Public-facing observatory website is active.
A home-built observatory project with mission logic, live telemetry and long-term growth.
Home Space Observatory is a developing observational engineering platform focused on astrophotography, progressive system validation, live observatory infrastructure and mission-based documentation.
Not a blog. A mission archive.
This website is structured as a technical observatory platform rather than a personal journal. Each activity is recorded as a mission, with progressive hardware integration, image acquisition, system testing and future live observation nodes.
- Mission-based documentation
- Institutional visual language
- Expandable live observatory architecture
- Future field mission support
Platform overview
Mission 001 validated planetary acquisition. Field Experiment 001 added long exposure, combustion dynamics and educational physics/chemistry documentation capabilities.
NODE 001 atmospheric telemetry is operational and actively transmitting environmental data.
Permanent sky-facing outdoor node under development.
Mission log
Expandable structureSolar Chromosphere Observation
Guided solar observation session at the Observatório do Lago Alqueva (OLA), including explanation of solar prominences, solar activity and stellar dynamics.
View missionFirst Light: Jupiter
First successful planetary capture during the observatory’s pre-tracking validation phase.
View missionArtificial Singularity
Long exposure combustion and light dynamics experiment using rotating steel wool, combining photography, Newtonian mechanics and combustion chemistry.
View experimentTracking Integration Tests
Reserved for tracking validation and comparative acquisition tests using OpenAstroTracker-based systems.
Infrastructure roadmap
Permanent environmental telemetry node providing real-time atmospheric data for observatory operations, environmental logging and observation planning.
Permanent outdoor observation node dedicated to Polaris alignment, star trail imaging and future live telemetry integration.
Future SDR-based radio frequency monitoring and spectrum visualisation layer.
External connections (dev mode).