Research Program
BLACK WIDOW
Research Program for Autonomous Robotic Systems
9 Canonical Technologies
Technology System
OWL
Aerodynamics computation engine. XFOIL-coupled aerofoil analysis with NASA TMR validation.
Aerodynamics
EPM Docking
Electro-permanent magnet coupling. Zero-power hold after attachment.
Electromechanics
BW-C45 Carrier
3-DOF point-mass aerial carrier model. ND-100 grid campaign, MC-200 uncertainty.
Flight Dynamics
GPS-Denied Nav
Navigation without satellite signals. Sensor fusion across IMU and terrain reference.
Navigation
Mission OS
Autonomous decision engine. State-machine with 12 lifecycle stages.
Software
ALBATROSS
Long-range endurance module. Parameter sweep across wind, payload and battery.
Propulsion
FlyScout
Scout sub-drone system. Deterministic deployment sequencing.
Sub-drone
Swarm Intelligence
Multi-agent coordination layer. Monte Carlo batch, 25-cell ND sweep.
Control
Digital Twin
Live system replica with replay-verified evidence chain.
Digital Engineering
“Robots do not replace inspection. They change how we approach it.”
BLACK WIDOW explores coordinated aerial, ground and intelligent robotic systems for work in complex, remote and potentially hazardous environments.
Digital Research Checkpoint
Development Checkpoint
16 September 2026|BW-DIGITAL-CHECKPOINT-2026-09-16
BLACK WIDOW has completed an intermediate computational verification of its nine canonical research technologies.
9/9 digital simulations are executable. 8/9 are unconditionally deterministic under repeated same-seed execution. 1/9 — Swarm Intelligence — remains conditionally reproducible due to a known task-ID generation issue.
All 9 technologies currently have computational validation rules. No blocking execution defects were identified.
This checkpoint represents computational research progress only. It does not constitute physical validation of the technologies. Current physical validation is deferred to a later research stage.
Contact
For research, collaboration and other inquiries, please contact us by email.
Full legal entity and registration details are available upon request.
1654bw@gmail.com