The Naval Observatory NOVAS C astrometry library, made better
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Updated
Nov 1, 2026 - C
The Naval Observatory NOVAS C astrometry library, made better
BIO999 is a free-running synthetic organism. It reads continuously and commits what it reads to a corpus that grows by roughly twenty gigabytes an hour. The plate is its nervous system: six faculties around one integration core, a frontier at the edge of attention, a ledger of everything committed. It does not answer questions. It works.
Contains core part of the RTS2 - RTS2 libraries, and drivers for basic devices.
R package for validating sub-national statistical typologies, re-coding across standard typologies of sub-national statistics. Check out or https://greendeal.dataobservatory.eu/ for use cases.
Latest solar images from NASA's SDO - Solar Dynamics Observatory
Quantifying interactions with government services to support delivery teams to improve their own products and services
Astronomical observatory control system
Bitcoin observatory meant to be easy to use and lightweight, it allows scanning and monitoring of Bitcoin related data structures (blocks, mempool, more planned) given customizable filters.
A DIY power distribution box for astrophotography in observatory-class amateur setups. ASCOM / ALPACA / INDI Compatible.
ESP32 dark-sky monitor: SQM, Bortle, cloud and rain, with an ASCOM Alpaca safety monitor for N.I.N.A.
Modular Nostr network observatory — relay discovery, health monitoring, event archiving, analytics, and data access
Open Observatory Management System
Python based ASCOM Alpaca simulators for Observatory Control Software testing
DEPRECATED: This project is intended for remote control of an amateur astronomical observatory. With the help of the WEB interface, you can control the power supply of the observatory devices, monitor the voltage, power current, as well as temperature and humidity in several places.
POLIS - Public Observatory Location and Information Service
ASCOM Alpaca compatible safety monitor
Observatory Data Management Framework
Your All-in-One Sky Imaging Solution. Automate sky imaging with Raspberry Pi. Capture celestial transitions and the majesty of the cosmos, create time-lapses, keograms, and more.
This project is intended for remote control of an amateur astronomical observatory. With the help of the WEB interface, you can control the power supply of the observatory devices, monitor the voltage, power current, as well as temperature and humidity in several places.
To associate your repository with the observatory topic, visit your repo's landing page and select "manage topics."