PATRIOT LOGISTICS GROUP

Reclaiming land. Protecting civilians. Accelerating nations.

Aerial GPR drone surveys and AI landmine detection. Validated for Ukrainian landmine detection and global mine action.

The Leadership Team

The Crisis: A 100-Year Problem

The 100-Year Problem

110M+

Active Landmines (70+ Countries)

100

Years to Clear (Est.)

5,000+

Annual Casualties

The Global Bottleneck

Incumbent models are slow, manual, and high-risk.
They scale by manpower, not technology.
They rely on guesswork, not subsurface data.
This leads to massive waste and stagnant progress.

The Current Workflow: Slow, Manual, & Costly

Non-Technical Survey (NTS)

Interviews, maps, local reports, field observation.
Produces large, low-confidence grids.
Significant overestimation → wasted months and millions.

Time:

2–10+ Weeks

Technical Survey (TS)

Vegetation clearing, lane cutting, detector sweeps.
Massive time spent digging non-threat metal clutter.
Slow, manpower-limited, dangerous, expensive.

Time:

3–12+ Months

Clearance & Disposal

Mechanical assets are deployed exactly where needed.
Manual deminers work only in the lanes validated by NTS and TS.
EOD personnel render safe or dispose of UXO.

Result:

Precise Execution

GLOBAL PROBLEM: 70+ countries face the same bottleneck — teams search "blind" inside large grids with little subsurface intelligence.

The Result: The 'Grid Problem'

1. Small Grids (0.5–5 km²)

Villages, tree lines, former military positions.
Cluster munition strike areas.
Roadside contamination.

These are common but usually not the time-killers.

2. Medium Grids (5–20 km²)

Rural farmland
Former front lines
Abandoned infrastructure zones
Retreat routes and trench systems

This is the 'typical grid' worldwide.

This is also where PLG has the biggest impact, because traditional NTS overestimates boundaries.

Our Solution: GPR Drone & AI Landmine Detection Pipeline

1. Aerial GPR Survey

GPR drones (UAVs) fly autonomous grids, transmitting real-time wireless data for landmine detection.

2. AI Anomaly Detection

AI landmine detection: neural networks classify subsurface signatures (mines vs. clutter).

3. GIS Output

Probability maps are exported to national databases for tasking.

4. Key Differentiator

The only aerial system that finds *all mine types* (metal, low-metal, plastic).

This transforms demining from a manpower problem to a data-driven service.

The Impact: Weeks vs. Months

Incumbent Workflow (NTS + TS)

Slow, manual process (months/years)
High risk to operators on the ground
Relies on "guesswork" (false grids)
Scales by manpower, not technology

8-18 Months

Per Grid

PLG GPR Drone & AI Landmine Detection

Minimal 2-person crew
Zero risk to operators
Replaces guesswork with data
Data-driven, exponential speed

~1-2 Weeks

Per Grid

The Investor Thesis: A Definitive Data Asset

$5B+ in Otherwise Unavoidable Spending: This is a massive infrastructure/reconstruction play, not a small humanitarian pitch.
No Scalable Competitor: Nobody else can detect low-metal mines from the air. This is a genuine category creation moment.
First-Mover Advantage = Infrastructure: We become the permanent data backbone, just like ESRI or Palantir.
Political Momentum: Ukraine, Egypt, Iraq, Libya – all are under intense pressure to accelerate timelines to now.
The Definitive Data Asset: Whoever maps the subsurface of a nation becomes the de facto exclusive service provider for decades.

This is a once-per-generation opportunity to own a critical layer of national security and reconstruction infrastructure before anyone else.

The Competitive Landscape

Height of the Probe

Simple (Detector)

Smart (AI+GPR)

Other Drones

LiDAR / Magnetics

Cannot find low-metal or plastic mines, which are the primary threat.

Patriot Logistics Group

PLG — Aerial GPR + AI

The only solution in the "holy grail" quadrant: GPR drone with AI landmine detection. Aerial, Smart, and detects *all* mine types.

Incumbents (HALO, MAG)

Manual Probing

Scales by manpower. Slow, high-risk, 20th-century model.

Ground GPR

Handheld/Vehicle GPR

Still slow, requires ground access, high-risk for operators.

Our Business Model: From Pilot to Platform

Deployment & Scaling Plan

Phase 1:

Deploy 2-3 systems to validate performance and integrate with national EOD.

Phase 2: Regional Scaling

Expand to 20-30 systems, generate first national mine database.

Phase 3: Sovereign Operation

Train national engineers to operate the drones, sensors, and AI models.

Key Revenue Streams

Aerial Survey Contracts
National Database Packages
Training & Certification
Data Subscriptions (DaaS)
Strategic Licensing (PaaS)

Project Validation

Ukrainian Landmine Detection: Ukraine Pilot Validated

Technology Proven: GPR drone and AI landmine detection successfully tested with Ukrainian Army EOD units, detecting known targets to a high confidence level.

Next Steps Underway: National-level discussions are in progress for next-stage, large-scale deployment.

Key Middle East Nation: Strategic Alignment

High-Level Engagement: Advanced discussions with a key Middle East nation to deploy the system for a large scale national project.

Global Standards: Actively aligning with UNMAS/IMAS to become the global standard for aerial survey.

Contact Us

For business inquiries and partnerships, please reach out to our team.