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Amped FIVE Update 38827: New Filter Presets, Project Snapshots, and Advancements to Convert DVR, Annotate, Compression Analysis, Advanced File Info, and Much More

Reading time: 12 min

The latest Amped FIVE update delivers new improvements to accelerate your workflow. The new big addition of Filter Presets allows you to reduce manual steps. We’ve also expanded proprietary format decoding and introduced Project Snapshots. Moreover, you’ll find updates to Convert DVR, Annotate, Compression Analysis, Advanced File Info and much more!

Hi everyone! After a busy summer, here we are again with another Amped FIVE update. We are continuing to develop tools and functions designed to save you time and effort. In this release, we introduce Filter Presets. Before taking a look at that, along with many other improvements, let us quickly review a few new formats added to the powerful Amped Engine.

See the New Features in Action

Formats

As with every new release, the Amped Engine running inside Amped FIVE gets another update

Of particular note, we have added video and audio support for the Netvue .nvt3 format. Next, along with many other new formats, we have made a significant update to an older legacy type, the VISTA .vid format. 
Thank you to everyone who has submitted files for analysis and support to the codec team. With your help, we learned that these proprietary formats exist. Developing the forensic demuxers, extractors, and decoders helps everyone within the forensic video community.

Filter Presets

To put it very simply, a preset is a set of filter parameters that you can create, save, and then reuse when required.

Imagine a street camera that you obtain footage from all the time. You may always use the same set of parameters in specific filters. This is the sort of scenario where a preset is helpful.

Here we have the final tab in Correct Fisheye, with all the settings in each tab adjusted to correct the distortion. The challenge is that you may always need to do this. You may also need to share these settings with other projects or colleagues.

Screenshot of the Correct Fisheye filter settings window in Amped FIVE forensic video analysis software, showing the Post-Projection tab with adjustable sliders for Longitude Correction, Latitude Correction, and Rotation, each ranging from –180 to +180 degrees. The displayed values are Longitude 0°, Latitude 5°, and Rotation 3°. A preset dropdown menu appears at the top-right, along with icons for saving, applying, and managing filter presets. The hint at the bottom instructs users on optimal fisheye correction for ceiling-mounted cameras by adjusting latitude and rotation parameters.

At the top right, you will now see some new buttons and a dropdown selector.

The buttons will display a tooltip when you hover over them. Here are their functions. 

Screenshot of icons present at the top right corner of the Correct Fisheye filter settings. Each icon is assigned a number and a matching explanation right below.

After applying the selected filter parameters, we can now save these parameters as a Preset. When the Create Preset button is selected, you will be asked to give it a name.

In this example, we have given it the name “Main_Street_Camera”. This Preset is then saved in the Preset folder, within a subdirectory related to the filter. It is a standard JSON file that can be viewed if required. 

Screenshot of a JSON configuration file named Main_Street_Camera.json opened in a code editor, showing camera calibration parameters for fisheye correction used in Amped FIVE. The JSON data defines mapping function "Orthographic", focal length 0.709, field of view 89, canvas size 1.2, interpolation method "Bicubic", and automatic focal length computation. It lists pixel coordinates for "Points on Line 1" and "Points on Line 2’"used for geometric calibration, with final correction values of longitude 0°, latitude 5°, and rotation 3° for accurate perspective adjustment.

The next time a file is received from that same source and camera, after selecting the filter, the preset can be selected from the dropdown menu.

Screenshot of the "Main_Street_Camera" preset highlighted by the cursor.

As you may now imagine, using the various Preset buttons allows you to fully manage and edit them, as and when required.

Important note: remember that if you share a Preset with a colleague, it must go into the same folder path on their system. 

The presets folder will be generated after the first Preset is saved. However, it may be necessary to create the filter subdirectory manually if the colleague has never saved a Preset related to that filter.

Windows File Explorer window showing the directory path Documents > Amped FIVE > presets > Correct Fisheye containing a single calibration preset file named Main_Street_Camera.json. The file is listed with a green sync status icon, a modification date of 07/10/2025 at 19:20, and type specified as JSON File. This JSON preset stores fisheye correction parameters for use in Amped FIVE.

One last example, before we move on.
How often do you create a text filter with timing macros to evaluate video timing?

A new Timing Preset could be a huge “time” saver!!

Screenshot from Amped FIVE showing the Add Text filter used to overlay frame and timestamp metadata on CCTV footage. The video preview displays an outdoor street scene with on-screen text showing frame number, frame type, PTS (presentation timestamp) values, and CCTV timestamps. The filter settings panel on the right includes options for adding macros, formatting text, setting background color, and defining date/time formats. The highlighted ‘Timing’ tab indicates synchronization between frame-based and time-based data for forensic video examination.

We hope you find Presets to be a valuable new resource in combating the repetition of applying filter parameters.

Project Snapshot

The shortcut bar at the top of the application now has a new button.

Screenshot of the Amped FIVE  interface showing the toolbar with the cursor hovering over the "Save Project Snapshot" icon. This feature allows users to save the current state of a forensic video project, preserving filters, settings, and loaded evidence for documentation and reproducibility purposes.

A Project Snapshot is a copy of the Amped FIVE Project (.afp) with the date and time of the snapshot appended to the filename.

Saving several instances may assist you during large projects.

Image displaying three instances of saved Amped FIVE project snapshots.

Here we have the main Project, named as CN1234, along with two Snapshots.

Whilst working on the project, you still have the option to Save, which overwrites the previous one.
Now, though, you can also save a snapshot of the complete project at that date and time, but this does not overwrite the main one. This means that you can go back to any previous snapshot state.

Convert DVR

When using Convert DVR to extract multimedia from proprietary containers, it is often necessary to create intermediate, temporary files.

The decision to retain these is under the Advanced tab. 

Screenshot of the Convert DVR window in Amped FIVE showing the Advanced tab settings. The options displayed include: "Retain Temporary Files after Stream Extraction", "Overwrite Existing File(s)" set to Ask, "Post Generation Event" set to Open in FIVE, and "File to Open" set to All, one chain per file. The interface allows forensic analysts to control how DVR video files are converted, managed, and opened during evidence processing.

From this release, you will be able to easily identify them with the file extensions of:

  • .vstream (for video)
  • .astream (for audio)

You may also notice another change in the image above. There is a new option for Overwrite Existing File(s). The default is now to “Ask”. Consequently, you will now receive a message on what to do for each instance where a file is already present.

Next, we have a new dropdown option under the Audio tab.

Screenshot of the Convert DVR window in Amped FIVE displaying the Audio tab settings. Options shown include "Output Audio Codec (when transcoded)" set to Copy, "Put audio streams in separate files" set to No, "Replace audio gaps with silence (when transcoding)" set to Yes, and "Use video format (Audio Only)" where the dropdown is set to Yes. The highlighted cursor indicates selection of video format retention during audio-only conversion for forensic evidence handling.

The default for this new setting is “No”, but you may be asked under certain circumstances to place audio into an MP4 container, rather than as a WAV or AAC. This may be caused by limitations in a browser-based playback system or DEMS.

The last change in Convert DVR is a new option within Fallback Procedures.

Reminder, for those that may not have looked too deeply into Fallbacks, is that this is here as a “last resort” option. Fallback Procedures and Custom Commands may help to give you something, whilst you send the file to us for analysis and inclusion within Amped Engine.

Screenshot of the Convert DVR window in Amped FIVE showing the Fallback Procedures tab. The interface displays advanced recovery options for unsupported or proprietary DVR video formats. Settings include "Enable Fallback Procedures (Video ONLY)", "Try to Convert Only with Fallback Procedures", and dropdowns for "Force Input Video Format" with AVI highlighted, as well as codec, output format, and skip mode parameters. The tool uses FFMPEG for decoding, with additional options for batch conversion, saving configurations, and executing custom commands for forensic video recovery.

The new dropdown for Force Input Video Format allows you to demux the input file as a specific format. 

Linked with the Codec options, this enables you to select the individual container and coding types for your file.  

Convert Frame Rate

Frame rate conversion is often required when synchronising or mixing various video sources with different frame rates. In this update, we have improved the encoding of the new data to ensure a Constant Frame Rate (CFR) is achieved.

Screenshot of Amped FIVE forensic video analysis software showing a side-by-side comparison of metadata and video frame timing analysis. On the left, highlighted detailed file information lists frame rate properties including "Frame rate mode: Constant" and "Frame rate: 30.000 FPS". On the right, the analyzed CCTV frame displays overlaid text indicating "Original Frame Number: 25", "Original Frame Type: I", "CCTV Timestamp: 12:59:14.000", and calculated "New Frame Delta: 0.033". This demonstrates precise synchronization and frame timing validation used in forensic video examination.

Here we had a 24fps Variable Frame Rate (VFR) video. To synchronize this with a 30fps dashcam video, we must use Convert Frame Rate.

The new video was analyzed with Advanced File Info, and as you can see, it is now a Constant Frame Rate (CFR) within the MKV container. We will look at an improvement to loading newly written files into Advanced File Info a little later.

Range Selector

If you select a range of frames, you can create a lossless version of those frames in a new container.
There is no transcoding in this process. It simply copies the selected frame range to a new container format, starting at the previous I frame. 

Screenshot of the "Filter Settings – Range Selector" panel in Amped FIVE showing parameters for defining frame ranges. The interface displays input fields for "First Frame" set to 15, "Last Frame" set to 100, and "Step" set to 1. A highlighted Lossless Trim button enables frame extraction without re-encoding. A hint below explains that pressing ALT+I and ALT+O sets the first and last frames of the selection, respectively. This tool is used in forensic workflows to isolate and export specific frame sequences accurately.

From this release, you will be asked to name the file and to provide a location. The defaults can be applied by simply pressing “OK” in the dialog box.

Generate Report

Project Notes have previously only been inside the Amped FIVE Project. In this release, though, you can now select to include them in your report.

Screenshot of the Generate Report window in Amped FIVE showing configuration options for creating a detailed PDF report. The interface displays fields for report filename, format (PDF), paper size (A4), footer data with case number and date (2025/10/08), and hash options (MD5) for input and output files. The "Include notes in report" dropdown is selected to "Yes", highlighted in yellow. A section titled "Working Notes" is visible in the background, demonstrating the inclusion of case notes such as contact details and investigator comments in the forensic report.

Selector Tool

Let us get back to filters and all of those where the Selector Tool is used.

There are now two extra buttons.

Screenshot of the Tools (Selector) panel in Amped FIVE, displaying selection and editing options. The interface includes controls for x, y, width, and height coordinates, along with buttons for Select All, Deselect, Zoom, and Center. The Copy and Paste buttons are highlighted, showing their function for duplicating and reusing region selections.

As you may have probably guessed, they allow you to copy X, Y, W, and H data from one filter and then paste the data into another.

This information not only works with the selector input, but also within Annotate. And the data can be shared between the two.

Annotate

Following on from the Selector Tool update above, we can now visualize the positional data and copy and paste it by using the buttons under the right-click context menu.

Screenshot from Amped FIVE forensic video analysis software showing a red annotation box around a parked black car on a city street. The contextual right-click menu is open, displaying editing options such as Copy, Paste, Set Only for This Frame, Toggle Keyframe, and Copy/Paste Position, with the latter highlighted in yellow. The tool is being used to duplicate or align the annotation’s coordinates across video frames for precise forensic tracking and object comparison.

No need to use a pen and paper anymore, just copy and paste between filters.

Here are a few more Annotate updates:

  • When Magnify or Spotlight is used, the corresponding Contrast and Brightness values are added to the Report data.
  • When using Text, the “Fit Size to Text” option now considers alignment.
  • When Keyframing, if you edit an existing keyframe, the path interpolation will be recalculated.
  • New “Delete All but This” option under the right-click context menu for annotations.

Text Macro

The powerful Text Macros are available from within both the Add Text and Annotate filters. The new addition to the list is $HASHCODE.

It is important to highlight that this hash value is derived from the video loaded into the chain. It is not from any original proprietary file, and it is not from the video that may be written from this chain (because it’s a little tricky to calculate a value from a file not written yet).

When used after the Hash Code filter, the macro will display the calculated value of the loaded file. Alongside the value will be the algorithm used, and then the last part of the filename.

Screenshot of the Amped FIVE showing a CCTV footage frame with metadata text overlay. The overlay includes details such as the original file name "OC-20-0256.mp4", the converted file name "OC-20-0256.mp4-sc-converted.mkv", and the MD5 hash value verifying file integrity. On the right, the "Filter Settings – Add Text" panel is open, displaying customization options for macros, font alignment, background color, and timestamp formatting. This setup demonstrates how investigators annotate forensic videos with file provenance and hash verification data to ensure evidential authenticity.

Unfortunately, we live in an age where video can be altered very easily, both maliciously and accidentally. Consequently, it can be difficult to ensure that others are analyzing the same video file. Having this presented within any written visual material may ensure that other analysts are working from the same source.

Player

There are currently three different timing controllers for video playback. 

Close-up screenshot of the playback mode options in the Amped FIVE forensic video analysis software. The dropdown menu under the Player section shows three playback methods: "Average FPS Playback (FFMS)", "PTS-based Playback (Container)" which is currently selected, and "Timestamp-based Playback". These playback modes allow forensic analysts to control how video frames are synchronized and interpreted during video examination, ensuring accurate frame timing for evidential review.

They can be evaluated and selected by using the Playback Mode button.

When a data timestamp is able to be used for timing control, either originally or through the use of the Adjust Timestamp filter, a visual hint will now appear to tell you.

Screenshot of the Amped FIVE forensic video analysis software showing a green tooltip notification that reads "Timestamp-based Playback mode available!" The message appears above the playback control bar beside the gear icon, indicating that a timestamp-based playback option can be enabled.

You then have the option to change the mode and assess the suitability of that timing source. 

Eyedropper

Many filters can use a selected color, either as a background or for a border, etc.
Next to the color selection buttons, we now have an eyedropper.

Screenshot of the Filter Settings – Frame Size window in Amped FIVE, with the eyedropper tool highlighted beside the Background Color option. The panel displays canvas settings, including an image width of 1920 pixels, height of 1080 pixels, and a zoom level of 1.5000. The "Keep ratio" checkbox is enabled, and "1920 x 1080 (Full HD)" is selected under size presets. The highlighted eyedropper icon indicates that the user can select or sample a specific color for the background, a key feature when preparing forensic video outputs for consistent visual presentation.

This can be used to select any color from within the loaded image or video. 

Rotate

Cellphone videos will often require rotating to be viewed correctly. Sometimes it may not be possible to easily identify what the rotation angle should be. Luckily, most authentic video files obtained directly from the phone will have rotation information within the metadata. Remember that metadata can be removed through file sharing or transcoding.

Screenshot of the Advanced File Info window in Amped FIVE showing metadata for the video file "20251008_205315.mp4". The display reveals technical details under the "ffprobe" tab, including codec, stream, and disposition data. A blue arrow highlights the metadata entry "rotation=-90" within the [SIDE_DATA] section, indicating that the video has a 90-degree rotation applied. The bottom toolbar displays options to "Save to Log File", "Convert DVR", "Open in FIVE", and "Load File". This setting is essential for forensic analysts verifying video orientation and playback accuracy.

We have now added a button, directly inside the Rotate filter, to pick up this information and then apply the necessary rotation.

Screenshot of the Rotate filter settings window in Amped FIVE showing the configuration for adjusting video rotation. The rotation angle is set to -90 degrees with the "Resize Image to Fit" option enabled. The interpolation method is set to "Bicubic" and the background color is displayed with an editable color picker icon. A highlighted yellow cursor points to the "Rotate from File Info" button, which automatically applies rotation data from the video’s metadata. This feature is typically used to correct orientation issues detected in the file’s technical information, ensuring accurate playback and analysis.

This works in the same way as the button inside the Aspect Ratio filter and is yet another small solution to save you time.

Writer Filters

Another quick and simple solution that saves you time is found here. We have added a new direct link to Advanced File Info within the right-click context menu of written files.

Screenshot of the ‘History’ panel in Amped FIVE forensic video enhancement software showing a right-click context menu on the "Video Writer" filter. The project "20251008_205315" includes several applied filters: Video Loader, Rotate, Crop, and Video Writer. The context menu displays options such as Cut, Copy, Duplicate, Load into New Chain, and Delete, with the cursor highlighting the "Advanced File Info" option. This menu allows analysts to access detailed metadata about the exported video file for verification and documentation during forensic video analysis workflows.

Whilst we are looking at Advanced File Info, let us detail a few new improvements there!

Advanced File Info

Within the RIFF Viewer, we have now enabled highlighting of all the data related to that entry.

Screenshot of the Advanced File Info window in Amped FIVE displaying the Hex Viewer for the file "export-camera-13a.avi". The left panel shows hexadecimal data for the AVI file header, with specific byte sequences highlighted in red. The right panel provides structured metadata under the RIFF container format, including fields such as file size, type, total frames (29971), frame rate (25 fps), and resolution (704x512). Tabs for FFMS, MediaInfo, ffprobe, ExifTool, Frame Analysis, and GOP Analysis are visible at the top, enabling in-depth forensic validation of video file integrity and structure.

The central separator bar can now also be moved horizontally to allow for better visualization of the data.

When the right-click “Go to Frame” option is available, we have now linked this with the individual chain.

Screenshot of the Advanced File Info window in Amped FIVE showing the Frame Analysis tab for the file "export-camera-13a.avi". The table lists frame data including pixel format (yuv420p), aspect ratio (1:1), picture type (P), and display order values. A right-click context menu is open with options "Go to Frame offset in the Hex Viewer", "Go to Frame", and "View this frame in the GOP Analysis", while the cursor highlights the middle option. This feature allows forensic analysts to navigate specific video frames for in-depth verification of encoding consistency, compression structure, and temporal frame order integrity.

If you have multiple chains, you no longer need to have that chain active within the viewer. It will link automatically, and the relevant chain will be shown in the viewer.

Hint: Remember that you can visualize multiple chains at the same time by adjusting the tabs in the Viewer.

Screenshot of Amped FIVE showing three synchronized dashcam video clips loaded into the Viewer panel. Each video displays footage of vehicles traveling on a motorway under overcast skies, captured from different camera angles. The right panel shows the Video Loader filter settings, including file path, video engine (FFMS with Audio), color range (Full), and chroma upsampling (Accurate Rounding). The History panel lists three loaded videos - Vid1, Vid2, and Vid3 - demonstrating multi-camera evidence comparison and frame-level synchronization within the forensic video analysis workflow.

Compression Analysis

The following updates affect both the Macroblocks filter, for MPEG1,2,4 etc, and also the Coding Tree Units filter for HEVC.

To help with better visibility of the different overlays, each one can now be given a different color.

Screenshot of the Filter Settings – Coding Tree Units window in Amped FIVE. The panel displays options for visualizing video compression structures, including CU and PU partitioning, motion vectors, and quantization parameter analysis. The selected settings enable CU Partitioning, PU Partitioning, and P Forward Motion Vectors in blue, as well as Standard Analysis and Show PU Type. The interface allows forensic examiners to inspect HEVC and H.264 video coding details, identify encoding artifacts, and verify motion vector accuracy for forensic authenticity and tampering detection.

This makes a huge difference in the evaluation of the data. 

Close-up view of a forensic video frame analyzed using the Coding Tree Units (CTU) visualization in Amped FIVE software. The image shows color-coded video compression blocks with motion vectors overlaid as blue arrows, representing predicted motion between frames. Green and red areas indicate partitioning of prediction and residual regions, while white gridlines define macroblock boundaries. The analysis helps forensic experts examine video codec structure, detect recompression artifacts, and verify the integrity of encoded motion data for authenticity and tampering assessment.

Visualization improvements have also been made in the Quantization view.

Firstly, there are now two different modes to calculate the color map. 

Screenshot of the Quantization Parameter Analysis settings in Amped FIVE. The panel displays options to enable and visualize quantization parameters used in video compression. "Show Quantization Parameter" and "Show Quantization Parameter Value" are both selected, while the "Color Map" dropdown menu is set to "Frame-based", with "Absolute" available as an alternative.

  • Frame-based mapping is computed on the individual frame, using the lowest and highest QP values. 
  • Absolute will use the same mapping for all frames based on the full range of Quantization Parameters.

The visual presentation of the values has also been improved, with single values for each unit being shown.

Quantization Parameter (QP) analysis overlay in Amped FIVE, displaying a video frame segmented into macroblocks with numeric QP values ranging from the mid-20s to high-30s. Each block is color-coded in shades of purple to visualize compression intensity, with green gridlines outlining block boundaries. Higher QP values indicate stronger compression and lower detail retention, while lower values signify higher quality regions. The visualization helps forensic analysts assess video encoding characteristics, detect recompression artifacts, and evaluate consistency for authenticity verification.

Finally, we have improved the extraction of motion vector data for skipped Blocks and Units.

Video Loader

A small change to our handling of standard files with embedded subtitle timestamps. They will now be extracted from the file, and a log of the extraction will be created. This allows for direct analysis of the subtitle information. As we are talking about subtitles and timestamps…keep reading.

Load Timestamp / Load Subtitle

Some proprietary formats now have a standard subtitle and a data timestamp. When loading both a proprietary data timestamp and a standard subtitle, priority will now be given to the timestamp file. The subtitle may also contain time data, so remember that you can manually load this as a timestamp and then use the Input Format options to parse the time and date components.

Screenshot of the Load Timestamp filter settings in Amped FIVE forensic. The dialog box shows a loaded subtitle timestamp file named "Vorking2022-04-08T142359.617Z.mkv-1.srt" with an empty "Input format" field, where the user can specify the date and time format (e.g., year/month/day). A tooltip explains that leaving the field empty allows automatic parsing of timestamp data. The interface also includes options for text style, rendering format set to "%original", and customizable background color and shape. The highlighted cursor hovers over the input format box, indicating active user interaction.

Measure

Last, but by no means least, we have some updates to Measure 1d, 2d, and 3d.

Line colors can now be customized to allow better contrast against any background color. Along with this, ID labels can be applied to the lines.

Screenshot of Amped FIVE showing the Measure 3D filter in use with three blue ellipses highlighting key interface areas. The first ellipse highlights the Z1 label on the left side of the CCTV image, marking the first Z-axis line; the second ellipse highlights the Z2 label on the right side of the image, showing the second Z-axis line; and the third ellipse highlights the "Z-axis Lines Color" option in the settings panel, currently set to orange. The image depicts a suspect in a gray hoodie walking toward a wooden door inside a room, with the software interface used to define perspective lines for 3D measurement and reconstruction.

Linked to this, you have control over what labels to show.

Screenshot of the Measure 3D filter settings panel in Amped FIVE, showing the "Layers" tab options. The interface lists multiple checkboxes for enabling or disabling visual overlays in 3D measurement analysis, including X, Y, and Z axis lines and labels, reference lines and measures, output lines and measures, and helper lines and labels. All layer options are selected except for "Show Horizon" and "Show Horizon Label". At the bottom, a "Show / Hide All Layers" button allows users to toggle all visualization layers at once. The panel is used to control the display of geometric guides and measurement references in 3D scene reconstruction.

Other Updates and Changes

Here are some smaller improvements in this release.

  • Library: Updated the FFMS library to version 5.0 
  • Video Loader: improved error handling of decoding engines “FFMS” and “FFMS with Audio”
  • Application: added an initial check of all the necessary files, and that they are available and not corrupted as soon as the software is loaded.
  • GUI: improved support for Windows scaling feature.
  • Filter Settings: removed “Show Input” and “Apply” arrows.
  • Freeze Frame: increased reliability of the filter in certain circumstances.
  • Audio Loader: improved the loading process for files that use a video container to store only audio streams.
  • Projects: improved the removal of information from the current project when starting a new one.
  • Calibrate Camera: changed the starting values to improve the convergence of the iterative method used in the Fisheye distortion type.
  • Uninstaller: the license seat can now be deactivated while uninstalling manually if the Digital license scheme is in use.

Bug Fixes

Thanks to all the users who have reported bugs. They can be annoying, so if you find one, please reach out to us in support so we can fix it.

  • Advanced File Info: fixed a bug causing an incorrect value in “pts duration (computed)” for some proprietary video formats.
  • Advanced File Info: Fixed a bug that caused the application to become unresponsive when loaded files contained no data.
  • Advanced File Info: fixed an issue with the text Color of a selected node and its background.
  • Advanced File Info: when using the Open in FIVE button, the file will now be analyzed instead of directly loaded.
  • Multiview: fixed a bug with user-selected padded background color.
  • Loaders: resolved a bug preventing the playing of files when non-Latin characters were present in the file path.
  • Batch Convert DVR: fixed a bug that caused files not to be placed correctly in output folders.
  • Copy and Verify: fixed a bug that prevented loading files from within the tool for some configurations.
  • Annotate: fixed a bug preventing multiple objects or a group of objects from being copied and pasted.
  • Measure 3d: fixed a bug that could cause the text labels to appear far away from the corresponding line.
  • Camera Calibration: fixed a bug that caused the software to crash when canceling a camera calibration process.
  • Snapshot: fixed a bug that caused the Snapshot function to save the wrong monitor.
  • Compare Original: fixed the error caused by the canvas size greater than 1 in camera calibration.
  • FFMS: fixed a bug that caused the chroma upsampling option not to be applied correctly when set to Standard.
  • GUI: fixed an issue where the undocked Tools panel failed to display content correctly after switching tools.
  • Validation Tool: fixed a bug that caused the filter list file to be empty.

Don’t Delay – Update Today

If you have an active support plan, you can update straight away by going into the menu About > Check for Updates within Amped FIVE. If you need to renew your SMS plan, please contact us or one of our authorized partners. And remember that you can always manage your license and requests from the Amped Support Portal.


 David Spreadborough

David served as a UK Police Officer for 24 years, the final 12 of which were spent as a CCTV investigator. He was the first LEVA certified Forensic Video Analyst in Europe and remains one of only four outside of North America. Since working with Amped Software, David has provided a key role in the development of Amped Software’s technical training, as well as spreading his passion for jurisprudence reform through the latest technological innovations. He is still a practicing forensic video analyst and has frequently been called as an expert witness to assist legal teams and law enforcement with on-going criminal investigations.

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