Breakthrough Imaging.
For Sports, Defense, and Immersive.
gigpixel frame animation
Freedom of Perspective.
Our computational imaging enables control over viewing angles, zoom, and scene reconstruction - capturing detail without mechanical limits.
Enhanced Color Science.
Our 9-channel color filtering captures 2x the light, 3x the data, and 4x greater accuracy, extending into near-infrared (NIR) and ultraviolet (NUV).*
Scalable. Modular. Precise.
Integrated Imaging Modules deliver 5–10x the performance* of traditional optics, enabling precision imaging from compact setups to expansive arrays.
Advanced Signal Processing.
Proprietary signal processing enhances dynamic range by up to 10 f-stops*, optimizing sharpness, contrast, and color in any lighting condition.
Success Stories.
NASA JPL | Space-Ready Imaging
Our advanced optics enables NASA JPL’s PUFFER micro-rover to capture high-resolution images in extreme environments. Our ultra-compact, ruggedized imaging solutions are built for the most demanding missions—on Earth and beyond.
Pro Sports | Performance Analysis
TOC’s high-speed, AI-driven vision systems capture ultra-precise motion data for professional sports scouting and performance analysis. Our multi-angle tracking and automated event detection provide teams with game-changing insights - delivering clarity where it matters most.
DARPA | Panoramic Surveillance
Through collaboration with DARPA, we develop high-resolution, wide-area imaging systems capable of real-time threat detection and situational awareness. Our panoramic imaging technology enhances surveillance capabilities for critical defense applications.
Immersive | Precision Visuals
TOC technology enhances color accuracy, dynamic range, and resolution for immersive experiences. We optimize clarity and fidelity in low-light and high-contrast environments - pushing the boundaries of digital displays.
Transforming Live Sports.
Traditional Coverage
Limited & Siloed Field of View – Each camera captures a single, narrow frame.
Decreasing Pixel Density – Image quality drops as distance increases.
Complex & Costly Setup – Large teams and multiple hardware components.
Computational Coverage
Limited & Siloed Field of View – Each camera captures a single, narrow frame.
Decreasing Pixel Density – Image quality drops as distance increases.
Complex & Costly Setup – Large teams and multiple hardware components.
Our Imaging Platform.
R:VEEL™ - Wide-Area Ultra-HD Imaging.
Meet R:VEEL - See Everything, Everywhere.
The R:VEEL Array Camera System provides seamless ultra-HD coverage with multi-sensor imaging. Designed for defense, live sports, and security, RVEEL delivers high-resolution visibility across expansive areas in real time.
Modular design for extra-spectrum, Ultra HD imaging.
2X the light capture, extended-spectrum CFA.
Advanced Image Signal Processor with a 10 F-stop dynamic range boost.
Advanced Engineering Services.
Trusted by NASA JPL, major defense contractors, and industry leaders, DFC Labs develops precision optics, and field-ready systems with over 20 years of technical expertise.
Optical
Design, fabrication, and integration of advanced optical components and imaging solutions.
Mechanical
Custom enclosures, stabilization mechanisms, and thermal management.
Electrical
FPGA-based processing, fiber-optic data transfer, and custom sensor interfaces.
Software
Embedded firmware, AI-powered image processing.
Services & Capabilities.
Optical
Design, fabrication, and integration of advanced optical components and imaging solutions.
Mechanical
Custom enclosures, stabilization mechanisms, and thermal management.
Electrical
FPGA-based processing, fiber-optic data transfer, and custom sensor interfaces.
Software
Embedded firmware, AI-powered image processing.
Let’s work together.
TOC and Distant Focus Corporation (DFC) develop advanced imaging and optical solutions for live sports, defense, industry, and scientific applications. Whether you need custom optics, high-speed sensor systems, or intelligent image processing, our team is ready to collaborate.