Passive-source imaging that delivers low-cost, high-reliability results — from shallow hydrocarbon exploration to full lithospheric structure and metal ore-forming systems.
DeepSeis enables passive-source imaging across the full depth spectrum — from shallow hydrocarbon reservoirs to the lithosphere-asthenosphere boundary.
Map sedimentary basin architecture, fault systems, and structural traps using passive-source reflection profiles. DeepSeis images near-surface to upper-crustal structures with high resolution — basement topography, sedimentary interfaces, and shallow fault networks that control hydrocarbon accumulation. A low-cost alternative to active-source surveys for regional exploration.
Image deep crustal fault systems and magmatic conduits that control metal mineralization. DeepSeis has been deployed in the Jiaodong Gold Province and Huozaoyun deposit, revealing ore-controlling structures from the upper crust down through the Moho — insights critical for understanding metal ore-forming models at crustal scale.
DeepSeis can image the full lithosphere — from the crust through the mantle lithosphere to the lithosphere-asthenosphere boundary (LAB). The same passive-source reflection workflow that maps shallow sedimentary layers can be scaled up to reveal Moho undulations, lithospheric thinning, and subduction-related deformation. This unified approach provides the deep tectonic framework that controls both metal ore-forming and hydrocarbon accumulation patterns.
DeepSeis delivers results comparable to active-source surveys — without the cost, logistics, or environmental impact of explosives and vibrators.
No explosives, vibrators, or marine airguns. Deploy permanent or temporary broadband stations and let ambient noise do the work.
Continuous recording provides massive data redundancy. AI-assisted QC ensures only high-quality data enters the processing chain.
One method, two scales: near-surface imaging (upper crust, 0–15 km) and lithospheric imaging (Moho to LAB, 30–200+ km). The same passive-source reflection workflow covers both.
The same workflow serves oil & gas accumulation studies, metal ore-forming research, and lithospheric tectonics.
Tell us about your data and goals. We'll help you determine if DeepSeis is the right tool for your workflow.