On-the-Fly ISP for Aerial Imaging

Product Overview

SkyBoost-RT is a dedicated solution for real-time aerial imaging and similar applications, designed to accelerate End-to-End processing directly on mission-critical airborne platforms. It enables High-Quality on-the-fly Image Signal Processing (ISP) and compression while the HRS is actively capturing RAW data, allowing high-quality imagery to be processed, recorded, or streamed in real time for Military & Defense ISR, Search & Rescue, and Situational Awareness.

Built for pipelines where deterministic behavior, low latency, and continuous operation are critical, the solution processes and compresses RAW image data immediately during acquisition. This ensures seamless data flow without buffering delays or the need for intensive post-processing.

Solving Data Bottlenecks in Aerial Imaging

In many airborne systems, storing or transferring uncompressed RAW image data is not practical. High-resolution sensors (HRS) quickly generate terabytes of data, creating significant challenges for storage capacity, bandwidth, and real-time usability.

SkyBoost-RT addresses these challenges by performing image processing and compression on the fly:

• The system processes High-Resolution RAW (Bayer) image data in real time while the camera is filming
• FPGA-based ISP enhances image quality before compression
• JPG compression significantly reduces data volume during acquisition, often exceeding a 10:1 compression ratio
• Deterministic behavior ensures continuous operation without dropped frames

Furthermore, this approach enables long-duration recording without accumulating massive storage requirements and makes real-time streaming substantially easier due to the reduced data bandwidth.

High-Quality Processing Pipeline Optimized for Aerial Imaging

An FPGA-based image processing pipeline optimized for aerial imaging and real-time operation performs all stages deterministically. Specifically, the pipeline includes:

• Demosaicing – Converts raw Bayer data into sharp, full-color RGB imagery
• High Dynamic Range (HDR) – Captures superior details in high-contrast lighting conditions
• Chromatic Aberration Correction – Corrects color fringing and lens-related color misalignments for crisper edges
• Non-Uniformity Correction (NUC) – Calibrates individual pixel responses to ensure a uniform image across the entire sensor
• Bad Pixel Replacement (BPR) – Automatically identifies and compensates for defective pixels in real time
• Dynamic Luminance Balance – Preserves consistent brightness under changing illumination
• White Balance – Maintains color accuracy across variable lighting conditions
• JPG compression exceeding a 10:1 ratio directly on the FPGA
• Optional: H.264 / H.265 – Industry-standard video compression for efficient recording and transmission
• RTSP Output Options – Enables bandwidth-efficient video streaming and recording

All processing stages operate with controlled buffering and predictable latency, ensuring stable performance under sustained high data rates.

Throughput for High-Resolution Aerial Sensors (HRS)

The architecture is purpose-built for Ultra-Aerial-HRS, supporting image widths of up to 32K pixels. This corresponds to cameras of up to ~500MP, depending on the model and configuration.

In real-time pipelines, the system can process over 7 images per second, depending on configuration and input format. Additionally, it sustains high frame rates even at very large frame sizes, enabling continuous acquisition, processing, and compression without interrupting the image stream.

Deployment on Airborne and Embedded Platforms

Gidel supports deployment across multiple hardware platforms, depending on system architecture and operational constraints:

• Mini Jetson Frame Grabber Systems combining FPGA acceleration with embedded GPU processing
• FPGA Frame Grabbers installed in user PCs or servers
• FPGA modules for compact, embedded, and low-SWaP deployments

This makes the solution particularly well suited for platforms where size, weight, and power matter, such as embedded airborne systems, compact payloads, and the broader aerial imaging environment.

Supported Interfaces

The system supports a wide range of high-end camera and sensor interfaces, including:

• 1-10 GigE Vision
• CoaXPress-12 and CoaXPress-6
• All Camera Link configurations
• Custom user-defined protocols

ISP Customization for UAV and Aerial Systems

The ProcVision SDK provides full control over the Image Signal Processing pipeline through FPGA-level customization. This enables application-specific ISP design to meet precise imaging requirements.

Additionally, the system calibrator handles pipeline optimization, allowing configuration of the processing flow to balance image quality, compression ratio, throughput, and system resource utilization.

Why Choose SkyBoost-RT for Your Aerial Imaging Application?

SkyBoost-RT overcomes the storage and bandwidth limitations of airborne platforms by processing and compressing massive RAW data streams in real time, ensuring you capture all images without overwhelming your downlink. It empowers mission-critical ISR and inspection operations with immediate visual intelligence, all within the tight power and weight limits of modern UAVs.

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           Target Applications:

• Aerial Imaging
• Recording & Streaming
• Disaster Situational Awareness
• Real-Time inspection
• Search and Rescue
• ISR Missions
• Ultra-Aerial-HRS
• Wildfire Front Monitoring
• Live downlink and real-time monitoring
• Precision Agriculture