This is a submission for the June Solstice Game Jam
What I Built
Solstice Sync is a fast-paced cosmic puzzle game where players must ba...
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Hey 👀
Nice project, I saw you're using FastAPI + bio-related systems.
I’m building something similar but applied to agriculture:
real-time decision systems using IoT + biological models.
Feels like an interesting overlap.
Curious what direction you're taking with your projects
Thanks! There's definitely a huge structural overlap when it comes to handling real-time data streams and time-series logic, whether it's celestial tracking or IoT telemetry. I went with FastAPI to keep the backend asynchronous and low-latency. Your AgTech project sounds incredibly interesting— I would like to know more about your project!
¡Qué gran arquitectura! Usar VPD para automatizar el riego y predecir riesgos fitosanitarios en tiempo real es una solución brillante, especialmente el enfoque de tomar decisiones con datos ruidosos o incompletos. Al final, manejar el estado y la latencia en time-series es el verdadero reto técnico, sin importar el caso de uso. Le echaré un vistazo a tu prototipo en agrosentinel.dev.
Thanks! Really appreciate that – and yeah, the core challenge is very similar across domains.
In our case, we use VPD as a proxy for leaf wetness because direct sensors tend to be expensive and unreliable in real field conditions. So it turns into more of an inference problem from imperfect data rather than direct measurement.
Right now we're running historical replays (~100k records) with crop coefficients (FAO-56) and time-sensitive irrigation logic, trying to keep decisions valid even under noisy inputs.
Curious how you're handling state and timing in Solstice Sync — is it running fully real-time or more like a controlled simulation?