We are Predictive Equations

Tomorrow's AI, Today.

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Enhancement and Forensics Technology



We have developed cutting-edge AI technologies to solve the problem of low quality legal evidence, to mitigate its impact on legal outcomes, and empower argumentation by enhancing the underlying visual evidence and data it can rely on.


Our AI are developed with high fidelity in mind, with that accuracy empowered by context awareness and feature mapping after being trained on over a million images to ensure the enhancements and analysis our technology conduct are impartial and unbiased.


Our technology has already led to defendant early release, with enhancements showing discrepancies in police reports and court accounts. Our technology as a tool seeks to empower the human, enabling them to bring the best possible quality evidence and best represent their client and case.










Image Analysis Technology

Keypoint Analysis

Pose Estimation Image 1 Pose Estimation Image 2

Keypoint Technology: A core component of our technology, with end applications within our system toward pose estimation and facial recognition. This ensures reliable 3rd party observation and tracking, for analysis, argumentation and investigation.







Image Enhancement Technology

Pose Estimation Image 1

Our commitment is to deliver state-of-the-art AI solutions that empower court, legal and law enforcement professionals by enhancing the input data, revealing otherwise hidden details such as by compression, noise or other low quality visual artifacting at both the micro and macro level. We aim to provide a robust and reliable tool that assists in the extraction of critical insights from security or general device images and videos, ultimately improving investigative and legal outcomes.


Using context awareness and feature mapping, our AI intelligently repair the input data to reveal underlying details already present but obscured by artifacted or degraded information.


The enhanced inputs will then be connected to our object detection system for legal end use that is currently finalizing R&D stages, further enabling research efforts and legal end use, as well as vastly increasing speed of analysis by automating the detection process.







Visual Input Enhancement

original photo enhanced photo

We have developed cutting-edge AI technologies specifically tailored for forensics and investigative applications, with a primary focus on investigative oriented object detection. Our advanced algorithms and models have achieved exceptional levels of accuracy and efficiency in detecting and identifying objects for legal insight, empowering lawyers, prosecutors and officers. Our technology provides valuable support for legal professionals, forensics investigators and researchers in their mission of unbiased fact finding and reporting.


Through our AI-driven solutions, we enable law and legal professionals to swiftly and accurately identify and classify objects of relevant court or user interest, ultimately saving valuable time and resources investigating while empowering resources for argumentation. Our object detection technology is designed to streamline workflows, enhance efficiency, and support more informed decision-making processes in the legal and law enforcement field.


With our object detection technology, lawyers, legal professionals, investigators and officers can harness the power of AI to efficiently analyze visual data, saving time, enhancing accuracy, and unlocking other unseen informationto enable argumentation. We are dedicated to continuously advancing our solutions by incorporating the latest advancements in AI and computer vision to ensure our technology proves essential for lawyers seeking to best represent their clients, or officers and prosecutors state and city interests with the best evidence possible to construct argumentation with.





To see additional image and video technology, click here.

Load times for the page can take longer because of upscaled images (16k+).





Traffic and Smart City Enhancement

Our technology uses state of the art models to augment existing data, unveiling otherwise previously obscured information that could be critical for for early discovery, research and argumentation.







Image & Video Enhancement

Utilizing state of the art artificial intelligence and deep learning techniques we reconstruct high-resolution videos from low resolution ones, and can enhance or restore details in up to 4k. Our software enables restoration and improvement, artifact elimination to enable interpretation and remove doubt through visual clarity.

Object and Event Detection

Working in hand with legal professionals, our motion tracking software utilizes machine vision and deep learning to allow for vastly greater insight, and includes a number of tools such as object extraction or removal to enable visual analysis.

AR/VR

Using advanced AI modeling we can isolate a person from their respective background for tracking, or inversely insert them harmoniously into any environment. This allows interface with meta for utilization in environments we are designing and creating for training and real time engagement.

Image & Video analysis

Object extraction, facial recognition, depth measurement, image segmentation, text recognition & extraction are all methods we develop for pragmatic and ethical end use.


Image & Video Enhancement

Utilizing state of the art artificial intelligence and deep learning techniques we reconstruct high-resolution videos from low resolution ones, and can enhance or restore details in up to 4k. Our software enables restoration and improvement, artifact elimination to enable interpretation and remove doubt through visual clarity.

Object and Event Detection

Working in hand with legal professionals, our motion tracking software utilizes machine vision and deep learning to allow for vastly greater insight, and includes a number of tools such as object extraction or removal to enable visual analysis.

AR/VR

Using advanced AI modeling we can isolate a person from their respective background for tracking, or inversely insert them harmoniously into any environment. This allows interface with meta for utilization in environments we are designing and creating for training and real time engagement.

Image & Video analysis

Object extraction, facial recognition, depth measurement, image segmentation, text recognition & extraction are all methods we develop for pragmatic and ethical end use.



Current Features:

Deblur Denoise Upscale Relight

In development:

Underwater Enhance Environment Denoise (Rain, Snow, Fog, Shadow, Glare)

Because of our technology's enhancement accuracy & fidelity there are myriad end uses from enhancing video or image based satellite or streaming communications, legal & text analysis, security, general entertainment, medical device, healthcare and manufacturing, among many others.



Predictive Utility:

While our artificial intelligence and tools developed at Predictive Equations began as legal oriented software, we have found the combination of enhancement and recognition can enable powerful end use for a variety of industries, as we combine machine vision techniques with deep learning algorithmic modeling to allow for greater fidelity and insight regarding image and video data.

Community:

A scholastic based online community focused on martial arts, networking and technology. Operating across multiple platforms and based on Discord, the community serves to assist research and tool generation for martial artists and stakeholders interested in the remote AR/VR fighting community. The community focuses on exploring history and technology related to it. Our company is an offshoot of its members wishing to practice and train remotely, and leveraging our skill sets toward creating ethical technology, with member submitted content used to build and train our AI. The community also archives works related to martial arts, history and technology, with a wiki being community developed.




Contact Us

Email: info@predictive.vision


Phone: +1 (302)213-6176


Address: 8 The Green Suite A, Dover, Delaware