Engineering the Culture of Autonomy. Monitor, control, and coordinate multi-vehicle drone fleets with live video, live target tracking, GPS-denied navigation, electronic warfare-aware routing, and deterministic mission governance.
All from a unified platform.
Single-operator control of massive autonomous fleets with native ATAK integration, GPS-denied navigation, electronic warfare-aware routing, and real-time MAVLink multiplexing across distributed nodes.
Live mapping, integrated video feeds, click-to-lock target tracking, and multi-vehicle synchronization with full operator-in-the-loop control.
Real-time positioning • Target tracking • Multi-vehicle sync
A defense-grade autonomous multi-domain command and control platform engineered for the most contested, communications-denied environments on earth.
Autonomous navigation without satellite dependency. Operates in denied, degraded, intermittent, and limited communications environments. No GPS required at any mission phase.
Real-time RF environment awareness with dynamic route adaptation. The platform detects and responds to electronic warfare conditions automatically, without operator intervention.
Native Cursor-on-Target integration with ATAK and WinTAK. Real-time vehicle positions, mission status, and routes stream continuously to the tactical picture.
Current UAS control systems fail to scale beyond small fleets, collapse in GPS-denied and communications-degraded environments, lack interoperability with existing tactical systems, and provide no enforceable governance over autonomous operations.
Prop Culture UAS delivers Project Jericho. A production-ready platform capable of managing 7,000+ vehicles per operator, operating without GPS or reliable communications, integrating directly into existing operational ecosystems while enforcing deterministic control and full mission accountability.
Before autonomous execution proceeds, the engine evaluates altitude constraints, geofence boundaries, regulatory airspace conditions, and structured rule sets. Outputs are normalized and ordered to produce reproducible results across identical inputs.
Each validation event produces ordered rule logs, timestamp normalization, rule version capture, and cryptographic output hashes. Replay outputs are reproducible across identical system states — creating audit-grade traceability suitable for regulators, insurers, and institutional review.
Designed to support FAA operational transparency, EASA alignment, insurer underwriting analysis, and public safety review.
The platform leverages a distributed architecture built on FastAPI, Redis, and gRPC, enabling horizontal scaling across worker nodes while maintaining synchronized fleet control.
Full situational awareness and control capabilities directly from a handheld device.
Prop Culture UAS exists to engineer disciplined, scalable autonomy for regulated and high-stakes environments.
We build software-first UAS systems that solve real operational problems — systems designed to perform under pressure, integrate with mission intelligence, and deliver measurable outcomes.
In defense and regulated sectors, what we build is not theoretical. It affects real missions and real people. That demands precision, ethical clarity, and performance that holds up when it matters.
We expand deliberately — only when our standards hold. We build reputation through execution, not marketing. We solve the real problem before we call it innovation.
Arizona-based advanced UAS software company. Focused on scalable autonomy and mission governance. Dual-use platform for defense and commercial applications.
For OEM, federal, public safety, or technical discussion requests, contact:
info@propcultureuas.network
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