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Autonomous Infrastructure Platform · ATLAS™

Autonomous
Infrastructure.

Turn electricity into uptime — without construction, humans, or fixed infrastructure. Flightline deploys mobile, robotic energy systems that go where aircraft and vehicles are.

0kW+
DC Charging
<0sec
Robotic Connect
1–4wk
Deployment
$0B
FAA Funding 2026
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Autonomous Navigation+
Robotic Energy Delivery+
AI Orchestration+
Non-Bypassable Safety+
Zero Grid Dependency+
Aviation-Grade Architecture+
AAM Ready+
DoD Certified+
Autonomous Navigation+
Robotic Energy Delivery+
AI Orchestration+
Non-Bypassable Safety+
Zero Grid Dependency+
Aviation-Grade Architecture+
AAM Ready+
DoD Certified+
Isometric ATLAS airport and vertiport operating environment
ATLAS Operating Environment Airport, apron, vertiport, and autonomous energy operations shown as one integrated infrastructure system.
The Problem //

Airport Electrification Is
Breaking Infrastructure

The world's transportation network is undergoing a fundamental shift. Electric aircraft, autonomous vehicles, and next-generation mobility platforms are ready to deploy — but the fixed infrastructure required to power them cannot keep pace.

Every gate requires trenching. Every charger requires months of permitting and construction. Every disruption costs airports millions. The model that powered the last century of aviation is fundamentally incompatible with the autonomous operations the next century demands.

Airports are caught between electrification mandates they can't delay and infrastructure timelines they can't compress. The result is a growing gap between what aircraft can do and where they can go.

Key Insight: Vehicles are ready. Infrastructure is not. This is the opening for an entirely new infrastructure category — one that moves with the aircraft, not against it.

$500K
Per gate for trenching
18 mo
Avg deployment timeline
$15K
Lost/day per closed gate
15 MW
Per vertiport demand
Why Now
  • FAA allocating $2.89B in 2026 for airport electrification
  • EU deploying €600M+ across airport infrastructure
  • eVTOL commercial launch window: 2026–2028
  • Airports adopting shared electric GSE fleets immediately
The Platform //

ATLAS™ — Autonomous
Infrastructure Platform

Energy moves to assets — not the other way around. Three integrated layers form a single, defensible system.

Three interlocking layers. Competitors cannot replicate one layer without the others. This is the moat — not patents alone, but irreducible system complexity.
ATLAS-E autonomous mobile charging vehicle with robotic arm on airside apron
ATLAS-E Physical Layer
Mobile autonomous energy delivery with robotic connection
ATLAS-E navigates to the aircraft or vehicle, physically connects through a robotic arm, and delivers high-power charging without fixed infrastructure or manual operations.
01 · Physical Layer
ATLAS-E™
Mobile Autonomous Energy Delivery
  • Autonomous navigation to aircraft or vehicles
  • Robotic connection in <45 seconds
  • 100 kW+ DC charging, scaling to MW-class
  • Works anywhere — zero trenching, zero fixed install
  • Real-time obstacle avoidance + airside collision logic
Airside Ready
02 · Control Layer
ATLAS-OS™
AI Orchestration & Safety Layer
  • Real-time dispatch & energy arbitration
  • Peak shaving & grid optimization at scale
  • Non-bypassable hardware safety enforcement
  • Continuous operation even when offline
  • Zero-latency deterministic safety triggering
Aviation-Grade Safety
03 · Defense Node
ATLAS-E V2
Deployable Energy Node — Expeditionary
  • Air-transportable — C-17 / C-130 compatible
  • Full deployment in <35 minutes
  • 300 kWh battery buffer onboard
  • Complete operations with zero grid access
  • Ruggedized for forward operating environments
DoD Expeditionary

This is not hardware.
This is infrastructure.

Interlocking system design creates a defensible moat. Competitors cannot replicate one layer without the others.
The Model //

A New
Infrastructure Model

The ATLAS model structurally outperforms fixed infrastructure on every dimension that matters to operators.

2–3×
Asset utilization
1.5–3yr
Payback period
Zero
Human intervention
Weeks
Time to deploy
Legacy Fixed Infra ATLAS Platform
Charging Static, fixed positions Mobile energy delivery
Operations Manual human plug-in Fully autonomous
Capacity Idle when unused Dynamic utilization
Grid impact Unmanaged demand spikes Battery-buffered + optimized
Deployment 6–18 months 1–4 weeks
Capital cost $200K–$500K per gate $0 upfront (IaaS model)
Adaptability Fixed, cannot relocate Fully redeployable
Market Opportunity //

Multi-Sector
Infrastructure Platform

Four converging markets — each with urgent, funded demand and no full-stack autonomous solution.

01 · Airports & Airside

Airport Infrastructure

  • FAA allocating $2.89B in 2026 alone
  • JFK, Frankfurt, Schiphol as priority targets
  • Immediate electrification mandates in force
02 · Defense

Defense & Expeditionary Ops

  • No deployable charging solution exists today
  • DoD electrification mandates actively in place
  • Expeditionary ops require complete grid independence
03 · Advanced Air Mobility

AAM & eVTOL Networks

  • 600 kW–1.2 MW demand per aircraft
  • 5–15 MW per vertiport — hospital-scale load
  • Commercial launch window: 2026–2028
04 · EV & Autonomous Fleets

Fleet Electrification

  • Charging is the primary operational bottleneck
  • Mobile infrastructure eliminates fleet downtime
  • Shared electric GSE fleet mandates accelerating

Infrastructure spend will exceed vehicle spend.
Energy delivery becomes the dominant revenue layer.

Business Model //

Infrastructure-Grade
Revenue Stack

Four compounding revenue streams. Revenue scales with utilization — not headcount.

Hardware
ATLAS-E Units
$150K–$350K
Per unit capital sale. Immediate revenue, long deployment lifecycle, 3-year hardware refresh cycle.
SaaS
ATLAS-OS License
$5K–$12K/mo
Per-site orchestration software subscription. High-margin, recurring, scales with fleet size.
IaaS · Core Model
Energy-as-a-Service
Per kWh delivered
Recurring infrastructure revenue directly tied to utilization. $0 upfront for the customer — zero friction adoption.
Preferred revenue model
Services
Deploy + Refresh
3-year cycles
Site deployment, integration services, and scheduled hardware refresh cycles with locked-in service agreements.

Two customer paths. Zero barriers.

CAPEX: purchase units + subscribe to ATLAS-OS.   OPEX: $0 upfront IaaS model — pure infrastructure-as-a-service.

Revenue scales with utilization, not headcount
Traction & Validation //

Built With
Industry Leaders

Strategic Partners
Pratt Miller
Autonomous Vehicle Platform
Teradyne / Universal Robots
Robotic Arm Integration
BETA Technologies
Aviation Charging Standards
Willow Run Airport
Real-World Validation Site
Mcity / M-Air
AAM Testing Environments
Deployment Roadmap
  • Phase 01 · Active Now
    Airside Pilot
    6–9 month deployment validation with real-world airport operations at Willow Run Airport.
  • Phase 02
    Defense Deployment
    ATLAS-E V2 forward operating base integration with DoD partners. Air-transportable, no grid required.
  • Phase 03
    eVTOL Vertiport Pilot
    First AAM commercial site integration. Ahead of the 2026–2028 commercial launch window.
  • Phase 04
    Production Scale
    Multi-site network rollout across airports, defense bases, and vertiports. Infrastructure revenue layer fully activated.
Why Flightline Wins //

Category Creation,
Not Competition

Flightline occupies a structural position no incumbent can replicate without rebuilding from scratch.

Flightline Autonomous — Identity
Flightline is NOT:
A charging company
A robotics company
A software company
Flightline IS:
Autonomous Infrastructure Operator
Full-stack physical + control + network
The platform that makes mobility networks viable
Structural Advantages
01
Full-Stack Integration
Robotics + energy + software delivered as a single unified system. No competitor has all three layers. Lock-in is architectural.
02
Mobile vs Fixed Economics
Mobile infrastructure achieves 2–3× utilization versus idle fixed chargers. The unit economics are structurally different — not just better.
03
Aviation-Grade Safety
Non-bypassable hardware safety controller with deterministic triggering. The standard required to operate airside — a genuine barrier to entry.
04
3-Layer IP Moat
Patent portfolio covering physical autonomy systems, orchestration OS, and system-of-systems integration. Emergent complexity protects every layer.
Infrastructure is ready. Are you?

Flightline turns electricity
into uptime — autonomously.

Join airports, defense operators, and AAM networks building the next generation of autonomous infrastructure.

Request Demo Download Overview
Flightline Autonomous Inc. · ATLAS™ Platform · Patent Pending
Request Demo //

Get in Touch with
Our Team

Tell us about your operations. We'll show you exactly how ATLAS fits — and what autonomous energy delivery would mean for your fleet.

What to expect
01
30-minute discovery call within 48 hours
02
Custom deployment scope for your site
03
Live demo of ATLAS-OS orchestration
04
ROI model and payback timeline
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