Pushing the Envelope
Innovating at the Edge of Aerospace, Autonomy, and Analytics
Pushing the Envelope
Innovating at the Edge of Aerospace, Autonomy, and Analytics
🛰 About L10X AeroInnovations
Why L10X
Throughout my career, I’ve applied advanced technologies to solve complex challenges for the Department of Defense and commercial clients — from space systems and crewed aircraft to autonomous platforms and analytics.
That same spirit of innovation is urgently needed in domains vital to human survival—food production, environmental conservation, and national security through counter-UAS solutions.
At L10X, the focus is to build and test tools that help frontline organizations make faster, smarter, more impactful decisions.
Vision
To accelerate innovation that advances humanity through agile, autonomous, and applied solutions at the frontier of aerospace and analytics.
Zigmond Leszczynski – Founder & CEO
- 30+ years in flight operations, space systems, and applied analytics
- Former US Navy Commander, Virginia Spaceport Authority Deputy Executive Director, and Aerospace Corporation Systems Director
- FAA Part 107 Certified | CFI | BSEE & MS in Astronautical Engineering
Core Innovation Areas
🌎 Environmental Analysis
🛡 Counter-UAS (C-UAS) Threat Characterization
🛡 Counter-UAS (C-UAS) Threat Characterization
Developing tools to better understand and monitor terrain, land use, and vegetation using aerial and satellite data.
- Detect ground disturbance patterns and subtle topographic shifts using high-resolution aerial data.
- Assess vegetation health, type, and moisture content through advanced imagery and custom analytics.
- Develop novel vegetative indices for RGB sensors to expand insights without relying on multispectral payloads.
🛡 Counter-UAS (C-UAS) Threat Characterization
🛡 Counter-UAS (C-UAS) Threat Characterization
🛡 Counter-UAS (C-UAS) Threat Characterization
Assessing emerging drone capabilities and informing C-UAS strategy through real-world flight data and modeling.
- Characterize the capabilities of off-the-shelf ISR drone systems in the context of potential C-UAS threats.
- Build high-resolution maps and 3D models of test zones to study potential C-UAS vulnerabilities and risks.
- Apply spatial analytics to define and visualize C-UAS threat vectors, aiding mission planning and test zone design.
📂 Case Studies & Proof-of-Concept Missions
🌾 Northern Virginia Farm
🌱 Permaculture in the Occoquan Watershed
🌱 Permaculture in the Occoquan Watershed
Conducted drone missions to produce high-resolution maps and 3D models, informing resource planning and identifying vegetative stress.
🌱 Permaculture in the Occoquan Watershed
🌱 Permaculture in the Occoquan Watershed
🌱 Permaculture in the Occoquan Watershed
Developed high-resolution maps, 3D models, and plant health analytics to inform permaculture design in a sensitive watershed.
🚀 Advanced Innovation Initiatives
🤖 OPTIMA Mission Optimization
🤖 OPTIMA Mission Optimization
🤖 OPTIMA Mission Optimization
Developing an intelligent system that continuously learns from each mission to optimize future performance.
🌕 Off-World Food Production
🤖 OPTIMA Mission Optimization
🤖 OPTIMA Mission Optimization
Exploring how plant health analytics and vegetative insights can be adapted to support humans on the Moon, Mars, and beyond.