Seismic Inversion

Accelerating seismic wave inversion using AI technology for efficiency.

Aerial view of a textured sandy surface with wave-like patterns and undulations. The sand appears to be slightly damp, creating a mixture of light and dark areas due to shadows and variations in the surface.
Aerial view of a textured sandy surface with wave-like patterns and undulations. The sand appears to be slightly damp, creating a mixture of light and dark areas due to shadows and variations in the surface.
Data Collection

Collecting and preprocessing seismic wave data for analysis.

A dynamic ocean wave with a vibrant green hue curling over itself, topped with a frothy white crest. Sunlight is illuminating the wave, creating a translucent effect, while the water appears textured and detailed.
A dynamic ocean wave with a vibrant green hue curling over itself, topped with a frothy white crest. Sunlight is illuminating the wave, creating a translucent effect, while the water appears textured and detailed.
Abstract vertical waves of light in gradient hues blend seamlessly from purple to yellow, creating a soft, flowing appearance.
Abstract vertical waves of light in gradient hues blend seamlessly from purple to yellow, creating a soft, flowing appearance.
Aerial view of an underwater seafloor featuring rocks and clusters of coral or algae. The scene has a range of dark and light blue tones, with patches of green indicating marine life.
Aerial view of an underwater seafloor featuring rocks and clusters of coral or algae. The scene has a range of dark and light blue tones, with patches of green indicating marine life.
Model Training

Training AI models to extract features from seismic data.

Seismic Wave Inversion

Accelerating seismic wave inversion using AI for enhanced exploration efficiency and reliability.

AI Model Training

Utilizing deep learning techniques to extract features and train AI models for seismic data.

Aerial view of ocean waves crashing against large, star-shaped concrete tetrapods on a coastline. Some of the tetrapods are covered in green moss, highlighting the interaction between man-made structures and natural elements.
Aerial view of ocean waves crashing against large, star-shaped concrete tetrapods on a coastline. Some of the tetrapods are covered in green moss, highlighting the interaction between man-made structures and natural elements.
Data Collection

Collecting and preprocessing seismic wave data to ensure accuracy and standardization for analysis.

An abstract 3D landscape with vertical bars in varying heights and colors, including shades of orange, pink, and blue. A round light source appears in the background against a dark sky, casting subtle shadows across the scene.
An abstract 3D landscape with vertical bars in varying heights and colors, including shades of orange, pink, and blue. A round light source appears in the background against a dark sky, casting subtle shadows across the scene.

Contact Us

The image captures the movement of ocean waves, with water splashing and creating a dynamic interaction with light. The waves are vibrant and lively, reflecting sunlight and creating a shimmering effect.
The image captures the movement of ocean waves, with water splashing and creating a dynamic interaction with light. The waves are vibrant and lively, reflecting sunlight and creating a shimmering effect.

Reach out for inquiries about our AI-based seismic wave inversion and data processing solutions.

Innovation

Accelerating seismic wave inversion with AI technology.

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