TECHNICAL BRIEF V7.1

Deep Mineral
Intelligence
Powered by Biology

We replace legacy drilling campaigns with autonomous biological swarms. Achieve atomic-level precision for Lithium & Copper at 400x lower costs, with zero ecological footprint.

Trusted by industry leaders:
RIO TINTO VALE BHP
mineral_scan.exe
LIVE
> SECTOR_ANALYSIS_V7.1
[ ACTIVE ]
LITHIUM_ISOTOPE
Li-7
94%
COPPER_DEPOSIT
Cu
87%
SPECTRAL_ANALYSIS +14.2% yield
SWARM
12 ACTIVE
DEPTH
120M
YIELD
HIGH
eco
IMPACT
Net-Zero Active
500km²
Daily Scan Area
1/400
Cost Reduction
99.8%
Sensor Sensitivity
0%
Ground Disturbance

Backed by World-Class Investors & Partners

star star star star star

"GeoMetals provided the critical data we needed to greenlight our lithium project 2 years ahead of schedule."

Sarah Jenkins VP Exploration, GlobalMining
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"The zero-impact methodology allowed us to survey protected lands without any ecological disruption."

David Chen Director, EcoResources
star star star star star

"An absolute game changer for copper exploration. The data density is unmatched."

Michael Ross CTO, FutureMetals
// MODULAR_ECOSYSTEM

Four Layers of Discovery

Hover over each technology module to explore how we combine biological sensing, robotics, and blockchain into a unified exploration engine.

biotech
biotech

1. Hyperlogatrine Biosensors

Engineered proteins that fluoresce in the presence of specific rare earth elements.

Sensitivity Picomolar Level
False Positives < 0.01%
View Case Study arrow_forward
hub
hub

2. Autonomous Swarms

Self-organizing drone networks that deploy sensors and map terrain autonomously.

Coverage 50km² / day
Autonomy Level 4
Watch Demo play_circle
memory
memory

3. AI Modeling Core

Real-time synthesis of biological data into high-probability mineral heatmaps.

Processing Edge Compute
Accuracy 94.2%
See Algorithms code
security
security

4. Immutable Trust Layer

Blockchain-verified discovery records creating an audit-proof trail for investors.

Protocol PoA Network
Verification Instant
Verify Hash open_in_new
// ENVIRONMENTAL_STEWARDSHIP

Zero-Impact Exploration

Traditional exploration requires clear-cutting forests for drilling rigs. GeoMetals works with nature, using aerial swarms and biological sensors that leave no trace.

100%
Forest Preservation
-95%
Carbon Emissions

forest
Impact Comparison

Traditional Drilling Campaign HIGH_IMPACT
Deforestation Heavy Machinery Chemicals
GeoMetals Approach ZERO_IMPACT
Aerial Deployment Passive Sensing

Why Biology Beats Big Data

Benchmarking GeoMetals.ai against traditional AI mining methods. We don't just guess where minerals are; we chemically detect them.

Atomic Level Certainty

Traditional AI models rely on sparse historical data to make probabilistic guesses. GeoMetals uses Hyperlogatrine proteins to physically bind with REE isotopes, providing definitive proof of presence.

  • check_circle Picomolar detection sensitivity
  • check_circle Specific isotope differentiation (Li-6 vs Li-7)
  • check_circle Real-time false positive elimination
Kobold Metals / Standard AI PPM Level
GeoMetals.ai Picomolar Level

1,000,000x Higher Sensitivity

// FLEXIBLE_PLANS

Start Exploring Today

From pilot projects to enterprise deployments, we have a plan that scales with your exploration needs.

Pilot

Perfect for initial exploration

$5K /survey
  • check_circle Up to 10km² coverage
  • check_circle Basic mineral detection
  • check_circle 48-hour data delivery
  • check_circle Standard report
POPULAR

Professional

For serious exploration teams

$15K /month
  • check_circle Up to 50km² coverage
  • check_circle Full REE & Lithium detection
  • check_circle Real-time data streaming
  • check_circle AI-powered analysis
  • check_circle Priority support

Enterprise

Custom solutions at scale

Custom
  • check_circle Unlimited coverage
  • check_circle Dedicated drone fleet
  • check_circle On-site deployment team
  • check_circle Custom integrations
  • check_circle 24/7 dedicated support

Latest Insights

Thought leadership on the intersection of biology and mining.

View all news arrow_forward
Biology lab petri dish
TECHNOLOGY

Engineering Proteins for Copper Detection

How we modified hyperlogatrine to specifically bind with copper ions, creating the world's first biological copper sensor.

Oct 12, 2023 5 min read
Drone over landscape
CASE STUDY

Rio Tinto Pilot: 300km² in 48 Hours

A detailed look at our recent deployment in Western Australia, where swarm robotics outperformed traditional survey teams by 12x.

Sep 28, 2023 8 min read
Blockchain data visualization
MARKET

The Future of Provenance in EV Batteries

Why automotive manufacturers are demanding blockchain-verified mineral sourcing and how GeoMetals delivers it.

Sep 15, 2023 6 min read