Data Types

Ocean Bottom Node (OBN) seismic acquisition delivers high-resolution, full-azimuth imaging by placing autonomous nodes directly on the seafloor to capture detailed subsurface data. Designed for complex and technically demanding environments, OBN surveys provide clearer reservoir insight, improved structural definition and greater confidence in exploration and field development decisions. 

Ultra-High Resolution 3D seismic delivers precision imaging of the shallow subsurface, providing exceptional clarity of near-seafloor conditions. Using short streamers, shallow tow depths and high-frequency sources, UHR3D captures fine-scale geological features that are critical for offshore wind development, infrastructure planning and complex site investigations. 

GeoStreamer X supports multi-azimuth, multi-sensor towed-streamer acquisition using single- or multi-vessel wide-tow source configurations to solve complex clastic and subsalt imaging challenges. By tailoring acquisition geometries to optimize offset and azimuth sampling, it delivers richer seismic illumination, improved near-offset distribution, enhanced velocity model building, and stronger full-waveform inversion performance. The result is sharper imaging at all depths and a cost-effective, flexible solution for advancing exploration and reservoir characterization in both mature and frontier basins. 

Multi-azimuth, multi-sensor towed streamer configurations, deployed with single or multi-vessel wide-tow sources, address complex clastic and subsalt imaging challenges while providing an economic solution for richer seismic illumination and improved velocities. By tailoring azimuth acquisition to subsurface complexity, additional azimuths can enhance target illumination, improve lateral resolution and strengthen coherent noise attenuation. From cost-effective single-vessel multi-azimuth surveys to wide-azimuth and rich-azimuth multi-vessel geometries, acquisition design is optimized to balance geophysical objectives and project economics. 

GeoStreamer PURE 3D merges only multi-component GeoStreamer broadband data into unified, contiguous regional 3D volumes that are fully depth processed using advanced modern imaging workflows, including Full Waveform Inversion. Built on a common grid with consistent amplitudes and phase-balanced integration, these datasets deliver true broadband clarity and reliable elastic properties across basin scale areas. The result is a premium, drill-ready regional framework that supports basin screening, play fairway evaluation and confident prospect maturation within a single, consistent 3D volume. 

GeoStreamer seismic surveys record pressure and particle motion using variable-depth, multi-sensor streamers for broadband 2D/3D, improving deghosting, S/N, AVO reliability and low-frequency penetration; long offsets available.

This integrated regional 3D solution merges multi-component GeoStreamer and other large-scale seismic datasets into unified, seamless depth volumes processed as a single project using modern imaging workflows. By applying advanced technologies including Full Waveform Inversion, tomography and RTM/LSM, the data is amplitude-matched, phase-balanced and optimized for consistent illumination across complex geological settings. The result is a contiguous regional framework that supports basin screening, infrastructure-led exploration and prospect maturation with improved velocity accuracy, interpretation continuity and drill-ready confidence. 

Conventional 3D seismic includes towed-streamer seismic surveys acquired with conventional single-component hydrophones (NAZ configuration with optional long offsets and tailored tow depths) supporting prospect delineation and reservoir characterization with balanced cost, image quality and turnaround.

MegaSurvey 3D merges very large-scale final 3D seismic datasets onto a common grid, creating an amplitude-matched, phase-balanced and uniformly scaled contiguous regional volume. By integrating public and proprietary data into a consistent basin-wide framework, it enables regional screening, play fairway mapping and petroleum system analysis with seamless coverage and reliable attributes. The result is fast mega-regional insight that provides geological context beyond block boundaries while supporting confident prospect evaluation within a unified 3D dataset. 

2D-cubed seismic volumes transform dense 2D lines into a structurally conformable 3D volume at regional or basin scale, enabling 3D interpretation where 3D coverage is sparse, at close to 2D cost. By integrating multivintage 2D and selected 3D data into a unified dataset, 2Dcubed creates an interpretable 3D volume that unlocks the full capability of modern 3D interpretation software for regional screening and play evaluation.

Conventional 2D seismic includes towed-streamer seismic surveys acquired with conventional single-component hydrophones for frontier evaluation, basin architecture and tie lines, delivering rapid coverage and cost-effective insights.