Data Design Engineering

With DDE’s convergence AI technologies, the sophisticated AI models are designed to be equipped not only on ground stations but also onboard aircraft and spacecraft for immediate use in critical space and earth observation (EO) missions.

In these missions and projects, we take an integrated approach where various technologies, (i.e., Image Processing, Natural Language Processing (NLP), IoT, Predictive Analysis, etc.) are combined together to achieve the desired objectives. For example, in EO missions, image processing plays an important role as one of the core algorithms that classifies the desired objects within large areas of interest, such as land and sea surfaces.

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With DDE’s convergence AI technologies, the sophisticated AI models are designed to be equipped not only on ground stations but also onboard aircraft and spacecraft for immediate use in critical space and earth observation (EO) missions.

In these missions and projects, we take an integrated approach where various technologies, (i.e., Image Processing, Natural Language Processing (NLP), IoT, Predictive Analysis, etc.) are combined together to achieve the desired objectives. For example, in EO missions, image processing plays an important role as one of the core algorithms that classifies the desired objects within large areas of interest, such as land and sea surfaces.

The AI models are designed to automatically capture and validate anomalies with the highest quality and accuracy possible. In addition, through our years of experience in not only creating our own AI technologies but also actually applying them to missions and projects, we have the know-how to transform the collected data into high-quality trackable outputs that are then realised into necessary actions.

Our innovative integrated approach allows us to achieve highly accurate recognition and detection, low operational cost, and low-latency system response in space and EO missions and projects.

Automatic remote sensing data transformation AI that allows raw data to be automatically processed into 3D image to enable accurate rendering for higher levels of utilization such as accurate recognition and detection of image elements.

In order to advance the state of the art in satellite imaging technologies, to reduce the cost of satellite image data collection and processing and to provide affordable and reliable satellite image data services, we are in development of Earth Observation Data & Satellite Image Processing Engine that will enable a fast and accurate recognition of objects and events through satellite image modelling and pre-training.

AI for automatic high precision robotic control that calculates the appropriate force and values automatically for exact and smooth control of systems and end effectors where highly accurate precision is the utmost requirement.

Re-visiting or multiple collection of data from the same location using satellite for detection and recognition of targets is costly and inefficient.
Therefore, development of Pre-trained model allows you to apply all kinds of image data without having to continuously take images of the same locations, thus dramatically reducing costs and server usage while increasing processing speed, especially in the case of illegal mining and modern slavery detection.

Sat SAR 3D Image Processing

Automatic remote sensing data transformation AI that allows raw data to be automatically processed into 3D image to enable accurate rendering for higher levels of utilization such as accurate recognition and detection of image elements.

Satellite Image Processing

In order to advance the state of the art in satellite imaging technologies, to reduce the cost of satellite image data collection and processing and to provide affordable and reliable satellite image data services, we are in development of Earth Observation Data & Satellite Image Processing Engine that will enable a fast and accurate recognition of objects and events through satellite image modelling and pre-training.

Active Heave Compensation(AHC) & PID Tuning

AI for automatic high precision robotic control that calculates the appropriate force and values automatically for exact and smooth control of systems and end effectors where highly accurate precision is the utmost requirement.

Pre-trained Model for Illegal Mining & Modern Slavery Detection

Re-visiting or multiple collection of data from the same location using satellite for detection and recognition of targets is costly and inefficient.
Therefore, development of Pre-trained model allows you to apply all kinds of image data without having to continuously take images of the same locations, thus dramatically reducing costs and server usage while increasing processing speed, especially in the case of illegal mining and modern slavery detection.