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Protect Power. Protect Your Mission.

Welcome to Low Earth Orbit, where micro space debris, flying at ~10 km/s, erodes your solar panels. This growing debris population is not tracked by ground-based systems, making avoidance impossible.

Without SafeSat
SOLUTION
SafeSat protects CubeSat solar panels from untrackable debris by capturing impacts before they cause irreversible power loss.
This debris becomes data upon collision, emerging as the first large-scale micro space debris detection system.
Mission

PROGRESS

CAD modelling
UV-Vis verification
Deorbit simulation
Prototype testing
Next tests

OUR PLAN TO ORBIT

LAUNCH
From 2025
SafeSat started in Seoul, driven by a shared passion for space.
The team designed three business phases for IPO.
Lean canvas, business model, and prototype launched.
PHASE 1
2026 Q1 — 2027 Q2
Product Development:

With GovVC funds, we plan to file IP, hire writing for proposals to CVC, and convert prototype into a manufacturable product that scales to 3Us.
Launch our first SafeSat and recruit pilot teams.
PHASE 2
2027 Q3 — 2029 Q4
Partnering Up:

SafeSat will focus internal efforts on documentation for ISO qualification to build up credentials.
Sell with outsourced build from partners, design pathways for in-sourced production.
PHASE 3
2030 Q1 — 2032 Q2
Commercialization:

We will receive feedback from pilot teams, push out testimonials, and develop SafeSat's LEO micro debris dataset.
Converting to in-sourcing, R&D costs continue going out, but unit sales returns profit.
POST
2032 Q3 (and beyond)
Data Services:

SafeSat releases API v0 and sells dataset into agencies working space debris environment models.
Expand channels and maintain R&D and quality checks.
Projected Revenue Growth
FRAME UNITS
0
Cumulative projected sales through 2036-12.
BREAK-EVEN
0
Projected year of profitability (base case).
CVC ASK
0
Budgeted runway with safety margins.
ADDRESSABLE MARKET
0
Range reflecting expansion beyond CubeSats.
Assumptions
  • 1U unit price: $4000
  • COGS per unit (outsourcing until Phase 3): $1,900
  • COGS per unit (insourcing from Phase 3): $700
  • Gross margin target (2030-2033): 16.3%
  • API pricing: $200 /mo
Costs benchmarked against supplier quotes. Adoption based on target institutions, integration time, and CubeSat mission frequency projections. API revenue modeled with retention assumptions.
Expert testimonials

“It is compelling to see the consideration of materials engineering challenges involved in using aerogels in the space environment. This is an interesting project.”

— Dr. G. Divitini, Principal Investigator of electron microscopy at the Italian Institute of Technology

“Like you have two properties here [with increasing thickness, you absorb more light while becoming mechanically more stable; there is a trade-off between these properties], you know, that that’s very much real engineering.”

— Dr. Emilie Ringe, Deputy Head of the Department of Materials Science & Metallurgy at Cambridge University