciousnessproject.blogspot.com/2024/09/luis-elizondo-champion-of-truth-about.html), their manifestations devoid of any aggressive attitude and with clear technical-scientific superiority continue unceasingly.

In a recent article of mine, I presented the insane claims made by the former head of the secret UFO investigation program (AATIP), Luis Elizondo, on the occasion of the release of his book "Imminent", which was followed by a long and detailed communiqué by extraterrestrial scientist Adoniesis, responding point by point to the unfounded and blatantly illogical claims of the former secret agent (assuming he is indeed a former), and warning the demonic minds controlling him to be very careful what they are planning. The communiqué, which I invite you to read, can be found at: https://www.facebook.com/permalink.php?story_fbid=pfbid02xcddEgEckFxUuAdWrmF5MGqCqJ9resk75AUU6dzKGTJGJZfhuEvP24bcZGhmvZhKl&id=100064688680917.

The photographic material I offer here was taken by Juanito Juan between February and April 2024. We will soon present other evidences made by the indefatigable Juanito.

The first documents I present here are two photos taken by Sánchez on February 5, 2024, and they show a classic flying metallic sphere initially located above the so-called "house of the OVNI" and later located more or less above Juanito's house: evidently the object was in motion.

The metadata of the photos inform us that the first image was taken at 10:55:13 a.m. on February 5, 2024, and the second at 10:56:31 a.m. on the same day, so the time lag between the two photos is one minute and 18 seconds: they were practically taken consecutively.

The sphere is very high up and not easily spotted in the photos. I present them to you in enlarged format:

Once again I reiterate the incredible intensity of the extraterrestrial manifestations witnessed by Juanito Juan, in just a few years he has already produced an incredible amount of material, especially photographic but also video, in which no evidence of manipulation has ever been found.

Thanks to our friendship and trust since I and some of my collaborators visited him in Valle Hermoso in November 2023, we have been able to have in our hands numerous originals that have been subjected to careful analysis that has proven, beyond any reasonable doubt, the genuineness of the material produced by Juan Manuel Sánchez.

A case that is making history and that we could, at least for the quantity and quality of material produced, compare only to the case of the Swiss Billy Meier. Certainly, epoch and context are very different but, really, there are no other equals in the history of modern ufology and, above all, contact.

An intensity that, in my opinion, marks an advanced stage in the program of contact of extraterrestrial civilizations with humanity on planet Earth.

In the composition below we can better appreciate the displacement made by the flying sphere photographed on February 5, 2024. In the enlargements we can see more clearly the different position of the solar reflection on the metal surface of the sphere:

The two images I present below were taken by Juanito on March 3, 2024 and feature an object we have been familiar with before, exactly it was photographed by Juanito on May 12, 2023.

On that occasion, the object emitted a kind of laser beam that scanned the astonished and frightened Juanito. In the enlargements of the three photos that Sánchez published at the time, one can clearly see the change in color of the spot from which the beam was emitted:

By the way, this type of object is unparalleled in the history of ufology, there are in fact, no reports or photographic documents and videos showing anything like it. But it is clear that we are dealing with something more complex (or at least we assume so) than the classic flying spheres of metal or energy, which have been known since the time of World War II.

We see the two images dating back to March 3, 2024:

The second photo shows the flying object accompanied by five spheres. Thanks to this presence, we can estimate the size difference between the two types of objects.

We see the same photos with enlargement of flying objects clearly of non-human origin:

It is evident that the object in these images has a different conformation than that seen in the May 12, 2023 photos. Where in those we see the light projection point, in these we see a kind of square apparatus forming a cross, almost as if it were a protective device for the light-emitting device. Of course, this is a hypothesis; we do not have sufficient evidence to state this.

This detail is even clearer in the enlargement below:

The second image shows the flying ovoid accompanied by five spheres and is, apparently, of the same dark material. It appears evident that the object has moved and rotated.

In the further enlargement we observe it even better:

Let's continue the roundup of these extraordinary documents produced in 2024 by Juanito Juan and look at another image taken eight days after the photos just seen, exactly on March 11, 2024.

In this single image we again see two metallic spheres silhouetted high under a sky full of gray clouds. We see the original image and the enlargement. On the lower right we can clearly see the canopy of Juanito's workplace:

Compared with the March 11 photo here the two spheres are at a lower elevation above the now world-renowned cottage.

Furthermore, I attach an enlargement of this photo showing again the metallic nature of the two spheres:

The following photo is very similar, only this time the two metal spheres were again captured just above the "home of the OVNI". The date on the photo is March 16, 2024:

Compared with the March 11 photo here the two spheres are at a lower elevation above the now world-renowned cottage.

Also, of this photo I attach an enlarged version showing again the metallic nature of the two spheres:

The next photo I attach was taken on April 5, 2024. This time we see a single flying sphere but certainly of a larger size than those seen so far, except for the dark ovoid object.

The details shown by this photo are very interesting and will be further explored in Sante Pagano's analyses that will follow this presentation:

The spherical flying object clearly shows the reflection of the landscape below on its surface: the sky, road, houses and trees can be seen there. All these details are better appreciated in the enlargement that follows.

An outstanding new document produced by Juan Manuel Sánchez:

For the sake of the record, although I think of it as a pareidolia phenomenon, many people have identified the reflection present on the surface of the sphere as the profile of the Egyptian queen Nefertiti:

With this curiosity I close the presentation of this new and, I do not tire of saying it, exceptional round up of ufological images produced by the indefatigable Juanito. I leave you with the lengthy and accurate analysis made by Sante Pagano, which, once again demonstrate the authenticity of the material produced by the Mexican contactee. A humble character who is writing important pages in the history of modern ufology and contact with cosmic civilizations. A new stage in the now long list of those who have been willing to sacrifice themselves in order to be a conduit for a path that will lead, whether the powerful people of the world who stubbornly oppose this great truth like it or not, to the greatest event since the manifestation of the Messiah Jesus Christ to whom, as we all know, these beings are connected and devoted. This truth, too, is not well received by the power of this world and, unfortunately, by the religious power as well, but, as always, reality will prevail with the weight of its powerful evidence. It is up to us to remain faithful as we wait for the process to reach its inevitable completion.

P.G. Caria 

September 2, 2024

FORENSIC ANALYSIS SIGHTING OF MARCH 3, 2024 

PHOTOGRAPHED BY JUANITO JUAN

Below are the analyses made to the following two photographic records produced by Juanito Juan on March 3, 2024.

This is an ovoid object accompanied by several smaller spherical objects which we might call "satellite" objects. The ovoid object has a series of what appear to be small "portholes" along its entire circumference and a geometric shape in the lower area that resembles a Celtic cross within a circle. All objects are dark in color and made of a semi-reflective and apparently metallic material. We have the ovoid object in both images. In the second image, unlike the first, the ovoid is accompanied by five spherical objects arranged in a formation on its vertical.

All objects are placed at a reasonable height above the ground and fit into a particularly cloudy sky.

The quality of the photos is significantly good, i.e. 3000 x 4000 pixels. The objects are particularly far from the lens and dark in color, so they contain little information, but enough to make the right considerations and analysis.

The three photos show the spheres from different angles and were taken in front of Juanito Juan's house.

NUMERICAL EVALUATIONS

Measurements of size and height from the ground were taken using specific software and observational assessments. It is important to emphasize that these measurements are approximate and may not reflect with absolute accuracy the true dimensions or heights of the objects in question.

Maximum number of objects present at the same time: 6 

Diameter of the smallest objects: about 47 cm 

Diameter of the largest object: about 2.84 meters 

Maximum altitude reached by the objects: about 40 m

IMAGE FORGERY IDENTIFICATION

Image forgery identification is a field of digital analysis and cybersecurity that deals with detecting and identifying manipulations in digital images. As graphic editing technologies advance, it is becoming easier to alter images in ways that are difficult to detect with the naked eye. These manipulations can range from simple changes, such as cropping or adjusting brightness and contrast, to more sophisticated and deceptive changes, such as inserting or removing objects and people or merging parts of different images.

The techniques used to identify forgeries can be divided into two main groups:

• Passive analysis: is based on the analysis of inconsistencies in metadata, statistical properties of the image, traces left by editing software, or physical inconsistencies (e.g., shadows or reflections that do not correspond to reality).
• Active analysis: this approach contrasts with passive analysis, which attempts to identify forgeries by examining the image without altering it, relying on metadata, light coherence, image geometry and other indicators that do not require the image to be altered.

PASSIVE ANALYSIS - METADATA EVALUATION

The importance of metadata in forensic image analysis is considerable, as it provides crucial information that can be used to validate the authenticity of an image, identify its origin, track image modification, and help establish a timeline of events.

Presence of metadata: The photos contain all the metadata. This indicates that the photos were taken on March 3, 2024 at 17:44:09 and 17:52:17.

Image format: JPEG

Cameras rarely record in PNG or BMP format, they usually record in formats like JPEG, RAW or TIFF.

Image size: 3000 x 4000 px 

The dimensions match those possibly generated by the capture device.

Capture device: Samsung Galaxy S23 Ultra.

Fingerprints: present.

"Fingerprints" in metadata, are unique sequences of data generated from digital content used to identify, verify or compare the content. 

Matching Fingerprints: Fingerprints match those typically generated by the above camera model.

Fingerprints can be used to verify that a file has not been modified, compromised or damaged over time. By comparing the current fingerprint of a file with a previously recorded fingerprint, one can confirm that the two match, indicating that the file has remained unchanged.

Presence of EXIF metadata and in particular "Make" and "Model" tags: present;

Compatibility of creation and modification dates stored in EXIF data with file system "MAC" (Modified, Access, Creation) dates: compatible;

EXIF metadata number usually generated by the above camera model: coincident;

Suspicious Keywords within the image metadata: absent; 

The Exif metadata may contain information about the software used to edit an image. If "Adobe Photoshop" or names of other editing software appear in the metadata, this may indicate that the image has been edited. The presence of specific plug-in or filter names in the metadata, such as "Nik Collection," "Topaz Labs," etc., is also an indication that the image has been manipulated.

Here are some of the most relevant metadata identified.

Analysis of the JPEG format

JPEG quantization tables and Huffman codes are found to be compatible with the camera model.

Analysis of thumbnail and preview (or secondary images) and thumbnail mismatch:

• metadata includes both thumbnail and preview images;
• the content of the main image matches those of both secondary images (thumbnail mismatch).

ICC Profile Analysis

The International Color Consortium (ICC) profile is a key element in digital forensic analysis, especially when investigating the authenticity and origin of digital images and documents. An ICC profile is a dataset that describes how the colors of an image should be displayed or printed, ensuring that the colors appear consistently across different devices, such as monitors, printers, scanners, and cameras.

In forensic analysis, the ICC profile can provide valuable clues:

• Device Origin: Because different devices and software tend to use specific ICC profiles, analyzing of these profiles can help determine the type of device or software used to create or edit an image.
• Consistency and Authenticity: The presence or absence of an ICC profile, as well as discrepancies between an image's ICC profile and the profile typically associated with the stated source device, can indicate whether the image has been altered.
• Tracking Changes: Changes made to an image using editing software may alter the original ICC profile or add a new one. Profile analysis can then reveal the history of changes made to the image.
• Identifying Specific Software: Different editing programs and devices can leave unique "signatures" in ICC profiles that can be used to identify the specific software or device used to edit an image. This can be particularly useful in cases of document forgery or manipulation.

The test result was negative, meaning that no abnormalities suspicious of tampering were found in the images.

ACTIVE ANALYSIS - EVALUATION OF THE GRAPHIC COMPONENT

The analysis techniques used in this section are aimed at examining the overall characteristics of the scene, rather than interpreting statistics derived from a few pixel features. The basic idea behind such analysis is that most manipulations contain some kind of error that is not visible to the naked eye but can be detected by appropriate analysis. In fact, it is practically impossible to try to tamper with an image in such a way that the model of the scene respects all the physical lighting patterns of the scene and at the same time does not present any irregularities from the point of view of perspective and the shadows generated by the objects in it; unless the image has been completely realized in computer graphics.

Analysis to identify generative AI

The documents subjected to analysis by specific software do not appear to have been generated by image generation tools using artificial intelligence. This negative result indicates that the documents have authentic features and are not the result of synthetic creations. This result is critical in confirming the natural origin of the documents in question, ensuring that the information and images they contain are derived from human sources or non-automated processes.

ELA Test

The Error Level Analysis (ELA) test is a digital forensic analysis technique used to identify changes made to a digital image by examining discrepancies in JPEG compression levels.

The test result was negative, indicating that no anomalies suspicious of tampering were found in the images.

Clone Analysis

After applying clone testing, an advanced method for identifying anomalies in pixel consistency that may indicate areas of cloning, the overall result was negative, except for small anomalies indicated by pink lines that turned out to be false positives. This means that there was no evidence of cloning or copy-paste manipulation within the image examined. This analysis uses specific algorithms to search the image for repetitive patterns or inconsistencies that could indicate the presence of artificially inserted or modified elements.

Brightness Gradient Analysis

Matching the directions and intensities of shadows and highlights with respect to the presumed light sources in the depicted environment provides significant evidence of manipulation. Abnormalities in shadows or bright areas can reveal post-production additions or alterations. This analysis showed that there was good agreement in all the various aspects considered.

Level Sweep Analysis

The observation of the reflective object and the surrounding light halo, which emerged during forensic image analysis by applying level sweep, provides important clues as to the real nature of the object and its actual presence within the captured environment. The level sweep, by manipulating brightness and contrast levels, makes it possible to examine otherwise non-obvious details, including the distribution of light and the interaction of the object with its context. The presence of a light halo around the object and its ability to reflect light indicate a physical interaction with light sources in the environment. This behavior is consistent with the physical properties of real objects and their reflective surfaces, and suggests that the object was not added later, but existed at the time the image was captured.

Reflection analysis

The ovoid object, even if it is of a particularly dark color, turns out to be able to reflect its surroundings to some extent. In fact, a dark sphere, while absorbing more light than a pale one, can still reflect the environment significantly if the surface is smooth and shiny enough and the environment is bright enough.

In this particular case, the ability of a dark sphere to reflect elements of the environment, such as the power line and the small cloud bank visible in its lower portion, actually suggests a number of factors that confirm the object's real interaction with its context. These reflected elements support the idea that the object is physically present in the scene at the time the image was captured, rather than having been digitally inserted or altered later. Indeed, digital manipulation or insertion would generally require a high degree of precision and expertise to accurately reproduce such environment-specific details, making the presence of alterations less likely.

Thus, the visibility of fine details, such as a power line and a small cloud bank in the reflections, indicates the realistic effectiveness of the reflective surface in accurately capturing and reproducing surrounding objects, and thus becomes an indicator of image authenticity.

In fact, as can be seen in the following image, we have the sky along the entire circumference of the object. In the lower area, however, from 5 o'clock to 9 o'clock position there are the white clouds (highlighted in green) and a long, thin, black silhouette (pink arrow), which can be traced by geometry and location to one of the neighboring power lines, probably the one shown in the photo.

In addition, and very importantly, each sphere expresses small differences in the reflected image caused by differences in angle to the light source and spatial location. These variations are crucial for forensic image analysis, as they provide valuable clues about the three-dimensionality of the object and its actual interaction with its surroundings.

Variable reflection, dictated by the specific angle of each sphere to the light, highlights the different exposure to the light source, while differences in spatial position reveal how each sphere uniquely fits into the context, reflecting and adapting to the physical characteristics of the environment. These details contribute significantly to verifying the authenticity of the image and deciphering the spatial composition of the scene depicted, demonstrating the importance of careful observation of optical and geometric properties in photographic analysis.

Pixel analysis

The analysis of the coherence of the pixels in the graphic layer with respect to the overall context of the image was conducted through a thorough examination focused on grain uniformity.

The texture of the image was examined, paying particular attention to the distribution and consistency of digital noise. In an unmanipulated image, grain is expected to be homogeneous and consistent across layers. Discrepancies in this uniformity may indicate insertions or modifications.

The test result was negative, indicating that no abnormalities were found in the images that would indicate tampering.

Principal Component Analysis

Principal Component Analysis (PCA) is a powerful statistical technique used to reduce the dimensionality of data while retaining most of the original information. No anomalies or unusual patterns were detected in the images under consideration here that underwent this process.

Edge analysis

Edge analysis focused on evaluating discontinuities and irregularities along transitions between different image elements. Using advanced edge detection and contrast analysis algorithms, the sharpness, consistency, and naturalness of contours within the image could be examined in detail.

Edge sharpness was analyzed to identify unusually sharp or blurred transition areas that might indicate post-production manipulation. In an unmanipulated image, edge sharpness is expected to be consistent with depth of field and lighting conditions.

Edge integrity and consistency, on the other hand, were examined for discontinuities or anomalies. Unexpected variations in shape, color, or brightness along edges may indicate manipulation.

Finally, the naturalness of contours was assessed to determine whether the edges of objects appear artificially inserted or have characteristics consistent with the image's surroundings. The presence of "halos" or digital artifacts around objects may indicate manipulation.

In conclusion, the results of the edge analysis did not reveal any significant anomalies. The edges between different areas of the image show a consistent and expected transition, without obvious signs of digital manipulation such as sharp cuts, artificial blurs, or inconsistent insertions. This uniformity suggests that the image has a high degree of internal consistency, indicating an absence of post-production alterations intended to alter, insert, or remove elements from the original image.

In addition, the edges are well defined and not very thick, confirming the previously estimated size of about 100 cm in diameter.

In fact, in photography and image analysis, the presence of thin, well-defined edges may indicate that an object is within an optimal depth of field and well focused, suggesting that the object may be large or in the foreground, since fine, defined details tend to be more visible in larger objects or those closer to the lens. Conversely, thick, less defined edges may indicate a shallower depth of field or suboptimal focus, characteristics that often correlate with smaller objects or those farther away from the camera, where the lens' ability to capture fine details decreases, leaving the object slightly out of focus or less clearly defined than its background.

To better determine whether an object is indeed large, it is essential to perform a comparative analysis by evaluating it against other objects in the environment. This approach uses known reference elements to establish a scale of proportion from which to interpret the relative size of the object in question. Through comparison with objects of known or standard size in the environment, such as cars, buildings, or natural features, the actual size of the object can be inferred, overcoming the inherent limitations of visual perception caused by factors such as perspective, positioning, and photographic techniques.

Color curve analysis.

Curve analysis by curve alteration is a crucial technique in forensic image analysis that helps to understand the interaction between an object and its environment and confirm its physical presence. This method relies on the manipulation of brightness and contrast curves to reveal hidden details and assess how light affects and reflects off the object, as well as how the object fits into its surroundings. Such an analysis can therefore highlight inconsistencies that indicate possible graphic manipulation.

In the analysis performed, the object demonstrates that it is real and well integrated into the environment. In fact, the hues and shades revealed by the manipulation of the color curves harmonize with those of the environment, demonstrating that the object reflects and absorbs light in a manner consistent with the light sources and other elements in the scene. This color coherence is a key indicator of the object's authenticity, as it suggests a natural interaction with the lighting conditions and surrounding materials, confirming not only its physical presence, but also its harmonious insertion into the visual ecosystem of the image.

The color curve analysis applied to the different spheres in the image also identified a significant diversification in their pixel composition, an element that proves to be an important indicator of authenticity.

This variation in pixel-level detail suggests that each of the spheres uniquely reflects the light conditions and environment, according to their spatial positions and angles relative to the light source. The presence of such differences was also previously confirmed by the clone test. All this, therefore, underlines and confirms once again that the replicas have not been produced by digital cloning techniques, which typically produce repetitive patterns or excessive uniformity, but rather that we have distinct and authentic elements within the image composition.

All these results reinforce the veracity of the image, confirming that the interaction between the objects and the environment has been faithfully captured without any artificial manipulation.

CONCLUSIVE GENERAL CONSIDERATIONS

In conclusion, after careful examination of the visual and technical characteristics of the image, there was no evidence of digital manipulation or alteration.

This result not only provides a technical assessment of the integrity of the image in question, but also contributes to the overall assessment of its reliability as evidence or as a source of information.

FORENSIC ANALYSIS SIGHTING OF FEBRUARY 5, 2024

PHOTOGRAPHED BY JUANITO JUAN

Below are the analyses made to the following two photographic records produced by Juanito Juan on February 5, 2024.

It is a light-coloured spherical object made of semi-reflective material and appears to be metallic. The two photos were taken in front of Juanito Juan's house and capture the object from two different angles as it moves away at 3 o'clock from the position in the first photo. We can see this by joining the images together by overlapping common landmarks.

We can see that the object is quite high above the ground and fits into a completely clear sky with the sun still very high.

The quality of the photos, with a resolution of 3000 x 4000 pixels, is significantly good, providing a solid basis for detailed analysis of the objects in them. Although the objects are particularly far from the lens and have low reflectivity, characteristics that typically limit the amount of visual information available, the high resolution ensures that there is still enough data to carry out the necessary analysis. This combination of high resolution and visual information, although reduced, allows accurate assessments to be made regarding authenticity, environmental integration and other important features of the object, ensuring the effectiveness of the forensic analysis process.

NUMERICAL EVALUATIONS

Measurements of size and height from the ground were taken using specific software and observational assessments. It is important to note that these measurements are approximate and may not reflect with absolute accuracy the true dimensions or heights of the objects in question.

Maximum number of objects present at the same time: 1

Object diameter: about 44 cm

Maximum altitude reached by the object: about 57 m

PASSIVE ANALYSIS - METADATA EVALUATION

Presence of metadata: The photos contain all the metadata.

This indicates that the photos were taken on February 5, 2024 and at 10:55:13 and 10:56:31.

Image format: JPEG.

Cameras rarely record in PNG or BMP format, they usually record in formats like JPEG, RAW or TIFF.

Image size: 3000 x 4000 px.

The dimensions match those possibly generated by the capture device.

Capture device: Samsung Galaxy S23 Ultra.

Fingerprints: present.

Matching Fingerprints: Fingerprints match those typically generated by the above camera model.

Presence of EXIF metadata and in particular "Make" and "Model" tags: present.

These details can be indicative of authenticity by suggesting that the image was actually produced by a specific camera and not generated or significantly altered by image processing software or artificial intelligence technologies, which often do not include or alter such specific metadata.

Compatibility of creation and modification dates stored in EXIF data with file system "MAC" (Modified, Access, Creation) dates: compatible.

EXIF metadata number usually generated by the above camera model: coincident.

Suspicious Keywords within the image metadata: absent. 

Here are some of the most relevant metadata identified.

Analysis of the JPEG format

JPEG quantization tables and Huffman codes are found to be compatible with the camera model.

Analysis of thumbnail and preview (or secondary images) and thumbnail mismatch:

• metadata includes both thumbnail and preview images;
• the content of the main image matches those of both secondary images (thumbnail mismatch).

ICC Profile Analysis

The result of the test was negative, which means that no suspicious manipulation anomalies were found in the images.

ACTIVE ANALYSIS - EVALUATION OF THE GRAPHIC COMPONENT

Analysis to identify generative AI

Documents analyzed by specific software do not appear to have been created by image creation tools using artificial intelligence.

ELA test

The test result was negative, indicating that no anomalies were found in the images that would indicate manipulation.

Brightness Gradient Analysis

No significant anomalies or inconsistencies were found in the distribution of light within the image that would indicate artificial manipulation or alteration. The variation in brightness across the image appears natural and consistent with expected lighting conditions, supporting the authenticity of the image and indicating that the objects and scenery depicted interact with light in a way that reflects a real environment, with no evidence of post-production intervention that significantly alters the way light affects the scene.

Level Sweep Analysis

After adjusting the brightness and contrast levels to search for hidden information in the brighter and darker areas of the image, no obvious anomalies were found to suggest digital manipulation or alteration.

PCA analysis

In the principal component analysis, the blurring of the object's edges, which blend harmoniously with its surroundings, and the absence of a sharp edge, typical of copy and paste operations due to compression differences, serve as indicators of image authenticity.

In addition, when analyzing the main component at the chromatic level, it is observed that the sphere reflects some pink pixels, the same hue emitted by sunlight. This detail highlights a graphic coherence and visual interaction between the elements of the image, further confirming its authenticity.

Pixel Analysis

Pixel analysis reveals a homogeneous and consistent grain within the image, providing an additional positive indicator of authenticity. In fact, the distribution and texture of the pixels throughout the image show no unusual variations or irregularities that might indicate digital manipulation, such as the insertion, removal, or alteration of certain elements. The presence of uniform grain also suggests that the entire image was exposed to the same lighting conditions at the time of capture.

Color Curve Analysis

No significant anomalies were found in the distribution and consistency of colors within the image. The colors in the image faithfully reflect the original scene, with a transition and variation of natural color components consistent with the lighting conditions at the time of capture and the physical characteristics of the photographed objects.

CONCLUSIVE GENERAL CONSIDERATIONS

In conclusion, after careful examination of the visual and technical characteristics of the image, there was no evidence of digital manipulation or alteration.

This result not only provides a technical assessment of the integrity of the image in question, but also contributes to the overall assessment of its reliability as evidence or as a source of information.

FORENSIC ANALYSIS SIGHTING OF MARCH 11, 2024 

PHOTOGRAPHED BY JUANITO JUAN

Below are the analyses made of the following photographic documentation taken by Juanito Juan on March 11, 2024.

These are two silver-colored spherical objects made of reflective material that appear to be metallic.

The photo was taken in front of Juanito Juan's house and captures the objects at a considerable height above the ground and against a particularly cloudy sky.

The photo is of high quality, with a resolution of 3000 x 4000 pixels, and provides an excellent basis for forensic analysis due to its potential ability to capture fine details and nuances. However, the objects depicted are very tall, which may limit the amount of detailed information available for each object and affect the type and depth of analysis that can be performed. Therefore, while the two spheres may not provide granular detail due to their scale in the image, analysis of patterns, textures, and overall texture will still be able to provide useful information.

NUMERICAL EVALUATIONS

Measurements of size and height from the ground were taken using specific software and observational assessments. It is important to note that these measurements are approximate and may not reflect with absolute accuracy the true dimensions or heights of the objects in question.

Maximum number of objects present at the same time: 2 

Object diameter: about 40 cm

Maximum altitude reached by the objects: about 68 m

PASSIVE ANALYSIS - METADATA EVALUATION

Presence of metadata: The photos contain all the metadata. This indicates that the photo was taken on March 11, 2024 at 17:45:17.

Image format: JPEG.

Cameras rarely record in PNG or BMP format, they usually record in formats like JPEG, RAW or TIFF.

Image size: 3000 x 4000 px.

The dimensions match those possibly generated by the capture device.

Capture device: Samsung Galaxy S23 Ultra.

Fingerprints: present.

Matching Fingerprints: Fingerprints match those typically generated by the above camera model.

Presence of EXIF metadata and in particular "Make" and "Model" tags: present.

Compatibility of creation and modification dates stored in EXIF data with file system "MAC" (Modified, Access, Creation) dates: compatible.

EXIF metadata number usually generated by the above camera model: coincident.

Suspicious Keywords within the image metadata: absent. 

Here are some of the most relevant metadata identified.

Analysis of the JPEG format

JPEG quantization tables and Huffman codes are found to be compatible with the camera model.

Analysis of thumbnail and preview (or secondary images) and thumbnail mismatch:

• metadata includes both thumbnail and preview images;
• the content of the main image matches those of both secondary images (thumbnail mismatch).

ICC Profile Analysis

The result of the test was negative, which means that no suspicious manipulation anomalies were found in the images.

Analysis to identify generative AI

Documents analyzed by specific software do not appear to have been created by image creation tools using artificial intelligence.

ACTIVE ANALYSIS - EVALUATION OF THE GRAPHIC COMPONENT

ELA test

The test result was negative, indicating that no anomalies were found in the images that would indicate manipulation.

Brightness Gradient Analysis and Level Sweep Analysis

Brightness gradient analysis and level sweep returned a negative result, as no significant anomalies or inconsistencies in the light distribution or contrast levels were detected that could indicate image manipulation or alteration. This means that changes in brightness across the image appear natural and consistent with expected lighting conditions, and contrast levels show no signs of having been artificially altered to hide or emphasize specific details.

The image retains its original integrity, with all elements present appearing to be part of the scene at the time of capture. This reinforces the authenticity of the image as an accurate representation of the photographed reality.

Pixel Analysis

Pixel analysis reveals a homogeneous and consistent grain within the image, providing an additional positive indicator of authenticity.

Color Curve Analysis

No significant anomalies were found in the distribution and consistency of colors within the image. The colors in the image are faithful to the original scene.

CLAHE Filter Analysis

The Contrast Limited Adaptive Histogram Equalization (CLAHE) filter can play a critical role in forensic analysis aimed specifically at detecting manipulated images. This image processing approach, which increases local contrast without unduly amplifying noise, can be extremely useful in highlighting subtle anomalies that indicate manipulation.

CLAHE can highlight discontinuities or inconsistencies in edges, textures, and color patterns that may indicate manipulated areas. This is particularly useful for identifying subtle changes that are difficult to see with the naked eye.

Image manipulation, such as inserting or removing elements, can leave traces in the form of contrast changes. CLAHE helps to highlight these differences, making modifications easier to identify.

CONCLUSIVE GENERAL CONSIDERATIONS

In conclusion, after careful examination of the visual and technical characteristics of the image, there was no evidence of digital manipulation or alteration.

This result not only provides a technical assessment of the integrity of the image in question, but also contributes to the overall assessment of its reliability as evidence or as a source of information.

FORENSIC ANALYSIS SIGHTING OF MARCH 16, 2024 

PHOTOGRAPHED BY JUANITO JUAN

Below are the analyses made to the following photographic documentation taken by Juanito Juan on March 16, 2024.

These are two silver spherical objects made of reflective and apparently metallic material.

The photo was taken in front of Juanito Juan's house and captures the objects at a very low height above the ground and embedded in a partly cloudy sky.

Unfortunately, we were not able to obtain the original file with metadata, but given the exceptional nature of the shot, due to its good quality and the low altitude at which the two spheres are positioned, we decided to proceed with its analysis anyway, downloading the document directly from Juanito Juan's Facebook profile.

It is important to note that the process of uploading a photo to Facebook often involves image compression, which can reduce the original resolution quality to accommodate file size limitations and optimize the time it takes to upload and display on the platform. This compression can affect various aspects of the image, such as sharpness of detail, color fidelity, and grain.

However, in the specific case of the airborne sphere, which is at a relatively low altitude, some factors may have helped to minimize the loss of detail due to compression. In fact, objects closer to the camera tend to be captured in greater detail, so the proximity of the sphere may have helped preserve its sharpness and definition despite compression.

We also know that social media can use optimized compression algorithms to preserve the perceived quality of key areas of images. Indeed, by giving the sphere a central and significant position in the image, the algorithm appears to have worked to preserve quality in this particular area.

However, despite the typical compression of files uploaded to social platforms, the presence of sufficient detail on the aerial sphere provides a useful basis for analysis, allowing the investigation of aspects such as authenticity, integration of the object into the environment, and potential manipulation, albeit with some caution given the general reduction in quality and the lack of "direct" metadata.

NUMERICAL EVALUATIONS

The application of specialized measurement tools based on pre-existing knowledge of the dimensions of comparable elements in the environment is a particularly valuable approach in forensics, where determining an estimate of the useful measurements and dimensions of an object can play a key role in scene analysis and identification of specific objects.

Measurements of size and height from the ground were taken using specific software and observational assessments. It is important to note that these measurements are approximate and may not reflect with absolute accuracy the true dimensions or heights of the objects in question.

Maximum number of objects present at the same time: 2

Object diameter: about 50 cm

Maximum altitude reached by the objects: about 19 m

PASSIVE ANALYSIS - METADATA EVALUATION

We do not have the original metadata of the image, but we have retrieved a screenshot from Juanito Juan's social profile that contains the "main" metadata.

This screenshot shows important details such as the date and time the photo was taken, the file size, the camera model, and the specific settings used for the photo, such as shutter speed, aperture, and ISO. While it is not technically possible to verify with absolute certainty that the screenshot itself has not been digitally manipulated, the details present provide a useful informational framework for a preliminary analysis of the image's authenticity.

While the information displayed in the screenshot does not replace the original metadata, it does provide meaningful context that can help validate the integrity of the capture. For example, by comparing the date and time with the lighting conditions visible in the image, it can be concluded that the settings assumed by the camera logically match the appearance of the image itself.

The credibility previously demonstrated by Juanito Juan encourages us to treat the information provided with confidence, while maintaining a critical approach to the analysis. This allows us to proceed with a certain degree of confidence, assuming as a starting point the authenticity of the information contained in the screenshot, without assuming any intentional manipulation of the information contained therein.

In summary, even with the inherent limitations associated with the lack of metadata, the available information provides a solid basis for initiating an investigation into the authenticity of the image, supported by Juanito Juan's positive reputation as a reliable source. This combination of elements provides us with a viable way to assess the integrity of the photographic shot in question, through a verification process that integrates technical analysis with confidence in the information provided and graphical evaluation of the document.

However, it is possible to subject the screenshot to a series of tests in search of subtle signs of manipulation that may not be obvious to the human eye. In this regard, it is possible to conclude that, after some analysis, the screenshot does not appear to have been graphically manipulated.

I report here the ELA test, which gives exactly negative results.

Analysis to identify generative AI

The document subjected to analysis by specific software does not appear to have been generated by image generation tools using artificial intelligence.

ACTIVE ANALYSIS - EVALUATION OF THE GRAPHIC COMPONENT

ELA Test

In the Error Level Analysis (ELA) test, despite the presence of some artifacts caused by the multiple recompressions followed by multiple saves required for uploading and downloading from the social channel, the test result was negative. This means that no anomalies were detected that would indicate suspicious manipulation of the images.

Brightness Gradient Analysis and Level Sweep Analysis

Brightness gradient analysis and level sweep have provided negative results. In fact, the overall integrity of the image appears to have been preserved, confirming that the visual representation of the objects and environment faithfully reflects the scene at the time of capture, with no post-capture digital additions or subtractions. These results therefore reinforce confidence in the authenticity of the image, supporting its validity as a faithful document of the reality depicted.

Pixel Analysis

Pixel analysis reveals a homogeneous and consistent grain within the image, providing an additional positive indicator of authenticity.

Clone Test

The clone test provided negative results, indicating that no evidence of digital manipulation by cloning was detected within the analysis performed on the image. This test, specifically designed to detect pattern repetition or the presence of anomalies that could indicate the insertion or removal of elements by copy-paste techniques, indicates that the elements in the image are authentic and have not been artificially altered or duplicated.

Color Curve Analysis

No significant anomalies were found in the distribution and consistency of colors within the image. The colors in the image are faithful to the original scene.

Analysis of the color curve confirmed the negative result of the clone test, indicating that there is no evidence of cloning manipulation of the two spheres in the image. This conclusion is supported by the observation that the two spheres interact differently with light, both absorbed and reflected, suggesting that they occupy unique positions within the scene and that their surface properties respond differently to lighting conditions.

The difference in light absorption and reflection between the spheres is a key indicator of their individual authenticity, since manipulation by cloning would likely have produced identical or very similar light responses, given the exact replication of the physical properties of the cloned object.

Reflection Analysis

Analysis of the reflection from a spherical reflecting object can provide important details about its true size, since the size and shape of the reflection is affected by the curvature of the sphere, which in turn depends directly on the size of the object. In fact, a smaller curvature of a large sphere can result in a reflection distribution that appears more "stretched" and less concentrated, making the reflection appear smaller, especially if the light source is relatively small or punctiform. Conversely, the greater curvature of a small sphere concentrates the reflection, making it more visible and defined.

In this case, the following conclusions are based on observational analysis and the use of specific instruments to evaluate the response of objects to light.

Thus, by carefully analyzing the composition of the light reflection visible on the surface of the spheres and comparing these observations with the properties of the known landmarks in the image, we conclude that the sizes of the two spheres are "significant". This conclusion is further strengthened by an initial evaluation using specific analysis tools and is confirmed by the subsequent analysis performed on the edges of the objects, which corroborates the evidence of the "discrete" dimensions of the spheres.

Edge analysis

The thin and unclear edges expressed by the two objects confirm the previously estimated sphere sizes.

This type of edge suggests that the object may be "medium" in size (30 to 60 cm in diameter) and still smaller than some known elements in the image.

However, it is important to keep in mind that other factors, such as the distance of the object from the camera or the resolution of the image, can affect the perception of edges and thus the evaluation of object size.

However, considering what has just been said and comparing the composition of the object's edges with those of objects of known size in the same image, it is possible to confirm the estimation of the size of the object in question, carried out by a specific tool and presented in the first analyses. This method is based on the principle of visual and proportional relationship between elements within a scene. If the edges of the analyzed object show similarities in sharpness, perspective and scale to those of objects whose dimensions are known, we can more confidently infer the actual dimensions of the object in question. This technique uses the principles of perspective geometry and visual perception to make a comparative assessment, providing a more solid basis for determining the actual size of photographed objects.

CONCLUSIVE GENERAL CONSIDERATIONS

In conclusion, after careful analysis of the visual and technical characteristics of the image provided, even in the absence of the full metadata of the images, the authenticity of the capture can be concluded with a high degree of confidence. No evidence of digital manipulation or alteration was found. This conclusion is based on a detailed examination of various aspects such as edge consistency, the naturalness of light and shadow transitions, the integrity of the colour curve and the response of objects to ambient light. Comparison with objects of known size within the image further supported this assessment, confirming that the proportions and visual interactions are consistent with a real, unaltered post-production environment.

Therefore, even with the limitations imposed by the absence of complete metadata, the available evidence strongly suggests that the image is a faithful representation of the scene at the time it was taken, supporting the hypothesis of the authenticity of the image.

As noted above, the historically proven reliability of the source, in this case Juanito Juan, contributes to the degree of authenticity of the image under consideration. A source's history of accuracy and veracity is an important element in the context of forensic image analysis, as confidence in the information provided can influence the assessment of the image's authenticity. This factor, combined with the technical and visual analysis of the image, which showed no manipulation or alteration, further strengthens the belief that the image is authentic. Juanito Juan's reputation thus acts as an additional layer of validation, supporting the idea that the information provided and the image itself are reliable.

FORENSIC ANALYSIS SIGHTING OF APRIL 5, 2024

PHOTOGRAPHED BY JUANITO JUAN

Below are the analyses made to the following photographic documentation taken by Juanito Juan on April 5, 2024.

A spherical object characterised by high reflectivity is reported. Its appearance suggests an apparently metallic material. The object has a shape that is not perfectly spherical, with irregularities that could indicate a composition of a malleable, plastic or even bio-organic material. The latter feature is consistent with what is suggested in the literature regarding the manifestations of objects of this type.

The predominant colour is silver, particularly bright and clear. The object appears to be positioned at a relatively low altitude against a background of slightly cloudy sky.

The quality of the photographs is remarkably high, with a resolution of 3000 x 4000 pixels. Considering that the reflecting object is at a relatively low altitude, this aspect allows for a large amount of rather detailed visual information.

The photo was taken in front of Juanito Juan's house and shows the sphere hanging over his house.

NUMERICAL EVALUATIONS

Measurements of size and height from the ground were taken using specific software and observational assessments. It is important to note that these measurements are approximate and may not reflect with absolute accuracy the true dimensions or heights of the objects in question.

Maximum number of objects present at the same time: 1

Object diameter: about 79 cm

Maximum altitude reached by the objects: about 39 m

PASSIVE ANALYSIS - METADATA EVALUATION

Presence of metadata: The photos contain all the metadata. This indicates that the photo was taken on April 5, 2024 at 11:43:02.

Image format: JPEG.

Cameras rarely record in PNG or BMP format, they usually record in formats like JPEG, RAW or TIFF.

Image size: 3000 x 4000 px.

The dimensions match those possibly generated by the capture device.

Capture device: Samsung Galaxy S23 Ultra.

Fingerprints: present.

Matching Fingerprints: Fingerprints match those typically generated by the above camera model.

Presence of EXIF metadata and in particular "Make" and "Model" tags: present.

Compatibility of creation and modification dates stored in EXIF data with file system "MAC" (Modified, Access, Creation) dates: compatible.

EXIF metadata number usually generated by the above camera model: coincident.

Suspicious Keywords within the image metadata: absent. 

Below are some of the most relevant metadata identified.

Analysis of the JPEG format

JPEG quantization tables and Huffman codes are found to be compatible with the camera model.

Analysis of thumbnail and preview (or secondary images) and thumbnail mismatch:

• metadata includes both thumbnail and preview images;
• the content of the main image matches those of both secondary images (thumbnail mismatch).

ICC Profile Analysis

The result of the test was negative, which means that no suspicious manipulation anomalies were found in the image.

Analysis to identify generative AI

The document analyzed by specific software do not appear to have been created by image creation tools using artificial intelligence.

ACTIVE ANALYSIS - EVALUATION OF THE GRAPHIC COMPONENT

ELA Test

The Error Level Analysis (ELA) test was negative, indicating that there were no significant discrepancies in the JPEG compression levels that would indicate manipulation or alteration of the image. In other words, the image appears to be consistent with what would be expected from an unedited photograph, suggesting that no significant post-production intervention, such as the insertion or removal of elements using editing software, has taken place. This reinforces the visual authenticity of the analysed image.

Brightness Gradient Analysis and Level Sweep Analysis

Brightness gradient analysis and level sweep analysis showed no significant discrepancies. This means that the brightness distribution and intensity levels within the image are consistent and show no obvious signs of manipulation. These tests evaluate how brightness and contrast vary at different points in the image, looking for anomalies that could indicate insertions or alterations.

Pixel Analysis

Pixel texture and quality is consistent throughout the photo, showing no difference in grain between the object and the rest of the image.

Color Curve Analysis

Colour curve analysis reveals no inconsistencies; the distribution and interaction of colours in the image are consistent and show no obvious signs of graphic manipulation. All image components have a consistent origin and there is no evidence of post-production intervention that has significantly altered the colour composition.

Image reflection analysis

The image was processed using Gigapixel technology to provide a clearer and more detailed view of the reflections. An image enhancement process was then applied to increase the resolution and observe details more accurately, making it easier to analyse subtle features.

After Gigapixel processing, the image was further modified by adjusting contrast and brightness to make the image as informative as possible. Finally, it was mirrored to understand exactly what it was reflecting by comparing it to the panorama in front of it.

It was then observed that although the sphere appears to reflect the landscape in front of it faithfully, not all of the reflected details can be precisely identified, but some elements in the reflection are distinguishable and provide clues to the surrounding context: the grey of the road is visible in the central part of the reflection, accompanied by coloured patches that could be associated with houses, trees and parked cars.

The blue of the sky can be seen in the uppermost part of the reflection. All of this is an indicator of the object's possible ability to interact with its environment, reflecting key elements of the landscape that, although vague, allow information to be found about its actual location in the environment. The presence of certain colours and shapes in the reflection serves as a general indication of the type of landscape in which the object is located, contributes to a better understanding that the reflected scene does indeed appear to be the one present, and provides additional evaluative context that may prove useful in the overall interpretation of the image.

In the following image, I have associated the various reflections with the landmarks in the photograph.

However, two dark silhouettes appear on the outermost sides, but they cannot be associated with any landmarks. It could be said that they could correspond to pylons, houses or trees, but after careful analysis of the proportions and shadows cast, and various assessments of the environmental context, it has been concluded that this is not possible.

Indeed, despite their considerable size, these objects are too far away from the sphere to produce such noticeable reflections. In fact, only objects very close to the sphere can produce large reflections on it. This is due to the optical and physical properties of the reflecting sphere. The curvature of its surface, similar to that of a lens, magnifies and concentrates the images of nearby objects, while minimising or eliminating those of more distant objects. This effect is the result of refraction, the process by which light rays are deflected and reflected by a curved surface. This is known as the Curvature Effect.

In addition, it must be taken into consideration that the object is not exactly spherical and is most likely made of some kind of 'unconventional' material.

This adds another layer of complexity to the analysis. In fact, these details could affect how the object interacts with its environment, particularly in terms of light reflection and absorption.

Indeed, deviations from sphericity can alter expectations of uniform distribution of reflections and distortion of reflected images, making interpretation of visual details more difficult. An irregular shape can therefore produce variable reflections that may not correspond to standard reflection patterns.

However, with regard to the possibility of the object being made of 'unconventional' material, it is important to understand that the material composition of an object significantly affects its optical properties, such as refractive index, reflectivity and absorption. Unconventional materials can have unique properties that alter not only the visual perception of the object itself, but also the way it reflects or distorts its surroundings. Such materials may include metal alloys with peculiar optical properties, advanced polymers or composites with unusual reflective or translucent properties.

Indeed, in other cases of Juanito Juan sightings, reflections of images with dark silhouettes or shadows have been observed. Even in these cases, no conventional explanations have been found for these phenomena.

For example, the sightings on February 9, 2024 (left image) and December 27, 2022 (right image).

In conclusion, despite the fact that some phenomena remain without any apparent conventional explanation, we can say with good certainty that the observed reflective capabilities on the object, examined through all the in-depth evaluations just described, indicate with good probability a real, genuine and reliable situation.

Edge Analysis

The Sobel filter was used to perform this analysis. This filter, which is an edge detection tool, works by calculating the gradient of the light intensity of the image at each point, allowing the contours of the object to be highlighted. Because of its ability to detect intensity variations between closely spaced pixels, the Sobel filter is particularly effective at accurately identifying the contours of an object. This makes it easier to measure and evaluate the actual size of the object and how it fits into a real-world context.

In practice, applying the Sobel filter to an image produces a derived image in which the edges of objects are marked by bright lines against a dark background. This high contrast helps to accurately identify the outer boundaries of the object. From there, measurement techniques can be used to estimate the size of the object, based on the scale of the image or known dimensional references in the same scene.

In this context, the detection of thin, marked edges, together with their compatibility with the edge characteristics of other known reference features in the image, provides additional confirmation of the validity of the object's dimensional estimates, obtained by using specific measurement software and confirmed by visual analysis.

This method of validation is essential in areas such as forensic analysis, where the accuracy of the object dimensions can be crucial to the conclusions of the investigation.

CONCLUSIVE GENERAL CONSIDERATIONS

In conclusion, after careful examination of the visual and technical characteristics of the image, there was no evidence of digital manipulation or alteration.

This outcome, which is the result of a detailed examination involving the use of advanced tools, confirms the authenticity of the image.

Therefore, the general conclusive considerations attest to the integrity of the image, providing a solid basis for its acceptance as an authentic and unaltered piece of evidence and reinforcing its validity as a reference document in subsequent analyses.

Sante Pagano

09/02/2024