Ender's Eye
Reprogram reality.
01Ender's Eye
Ender’s Eye
Ender’s Eye reveals the invisible, uniting intelligence and natural command to translate human intent into effective orchestration of autonomous systems for specific tasks.
High-fidelity terrain and RF visualization are the foundation. Live spectrum injects, agentic synthetic effects, and interoperability connect real and simulated systems for training, planning, testing, autonomous control, live operations, and after-action reports.
02The battlespace, revealed
Terrain. Spectrum. Sensors.
Reveal the modeled electromagnetic environment over the same terrain. Examine how elevation, obstructions, and system placement shape coverage, then explore the RF volume in three dimensions.
Terrain
RF coverageDrag across the same site to reveal modeled RF coverage.
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Explore the terrain
Explore Camp Shelby's Combined Arms Collective Training Facility, rebuilt as a simulation-ready digital twin.
Camp Shelby CACTF
Site A
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03Mission applications
Put the picture to work
Use the same digital environment to examine coverage, prepare teams, and understand the outcome. Move from exploring the terrain to working through the scenario.
Explore sensor locations, RF coverage, and terrain masking before committing resources.
Explore planning →Train together in repeatable RF and drone scenarios, with a shared view of the mission.
Explore EWVTE →Review scenario events and operator decisions. Change conditions and examine another approach.
Review & replay →Planning & experimentation
Model terrain-aware RF coverage, compare sensor placements, and find blind spots. Bring field observations into the picture to check assumptions against measurements.
System 1
System 2
0.01 Wemitter
1 Wemitter
Examine line-of-sight, terrain masking, and configurable propagation assumptions in the context of the site.
Compare candidate sensor locations, coverage, overlap, blind spots, and connectivity.
Bring live or recorded sensor observations into the environment and compare field measurements with modeled coverage.
Training, testing, & rehearsal
The Electromagnetic Warfare Virtual Training Environment is the training foundation behind Ender. Teams work through collective scenarios with representative systems, terrain-aware RF modeling, instructor controls, and BDA.
EWVTE
Spectrum in the Cloud
Coordinate roles, employ representative systems, and work through electromagnetic warfare and drone-response scenarios together.
Set terrain, objectives, routes, and conditions. Pause, reset, or branch a scenario to explore a different decision.
Replay scenario events, sensor observations, movement, and operator decisions to understand what happened and prepare for the next run.
RF fundamentals, drone-response procedures, command-center training, sensor employment, site-security exercises, and multi-team training.
Bring real-world RF data into training using approved Ender commercial sensors or customer-provided sensors. Baseline integrations are receive-only, with the architecture designed to expand to closed-loop control where authorized.
Synthetic training and approved sensor integration for public-safety and commercial applications, configured to applicable export and local requirements.
Commercial / public-safety configuration. Final software, hardware, destination, end user, and required U.S. and local authorizations are confirmed before export or delivery.
Critical infrastructure, facility and perimeter security, major-event security, drone awareness, sensor-network design, and RF-aware site planning.
Integrate with existing infrastructure or deploy a turnkey sensor package: RF monitoring, video, drone identification, positioning, environmental sensing, networking, and field power.
Commercial / public-safety configuration for planning, visualization, and sensor-network design, configured for each use case.
Commercial / public-safety configuration. Final software, hardware, destination, end user, and required U.S. and local authorizations are confirmed before export or delivery.
04In development
Scouts & Natural Command
We're developing autonomous scouts and an interface that combines language and hand motions with Ender's Eye's common operating picture. One connected vision for sensing the environment, understanding the mission, and expressing intent.
Gather observations
from the environment.
Bring the picture
into spatial context.
Express intent through
language and gesture.
Autonomous scouts
We're developing scouts to gather RF and physical observations and report them in a shared spatial context. Our spectrum, defense, and attack scout concepts extend the same foundation into different mission roles.
Natural Command
Our autonomy interface brings language and hand motions into Ender's Eye's common operating picture. The goal is to let operators direct autonomous systems with the environment and the mission in view.
05Company
The team
Co-founder · CEO / CTO
Co-founder · COO
Our story
Ender began in 2023 in Hacking for Defense (H4D), working a real problem alongside operators and government sponsors. Since then, we’ve gone through multiple Defense Innovation Unit programs, refining the platform with the people who will use it.
Our team brings together engineers from electrical, communications, photonics, mechanical, aerospace, and systems engineering. That experience extends from engineering at Lockheed Martin to program management for the U.S. Air Force to a college professorship in optics manufacturing.
06See it in action
Explore the platform with our team and discuss your training, planning, or integration needs.