findmine gGmbH

Cover Block

PUBLIC

The core details for findmine gGmbH position it as a hardware-focused social enterprise tackling a specific humanitarian challenge.

Attribute	Detail
Name	findmine gGmbH
Tagline	Develops innovative UAS technology with GPSAR radar for safe humanitarian mine detection worldwide. [findmine.org, retrieved 2024]
Headquarters	Illertissen, Germany
Founded	2022
Stage	Seed
Business Model	Other (Social Enterprise)
Industry	Defense / Govtech
Technology	Hardware
Geography	Western Europe
Growth Profile	Social Enterprise
Founding Team	Dr. Winfried Mayer (CEO) [findmine.org, retrieved 2024]
Funding Label	Undisclosed

Links

PUBLIC

• Website: https://www.findmine.org/

Data Accuracy: GREEN -- Confirmed by company website.

Executive Summary

PUBLIC

FindMine gGmbH is a German hardware startup developing unmanned aircraft systems (UAS) equipped with ground-penetrating synthetic aperture radar (GPSAR) to detect landmines, a technology that could significantly reduce risk in humanitarian demining [findmine.org, retrieved 2024]. The company merits attention for its focused application of advanced remote sensing to a critical, persistent global problem where innovation has been historically slow. Founded in 2022 by Dr. Winfried Mayer, the company emerged from a research initiative funded by the Urs Endress Foundation, which aims to redesign civil mine detection to be faster and more cost-effective using unmanned systems [findmine.org, retrieved 2024][6].

The core product is a drone-based radar system built from scratch, designed to locate buried objects from the air, thereby keeping demining personnel at a safe distance. Its primary differentiator is the integration of a specialized real-time kinematic GNSS for precise localization, a feature developed to reduce false alarms common in traditional detection methods [13][8]. The founding team includes technical leads with published academic research in radar and detection algorithms, such as System Architect Johannes Schlichenmaier, who presented new processing methods at a major industry workshop in 2023.

Funding to date appears to be structured as grants from the Urs Endress Foundation rather than traditional venture capital, aligning with a social enterprise model focused on technology validation and field deployment [findmine.org, retrieved 2024]. The business model is not publicly detailed but centers on deploying systems in partnership with humanitarian demining organizations like the Fondation Suisse de Déminage (FSD), which has already received training on the technology [findmine.org, Sep 2022]. Over the next 12-18 months, key milestones to watch include the results of validation tests conducted in Croatia in May 2024 and the planned field tests in Ukraine slated for late 2025, which will serve as critical proofs of concept for the system's operational readiness.

Data Accuracy: GREEN -- Core claims confirmed by company website and independent technical publications.

Taxonomy Snapshot

Axis	Classification
Stage	Seed
Business Model	Other
Industry / Vertical	Defense / Govtech
Technology Type	Hardware
Geography	Western Europe
Growth Profile	Social Enterprise

Company Overview

PUBLIC

FindMine gGmbH was founded in 2022 in Illertissen, Germany, as a non-profit limited liability company (gGmbH) with a registered capital of 25,000 EUR [findmine.org]. The entity's formation was driven by a specific technical goal, to develop unmanned aircraft system (UAS) technology for humanitarian demining, rather than a conventional commercial startup narrative [findmine.org]. The company's early trajectory is defined by a close partnership with the Urs Endress Foundation, which provides funding and whose stated aim is to redesign civil mine detection to be faster and more effective using UAS [findmine.org, retrieved 2024][6].

Key operational milestones followed a clear research and validation cadence. In September 2022, the company reported training deminers from the Fondation Suisse de Déminage (FSD) on the use of a FindMine GPSAR system, indicating early field engagement [findmine.org, Sep 2022]. By May 2024, development had progressed to formal validation tests at the CTRO test site in Benkovac, Croatia, where the UAV-based GPSAR was tested against real, disarmed anti-personnel and anti-tank mines and unexploded ordnance. The company has also published peer-reviewed research on its technology in 2023 and 2024, underscoring its academic and engineering foundations [findmine.org, retrieved 2024].

Data Accuracy: GREEN -- Confirmed by company website and published research.

Product and Technology

MIXED The company's core product is a specialized unmanned aircraft system (UAS) designed for humanitarian demining, integrating a custom-built ground-penetrating synthetic aperture radar (GPSAR). This system aims to detect buried objects like landmines and unexploded ordnance from the air, a method intended to reduce the physical risk to demining personnel [findmine.org, retrieved 2024]. The technology is described as being developed from scratch, with a focus on creating a system that can operate from a drone platform and provide accurate localization of targets using a real-time kinematic (RTK) global navigation satellite system [findmine.org] [13].

Development and validation are active, with the company reporting a test of its UAV-based GPSAR at a controlled test site in Benkovac, Croatia in May 2024. This test involved the detection of real, disarmed anti-personnel and anti-tank mines. The company also notes a separate research track for a complementary FindMine Metal Detector, which is transitioning from research into development [findmine.org, retrieved 2024]. Public team profiles indicate a focus on advanced signal processing, with a system architect for radar and software presenting new algorithms for UAV-based GPSAR at an international workshop.

Data Accuracy: GREEN -- Core product claims are confirmed by the company's primary website and technical publications. Development milestones are cited from specific company announcements and conference presentations.

Market Research

PUBLIC The global need for humanitarian demining is not a new problem, but the scale of contamination in conflict zones like Ukraine has refocused attention on technologies that can accelerate clearance while keeping personnel safe.

Quantifying the total addressable market for demining services and equipment is challenging, as it is driven by government and NGO budgets rather than traditional commercial demand. The Geneva International Centre for Humanitarian Demining (GICHD) reports that global expenditure on mine action reached approximately $1.1 billion in 2022, with the majority allocated to clearance operations [GICHD, 2023]. This figure serves as an analogous market for the broader ecosystem. The specific segment for advanced detection technologies like UAV-based ground-penetrating radar is a fraction of this total, but it is a segment where innovation is actively sought to improve efficiency and safety.

Demand is driven by persistent contamination from past conflicts and the acute, large-scale contamination from ongoing wars. The United Nations estimates that over 60 countries and territories are contaminated by landmines and explosive remnants of war [UNMAS, 2023]. The conflict in Ukraine has created one of the largest contaminated areas in the world, with the World Bank estimating a clearance cost exceeding $37 billion [World Bank, 2023]. This creates a powerful tailwind for any technology that promises faster, cheaper, or safer detection. Key adjacent markets include broader geophysical surveying for utilities and archaeology, which use similar sensor technologies but operate on a commercial, for-profit basis.

Regulatory and funding forces are significant. Demining is governed by international humanitarian law and national standards that prioritize safety and thoroughness over speed. New technologies must be validated by recognized testing centers, such as the Croatian Test and Training Centre for Demining (CTRO), before being deployed in humanitarian operations. Funding flows primarily from donor governments, international organizations, and private foundations, making grant compliance and demonstration of humanitarian impact critical for commercial adoption.

Data Accuracy: YELLOW -- Market sizing is based on analogous reports from recognized international bodies; specific TAM for UAV-GPSAR detection is not publicly quantified.

Competitive Landscape

MIXED

FindMine's competitive position is defined by its focus on a specific technological solution,UAV-based ground-penetrating radar,within the niche humanitarian demining sector, a space where commercial incentives are often secondary to mission efficacy and safety.

Company	Positioning	Stage / Funding	Notable Differentiator	Source
findmine gGmbH	Developer of UAV-based GPSAR systems for humanitarian mine detection.	Seed; funded by Urs Endress Foundation grants.	Proprietary GPSAR hardware and processing algorithms developed in-house for aerial deployment. [findmine.org]
Mine Kafon	Design studio creating low-cost, wind-powered demining devices.	Design/art project; crowdfunded and grant-backed.	Passive, mechanical ball-roller system aimed at affordability and accessibility. [10]
Demining Research Community	Open-source research collective focused on humanitarian demining tech.	Research community; grant and volunteer-driven.	Collaborative, open-source model for developing and sharing detection algorithms and sensor data. [14]

The competitive map in humanitarian demining technology is fragmented across several distinct approaches. Incumbent methods rely heavily on manual detection using metal detectors and prodding, supported by organizations like the Fondation Suisse de Déminage (FSD), which FindMine collaborates with for field testing [findmine.org, Sep 2022]. Challengers in the technology space include the Demining Research Community, which pursues open-source sensor fusion and machine learning solutions, representing a collaborative, software-centric alternative to proprietary hardware systems. Adjacent substitutes are represented by entities like Mine Kafon, which bypasses electronic detection entirely with a low-tech, mechanical approach designed for cost and simplicity over high-resolution mapping. This landscape means FindMine competes less on price and more on proving its system's superior detection rates, speed, and operational safety compared to both manual labor and alternative technological concepts.

FindMine's current defensible edge appears rooted in its integrated hardware-software stack and its academic partnerships. The company's GPSAR radar was "developed from scratch" specifically for UAV deployment, and its team includes published researchers advancing core detection algorithms [5][findmine.org]. This deep technical integration, validated through tests at controlled sites like the one in Benkovac, Croatia, creates a barrier to entry that is higher than that of purely software or mechanical solutions. The edge is reinforced by its foundational backing from the Urs Endress Foundation, which provides mission-aligned, patient capital focused on humanitarian outcomes rather than rapid commercial returns [5][6]. However, this edge is perishable if the technology fails to transition reliably from controlled validation to complex, real-world field operations, or if open-source initiatives successfully replicate its core sensing capabilities.

The company's most significant exposure lies in its limited commercial footprint and dependency on a single funding channel. While Mine Kafon has built a recognizable brand through design and crowdfunding, and research communities attract broad academic participation, FindMine's go-to-market is narrowly tied to grants and partnerships with humanitarian NGOs. It does not own a direct sales channel to national demining agencies or military contracts, which are larger but more competitive procurement markets. Furthermore, its focus on aerial GPSAR may limit applicability in densely vegetated or urban environments where UAVs cannot easily operate, ceding those segments to ground-based sensor platforms.

The most plausible 18-month scenario hinges on field validation in an active conflict zone. If FindMine successfully executes its planned tests in Ukraine in late 2025 and demonstrates materially faster clearance rates with acceptable false-alarm ratios, it could become the preferred technical partner for major humanitarian demining organizations, marginalizing less proven technological approaches. The loser in that scenario would likely be projects that cannot demonstrate similar operational rigor or tangible field results, remaining in the prototype or research phase. Conversely, if field tests encounter significant practical hurdles, the open-source, modular approach of communities like the Demining Research Community may gain traction as a more adaptable and incrementally improvable alternative.

Data Accuracy: YELLOW -- Competitor positioning is based on limited public source material; FindMine's own technology claims are well-documented.

Opportunity

PUBLIC

The prize for findmine gGmbH is the potential to become the standard remote-sensing platform for humanitarian demining, a role that could unlock billions in global aid spending by making clearance operations dramatically faster and safer.

The headline opportunity is to establish the company's UAV-based GPSAR system as the default first-pass detection tool for all major humanitarian demining organizations. This outcome is reachable because the technology directly addresses the core operational bottleneck: manual, ground-based detection is slow and dangerous. The company has already embedded its system with a key early adopter, having trained deminers from the Fondation Suisse de Déminage (FSD) on its technology [findmine.org, Sep 2022]. This initial validation with a respected NGO provides a credible beachhead. The system's design, using a ground-penetrating radar developed from scratch and a real-time kinematic GNSS for precise localization, is purpose-built for this specific, high-stakes task [13][5]. If it proves reliable in the field, the efficiency gains could make it indispensable for any organization working under donor pressure to clear more land for less money.

Growth could follow several concrete paths, each with identifiable catalysts.

Scenario	What happens	Catalyst	Why it's plausible
NGO Standardization	Major demining NGOs (e.g., HALO Trust, MAG) adopt FindMine's system as a standard operating procedure for survey work.	A successful, publicly documented field trial in Ukraine in late 2025, proving detection rates and operational speed.	The company is already planning tests in Ukraine and has conducted validation tests in Croatia [15][findmine.org, retrieved 2024]. NGOs are actively seeking technological solutions to improve safety and efficiency.
Government Procurement	National mine action centers in affected countries procure systems directly, funded by international aid packages.	Inclusion in a donor-funded technology procurement framework, such as one administered by the UN or the GICHD.	FindMine presented its technology at the GICHD Innovation Conference in 2025, indicating engagement with the institutional procurement channel [gichd.org, retrieved 2026].
Platform Expansion	The core GPSAR UAV platform is adapted for adjacent detection tasks, such as locating unexploded ordnance (UXO) from cluster munitions or conducting archaeological surveys.	A partnership with a research institute or commercial entity to fund development of a dual-use sensor package.	The company's recent tests in Croatia included UXOs alongside mines, demonstrating the sensor's broader applicability. The underlying radar research is being published in academic journals, attracting cross-disciplinary interest [findmine.org, retrieved 2024].

The compounding advantage for FindMine is a data and credibility moat. Each successful deployment in a new terrain type,whether the clay soils of Bosnia or the sandy coastlines of Cambodia,generates proprietary radar return data that can be used to refine detection algorithms and reduce false alarms. This creates a feedback loop where better performance leads to more contracts, which in turn generates more training data. Early signs of this flywheel are present in the company's ongoing R&D; Bernd Arendt's published research on reducing false alarms is directly incorporated into the FindMine system. As the dataset grows, the system's accuracy in diverse environments becomes a significant barrier to entry for new competitors.

In terms of the size of the win, the global humanitarian demining market is sustained by multi-billion dollar annual aid flows, though specific commercial TAMs are not publicly broken out. A credible scenario for valuation can be drawn from the defense and government technology sector. Specialized hardware companies serving niche government missions often trade at revenue multiples reflective of their mission-critical nature and limited competition. If FindMine captured a material portion of the equipment budget for a coalition of donor-funded programs, reaching, for instance, $20 million in annual recurring revenue from system sales and service contracts, a scenario-based valuation could mirror that of other essential, low-volume/high-margin government suppliers. This is a scenario, not a forecast, but it frames the potential outcome: becoming a small but indispensable and profitable provider within a globally significant humanitarian supply chain.

Data Accuracy: YELLOW -- Growth scenarios are extrapolated from cited field tests and conference participation; market sizing lacks independent public confirmation.

Sources

PUBLIC

1. [findmine.org, retrieved 2024] findmine | UAS-based humanitarian demining technology | https://www.findmine.org/

2. [findmine.org, Sep 2022] FindMine Tests in Ukraine | https://www.findmine.org/post/findmine-tests-in-ukraine

3. [gichd.org, retrieved 2026] #GICHDInnovation2025 | https://www.gichd.org/fileadmin/uploads/gichd/Documents/Innovation_Conference_2025/Day3/Technology_Speed_Pitches_Day_3_GICHD_Innovation_Conference_2025.pdf

4. [GICHD, 2023] Global Mine Action Expenditure | Not publicly available.

5. [UNMAS, 2023] United Nations Mine Action Service Report | Not publicly available.

6. [World Bank, 2023] Ukraine Damage and Needs Assessment | Not publicly available.

7. [findmine.org] Publications | FindMine gGmbH | https://www.findmine.org/publications

8. [MDPI, 2024] Environmental Influences on the Detection of Buried Objects with a Ground-Penetrating Radar | https://www.mdpi.com/2072-4292/16/6/1011

9. [IEEE, 2023] Detection of Objects Below Uneven Surfaces With a UAV-Based GPSAR | Not publicly available.

10. [Mine Kafon] Mine Kafon Design Studio | Not publicly available.

11. [Demining Research Community] Demining Research Community | Not publicly available.

12. [Urs Endress Foundation] Urs Endress Foundation | Not publicly available.

13. [findmine.org] Technology | findmine | https://www.findmine.org/technology

14. [findmine.org] Funding | findmine | https://www.findmine.org/funding

15. [findmine.org, retrieved 2024] The FindMine Metal Detector goes from Research into Development | https://www.findmine.org/post/the-findmine-metal-detector-goes-from-research-into-development