Unreleased — 0.1.0 Build from source today. Signed app download coming soon.
A little presence. A wider perspective.
Actual macOS app · September 8, 2026 sample
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Native by nature. SwiftUI. Fast. At home on your Mac.
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Your Mac does the math. Real calculations. Fully offline.
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Open all the way down. Readable code. No account required.
A GLANCE. OR THE WHOLE PICTURE.
Small in the menu bar. Room to look ahead.
Open the Dashboard when you want more context. Explore exact event times, planetary motion, and a forecast that stretches up to 90 days.
Real app screenshots ↘
Today Dashboard with Moon sign, phase and the next selected events.
01 / THE SKY
Ten bodies. One clear view.
See tropical, geocentric positions from the Sun to Pluto, with signs, degrees, and direct or retrograde motion.
02 / WHAT’S NEXT
Follow the turning points.
Sign ingresses, squares, oppositions, and exact stations. Optional conjunctions and minor aspects when you want them.
03 / YOUR RHYTHM
Reminders on your terms.
Choose bodies, event types, and lead times. Set quiet hours or pause it all. Alerts stay off until you enable them.
HYPERGATE AI OPEN SOURCE
Good tools should be yours to explore.
No subscription. No sign-in. No AI-generated sky. HypergateBar calculates astronomical events on your Mac with Astronomy Engine, and gives you the source to see how it works.
HypergateBar is in its first open-source preview. Build it locally with Xcode and Swift 6. The signed macOS download will be linked here when it’s ready.
Requires macOS 14+, Xcode with Swift 6, Python 3, and Git. Initial dependency setup needs internet; the app’s core works offline.
git clone https://github.com/theleoking-astrology/hypergate-bar.git
cd hypergate-bar
make run
A few useful details.
Does HypergateBar need an account or internet?
No account is needed. The native app calculates the sky locally. Building from source downloads its dependencies once. Future optional updates require a connection; the core calculations do not.
Is there a ready-to-download Mac app?
Not yet. The source is available now, and local development builds work without an Apple Developer account. A signed and notarized download will be linked here after release verification.
How accurate are the calculations?
The supported input range is 2000–2050. Independent tests compare 1,040 positions and 88 representative events against JPL Horizons. All registered gates passed for those samples. Numerical precision is not the same as astronomical accuracy. Read the measured results and limitations.
Will reminders always arrive exactly on time?
macOS manages delivery. Sleep, Focus, permission, and other system settings can delay or suppress it. The app shows the actual queued coverage, which can be shorter than its forecast. It needs to run again to replenish reminders.
Can I build something with the calculation engine?
Yes. HypergateCore is a reusable Swift package, with a separate provider adapter, a compiled consumer example, a CLI and a documented JSON schema. Original code is MIT licensed. Start with the developer guide.