Here are the sources of the best free of cost video data collection for machine learning that is important for you to know


Important About Video Data Collection For Machine Learning That You Should Know

Large amounts of correctly labeled video data may be used to train machine learning models.

Because video data has both visual and audible components, it can be used to train a variety of machine learning models for computer vision, natural language processing, and other applications.


GTS offers services such as video collecting, categorization, and annotation. Moving objects are accounted for in every frame of your film thanks to our stringent quality assurance system. This comprises all sorts of lidars’ 3D point clouds.

Video Data Collection

What methods do you use to get datasets for machine learning?


Using our robust annotation platform, our network of annotation specialists will deliver video classification and annotation services, such as object localization, object recognition, video tracking, and more.


To deliver the cleanest data to train ML applications and assist computer vision models, our thorough quality assurance guarantees that moving objects continue to be accounted for in all video frames in machine learning.


What is the best way to make a video data collection in machine learning?

Video Data Collection

You cannot develop the technology of the future without quality video data sets many technologies of today to depend on video data collection for proper functioning. There are several examples of how video data may be used and how important it is.


Any piece of technology that has to detect moving pictures must be built with unique and specific datasets, which are video data collection in machine learning.


Obtaining video datasets is difficult because of the severe criteria for such datasets; you need high-quality video data that is diverse, available in large amounts, and capable of building algorithms that allow these technologies to work smoothly.


When it comes to video datasets and video data collection gathering, we at GTS have the skills, knowledge, resources, and capacity to provide you with whatever you want. Our movies are of the greatest quality, and they are personalized to your individual needs and concerns.


We have people on our team that have the expertise, abilities, and qualifications to collect and provide video data in any environment, technology, or application. We use numerous verification techniques to guarantee that the movies we supply are of the highest quality.


Services for video data collection in machine learning


Classified, localized, and segmented video data collection can help you improve your machine learning models. Machine learning and computer vision algorithms can benefit greatly from a human-annotated video dataset.


Data acquisition through video

GTS can assist you to create machine vision solutions by providing bespoke video data training datasets. Improve the object identification and movement prediction features in your models by using our video training datasets.


Bounding boxes in 2D

Allow our professional annotators to create 2D bounding boxes around several items of interest in your films. With our exact bounding box annotation in every frame of your video, you can improve object identification in autonomous cars, drones, and more in machine learning.


Cuboids / 3D bounding boxes

Our annotators must draw boxes around things to show length, breadth, and estimated depth, as well as follow the items through numerous frames of video in the 3D cuboid annotation.


Segmentation by semantics

Divide each pixel in a picture into the parts that your computer vision system needs to identify. Our annotators will assist construct video datasets with precisely annotated items and pixel-perfect precision using our unique platform and tools in machine learning.


Annotation of a Lidar 3D point cloud

We can see, name, and track objects between frames in 3D point clouds for all types of lidars using our high-precision labeling tools. Auto-ground segmentation, precise 2D-3D linkage, auto-detection of static objects, and ego-motion correction are all covered by our AI platform.


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Annotation of landmarks and significant points

For a variety of use cases, such as facial recognition, emotion detection, and counting applications, we provide rapid, efficient key point annotation over several frames. Our high-precision landmark tools use a series of points to estimate the form changes of small and large objects. Pose-point annotation is also available for human figure identification and movement prediction in machine learning.


Annotation of polygons

Ensure that polygon annotations created around items of interest in your frames are pixel-precise. Polygon annotation is well-suited for annotating objects with irregular forms, such as street signs in traffic photos or buildings in aerial photography, with a high degree of accuracy. It is useful for training object localization and identification algorithms.


Annotation using lines and polylines

We properly establish lane lines in drivable locations for vehicle perception models using clever and easy line annotation tools. Our precise lane identification services are assisting in the development of the future of driving in cities, towns, and on uneven terrain in machine learning.


Classification frames

For autonomous vehicle perception models, we enable correct video frame categorization. Timestamps are marked with information such as the time of day, weather, surroundings, occlusion of objects and borders, and more.


Transcription of video

For subtitling or captioning, convert what is spoken on video into written text. Because it improves UX and SEO, video transcription makes your online videos more searchable and accessible.


Analyzing video data

Today’s video data includes a wealth of information for businesses, ranging from detecting license plates to monitoring an engaged audience for symptoms of boredom in machine learning. Our skilled project managers will ensure a seamless engagement with exact results, whether you have a one-time project or need to analyze data every month.


Where can we obtain unprocessed video data collection to use in machine learning?

COVID-19 research dataset (

Open Research Dataset COVID-19 This research dataset of over 45,000 scientific publications regarding COVID-19 and the coronavirus family of viruses was prepared by the Allen Institute for AI in collaboration with major research organizations.


Google Open Images (

Open Images on Google Over 9 million photos were presented by Google AI, spanning 6,000 categories and “enough to train a deep neural network from scratch.”


Waymo Open Dataset (

Waymo Open Dataset is a collection of publicly available data from Waymo. Waymo has provided one of the most comprehensive and diverse databases on autonomous driving to far. You only need a Gmail account to get access to the dataset in machine learning.


Essential About Text Data Collection That You Should Know Here that plays a vital role in Video data collection:  

Continue Reading, just click on:  Text data collection

ML applications:

numerous verification techniques :

AI platform:,that%20allows%20software%20to%20run.

localization and identification algorithms:

improves UX and SEO:

here is a comparison of transcription services:

Turnaround timeFastFastFastFastSlow
Type of transcriptionHuman, machineHuman, machineHumanHuman, machineAutomatic
Specialized transcriptionYesYesNoNoNo
Customer supportGoodGoodGoodGoodFair
Experience of transcriptionistsExperiencedExperiencedExperiencedExperiencedLess experienced
Quality of the transcriptionClear, concise, and easy to readClear, concise, and easy to readClear, concise, and easy to readClear, concise, and easy to readFair
Formatting of the transcriptionEasy to read and understandEasy to read and understandEasy to read and understandEasy to read and understandCould be improved
Delivery of the transcriptionTimelyTimelyTimelyTimelySlow

Video data collection is the process of collecting video footage for a variety of purposes. This can include things like monitoring security, tracking employee performance, or creating marketing materials. Video data collection can be done using a variety of devices, including security cameras, body-worn cameras, and drones.

Video data collection can be a valuable tool for businesses and organizations. However, it is important to be aware of the privacy implications of collecting video footage. Individuals have a right to privacy, and businesses and organizations need to be careful not to collect or use video footage in a way that violates this right.

Here are some of the benefits of video data collection:

  • Security: Video footage can be used to monitor security and identify potential threats.
  • Employee performance: Video footage can be used to track employee performance and identify areas for improvement.
  • Marketing: Video footage can be used to create marketing materials that are engaging and informative.
  • Research: Video footage can be used to conduct research and gather data.

Here are some of the challenges of video data collection:

  • Privacy: Businesses and organizations need to be careful not to collect or use video footage in a way that violates the privacy of individuals.
  • Cost: Video data collection can be expensive, especially if it involves using specialized equipment.
  • Storage: Video footage can take up a lot of storage space, so businesses and organizations need to have a plan for storing and managing this data.
  • Security: Video footage needs to be stored securely to prevent it from being accessed by unauthorized individuals.

Overall, video data collection can be a valuable tool for businesses and organizations. However, it is important to be aware of the privacy implications of collecting video footage and to take steps to mitigate the challenges involved.

here are some of the different types of video data collection:

  • Security cameras: Security cameras are the most common type of video data collection device. They are used to monitor security and identify potential threats. Security cameras can be placed indoors or outdoors, and they can be used to record video footage 24/7.
  • Body-worn cameras: Body-worn cameras are worn by individuals, such as police officers or security guards. They are used to record video footage of interactions with the public. Body-worn cameras can be used to protect the individual wearing the camera, as well as to gather evidence in case of an incident.
  • Drones: Drones are unmanned aerial vehicles that can be used to collect video footage from above. They are often used for security purposes, but they can also be used for marketing or research purposes. Drones can be equipped with a variety of cameras, including high-resolution cameras and thermal cameras.
  • Surveillance cameras: Surveillance cameras are used to monitor a specific area or location. They are often used in businesses, schools, and government buildings. Surveillance cameras can be used to record video footage 24/7, and they can be used to identify individuals or to gather evidence in case of an incident.
  • Webcams: Webcams are used to capture video footage of individuals or events. They are often used for live streaming or for video conferencing. Webcams can be connected to a computer or a mobile device, and they can be used to record video footage in real time.

These are just a few of the many different types of video data collection. The type of video data collection that is used will depend on the specific needs of the business or organization.


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