Astral Systems builds compact lattice‑confinement fusion reactors that generate over 1 trillion D‑T fusions per second in a containerized chassis. The reactors provide on‑site production of medical isotopes for hospitals and a high‑flux, tunable neutron source for research labs, with automated safety interlocks and API‑driven data integration.
Funding
$35M 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.
BCMVOB+3Founders
Product
Problem
Current production of medical isotopes and neutron sources relies on large, centralized reactors or cyclotrons that are costly, have long lead times, and are geographically limited, creating supply bottlenecks for hospitals and research facilities. Additionally, the fusion research community lacks compact, high‑performance test platforms that can generate realistic neutron fluxes without the scale of a full power plant.
Solution
Astral Systems delivers compact multi‑state fusion reactors that employ lattice confinement fusion (LCF) to achieve solid‑state fuel densities up to 400 million times greater than conventional plasma. This architecture produces more than 1 trillion deuterium‑tritium fusions per second within a footprint comparable to industrial equipment, providing sustained high particle flux and extended operational lifetimes. The reactors can be installed on‑site at hospitals for point‑of‑care isotope generation or deployed in laboratories as versatile testbeds for neutron‑source calibration, material‑shielding studies, and fusion‑energy research. All systems are designed for plug‑and‑play integration, with automated control, safety interlocks, and secure data interfaces that reduce operational overhead and accelerate experimental cycles.
Features
- Lattice confinement fusion (LCF) core delivering solid‑state fuel densities 400 M× higher than plasma, enabling >1 trillion D‑T fusions / s in a compact chassis
- Modular, containerized reactor design that fits standard industrial racks and can be relocated with minimal infrastructure changes
- Integrated neutron‑flux monitoring and real‑time diagnostics, providing calibrated output for isotope production and material testing
- Automated start‑up, shutdown, and safety interlock systems meeting nuclear‑industry regulatory standards, eliminating the need for specialized operators
- Point‑of‑care medical isotope production capability, reducing supply chain latency and allowing on‑site generation of diagnostic and therapeutic isotopes
- High‑precision, tunable neutron source for research applications, supporting shielding validation, detector calibration, and fusion‑plant prototyping
- Proven performance validated by NASA (2021) and independent academic institutions, with documented lifetime exceeding 15 years of continuous operation
- Secure, API‑driven data export for integration with laboratory information management systems (LIMS) and enterprise analytics platforms