Our Services

• Geological Mapping & Structural Interpretation Detailed mapping and structural analysis to define lithologies, alteration zones, fault systems, and mineralization controls for effective target generation. 
• Prospecting, Trenching & Surface Sampling Systematic field reconnaissance, trenching, and surface sample collection to identify mineralized zones and evaluate surface expressions of subsurface targets.
• Geochemical Sampling & Field QA/QC Soil, rock, and stream-sediment sampling with strict quality assurance and quality control protocols to ensure reliable geochemical datasets for anomaly detection and interpretation.

Airborne & Ground Magnetic Surveys High-resolution magnetic measurements to map geological structures, faults, intrusions, and potential mineralized zones. 

Airborne & Ground VLF Electromagnetic Surveys Rapid EM screening technique ideal for detecting conductive targets, shear zones, and structural trends. 

Ground Electromagnetic (EM) Profiling Subsurface conductivity mapping used to identify sulphide bodies, alteration zones, and groundwater pathways. 

Airborne LiDAR Mapping Precise elevation and terrain data for mapping topography, structural features, and site infrastructure planning. 

Airborne Photogrammetry & Surface Modeling High-accuracy imagery and 3D surface models for mapping, terrain analysis, mine planning, and site monitoring. 

Gravity Surveys Measurement of density variations in bedrock and subsurface formations to detect structural changes, intrusions, and basin geometry. 

Airborne & Ground Ground-Penetrating Radar (GPR) High-frequency radar imaging for shallow subsurface features, buried structures, utilities, and environmental applications. 

Electrical Resistivity & Induced Polarization (IP) Surveys Resistivity and chargeability measurements for detecting disseminated sulphide deposits, groundwater, and geotechnical conditions. 

• Seismic Refraction & MASW Near-surface seismic techniques used to determine soil and rock properties for engineering, geotechnical, and site development studies.

• Exploration Planning & Budgeting: Designing exploration programs, estimating budgets, and developing phased technical work plans tailored to project objectives and resource potential.
• Field Logistics & Operational Support: Coordinating field mobilization, crew management, permitting, and resource planning to ensure efficient and safe project execution.
• Environmental & Safety Compliance: Implementing environmental standards and safety procedures to support sustainable operations and meet regulatory and industry requirements.
• Technical Reporting & Results Presentation: Preparing high-quality technical reports, data summaries, and presentations to communicate findings and guide investment and development decisions.

• GIS Mapping & Spatial Database Development: Creation of digital geological and exploration maps, spatial data management, and GIS databases to support project planning and technical analysis.
• Remote Sensing Interpretation for Mineral & Petroleum Systems: Satellite imagery interpretation and spectral analysis to identify alteration zones, structural trends, basin features, and exploration targets for minerals and hydrocarbons.
• DEM, Terrain Modeling & Topographic Mapping: Generation and analysis of digital elevation models and terrain maps to support geological studies, engineering design, and field logistics planning.
• UAV Photogrammetry & Orthomosaics: High-resolution drone imaging and 3D surface reconstruction to produce accurate orthomosaics, site models, and volumetric assessments for exploration and site development.

• Scout & Exploration Drilling Coordination Planning and coordinating drilling programs, ensuring efficient execution, optimal hole placement, and adherence to safety and operational standards. 
• Core Logging & Structural Analysis Detailed geological and structural logging to interpret lithology, alteration, mineralization zones, and structural features for resource evaluation. 
• Core Photography & Geotechnical Logging High-resolution core imaging and documentation, combined with geotechnical logging to record rock quality conditions and support geotechnical assessment. 
• Core Sampling & Preparation Systematic core sampling, cutting, labeling, and preparation following industry QA/QC procedures for reliable analytical results. 
• Density, RQD & Recovery Recording Measurement and recording of core density, Rock Quality Designation (RQD), and core recovery to assess rock strength, competency, and ground conditions.

• Laboratory & Geochemical Analysis 
• Sample Preparation & Assay Workflow Management Coordinating sample processing, laboratory submissions, and assay tracking to ensure efficient turnaround and traceable analytical workflows. 
•  Multi-Method Geochemical Testing Coordination Managing geochemical analyses across various techniques (ICP-MS, XRF, Fire Assay, etc.) to achieve comprehensive elemental and mineralogical characterization. 
• Data QA/QC and Interpretation Implementing quality assurance and control protocols, validating analytical data, and interpreting results for reliable decision-making.
•  Geochemical Anomaly Evaluation & Targeting Analyzing geochemical trends and anomalies to define exploration targets and prioritize follow-up drilling or field investigations.