Our Mission
We engineer autonomous systems for the most demanding environments — from orbital spacecraft and aerial vehicles to ground robots and underwater platforms.
What We Do
From concept to deployment — we build complete autonomy solutions for aerospace, aerial, ground, and marine platforms.
Aerospace & Flight Control
End-to-end design and engineering for space robotics, launch vehicles, UAVs, and flight control systems — from propulsion and avionics to custom flight controllers.
AI & Intelligent Flight Control
Proprietary ML models and AI-enhanced flight control systems — semantic segmentation, object detection, depth estimation, and adaptive control running in real time on embedded hardware.
Guidance, Navigation & Control
Complete GNC software for autonomous vehicles operating in space, air, on the ground, and in water — from low-level actuator control to high-level mission planning.
Our Products
Software and hardware products for aerospace, aerial, ground, and marine autonomous systems.
Space Robotics Services
Design and engineering services for launch vehicles, spacecraft, and space robotics.
Learn MoreMachine Learning Models
Real-time ML models for robotics and foundation models for general intelligence.
Learn MoreUAV Design Services
End-to-end custom UAV design from concept to flight-ready prototype.
Learn MoreUAV Flight Controller
Proprietary flight controller with intelligent, ML-enhanced control.
Learn MoreGuidance, Navigation & Control
Complete GNC software for vehicles operating in space, air, on the ground, and in water.
Learn MoreVision-Based Target Detection
Custom visual target detection for identification, tracking, and docking.
Learn MoreLong Range Communication
Reliable communication infrastructure for remote and extreme environments.
Learn MoreDataset Generation & Data Annotation
Complete pipeline from raw data to training-ready datasets.
Learn MoreSensor Hardware Interfaces
End-to-end sensor integration for aerospace, aerial, ground, and marine platforms.
Learn MoreUser Interface Development
Custom applications for mission control, telemetry, and fleet management.
Learn MoreLatest Insights
Technical deep-dives, product showcases, and industry perspectives from our team.
Designing Embedded Systems for Space Environments
Designing electronics for space is a fundamentally different discipline than designing for terrestrial applications. On Earth, we take for granted stable temperatures, atmospheric pressure, magnetic...
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ML-Enhanced Flight Control: Bridging Classical Control and AI
Classical flight control theory has served aviation well for decades. PID controllers, LQR, and model predictive control (MPC) provide stable, predictable behavior when the system...
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Vision-Guided Landing: Using Semantic Segmentation for Autonomous Runway Detection
Landing is the most critical phase of any fixed-wing flight. For manned aircraft, pilots rely on a combination of visual cues, instrument landing systems (ILS),...
Read MoreReady to accelerate your next mission?
Let's discuss how Upper can help you design, build, and deploy autonomous systems for aerospace and beyond.
Contact Us