What We Do
Aspect Aerospace offers a complete platform of solutions that provide space-weather awareness and actionable intelligence tailored to your organization.
Aspect Link
It’s not enough to see where space weather is getting worse – you need to know what to do about it. By tailoring our platform’s analysis to different industries and organizations, you can receive alerts and updates in a language you understand. Satellite operators see the upcoming plasma environment for each satellite. Power grid operators see where currents may get too high and require rerouting. Ground station operators see SNR and cloud cover for individual satellite passes. Importantly, we will also let you know when the threat has passed, so you can resume normal operations faster and with less damage to your assets.
Aspect Live
Aspect's unique sensor can measure plasma density and neutral-particle density (drag) to sub-meter resolution, far better than the multi-kilometer resolution data used by government agencies. Aspect will launch and maintain a constellation of satellites using this sensor. Satellite operators can also consider enabling their satellites to “self-monitor” space weather by adding our sensor to their platform. The ability to perform ionosphere mapping will lead to new capabilities, like mapping neutral-particle density, measuring atmospheric drag. Real-time scintillation mapping will lead to better GPS accuracy.
Precision Ionosphere Mapping
Our novel space-environment-sensing technology can resolve fine space weather structures (including plasma bubbles and TEC) and neutral-particle density to sub-meter resolution.
Space Domain Awareness SDK
SDK that can access our comprehensive space environment model and database, including high-resolution measurements, detailed physical analysis of the data, and forecasting. With a sub-meter precision map of neutral particle density, object tracking becomes more deterministic over longer timescales, along with more accurate trajectory analysis and station-keeping coordination -- even as turbulent atmosphere conditions arise.
Operations SDK
SDK that enables actionable analysis of space and earth environment data. For instance, make API calls to get exact real-time attenuation of RF links during ground-station passes, allowing users to tune SNR, gains, etc. in real time as clouds and space weather moves in between satellites and ground stations. Easily coordinate ground station passes, stationkeeping, safe-mode coordination, etc. at the software level. Rather than just preventing "nightmare scenarios" where a huge space weather storm destroys a satellite, we exist to optimize day-to-day operations, enhance ground links and stationkeeping, and save money over time.
Mission Planning SDK
SDK that leverages both historical and forecast data to provide detailed "what-if" analyses for future missions. Simulate extreme space weather storms or earth weather conditions for risk mitigation to get ahead of the curve.
Actionable Physics Modeling
We are not just a data warehouse. Access actionable data by showing only what is relevant to the end user: see earth and space weather directly over your ground station's line-of-sight. Access the space weather environment propagated for your satellite's next 15 orbits, or for an entire constellation. Visualize geomagnetic-induced currents in every power line in the US and the world, complete with exact breakdowns of frequency and time domain responses seen at each sub-station. There is no limit to the insights accessed with sub-meter precision mapping of the near-earth space environment.
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Our Progress
Space weather sensor deployed in sub-orbital flight
Sensor included in successful satellite deployment
Utilize in-house model to analyze existing data
Deploy second-generation sensors to improve model accuracy
Expand constellation and offer actionable intelligence