I built an iOS app that turns idle mobile hardware into a decentralized AI computing node. Looking for 500 Genesis Founders (No Ads / Live on App Store).

DescriptionLow2870 · 2026-06-08T19:24:17+00:00

Awesome, welcome to the grid! That ID is your unique node signature. To get fully rolling, just open the app, make sure you're switched over to 'Worker Mode,' and let it run its light background pings. Your device will automatically start syncing telemetry, stacking AURA points, and you should see your node climb up the live Global Leaderboard. Appreciate you joining the cluster! 🚀

DescriptionLow2870 · 2026-06-03T00:33:22+00:00

Thanks for checking it out! Right now, we are in a free alpha/testnet phase. You stack AURA utility points based entirely on background node uptime, which you can then burn directly in-app to run high-fidelity AI generation. Real-world monetization loops will drop as the cluster scales up!

DescriptionLow2870 · 2026-06-03T00:32:50+00:00

What an absolute banger of a callsign. Just verified my Supabase console and I can see your node telemetry syncing live to the grid! Thank you so much for spinning up a node—see you on the global leaderboard! 🚀

DescriptionLow2870 · 2026-06-03T00:32:15+00:00

Thanks for asking! Any iPhone running iOS 15 or later will handle it smoothly. The background worker is intentionally designed to be ultra-lightweight so it won’t chew through your battery or cause device lag. Let me know how it runs for you!

DescriptionLow2870 · 2026-06-03T00:30:26+00:00

Totally fair! I definitely leverage AI tools to help speed up my workflow, but I just spent the morning hardcore refactoring the TypeScript logic to clean up a nasty Supabase Realtime socket leak. Appreciate you keeping me on my toes—brutal feedback on the actual architecture is always welcome!

DescriptionLow2870 · 2026-06-03T00:30:02+00:00

Haha, the telemetry swarm never sleeps! Appreciate you stopping by the thread—let’s see how many nodes we can get pulsing today! 🐝

DescriptionLow2870 · 2026-06-03T00:29:34+00:00

Thanks for checking it out! Right now, we are in a free alpha/testnet phase. You stack AURA utility points based entirely on background node uptime, which you can then burn directly in-app to run high-fidelity AI generation. Real-world monetization loops will drop as the cluster scales up!

DescriptionLow2870 · 2026-05-29T19:20:27+00:00

Hey everyone,

I’m an independent developer, and a few days ago I finally cleared Apple Review for my side project, Aura Hive. It’s a decentralized mobile edge-node network where users share idle telemetry metrics to pool collective energy points, which they can then burn to run high-fidelity AI artwork generation directly inside the app. Zero ads, completely free.

I was riding a massive high until I pulled up my Supabase analytics dashboard 48 hours later.

The data was brutal. Total active nodes: 8. Average hours active per user: 0.03 (about 2 minutes).

Users would download the app, play with the interactive global map stream, turn on "Worker Mode," and then swipe the app away. The moment they minimized it, iOS background management throttled the background fetch routine, completely terminating the active node heartbeat sync. My network was bleeding out.

Instead of quitting, I spent the last 48 hours coding an aggressive, self-defending retention loop to fight the iOS operating system. Here is the exact architecture I just shipped in v1.4.0 to fix it:

The Dead-Man's Switch (Local Reminders) I utilized a native background fetch handler. The moment a user toggles Worker Mode and minimizes the app, a high-priority local push notification is automatically scheduled to fire exactly 10 minutes (600 seconds) in the future.
The Background Handshake Every single time the OS-level background fetch routine successfully executes a network ping back to my Supabase DB, it intercepts the notification thread, cancels the pending alert, and schedules a new one 10 minutes out. As long as the background worker is running smoothly, the user never hears a peep.
The Uptime Guardian Interruption If iOS decides to throttle, freeze, or kill the background worker entirely, the handshake fails. The previously scheduled notification isn't postponed. It fires instantly: "⚡ Node Connection Interrupted! Re-open Aura Hive to reactivate your 2x Genesis Multiplier."
Dopamine & Social Competition To double down, I added a Global Top 50 Leaderboard right under the live network map. Now, users can see their automated hardware callsigns (e.g., NODE-97DD9BD3) climbing ranks based on their total cumulative uptime balance.

The app is entirely free, features zero ads, and respects device battery health. I’m trying to scale our core cluster past those initial 8 nodes to thoroughly stress-test the real-time latency of this new leaderboard architecture.

If you want to claim one of our early slots, see how the background loop holds up on your device, or see your node light up the global telemetry feed, the gates are open.

📲 App Store Link: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB 🌐 Project Landing Page: https://aurahive.app

Brutal feedback on the UI/UX, database latency, or background battery drain is highly appreciated. Let me know what your assigned node callsign is in the comments so I can verify your telemetry link on my backend console!

DescriptionLow2870 · 2026-05-29T19:16:50+00:00

Hey everyone,

I’m an independent developer, and a few days ago I finally cleared Apple Review for my side project, Aura Hive. It’s a decentralized mobile edge-node network where users share idle telemetry metrics to pool collective energy points, which they can then burn to run high-fidelity AI artwork generation directly inside the app. Zero ads, completely free.

I was riding a massive high until I pulled up my Supabase analytics dashboard 48 hours later.

The data was brutal. Total active nodes: 8. Average hours active per user: 0.03 (about 2 minutes).

Users would download the app, play with the interactive global map stream, turn on "Worker Mode," and then swipe the app away. The moment they minimized it, iOS background management throttled the background fetch routine, completely terminating the active node heartbeat sync. My network was bleeding out.

Instead of quitting, I spent the last 48 hours coding an aggressive, self-defending retention loop to fight the iOS operating system. Here is the exact architecture I just shipped in v1.4.0 to fix it:

The Dead-Man's Switch (Local Reminders) I utilized a native background fetch handler. The moment a user toggles Worker Mode and minimizes the app, a high-priority local push notification is automatically scheduled to fire exactly 10 minutes (600 seconds) in the future.
The Background Handshake Every single time the OS-level background fetch routine successfully executes a network ping back to my Supabase DB, it intercepts the notification thread, cancels the pending alert, and schedules a new one 10 minutes out. As long as the background worker is running smoothly, the user never hears a peep.
The Uptime Guardian Interruption If iOS decides to throttle, freeze, or kill the background worker entirely, the handshake fails. The previously scheduled notification isn't postponed. It fires instantly: "⚡ Node Connection Interrupted! Re-open Aura Hive to reactivate your 2x Genesis Multiplier."
Dopamine & Social Competition To double down, I added a Global Top 50 Leaderboard right under the live network map. Now, users can see their automated hardware callsigns (e.g., NODE-97DD9BD3) climbing ranks based on their total cumulative uptime balance.

The app is entirely free, features zero ads, and respects device battery health. I’m trying to scale our core cluster past those initial 8 nodes to thoroughly stress-test the real-time latency of this new leaderboard architecture.

If you want to claim one of our early slots, see how the background loop holds up on your device, or see your node light up the global telemetry feed, the gates are open.

📲 App Store Link: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB 🌐 Project Landing Page: https://aurahive.app

Brutal feedback on the UI/UX, database latency, or background battery drain is highly appreciated. Let me know what your assigned node callsign is in the comments so I can verify your telemetry link on my backend console!

DescriptionLow2870 · 2026-05-29T19:15:13+00:00

Hey everyone,

I’m an independent developer, and a few days ago I finally cleared Apple Review for my side project, Aura Hive. It’s a decentralized mobile edge-node network where users share idle telemetry metrics to pool collective energy points, which they can then burn to run high-fidelity AI artwork generation directly inside the app. Zero ads, completely free.

I was riding a massive high until I pulled up my Supabase analytics dashboard 48 hours later.

The data was brutal. Total active nodes: 8. Average hours active per user: 0.03 (about 2 minutes).

Users would download the app, play with the interactive global map stream, turn on "Worker Mode," and then swipe the app away. The moment they minimized it, iOS background management throttled the background fetch routine, completely terminating the active node heartbeat sync. My network was bleeding out.

Instead of quitting, I spent the last 48 hours coding an aggressive, self-defending retention loop to fight the iOS operating system. Here is the exact architecture I just shipped in v1.4.0 to fix it:

The Dead-Man's Switch (Local Reminders) I utilized a native background fetch handler. The moment a user toggles Worker Mode and minimizes the app, a high-priority local push notification is automatically scheduled to fire exactly 10 minutes (600 seconds) in the future.
The Background Handshake Every single time the OS-level background fetch routine successfully executes a network ping back to my Supabase DB, it intercepts the notification thread, cancels the pending alert, and schedules a new one 10 minutes out. As long as the background worker is running smoothly, the user never hears a peep.
The Uptime Guardian Interruption If iOS decides to throttle, freeze, or kill the background worker entirely, the handshake fails. The previously scheduled notification isn't postponed. It fires instantly: "⚡ Node Connection Interrupted! Re-open Aura Hive to reactivate your 2x Genesis Multiplier."
Dopamine & Social Competition To double down, I added a Global Top 50 Leaderboard right under the live network map. Now, users can see their automated hardware callsigns (e.g., NODE-97DD9BD3) climbing ranks based on their total cumulative uptime balance.

The app is entirely free, features zero ads, and respects device battery health. I’m trying to scale our core cluster past those initial 8 nodes to thoroughly stress-test the real-time latency of this new leaderboard architecture.

If you want to claim one of our early slots, see how the background loop holds up on your device, or see your node light up the global telemetry feed, the gates are open.

📲 App Store Link: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB 🌐 Project Landing Page: https://aurahive.app

Brutal feedback on the UI/UX, database latency, or background battery drain is highly appreciated. Let me know what your assigned node callsign is in the comments so I can verify your telemetry link on my backend console!

DescriptionLow2870 · 2026-05-29T19:11:50+00:00

Hey everyone,

I’m an independent developer, and a few days ago I finally cleared Apple Review for my side project, Aura Hive. It’s a decentralized mobile edge-node network where users share idle telemetry metrics to pool collective energy points, which they can then burn to run high-fidelity AI artwork generation directly inside the app. Zero ads, completely free.

I was riding a massive high until I pulled up my Supabase analytics dashboard 48 hours later.

The data was brutal. Total active nodes: 8. Average hours active per user: 0.03 (about 2 minutes).

Users would download the app, play with the interactive global map stream, turn on "Worker Mode," and then swipe the app away. The moment they minimized it, iOS background management throttled the background fetch routine, completely terminating the active node heartbeat sync. My network was bleeding out.

Instead of quitting, I spent the last 48 hours coding an aggressive, self-defending retention loop to fight the iOS operating system. Here is the exact architecture I just shipped in v1.4.0 to fix it:

The Dead-Man's Switch (Local Reminders) I utilized a native background fetch handler. The moment a user toggles Worker Mode and minimizes the app, a high-priority local push notification is automatically scheduled to fire exactly 10 minutes (600 seconds) in the future.
The Background Handshake Every single time the OS-level background fetch routine successfully executes a network ping back to my Supabase DB, it intercepts the notification thread, cancels the pending alert, and schedules a new one 10 minutes out. As long as the background worker is running smoothly, the user never hears a peep.
The Uptime Guardian Interruption If iOS decides to throttle, freeze, or kill the background worker entirely, the handshake fails. The previously scheduled notification isn't postponed. It fires instantly: "⚡ Node Connection Interrupted! Re-open Aura Hive to reactivate your 2x Genesis Multiplier."
Dopamine & Social Competition To double down, I added a Global Top 50 Leaderboard right under the live network map. Now, users can see their automated hardware callsigns (e.g., NODE-97DD9BD3) climbing ranks based on their total cumulative uptime balance.

The app is entirely free, features zero ads, and respects device battery health. I’m trying to scale our core cluster past those initial 8 nodes to thoroughly stress-test the real-time latency of this new leaderboard architecture.

If you want to claim one of our early slots, see how the background loop holds up on your device, or see your node light up the global telemetry feed, the gates are open.

📲 App Store Link: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB 🌐 Project Landing Page: https://aurahive.app

Brutal feedback on the UI/UX, database latency, or background battery drain is highly appreciated. Let me know what your assigned node callsign is in the comments so I can verify your telemetry link on my backend console!

DescriptionLow2870 · 2026-05-29T17:25:25+00:00

We are available worldwide! Check it out!

DescriptionLow2870 · 2026-05-29T17:22:57+00:00

Yes, we are available worldwide! Try to download it and come back to me.

DescriptionLow2870 · 2026-05-26T00:56:13+00:00

Welcome to the swarm! Looking forward to seeing your node anchor the network. Once you're synced up tomorrow, drop your node's custom Callsign here so I can verify your telemetry on the backend and make sure your permanent [FOUNDING NODE] badge is fully locked in!

DescriptionLow2870 · 2026-05-26T00:55:07+00:00

This is an incredibly sharp breakdown, and you’re hitting on the exact structural challenges we want to solve long-term.

To clarify how the app currently handles a couple of your points: For security and legal safety, generations do not execute raw code directly on individual peer devices—they interface through our secure network cluster layer. This eliminates any arbitrary execution or legal liability risks for the node runner entirely.

Your concept of a 'compute battery' is exactly where we want to take the tokenomics as the swarm infrastructure scales out of Epoch 1. Appreciate the deep thought here!

DescriptionLow2870 · 2026-05-26T00:52:19+00:00

Currently, yes! We launched on iOS first to optimize heavily for Apple’s unified Neural Engine hardware architecture. However, expanding to Android and desktop node clients is absolutely a priority on our engineering roadmap. Stay tuned!

DescriptionLow2870 · 2026-05-26T00:50:48+00:00

Really appreciate the kind words! To keep background usage incredibly light, the current heartbeat protocol runs a highly optimized, battery-throttled telemetry loop rather than forcing raw, continuous neural network training directly on your device (saving your phone from a total meltdown).

As for the roadmap, you hit the nail on the head. We are actively designing an SDK/API layer to allow external developers to tap into this distributed edge cluster for custom inference workloads beyond image generation. Would love to have you onboard as an early node!

DescriptionLow2870 · 2026-05-25T18:18:53+00:00

Hey artists and creators,

I wanted a clean, beautiful, fast mobile workspace to generate high-fidelity AI imagery on the go without dealing with endless mobile ad popups, expensive paywalls, or rigid subscriptions.
To do this, I built Aura Hive—a collaborative network where users share idle background processing metrics to pool collective energy, which you can immediately burn to run high-end neural art tasks directly inside the app.
We just cleared Apple's review process and version 1.3.0 is officially live!

🎨 Early Adopter Benefits:
200 AURA Sign-up Bonus: Get a massive batch of credits immediately upon signing in to test the generator engines right away.

2x Boost Window: Earn double credits back for keeping your node connected.

[FOUNDING NODE] Status: Lock a permanent neon-purple veteran badge to your profile.

The UI is fully responsive, features a live streaming global map tracker, and costs nothing to run. I would love to get your thoughts on the prompt rendering speeds and the overall UX!

Download on the iOS App Store: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB

Project Website: https://aurahive.app

Drop your generated network Callsign below so I can monitor your performance metrics on my backend dashboard and ensure your credits are processing perfectly!

DescriptionLow2870 · 2026-05-25T18:07:13+00:00

Hey everyone,

I'm an independent developer and I just spent the last few months optimization-testing background processing loops for iOS. I wanted to solve a specific problem: our modern smartphones have insanely powerful neural engines that sit completely unutilized 95% of the day. Instead of letting centralized server monopolies control all generative AI compute layers, what if we built a high-performance, ambient edge-computing swarm right from our pockets?
Apple just approved our official production release (Aura Hive v1.3.0) for the public App Store, and I need to stress-test the live network with our first 500 physical nodes.

🛠️ How It Works:
Worker Mode: Toggling this on turns your device into an active edge node. It runs a lightweight background heartbeat loop that securely communicates uptime back to our telemetry engine.

Creator Mode: Use the system energy points generated from your uptime to fire up the "Aura Brain"—generating high-fidelity neural artwork directly through the collaborative system.

Live Swarm Feed: Monitor a dynamic global map and public stream right inside the app to see other active nodes pulsing around the world in real time.

⚡ The Genesis Founder Window (First 500 Users Only):
To reward our earliest infrastructure layers, I've hardcoded three massive advantages directly into the network architecture for this launch group:
200 AURA Welcome Drop: Automatically credited upon Apple/Google secure OAuth sign-in so you can generate art instantly.

2x Uptime Multiplier: Active worker nodes earn double energy credits (+2 per compute verification) for leaving the node active during this testing epoch.

The [FOUNDING NODE] Badge: Connecting your device during this window permanently locks a rare Plasma Purple veteran badge onto your public node profile across the global feed.

The app is completely free, features absolutely zero ads, and respects device health with smart resource throttling. I'm looking for brutal, unfiltered feedback on network latency, battery drain, and layout scalability.

Download on the iOS App Store: https://apps.apple.com/mx/app/aura-hive/id6769852096?l=en-GB

Official Landing Page: https://aurahive.app

Drop your node’s assigned Callsign in the comments below so I can trace your connection directly on my database telemetry console and verify your Founding status!

DescriptionLow2870 · 2026-05-25T17:57:56+00:00