Star Catcher Tech Stack

Wireless solar power beaming system for satellites in orbit

Space Research and Technology Jacksonville, Florida 11–50 employees Founded 2024 Privately Held

Star Catcher transmits concentrated solar energy to satellites via optical power beaming, bypassing the need for onboard solar retrofits. The engineering-heavy hiring mix (9 of 11 active roles) skewed toward senior and lead positions reflects the complexity of space systems integration and optical reliability — their top pain points. Stack choices (C, C++, MATLAB, Zemax for optical design, Altium for hardware) show deep hardware and physics simulation capability, matching their focus on guidance algorithms, ADCS emulation, and reducing optical failure risk.

Tech Stack 19 technologies

Core StackC++ Python MATLAB QuickBooks Asana Slack Zoom C Altium Designer Zemax Microsoft Office Google Workspace Teams Google Meet Calendly Concur Excel Google Sheets MBSE

What Star Catcher Is Building

◆Challenges

Managing project timelines and budgets
Reducing risk of optical system failure
Financial visibility
Process inefficiencies
Ensuring compliance with mission requirements
Complex space systems integration
Affordability of space systems
Space infrastructure deployment
Minimizing hardware downtime
Scaling prototype to mass production

▲Active Projects

Star catcher network orbital power grid
Space-to-space power beaming spacecraft
Tax preparation support
Financial performance analysis
Guidance & control algorithm development
Adcs component emulator development
Space infrastructure deployment
Operational feedback loop for on-orbit performance
Operational forecasting tools and metrics
Data-driven models for power-beaming availability

Hiring Activity

Accelerating10 roles · 8 in 30d

Department

Engineering

Finance

Ops

Seniority

Senior

Lead

Mid

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About Star Catcher

Star Catcher builds a wireless power transmission network designed to supply satellites in orbit. The core technology transmits concentrated solar energy via optical beams directly to existing satellite solar arrays, delivering up to 10x more power than onboard systems alone. Founded in 2024 and based in Jacksonville, Florida, the company operates as a 11–50-person team structured around engineering (spacecraft systems, guidance algorithms, optical design), with emerging financial and operational support functions. Current work spans orbital power grid deployment, space-to-space beaming spacecraft design, guidance and control algorithms, ADCS component emulation, and operational forecasting for power-beaming availability.

HeadquartersJacksonville, Florida

Company Size11–50 employees

Founded2024

Hiring MarketsUnited States

Frequently Asked Questions

What is Star Catcher's core technology?

Star Catcher transmits concentrated solar energy to satellites via optical power beaming, delivering power directly to existing solar arrays without hardware retrofit. The system aims to provide up to 10x more power generation than satellites' onboard systems alone.

What tech stack does Star Catcher use?

Star Catcher uses C, C++, Python, and MATLAB for simulation and control algorithms. Zemax handles optical system design, Altium Designer for hardware, and standard business tools (QuickBooks, Asana, Slack, Google Workspace) for operations and project management.