Frequently Asked Questions

Aurum Strata Global Vision operates as a specialized contract mining and project management firm, which fundamentally differs from traditional mining companies in several key ways. Unlike conventional mining enterprises that purchase mineral rights, maintain permanent infrastructure, and manage decades-long extraction projects, we provide turnkey mining services on a contractual basis.

Our business model centers on surgical extraction expertise. We partner with governments, major resource holders, and junior exploration companies who own the mineral concessions but lack the operational capability or capital to extract resources efficiently. We bring our autonomous equipment fleet, technical expertise, and management systems to their sites, execute the mining operations according to their specifications, and demobilize upon contract completion.

This approach offers several advantages: operational agility (we can deploy globally within 30 days), technology leadership (60% of our fleet operates autonomously), and risk mitigation (we don't carry long-term liability for exhausted mines or environmental rehabilitation post-contract). We generate revenue through fixed unit rates and performance bonuses rather than commodity speculation.

We manage concurrent operations across four continents, maintaining regional headquarters in Las Vegas (Americas), Santiago (South America), Perth (Asia Pacific), and Stockholm (EMEA). As of 2026, our geographic footprint includes:

• North America: 4 active sites focusing primarily on gold and base metals extraction
• South America: 3 operations in Chile and Peru, representing our largest copper production region
• Asia Pacific: 3 sites in Australia and Indonesia, specializing in iron ore and bulk commodities
• Europe: 2 projects in Scandinavia focusing on critical minerals and rare earth elements

Our technical capabilities span the complete spectrum of modern mining methodologies:

Regarding commodities, we maintain expertise across precious metals (gold, silver), base metals (copper, zinc, nickel), industrial minerals, and emerging critical minerals (lithium, cobalt). Our diverse commodity exposure insulates us from single-market volatility.

We offer tiered investment vehicles to accommodate various capital capacities and risk appetites:

• Equipment Leasing Program: Minimum $50,000 | Target IRR: 12-15%
• Precious Metals Fund: Minimum $100,000 | Target IRR: 22-28%
• Base Metals Portfolio: Minimum $250,000 | Target IRR: 16-20%
• Strategic Partnership: Minimum $5,000,000 | Custom negotiated terms

Actual realized returns have averaged 18.4% annually across all vehicles over the past 5 years, with a zero default rate on income distributions. Returns are generated through operational cash flows rather than speculative appreciation.

Investor security is paramount. We employ a multi-layered collateral framework to protect capital:

• Equipment Liens: Investors hold first-priority security interests on specific autonomous heavy machinery.
• Contract Assignment: We assign the rights to specific operational contract revenues.
• Insurance Wraps: All operations carry comprehensive business interruption and equipment insurance.

Unlike traditional mining investments where returns are directly tied to gold or copper prices, 85% of our revenue comes from fixed unit-rate contracts ($/ton moved, not $/oz produced). This insulates investor returns from commodity volatility—a key differentiator in our model.

For the remaining revenue tied to commodity prices, we employ forward sales contracts and cost collars to lock in minimum price floors and protect the downside.

Our industry-leading 30-day mobilization timeline is achieved through modular infrastructure and pre-positioned equipment pools. The timeline breaks down as follows:

• Days 1-7: Site Assessment, permitting, and geotechnical validation
• Days 8-15: Equipment Mobilization via heavy-haul lowboys
• Days 16-22: Commissioning of autonomous systems and GPS base stations
• Days 23-30: Trial "shadow mode" operations transitioning to full extraction

Equipment redeployment is core to our asset mobility strategy. Upon contract completion, we execute a systematic demobilization protocol:

Equipment is recovered, subjected to non-destructive testing, refurbished based on predictive maintenance data, and immediately shipped to the next contract site. Our diversified portfolio ensures equipment finds new deployment within 60-90 days, avoiding stranded capital.

Our autonomous operations utilize proprietary AI algorithms integrated with top-tier OEM equipment:

• High-Precision Mapping: Survey drones equipped with LiDAR create centimeter-accurate 3D terrain maps to optimize dig sequences.
• Vehicle Autonomy: Haul trucks operate without drivers using GPS-RTK (Real-Time Kinematic) positioning and forward-looking LiDAR for collision avoidance.
• Fleet Optimization: AI dispatch algorithms automatically calculate optimal truck assignments based on shovel queue lengths and fuel efficiency curves.

Results include 15% higher productivity and a 40% reduction in fuel consumption.

Autonomous mining represents a high-value target for threat actors. Our defense-in-depth strategy includes air-gapped control systems, Zero-Trust network architecture, and end-to-end AES-256 encryption.

We maintain ISO 27001 Information Security Management certification and utilize redundant, geographically separated Command Centers with automatic failover capabilities.

Aurum Strata Global Vision maintains a 5-year running record of zero Lost Time Injuries (LTI) across all operations. We achieve this through:

• Behavior-Based Safety: "Stop-work authority" granted to every individual regardless of rank.
• Autonomous Zones: Heavy equipment injuries are eliminated in autonomous operating areas by removing human operators from danger zones.
• Fatigue Management: Biometric monitoring of equipment operators and automatic scheduling limits.

We engage in progressive rehabilitation, meaning we re-contour, stabilize, and re-vegetate exhausted sections of a site concurrently with active operations. This ensures the land is returned to an ecologically stable state rapidly, rather than creating a massive end-of-life liability.

Remote site maintenance relies on Condition-Based Maintenance (CBM). Our AI analyzes oil samples, vibration telemetry, and thermal imaging to determine exactly when components require attention, catching incipient failures before they cause downtime.

We also maintain $12 million in strategic spare parts inventory distributed across regional hubs to ensure rapid deployment of necessary components via charter flights.

We engage new clients through a structured process:

1. Initial Consultation: Review project details and execute NDAs.
2. Site Assessment: Our engineers conduct a 3-5 day site visit evaluating geological conditions and infrastructure.
3. Proposal Development: We deliver a comprehensive methodology, equipment plan, and fixed unit rate structure within 30 days.
4. Contract Negotiation: Execution of performance-based contracts.

We actively serve the entire spectrum. For junior explorers lacking capital for equipment purchase, we provide "Mining as a Service"—bringing equipment and management in exchange for a percentage of production or fixed fees. We also serve major multinational producers needing operational flexibility or access to specialized autonomous technology without internal R&D investment.

International risk management involves financial hedging and operational flexibility:

• Currency Risk: Contracts are typically USD-denominated. Local operating costs are naturally hedged by earning in local currency equivalents.
• Political Risk: We carry OPIC political risk insurance covering expropriation and currency inconvertibility.
• Asset Mobility: Our greatest protection is the ability to demobilize our $340M fleet and relocate within 60 days if conditions deteriorate.

High-altitude operations present unique mechanical challenges. Diesel engines lose roughly 3% power per 1,000 feet of elevation. We compensate via turbocharged engines, derating payload parameters, utilizing enhanced cooling systems, and favoring autonomous equipment over manual labor in extreme elevations to protect human health.