The Thesis
The Old Paradigm Is Dead
For decades, defense sustainment operated on a simple premise: acquire expensive, long-lifecycle platforms, maintain them meticulously, and engage vendors only when something breaks. This worked for manned systems—tanks, ships, aircraft—where each unit represented years of investment and decades of service life.
That world is ending.
The Unmanned Inflection Point
The Department of War is preparing to field over one million unmanned systems by 2028. Not hundreds. Not thousands. Millions. Across air, sea, land, and subsurface domains. From dozens of vendors. With lifecycles measured in months, not decades.
This isn't an incremental change. It's a phase transition.
Our Hypothesis: Legacy Sustainment Models Cannot Scale
We believe the traditional approach—periodic maintenance, vendor-isolated data, manual coordination—will catastrophically fail at unmanned scale. Here's why:
Thesis 1: Volume Breaks Visibility
Managing 100 aircraft is hard. Managing 100,000 drones from 50 vendors is impossible with spreadsheets, disparate tools, and legacy logistics systems. DoW's existing infrastructure—built for tracking hundreds of high-value platforms—simply wasn't designed for the volume, velocity, and variety of unmanned operations. Without real-time, unified visibility, operators fly blind. Readiness becomes a guess. Supply chains react too late. Performance degradation goes undetected until mission failure.
Thesis 2: Heterogeneity Demands Integration
Each vendor uses different telemetry formats, different diagnostic tools, different supply chains. Without a unified data layer, this diversity becomes paralysis. Data silos multiply. Integration points explode. Coordination overhead consumes operational capacity.
Thesis 3: Attrition Requires Iteration
Unmanned systems are meant to be attritable. They're deployed in contested environments where loss rates are high. But attrition only works if you can iterate—rapidly incorporating lessons from the field into next-generation production. Legacy feedback loops are too slow. By the time vendor engineering teams analyze failure data from last quarter, the tactical environment has already shifted. Adversaries who iterate weekly will outpace militaries that iterate yearly.
The Adversary Reality
China and Russia understand this. Russia produces 50,000 drones per month with tight feedback loops from Ukraine. Design changes happen in days, not years. China's "intelligentized warfare" doctrine explicitly prioritizes rapid unmanned iteration as the path to strategic deterrence by 2027.
They're not just fielding more systems. They're fielding learning systems—fleets that improve faster than ours can adapt.
What Failure Looks Like
- Sustainment challenges cascade as data arrives too late to act
- Supply chain mismatches leave critical platforms grounded
- Performance gaps widen as adversaries iterate and we stagnate
- Operational tempo degrades precisely when great power competition demands acceleration
At scale, these inefficiencies don't just slow us down—they make us strategically irrelevant.
The New Paradigm: Continuous Sustainment
The unmanned era demands a fundamentally different model:
Real-time telemetry, predictive analytics, automated diagnostics across entire fleets.
Secure, bidirectional data flows enabling rapid vendor iteration and performance improvement.
AI-driven workflows that anticipate failures, optimize inventory, and coordinate supply chains autonomously.
Single source of truth normalizing data across OEMs, enabling mission-aligned performance tracking and doctrinal evolution.
Where Mantis Sits
Every incumbent category owns one corner. Command-and-control watches the field in real time but is blind to the supply chain. MRP and ERP run the supply chain but in back-office batches, disconnected from what's flying. The top-right — continuous, agentic, and fleet-wide — is empty.
↑ Continuous · Agentic
siloed
OEM-agnostic
↓ Periodic · Manual
Mantis closes the loop. It turns live, fleet-wide telemetry directly into autonomous supply-chain action — parts replenishment, supplier-risk, and work orders — the seam between the flight line and the warehouse that no C2 or MRP system was built to cover.
Our Conviction
We believe this isn't optional. The military that masters continuous sustainment will dominate unmanned warfare. The military that clings to legacy models will lose readiness, waste billions, and cede strategic advantage to adversaries who adapted faster.
Mantis exists to build this infrastructure—not as an incremental improvement, but as the foundational layer enabling defense transformation at unmanned scale.