Akashalabdhi develops defense‑grade, scalable infrastructure for Low Earth Orbit, focusing on deployable inflatable space shelters that launch compactly and expand to provide large living volumes while reducing payload costs.
Funding
$1.2M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Current launch vehicles impose strict mass and volume limits, preventing the deployment of large, reliable habitats and high‑density hardware in Low Earth Orbit. Existing orbital infrastructure often lacks the defense‑grade durability and modularity needed for deep‑space, national‑defense, and commercial missions.
Solution
Akashalabdhi delivers defense‑grade, scalable infrastructure for LEO by engineering deployable inflatable space shelters that launch in a compact form factor and expand to provide extensive living volume while minimizing payload mass. Complementary hardened components—including backlit control panels, rack‑mountable electronics enclosures, and high‑efficiency forced‑cooling systems—ensure reliable, high‑density hardware operation in the harsh orbital environment. The modular architecture supports up to 16 crew members and meets an A+ shield rating, enabling rapid establishment of life‑support and mission‑critical systems. Integrated sensor suites and automated health‑monitoring provide continuous performance validation and fault detection. All elements are designed for standard launch interfaces and can be integrated with existing satellite or habitat platforms, offering a turnkey solution for defense and commercial customers.
Target Audience
Primary customers are defense and national‑security space agencies, deep‑space exploration programs, and commercial operators seeking modular orbital habitats or high‑density hardware platforms for LEO deployments.
Features
- Inflatable space shelters that launch compactly and self‑inflate to maximize habitable volume with reduced payload cost
- Backlit, high‑contrast control panels for precise operation in low‑light or critical environments
- Rack‑mountable electronics enclosures with optimized thermal management for dense hardware deployment
- Forced‑air cooling and heat‑exchanger systems delivering high‑efficiency thermal dissipation for sustained component longevity
- Rugged displays and custom command consoles built for 24/7 reliability and user‑centric efficiency
- Advanced test equipment with next‑generation sensors for automated, high‑throughput component validation
- Active shielding and mesh‑integrity monitoring achieving A+ shield rating and 100% structural integrity verification