Vectorbirds Technology
Technology & System Architecture
Vectorbirds develops modular UAV system architectures for professional mission profiles where secure communication, reliable payload integration, mission-specific operation and open system integration are critical.
Vectorbirds platforms combine flight-ready UAV hardware, IP-based data architecture, payload integration, ground control adaptation and C2 / mission system integration into operational system solutions for public authorities, security organizations, defense, industry and specialized integration projects.
The focus is not only on the individual aircraft, but on the complete UAV system consisting of platform, data link, payload, operator interface, mission data and integration environment.
System Basis | Cross-Platform Architecture
Common Technical Basis for AERIS, VECTIS and Further UAV Platforms
Many core capabilities of Vectorbirds UAV systems are designed as cross-platform functions. This allows different UAV classes such as AERIS Recon S7, VECTIS Recon M2, reinforced VECTIS-R configurations and further system variants to build on a comparable technical architecture.
This common basis simplifies the integration of payloads, connection to data link and mission systems, adaptation of the Ground Control Station and the further development of customer-specific functions.
IP-Based Architecture
Control, telemetry, video streaming and payload data can be structurally integrated through suitable IP-based communication paths.
Payload Integration
EO/IR sensors, zoom cameras, relay payloads, special modules and customer-specific payloads can be integrated depending on platform and mission profile.
Data Link & Network
Mesh-capable radio data links, tethered data paths and suitable network connections enable flexible operating and integration scenarios.
C2 Integration
Vectorbirds systems can be integrated project-specifically into higher-level control, command and mission systems.
Communication | Data Link & Video Streaming
IP-Based Communication for Telemetry, Video and Payload Data
The Vectorbirds system architecture is designed for structured, professional data communication. Depending on system configuration, telemetry, control data, video streams, payload data and mission information can be routed through suitable IP-based communication paths.
For video data, RTSP streams, compressed video streams and system-dependent metadata paths can be used depending on payload and integration environment. This enables EO/IR payloads, zoom cameras, relay configurations and external mission systems to be integrated into the UAV system in a controlled way.
The data link architecture can be tailored project-specifically to range, bandwidth, latency, redundancy, encryption requirements and existing network environments.
IP Data Paths
Telemetry, payload data and video streams can be structurally integrated and processed at system level through suitable IP-based data paths.
Video & RTSP
EO/IR payloads and camera systems can be connected via video streaming, RTSP and suitable network protocols depending on configuration and payload.
Mesh-Capable Links
Mesh-capable radio data link solutions can be used for professional mission profiles to support range, network capability and integration into operational environments.
Tethered Data Paths
In suitable tether configurations, data and control connections can additionally or alternatively be routed through the tether system or connected networks.
Payload | Sensors & AI Functions
Payload Integration for EO/IR, Tracking and Mission-Specific AI
Vectorbirds UAV systems are designed for the integration of professional payloads. Depending on platform, mission profile and customer requirements, EO/IR sensors, zoom cameras, relay modules, special payloads and customer-specific payloads can be integrated into the overall system.
In addition to classic sensor and video payloads, AI-supported functions can also be considered. Depending on configuration, these may include object detection, object classification, target tracking, multiple target tracking as well as customer-specific detection and analysis functions.
For demanding integration projects, suitable onboard computing modules, customer-provided software components or project-specific AI functionality can be integrated into the system architecture. This allows UAV platform, payload, data link, video streaming and mission system to be aligned in a targeted way.
EO/IR Sensors
Integration of professional EO/IR payloads, zoom cameras and stabilized sensor systems for reconnaissance, observation and situational awareness.
Tracking Functions
Depending on configuration, functions such as object tracking, target tracking and multiple target tracking can be integrated into the mission and payload architecture.
Customer-Specific AI
Project-specific or customer-trained AI functions can be considered, for example for specialized detection, classification or analysis tasks.
Onboard Integration
Suitable computing modules, network interfaces and software components can be integrated into the UAV system architecture depending on platform and payload.
Operation | Ground Control & C2
Mission-Adapted Operator Interfaces and Integration into C2 Systems
Professional UAV systems must not only fly reliably; they must also be capable of being integrated into existing operational, command and operator workflows. Vectorbirds can adapt the Ground Control Station software side to customer requirements, mission profiles and operating concepts.
Possible adaptations include reduced or preconfigured operator interfaces, mission-specific operating logic, customer-specific buttons, restricted selection of approved flight modes and adapted workflows for defined operational scenarios.
In addition, Vectorbirds systems can be integrated project-specifically into higher-level C2, control, command and mission systems. This enables UAV data, video streams, telemetry and mission information to be integrated into existing system environments.
Adapted GCS
Operator interfaces can be reduced, preconfigured or aligned with specific mission workflows on a project-specific basis.
Mission Logic
Flight modes, operator paths and control functions can be aligned with approved mission profiles and defined operating procedures.
C2 Connection
UAV systems can be integrated project-specifically into higher-level command-and-control and mission systems.
Data Provision
Telemetry, video streams, mission data and payload information can be provided in a structured way for external system environments.
Tether | Power, Data & Remote Operation
Tethered Operating Modes and Remote Control Architectures
For stationary, mobile or longer-duration mission profiles, Vectorbirds UAV systems can be combined project-specifically with tether solutions. Depending on configuration, power supply, control, network access and payload data can be routed partially or fully through tethered operating modes.
Tether systems enable UAV operation within defined altitude ranges while the ground components provide power supply, data connection and system monitoring. Depending on system design and mission profile, different configurations are possible — from power supply via tether with a separate radio data link to tethered data and control paths.
In combination with suitable fiber-optic or network links, a remote operating and control architecture can also be implemented. In this setup, control station, tether ground unit and UAV can be spatially separated to enable tactically or operationally suitable deployments.
Power via Tether
Depending on system design, the UAV power supply can be routed fully or partially through a tether system.
Data & Control
Control data, network access and payload data can be transmitted additionally or alternatively via cable depending on the configuration.
Remote Operation
Suitable network or fiber-optic links allow the control station and tether ground unit to be operated from separate locations.
TELEVATOR Integration
In combination with TELEVATOR, tethered operation can be combined with a mobile platform, automated take-off and landing processes and vehicle-related system integration.
Operational Safety | Navigation & System Resilience
Sensors, Return Logic and Robust System Functions for Professional Missions
Professional UAV operations place high demands on navigation, stabilization, system monitoring and safe operating procedures. Vectorbirds addresses these requirements through a robust system architecture, suitable sensors, mission-dependent return logic and configuration-dependent redundancy functions.
On suitable platforms, multiple inertial measurement units, temperature-stabilized sensors, intelligent return strategies, dead reckoning functions, wind estimation and GNSS-independent support modes can be included in the system design.
The objective is a system architecture that is not only optimized for maximum individual performance, but for controlled behavior, traceable operating states and mission-appropriate safety logic.
Multiple IMUs
Depending on the platform, multiple IMUs and temperature-stabilized sensor concepts can be used to support reproducible measurement conditions and robust attitude control.
VIRS Return Logic
The Vectorbirds Intelligent Adaptive Return System logic can support return profiles in a mission- and safety-oriented way.
Dead Reckoning
Depending on configuration, dead reckoning functions, wind estimation and supporting navigation logic can be considered for demanding operating environments.
GNSS-Independent Options
For suitable platforms, supporting operating modes for stabilization and position hold in GNSS-limited environments can be assessed project-specifically.
Modularity | Maintenance & Lifecycle
Modular UAV Systems for Maintainability, Adaptation and Long Service Life
Vectorbirds systems are not designed as closed, disposable platforms, but as maintainable, adaptable and long-term usable UAV systems. Modular assemblies, replaceable components and project-specific configuration options support operation, service and further development.
For professional users in particular, it is essential that systems do not need to be completely replaced after damage, payload changes or technical adaptations. Instead, suitable components can be inspected, repaired, replaced or further developed in a targeted way.
This approach reduces downtime, improves technical traceability and supports a longer service life compared to highly closed standard platforms.
Modular Assemblies
Platforms and subsystems can be designed so that key components remain accessible, inspectable and replaceable.
Drive Unit Concept
On suitable platforms, the modular Drive Unit concept supports fast maintenance, interchangeability and field-oriented repair.
System Adaptation
Payloads, data links, operator logic and integration interfaces can be adapted in a targeted way depending on the project.
Lifecycle
Maintainability, repairability and modular expandability support the long-term use of professional UAV systems.
System Integration | Project Inquiry
Configure UAV System Architecture for Specific Mission Requirements
Every professional UAV application places different requirements on platform, payload, data link, operation, integration and operational safety. Vectorbirds supports the technical configuration of modular UAV systems for specific mission profiles.
Together with customers and project partners, Vectorbirds evaluates suitable platforms, payloads, data link options, tether configurations, ground control adaptations and integration interfaces. The objective is a mission-ready system solution that is technically traceable, maintainable and integrable into existing operational or mission environments.