FPM

Force Protection Multipliers — Investor Access


Force Protection
Multipliers

"When ethics align with technological capability, humans should no longer be the first point of contact in infantry warfare."
↓ Scroll to explore
The Problem

Humans Are Still the First to Die

Human exposure persists on the frontline despite available technological alternatives. AI and robotics can enable a fundamental shift — but adoption is dangerously slow. The drivers are twofold: internal (force protection, casualty prevention) and external (adversaries deploying robotic systems at scale). The evolution of modern infantry combat is no longer optional — it is increasingly imposed.

0%
Casualty rate during initial trench assaults (RUSI, 2023)
20–40% range
0%
Of total casualties occur in first contact / first hours (RUSI, 2023)
50–70% range
0%
Casualty rate during urban building entry & room clearing (RAND Corporation)
Urban CQB: 30–60%
0%
Casualty probability per assault element per contested building (RAND Corporation)
10–25% per building
Anatomy of a Trench Assault

7 Phases — Every One is Lethal

A trench assault unfolds in rapid, violent phases. Most casualties occur in the first minutes. Autonomous Ground Systems (AGS) can replace human soldiers in the most dangerous phases.

01
Suppression
AGS: High
02
Approach
AGS: High
03
Breach
AGS: High
04
Entry
AGS: High
05
Clearing
AGS: Medium
06
Exploitation
AGS: Medium
07
Consolidation
AGS: Support

Casualty Risk Across Assault Phases

0% 50% 100% 1 2 3 4 5 6 7 Phase
Without AGS With AGS
Tactical Animation

AGS-Integrated Trench Assault

Watch how AGS platforms transform the deadliest phases of a trench assault. White wireframes represent terrain and infantry. Green elements are AGS units. Red markers are enemies.

Replay
Urban Operations

CQB — Close Quarter Battle

Urban combat is the deadliest environment for infantry. AGS units enter first, clear rooms, and absorb the lethal first contact — keeping soldiers safe.

CQB Casualty Risk by Phase

0% 50% 100% Approach Breach Entry Clearing Secured
Without AGS With AGS
Replay
The Solution

Why Autonomous Ground Systems Change the Equation

Autonomous Ground Systems replace humans in the most lethal 15 minutes of any assault. The result: a projected 50–80% reduction in initial assault casualties.

🎯 Take First Contact

AGS units absorb the initial burst of enemy fire that kills the most soldiers. They draw fire, reveal positions, and survive what humans cannot.

💣 Trigger Mines & IEDs

Rolling through minefields without hesitation. Every mine triggered by an AGS is a life saved.

🛡️ Absorb FPV Attacks

First-person-view kamikaze drones are the #1 killer on modern battlefields. AGS units absorb these strikes instead of soldiers.

⚡ Suppress Without Fatigue

Sustained suppressive fire for hours. No fear, no fatigue, no hesitation. Constant pressure on enemy positions.

🔥 Draw Fire & Reveal Positions

AGS units act as decoys that fight back. Enemy positions are revealed when they engage the AGS — then destroyed by follow-on forces.

📉 50–80% Casualty Reduction

By handling the deadliest first minutes, AGS platforms can reduce initial assault casualties by 50–80%. The math is undeniable.

"We remove infantry from the kill zone until it's survivable."
50-80%
Projected reduction in initial assault casualties with AGS integration
15 min
The lethal window AGS platforms eliminate humans from — the deadliest phase of any assault
The German Reality

Germany's Infantry Would Be Gone in One Month

The Bundeswehr's combat infantry is shockingly small. In a conflict of Ukraine's intensity, Germany's entire infantry force would be combat-ineffective within weeks. FPM platforms are the only scalable answer.

184,000
Total active Bundeswehr soldiers (Dec 2025)
Augen Geradeaus, Jan 2026
63,164
Heer (Army) — Germany's land forces
Largest branch of the Bundeswehr
~30,000
Estimated infantry-type forces — combat infantry + security & support forces
~20,000 core infantry + ~10,000 security/support (Objektschutz, Feldjäger, Seebataillon, Heimatschutz)
~25,000
Monthly casualties in Ukraine (killed + wounded, both sides averaged)
US Intelligence estimates, 2025

Bundeswehr Combat Infantry Breakdown

Panzergrenadiere
~9 Battalions
Mechanized infantry in IFVs (Puma, Marder). The backbone of German ground combat. ~7,000–8,000 soldiers across 3 Panzergrenadier brigades.
Core Combat Force
Jäger & Gebirgsjäger
~7 Battalions
Light and mountain infantry. Specialized for terrain the armor can't reach — forests, mountains, urban. ~5,000–6,000 soldiers.
Light Infantry
Fallschirmjäger
~3 Battalions
Airborne infantry. Rapid deployment, high-readiness units. 1 Airborne brigade (Division Schnelle Kräfte). ~2,500–3,000 soldiers.
Rapid Reaction
KSK Spezialkräfte
~1,100
Special Operations Command. Elite tier — high value, but small numbers. Gatekeepers for new technology adoption, but the standard army is where scale matters.
Special Operations

Additional Infantry-Type Forces (Security & Support)

These units perform infantry-like missions — base defense, force protection, territorial security — but are not classified as core combat infantry. In a peer conflict, they would be drawn into ground combat regardless.

Heimatschutzregimenter
6 Regiments (planned), 4 active
Territorial defense force built from reservists. 37 Heimatschutzkompanien protecting critical infrastructure, supply lines, and rear areas. ~4,000 positions filled, expanding to 6,000. Reserve-based — limited readiness.
Reserve / Building Up
Objektschutzregiment der Luftwaffe
1 Regiment, 3 Battalions
Air Force ground defense — protects airbases, radar sites, SAM positions, and deployed air assets. Includes Kampfretter (combat rescue). "Friesland" regiment, ~1,800 soldiers (incl. reserve battalion). Infantry-trained for base defense.
Air Force Ground Defense
Seebataillon
1 Battalion
Germany's naval infantry — boarding operations, port security, coastal defense. Based in Eckernförde. ~1,100 soldiers. Increasingly focused on Baltic Sea littoral combat and "maritime Jagdkampf" (maritime guerrilla warfare).
Naval Infantry
Feldjäger
3 Regiments + Wachbataillon
Military police with combat tasking in wartime — convoy security, personnel protection, area security, POW handling. ~2,500 soldiers under Kommando Feldjäger der Bundeswehr. Infantry-trained for force protection missions.
Military Police / Security

⚠️ The Fatal Math

  • Germany's infantry-type forces (all categories): ~30,000 soldiers
  • Of which core combat infantry (PzGren, Jäger, FschJg): ~20,000
  • Ukraine-intensity conflict monthly attrition: ~20,000–25,000 casualties/month
  • Time until Germany's infantry is combat-ineffective: ≤ 6 weeks
  • Even at 50% attrition rates (defensive posture): ~3 months
  • Full Bundeswehr (all branches, all roles): 184,000 — still exhausted within 7–9 months

Based on Ukrainian casualty data (US DNI: 750,000–950,000 killed/wounded over ~36 months) applied to German force structure.

The Conclusion: Germany cannot fight a modern peer conflict with infantry alone. The numbers make it mathematically impossible. A platform that doubles combat effectiveness on the ground and drastically increases soldier survivability is not a luxury — it is the only path to a credible deterrent. FPM must become the new standard for every infantry unit in the Bundeswehr — not a special forces toy, but standard equipment for every Panzergrenadier, every Jäger, every Fallschirmjäger, every Objektschützer, every Seebataillonssoldat.
2x
Minimum force multiplication required — every infantry squad needs robotic support to be viable in peer conflict
~30,000
AGS units needed just for the Bundeswehr — one per infantry-type soldier as a baseline
Standard
FPM platforms must become standard issue — like the rifle, like the radio. Every unit, every deployment.
Capability Matrix

Tasks Suitable for Autonomous Ground Systems

Autonomous Ground Systems span the full spectrum of infantry support operations.

⚔️
Lead Element / Breach
🔫
Fire Support
📦
Logistics
🚑
Casualty Evacuation
📡
Recon & EW
🚫
Area Denial
Landscape

The Global Autonomous Ground Systems Race

Every major defense power is investing in Autonomous Ground Systems. The market is accelerating. The arms race is already underway.

THeMIS
🇪🇪 Estonia
Milrem Robotics
Weight: 1,650 kg · Payload: 750–1,200 kg · Hybrid diesel-electric · Modular (combat, transport, ISR) · 19+ military customers worldwide. Combat-proven.
✓ In Service — 19 Nations (Milrem Robotics)
MUTT
🇺🇸 USA
General Dynamics Land Systems
Variants: 4×4, 6×6, 8×8 · Size: 2.9m × 1.5m · 624 systems contracted for US forces · Infantry support, logistics, weapons platform.
✓ 624 Units Contracted (Army Technology)
TITAN
🇬🇧 UK
QinetiQ
Diesel-electric hybrid tracked · Run-silent capability · Heavy payload capacity · Modular mission payloads · Built with Milrem collaboration.
Development / Trials
EMAV / RCV
🇺🇸 USA
Textron Systems / Northrop Grumman
Tracked hybrid platform · Armed with 30mm cannon variant (EMAV-LW30) · Counter-drone capable · Part of US Army RCV modernization program.
US Army RCV Program
Barkan
🇹🇷 Türkiye
HAVELSAN
Weight: ~500 kg · Autonomous navigation · Loitering munition launch (15 km range) · Kamikaze drone integration · Co-production deal with Egypt.
✓ Serial Production
Uran-9
🇷🇺 Russia
766 UPTK / Kalashnikov
Weight: ~12 tons · Armed: 30mm autocannon, ATGMs, coaxial MG · Combat-tested in Syria · Deployed in Ukraine · Known C2 link issues.
✓ Combat Deployed
Sharp Claw / Warrior
🇨🇳 China
NORINCO / Various
Multiple platforms in development · Armed and logistics variants · AI-swarm capable · Rapid iteration cycle · Export models available.
Rapid Development
Ripsaw M5
🇺🇸 USA
Textron Systems
10-ton class · High mobility tracked · Modular weapons station · Part of US Army RCV-Medium program · CROWS-J weapon system.
RCV-M Candidate
Market Potential

Scaling Projection — The Explosion Ahead

The military AGS market is entering a hypergrowth phase. Ukraine proved the concept. NATO is now scaling. The numbers are staggering.

$1.96B
Military AGS Market (2025) (Mordor Intelligence, 2025)
Source: Mordor Intelligence, 2025
$2.87B
Projected by 2030 (Mordor Intelligence, 2025)
Source: Mordor Intelligence, 2025
$4.74B
Total AGS Market by 2030 (Mordor Intelligence, 2025)
6.62% CAGR · Source: Mordor Intelligence
7,111
US AGS Units Projected (2030) (Next Move Strategy, 2025)
Up from 4,271 in 2023

🇺🇦 Ukraine Precedent — Proof of Rapid Scaling

🤖
Case Study — Proof of Concept

"Robots Do Not Bleed"

45
Days on the frontline
0
Soldiers at the position
4km
Operator distance from frontline
2h
Maintenance cycle (every 48h)

In December 2025, Ukraine's NC-13 Strike Company (3rd Army Corps) deployed a single DevDroid TW 12.7 — a remotely controlled tracked platform armed with a .50-cal M2 Browning — to hold frontline positions for 45 consecutive days. The AGS carried out attack and suppression missions entirely on its own. No soldiers were present at the position.

Every 48 hours, the drone returned to a service point 4 km behind the line of contact for battery swap, ammo restock, and weapons maintenance — initially 4 hours, later reduced to 2 hours with additional battery packs.

"Only the AGS was present at the position. This was the core concept — robots do not bleed."
— Commander Mykola "Makar" Zinkevych, NC-13

📰 Business Insider 🐦 Tymofiy Mylovanov (X) ▶️ Watch Video

Western NATO Forces — 5-Year Scaling Projection

Units (thousands)
~300
2024
🇺🇦
15,000
2025
🇺🇦
20,000+
2026
🇺🇦
1-2K
2026
NATO
5-8K
2027
NATO
15-25K
2028
NATO
40-60K
2029
NATO
80-120K
2030
NATO
NATO Western Forces (projected) Ukraine (actual / planned)

Key Programs Driving Scale

🇺🇸 United States

US Army RCV Program

Light, Medium, Heavy variants. 9 prototypes by 2026. (Congress.gov / CRS) The backbone of US unmanned ground combat doctrine.
🇺🇸 United States

GDLS MUTT

624 units delivered (Army Technology) — the largest NATO AGS fielding to date. 4×4, 6×6, 8×8 variants for infantry support.
🇪🇪 Estonia

Milrem THeMIS

Deployed in 19+ nations. (Milrem Robotics) The de facto NATO standard for modular combat AGS platforms. Combat-proven platform.
🇹🇷 Türkiye / 🇪🇬 Egypt

HAVELSAN Barkan

Serial production underway. Co-production deal with Egypt. Autonomous nav + loitering munition launch.
Critical Thesis

The Next Paradigm: Machine vs. Machine

As Autonomous Ground Systems proliferate on ALL sides, the battlefield inevitably transitions from robot-vs-human to robot-vs-robot combat. A mathematical certainty of symmetric adoption.

Core Thesis: Every nation deploying AGS creates the conditions where adversaries MUST also deploy AGS. When both sides field robotic combat platforms, the primary engagement type shifts from machines killing humans to machines fighting machines. The market doesn't just grow — it doubles.
01

Arms Race Dynamics

"A global arms race is virtually inevitable." (The Atlantic, 2021) What was a warning in 2015 is now operational reality across 30+ nations.

Source: Future of Life Institute / The Atlantic
02

Russia Deploying AGS

Uran-9 combat-deployed in Ukraine. Russia developing AI that identifies Western tanks autonomously. (Stanford FSI, 2025) Symmetric escalation is underway.

Source: Stanford FSI
03

China Rapid Development

NORINCO VU-T10 heavy AGS tested July 2025. (Army Recognition, 2025) Multiple armed + logistics variants. AI-swarm capable. Massive industrial base for scale production.

Source: Army Recognition
04

Counter-Robot Warfare Emerging

EMP weapons, cyber attacks on robot C2 links, "anti-robot" munitions already being researched. A new domain of warfare is forming.

Source: Various defense research programs
05

Ukraine — Already Happening

Both sides deploying AGS into the same kill zones. (Forbes, Oct 2025) The first robot-vs-robot engagements are not future — they're now.

Source: Forbes
06

US Military Projection

By 2030, 30% of combat vehicles will be unmanned. (US Army TRADOC / LeoTronics) A requirement for battlefield relevance.

Source: US Army TRADOC / LeoTronics

Conflict Evolution Timeline

2025–2027
Robot vs. Human
Current phase — AGS vs infantry
2027–2029
Mixed Engagement
Robots encounter both humans and robots
2029–2032
Robot vs. Robot
Primary engagement type in peer conflicts
2032+
Swarm Warfare
Coordinated robot formations vs robot formations

Implications for Investors

⚔️

Fight Other AGS

Platforms must be designed to FIGHT other AGS platforms. Anti-robot capability is essential. Anti-armor capability is essential from day one.

📡

EW & Cyber Essential

Electronic warfare and cyber capabilities become core requirements. Jamming, spoofing, and hacking enemy robots.

📈

Market Doubles

When AGS must counter enemy AGS, the addressable market doubles. Every robot needs a counter-robot.

🏆

First-Mover Dominance

Platforms designed for robot-vs-robot from day one will dominate. Retrofitting is expensive and slow.

See It In Action

The Future is Already on the Battlefield

Autonomous Ground Systems are fighting, evacuating, and suppressing right now.

Ukraine's Military Intel — Secret Combat Robot (Kyiv Post, Dec 2025)
Ukrainian Special Forces — Ground Drones on the Frontline (2024)
Ground Drones Saving Soldiers on the Battlefield (2025)
THeMIS AGS at NATO Hedgehog 2025 Exercise — Milrem Robotics
HAVELSAN Barkan AGS — Robotic Combat in the Digital Warfare Era
Turkish AGS Live Firing Trials — Medium Class Platforms
SARBOT — Turkey's First Indigenous Armed Combat Robot (Sarsılmaz / LA2 Dynamics)
Sarsılmaz SARBOT Robot Dog & Tower Systems — Interview (2025)
Sources

Sources