SUSAN FUTURE TECHNOLOGIES

Ecosystem

Aerial infrastructure systems for communication and monitoring — integrating platforms, payloads, and control into a unified operational system.

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ECOSYSTEM STATEMENT

A CONNECTED
AERIAL
INFRASTRUCTURE

SFT is building an integrated aerial ecosystem that combines deployable platforms, modular payload systems, communication networks, and control infrastructure. Each component is designed to operate independently — but delivers maximum value when functioning as part of a unified system.

PLATFORMSPAYLOADSCOMMUNICATIONCONTROLGROUND OPS
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SYSTEM OVERVIEW

HOW THE
SYSTEM
WORKS

SFT's ecosystem is structured across multiple interconnected layers that enable deployment, operation, and monitoring.

L5PLATFORM LAYERHAWKE & MOBIUS aerial systems
L4PAYLOAD LAYERMission-specific sensor & comms modules
L3COMMUNICATION LAYERSignal relay & network extension
L2CONTROL LAYERTelemetry, flight control & mission ops
L1GROUND OPERATIONSDeployment, logistics & support
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PLATFORM LAYER

PLATFORM
SYSTEMS

LOW ALTITUDE
HAWKE
Deployable Aerial Platform
Designed for rapid deployment and localized operations, providing communication and monitoring capabilities in real-world environments.
Rapid DeployLocalized Ops~1KM Alt~5KM Range
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STRATOSPHERIC
MOBIUS
High-Altitude Platform System
Represents the next stage — a scalable, persistent aerial platform designed for wide-area coverage and long-duration missions.
PersistentWide-Area20+ KM Alt200KM Range
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PAYLOAD & MISSION SYSTEMS

MISSION-READY
PAYLOAD
SYSTEMS

Payload systems define mission capability — enabling communication, sensing, and monitoring across different environments.

COMMUNICATION
Signal relay and network extension modules
OPTICAL (EO)
High-resolution visual monitoring systems
THERMAL
Infrared sensors for all-condition operation
RADAR
Detection and tracking capabilities
ENVIRONMENTAL
Air quality and ecosystem monitoring
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CONTROL & GROUND SYSTEMS

CONTROL AND
OPERATIONS
INFRASTRUCTURE

Ground control systems manage deployment, monitoring, and mission execution across the entire aerial infrastructure.

Telemetry Monitoring — Real-time platform health and position tracking
Mission Control — Payload operation and mission parameter management
Data Processing — Sensor data aggregation and analysis pipeline
System Management — Fleet-level coordination and resource allocation
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OPERATIONAL WORKFLOW

FROM
DEPLOYMENT
TO OPERATION

The SFT ecosystem is designed for seamless transition from deployment to active operation, enabling rapid response and sustained performance.

01
DEPLOYMENT
Platform transport and field setup
02
ACTIVATION
Platform launch and systems initialization
03
PAYLOAD OPS
Mission payload activation and configuration
04
TRANSMISSION
Data and signal relay to ground systems
05
MONITORING
Continuous ground-based oversight
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PLATFORM BREAKDOWN

SYSTEM
COMPONENTS

AERIAL PLATFORMS
HAWKE and MOBIUS systems forming the core infrastructure layer
PAYLOAD SYSTEMS
Modular mission-specific sensor and communication integration
COMMUNICATION SYSTEMS
Signal relay, network extension, and data transmission
CONTROL SYSTEMS
Flight, telemetry, and operations management infrastructure
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SCALABLE INFRASTRUCTURE VISION

DESIGNED
FOR
SCALE

The SFT ecosystem is designed to scale from localized deployments to wide-area coverage systems. From single deployment units to networked aerial platforms, the system can evolve to support increasing operational demands.

SINGLE
Localized deployment operations
MULTI
Coordinated platform fleet
NETWORK
Mesh coverage across regions
NATIONAL
Infrastructure-scale operations
THE ECOSYSTEM

Building The
Next Layer of
Infrastructure.

Platforms, payloads, communication, and control — unified aerial infrastructure for critical operations at scale.

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