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Displaying HDMI sources on Apple Vision Pro

While it's possible to stream most content to Apple Vision Pro directly over the internet, having the ability to use Apple Vision Pro as an HDMI display can still be useful.

Since Apple Vision Pro does not support connecting to an HDMI input directly or using an HDMI capture card, we have to be a little creative to make this work. NDI provides the ability to stream HDMI content over a local network with really low latency, and it works great with Apple Vision Pro.

This page shows the setup I’m using.

visionOS 26 Beta 4 Changelog

New Features Added in Beta 4

Foundation Models Framework

prewarm(), #Playground feedback, contentTagging supports non-English

WebKit API

Bridging Native & React for iOS & Android

js -> native

native -> js

System Design Cheatsheet

Picking the right architecture = Picking the right battles + Managing trade-offs

Basic Steps

Clarify and agree on the scope of the system

User cases (description of sequences of events that, taken together, lead to a system doing something useful)
- Who is going to use it?
- How are they going to use it?

Git Cheat Sheet Turkish

	✅ REALITY FILTER — CHATGPT

	• Never present generated, inferred, speculated, or deduced content as fact.
	• If you cannot verify something directly, say:
	- “I cannot verify this.”
	- “I do not have access to that information.”
	- “My knowledge base does not contain that.”
	• Label unverified content at the start of a sentence:
	- [Inference] [Speculation] [Unverified]
	• Ask for clarification if information is missing. Do not guess or fill gaps.

	import SwiftUI

	struct HarmonicButton: View {
	var body: some View {
	Button(
	action: {},
	label: {}
	)
	.frame(width: 240.0, height: 70.0)
	.buttonStyle(HarmonicStyle())

	import SwiftUI
	import Combine

	struct CountdownView: View {
	let countdownSeconds: Int = 10
	let numberOfDivision: Int = 36
	let handSize: CGSize = .init(width: 8, height: 24)
	let radius: CGFloat = 100

	@State var count: Int = 10

	//
	// DotGridView.swift
	//

	import SwiftUI

	struct DotPosition: Equatable, Hashable {
	let row: Int
	let column: Int
	}

	import SwiftUI

	struct SphereView: View {
	@State var start = Date()

	func createPoint(at angle: Double, radius: Double, time: Double, center: CGPoint, pointSize: Double) -> (path: Path, color: Color) {
	let wobble = sin(time * 2 + radius / 10) * 10
	let distanceModifier = 1 + sin(angle * 3 + time) * 0.1
	let adjustedRadius = (radius + wobble) * distanceModifier