12 years AI-maker.
With the development of intelligent systems and software, boot.AI contributes for the digital development of traditional companies. Building on the in-depth knowledge of mathematics, physics, computer science, electrical and aerospace technology brings boot. AI companies for outstanding quality, time-saving solutions and better working conditions – regardless of the industry in which the company or organisation is located.
How would you like it?
without humans or MIT humans?
Artificial intelligence stands for fully automated solutions – the machines and systems do the complete work independently.
Advanced intelligence stands for semi-automated solutions – the machines and systems support people in their problem solutions.
AI in a box:
MODULAR, NETWORKED and usable
Through our interdisciplinary background, which covers the fields of computer science, mathematics, physics, electrical, aerospace, statistics and psychology, we understand hardware, electrical circuit diagrams and the functioning of machines. But also business English. We from boot. AI are multi-perspective. We work with technologies such as augmented reality and 5G and convert all these building blocks into smart product sets. Above all, in addition to our many years of AI expertise, we bring with us the ability to think into your problems and to develop tailor-made products and business models for you. We think along. Regardless of your industry.
AI in combination with imaging
Examples of team image
Road traffic analysis
Filters to abstract and simplify reality enable statistics and analysis by focusing on the essentials.
IN FRONT OF BOAT. Ai
- Images from a commercially available 4K video camera
- Unclear traffic situation
- Missing statistics
After boot. Ai
- Counting cars, people, etc.
- Detection of road damage
- Tree analysis
- Identification of false parking
IN FRONT OF BOAT. Ai
Bare hardware modules:
- Camera Logitech C270
- Transmitter Receiver
- Engine RB03
- Invoice module Jetson TX2
After boot. Ai
- Identifying and following correct road signs
- Recognition and non-following of nonsensical road signs
- Detection and consequences of the road course
IN FRONT OF BOAT. Ai
- Commercially available camera for the office
After boot. Ai
- Differentiation of employees and visitors in the office while anonymizing the person
- Alarm for unannounced persons
- Refusal of access for unannounced persons
- Functionality of motion detection even in the dark
FOR ALL PICTURE DATA A solution
Whether still or moving image
… all image, video and stream formats can be connected and processed to the AI.
Whether a camera or 1,000,000
… Individual, studio and multi-perspective recordings of a dynamic situation, such as when all cameras in a pedestrian zone are connected to the AI, can be connected and processed.
No matter what electronic camera technology
Digital cameras, infrared cameras for heat detection or lidar for optimal distance measurement can be connected to the AI and processed.
Our AI SOLUTIONS ARE…
Create, modify, combine, back up, hide, activate and disable your modules and services as you need them. Use your image processing module for yourself or share it with the whole world.
Whether on-premises on your own hardware, as edge computing in the secured company network or as a cloud solution (software as a service) for your customers worldwide.
Whether as a support or replacement of human work – the AI brings a direct added value in your processes.
By combining the accumulated practical experience with current scientific research results and the research.boot.AI findings of in-house research.
Regardless of the number of users, applications or devices.
Whether on a single device with A UNIX system, as a container-based micro-service or as software as a service.
Even more concentrated software THROUGH TEAMS WITH FOKUS
Natural Language Processing
Our WORT team takes care of everything to do with the mechanical processing of natural language.
Our BILD team takes care of everything to do with machine vision. With the help of cameras, image-based data can be interpreted and analyzed.
Sensor Data Analytics
Our ZEIT team takes care of the analysis of highly dynamic (sensor) data for the recognition of events.
Face recognition performs the task of identifying or verifying a person by comparing and analyzing patterns based on facial features extracted from face images. It is widely used for security applications – like tracking criminals more easily or protecting data with your own face instead of a username and password, though there is increasing interest in other areas like augmented reality.
Object detection performs the task of finding all objects in an image and drawing bounding boxes around them. It is one of the most common used techniques in a broad range of applications such as surveillance, security and advanced driver assistance systems.
IoT Malware Detection
Malware detection using machine learning can automatically identify malware from normal programs and has become increasingly important these days.
Anomaly detection (or outlier detection) performs the task of identifying rare items, events or observations which raise suspicions by differing significantly from the majority of the data. It is applicable in a variety of domains, such as intrusion detection, fraud detection, IoT malware detection, fault detection, system health monitoring, event detection in sensor networks and detecting ecosystem disturbances.
Recommender systems represent an approach to develop more personalized information systems with the aim of providing people and organizations with the right information at the right time. Recommender systems have gained considerable traction online, for example, music recommendations by Spotify, film recommendations by Netflix or quotation creation in the sales department of companies.
Intrustion Detection System
An intrusion detection system (IDS) is a system that monitors network traffic for suspicious activity and issues alerts when such activity is discovered. The foundation of any intelligent IDS is a robust data set to provide examples from which the computer can learn.
Fraud detection refers to the detection of criminal activities occurring in commercial organizations such as banks, credit card companies, insurance agencies, cell phone companies or stock markets. The malicious users might be the actual customers of the organization or might be posing as a customer (also known as identity theft).
(in Natural Language Processing)
Attention mechanism (in Natural Language Processing) refers to the idea of allowing the decoder to attend to different parts of a source sentence at each step of the output generation, instead of encoding the full sentence into a fixed-length vector. The algorithm learns what to attend to – based on the input sentence and what it has produced so far.
One of the problems that researchers have struggled with is how to link pronouns to antecedents, which resulted in this old joke, mimicking the call and response of a protest march:
What do we want? Natural Language Processing!
When do we want it? – Sorry, when do we want WHAT?
A neural network armed with an attention mechanism can actually understand what “it” is referring to. That is, it knows how to disregard the noise and focus on what’s relevant.
Text Summarization states the main ideas or facts in compact statements from a single or a bunch of documents. Considering the nowadays information overload, text summarization can help a company in data analysis and fast decision-making.
A Question Answering System refers to computer systems with the capability of answering the questions posed by humans in a natural language. These systems first translate sentences into a machine-representation, then try to find supported data in databases to generate valid answers. Question Answering Systems are becoming more and more popular thanks to Siri and Google Home, so-called virtual assistants.
Sentiment analysis, also known as opinion mining or emotion AI, refers to the automated process of identifying opinions within written or spoken language. Companies may use sentiment analysis to understand what customers think about their products and services. Beyond determining simple polarity (positive, neutral, negative), sentiment analysis can extract deeper understanding of the context such as the aspects and the emotions of the opinions.
Information extraction performs the task of automatically finding structured information from unstructured machine-readable documents. Information extraction, at a basic level, identifies named entity mentions such as products, organizations, locations and time expressions. At a deeper level, information extraction can find events, relationships and coreferences hiding deeply in written text.
Machine translation means the software-supported translation of a language A into a language B and vice versa. It consists of both language analysis and language generation. Machine translation enables people who do not speak the same language to work together and facilitates the learning of foreign languages.
Vision-based action recognition performs the task of identifying and inferring human actions or goals of one or more people based upon a series of observations or video clips. Due to its multifaceted nature, it can be immensely useful in very different fields related to human activities such as home-based rehabilitation, security-related applications, healthcare and logistics support.
Instance segmentation performs the task of assigning a label and entity ID to each pixel in an image in order to identify image regions of same instance (like “person 1”, “person 2”). Instance segmentation can be used in many applications where we need to localize each instance in the image like object detection, but at pixel-level accuracy like semantic segmentation.
Semantic segmentation performs the task of understanding an image at pixel level by assigning a label to every pixel in an image in order to identify image regions of same characteristics (like “street”, “person”). Some of the practical applications of semantic segmentation are in medical imaging, autonomous driving and traffic control systems.
Object tracking performs the task of locating a moving object or multiple objects while maintaining a unique ID for each object over time and controlling the camera if necessary. It is often combined with object detection in a variety of applications such as human-computer interaction, surveillance, security, counting systems.
Image classification performs the task of assigning one label to an input image depending on the image content. It is one of the most fundamental problems in Computer Vision that, despite its simplicity, appears in most practical problems.
Optical Character Recognition
Optical character recognition performs the task of converting images of typed, handwritten, or printed text into editable and searchable data. It allows users to save a lot of time and effort in various applications from exploiting text-related content in images to scanning and extracting information in documents.