(Δvals)|
|:-|:-|:-|
||||
|4|0.00456|2.1×10⁻³|
|8|\~0.002xx|stable|
|16|\~0.001x|consistent|
Confirms:
# Interpretation
* Δm>0\\Delta m > 0Δm>0: The quantum vacuum resists excitation → confinement.
* Δm=0\\Delta m = 0Δm=0: The system is massless → unconfined.
* Observed behavior matches theoretical expectations for SU(3) confinement.
Obviously without a supercomputer you only get so close :D haha, it wont proof im sure of that but >> it could become ... A validated numerical prototype demonstrating non-zero spectral gaps in a Real SU(3) operator --supporting the confinement hypothesis and establishing a reproducible benchmark for future computational gauge theory studies
\>>
LOG:
=== GRAND SUMMARY (Timestamp: 2025-11-02 15:01:29) ===
L=4 Raw SU(3) Original:
mass\_gap: 0.006736878563294524
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.00088039 -0.99414351 -0.98984368 -0.98193738 -0.95305459 -0.95303209
\-0.95146243 -0.94802272 -0.94161539 -0.93038092 -0.92989319 -0.92457688
\-0.92118877 -0.90848878 -0.90164848 -0.88453912 -0.87166522 -0.87054661
\-0.85799109 -0.84392243\]
L=4 Gauge-Fixed SU(3) Original:
mass\_gap: 0.006736878563295523
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.00088039 -0.99414351 -0.98984368 -0.98193738 -0.95305459 -0.95303209
\-0.95146243 -0.94802272 -0.94161539 -0.93038092 -0.92989319 -0.92457688
\-0.92118877 -0.90848878 -0.90164848 -0.88453912 -0.87166522 -0.87054661
\-0.85799109 -0.84392243\]
L=4 Raw SU(3) Boosted:
mass\_gap: 0.00673687856329408
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.90088039 -0.89414351 -0.88984368 -0.88193738 -0.85305459 -0.85303209
\-0.85146243 -0.84802272 -0.84161539 -0.83038092 -0.82989319 -0.82457688
\-0.82118877 -0.80848878 -0.80164848 -0.78453912 -0.77166522 -0.77054661
\-0.75799109 -0.74392243\]
L=4 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.00673687856329519
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.90088039 -0.89414351 -0.88984368 -0.88193738 -0.85305459 -0.85303209
\-0.85146243 -0.84802272 -0.84161539 -0.83038092 -0.82989319 -0.82457688
\-0.82118877 -0.80848878 -0.80164848 -0.78453912 -0.77166522 -0.77054661
\-0.75799109 -0.74392243\]
L=8 Raw SU(3) Original:
mass\_gap: 0.0019257741216218704
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.03473039 -1.03280462 -1.02160111 -1.00632093 -1.00304064 -1.00122621
\-1.00098544 -1.00063794 -0.99964038 -0.99941845 -0.99934453 -0.99862362\]
L=8 Gauge-Fixed SU(3) Original:
mass\_gap: 0.0019257741216216484
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.03473039 -1.03280462 -1.02160111 -1.00632093 -1.00304064 -1.00122621
\-1.00098544 -1.00063794 -0.99964038 -0.99941845 -0.99934453 -0.99862358\]
L=8 Raw SU(3) Boosted:
mass\_gap: 0.0019257741216203161
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.93473039 -0.93280462 -0.92160111 -0.90632093 -0.90304064 -0.90122621
\-0.90098544 -0.90063794 -0.89964038 -0.89941845 -0.89934452 -0.89862352\]
L=8 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.0019257741216218704
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.93473039 -0.93280462 -0.92160111 -0.90632093 -0.90304064 -0.90122621
\-0.90098544 -0.90063794 -0.89964038 -0.89941845 -0.89934453 -0.89862362\]
L=16 Raw SU(3) Original:
mass\_gap: 0.0013967382831825415
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-1.03700802 -1.03561128 -1.03520171 -1.03376882 -1.03152725 -1.02816263
\-1.027515 -1.02575789 -1.02407356 -1.02134187 -1.01827701 -1.0173832 \]
L=16
|:-|:-|:-|
||||
|4|0.00456|2.1×10⁻³|
|8|\~0.002xx|stable|
|16|\~0.001x|consistent|
Confirms:
# Interpretation
* Δm>0\\Delta m > 0Δm>0: The quantum vacuum resists excitation → confinement.
* Δm=0\\Delta m = 0Δm=0: The system is massless → unconfined.
* Observed behavior matches theoretical expectations for SU(3) confinement.
Obviously without a supercomputer you only get so close :D haha, it wont proof im sure of that but >> it could become ... A validated numerical prototype demonstrating non-zero spectral gaps in a Real SU(3) operator --supporting the confinement hypothesis and establishing a reproducible benchmark for future computational gauge theory studies
\>>
LOG:
=== GRAND SUMMARY (Timestamp: 2025-11-02 15:01:29) ===
L=4 Raw SU(3) Original:
mass\_gap: 0.006736878563294524
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.00088039 -0.99414351 -0.98984368 -0.98193738 -0.95305459 -0.95303209
\-0.95146243 -0.94802272 -0.94161539 -0.93038092 -0.92989319 -0.92457688
\-0.92118877 -0.90848878 -0.90164848 -0.88453912 -0.87166522 -0.87054661
\-0.85799109 -0.84392243\]
L=4 Gauge-Fixed SU(3) Original:
mass\_gap: 0.006736878563295523
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.00088039 -0.99414351 -0.98984368 -0.98193738 -0.95305459 -0.95303209
\-0.95146243 -0.94802272 -0.94161539 -0.93038092 -0.92989319 -0.92457688
\-0.92118877 -0.90848878 -0.90164848 -0.88453912 -0.87166522 -0.87054661
\-0.85799109 -0.84392243\]
L=4 Raw SU(3) Boosted:
mass\_gap: 0.00673687856329408
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.90088039 -0.89414351 -0.88984368 -0.88193738 -0.85305459 -0.85303209
\-0.85146243 -0.84802272 -0.84161539 -0.83038092 -0.82989319 -0.82457688
\-0.82118877 -0.80848878 -0.80164848 -0.78453912 -0.77166522 -0.77054661
\-0.75799109 -0.74392243\]
L=4 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.00673687856329519
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.90088039 -0.89414351 -0.88984368 -0.88193738 -0.85305459 -0.85303209
\-0.85146243 -0.84802272 -0.84161539 -0.83038092 -0.82989319 -0.82457688
\-0.82118877 -0.80848878 -0.80164848 -0.78453912 -0.77166522 -0.77054661
\-0.75799109 -0.74392243\]
L=8 Raw SU(3) Original:
mass\_gap: 0.0019257741216218704
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.03473039 -1.03280462 -1.02160111 -1.00632093 -1.00304064 -1.00122621
\-1.00098544 -1.00063794 -0.99964038 -0.99941845 -0.99934453 -0.99862362\]
L=8 Gauge-Fixed SU(3) Original:
mass\_gap: 0.0019257741216216484
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-1.03473039 -1.03280462 -1.02160111 -1.00632093 -1.00304064 -1.00122621
\-1.00098544 -1.00063794 -0.99964038 -0.99941845 -0.99934453 -0.99862358\]
L=8 Raw SU(3) Boosted:
mass\_gap: 0.0019257741216203161
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.93473039 -0.93280462 -0.92160111 -0.90632093 -0.90304064 -0.90122621
\-0.90098544 -0.90063794 -0.89964038 -0.89941845 -0.89934452 -0.89862352\]
L=8 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.0019257741216218704
hermitian: True
normalized: False
discrete\_gap: False
prototype: True
notes: Discrete gap issue;
Eigenvalues: \[-0.93473039 -0.93280462 -0.92160111 -0.90632093 -0.90304064 -0.90122621
\-0.90098544 -0.90063794 -0.89964038 -0.89941845 -0.89934453 -0.89862362\]
L=16 Raw SU(3) Original:
mass\_gap: 0.0013967382831825415
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-1.03700802 -1.03561128 -1.03520171 -1.03376882 -1.03152725 -1.02816263
\-1.027515 -1.02575789 -1.02407356 -1.02134187 -1.01827701 -1.0173832 \]
L=16
Gauge-Fixed SU(3) Original:
mass\_gap: 0.0013967382831823194
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-1.03700802 -1.03561128 -1.03520171 -1.03376882 -1.03152725 -1.02816263
\-1.027515 -1.02575789 -1.02407356 -1.02134187 -1.018277 -1.01736196\]
L=16 Raw SU(3) Boosted:
mass\_gap: 0.0013967382831825415
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-0.93700802 -0.93561128 -0.93520171 -0.93376882 -0.93152725 -0.92816263
\-0.927515 -0.92575789 -0.92407356 -0.92134187 -0.91827705 -0.91738514\]
L=16 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.0013967382831818753
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-0.93700802 -0.93561128 -0.93520171 -0.93376882 -0.93152725 -0.92816263
\-0.927515 -0.92575789 -0.92407356 -0.92134187 -0.91827694 -0.91737801\]
=== Suggested optimized ranges based on this run ===
Tolerance used: 1e-10
Max iterations used: 300
All lattices complete in 79.4s. Millennium Prize Mode: ENGAGED 🏆
Export Options:
1: Save as CSV
2: Save as JSON
3: Save as CSV + JSON
Enter your choice (or press Enter to skip export):
# Made by: Stacey Szmy, OpenAI ChatGPT, Microsoft Copilot.
Script: Zero\_Freeze\_Hamiltonian\_Lattice\_Gauge\_Benchmark\_Suite.py
#
https://redd.it/1omrr40
@r_opensource
mass\_gap: 0.0013967382831823194
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-1.03700802 -1.03561128 -1.03520171 -1.03376882 -1.03152725 -1.02816263
\-1.027515 -1.02575789 -1.02407356 -1.02134187 -1.018277 -1.01736196\]
L=16 Raw SU(3) Boosted:
mass\_gap: 0.0013967382831825415
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-0.93700802 -0.93561128 -0.93520171 -0.93376882 -0.93152725 -0.92816263
\-0.927515 -0.92575789 -0.92407356 -0.92134187 -0.91827705 -0.91738514\]
L=16 Gauge-Fixed SU(3) Boosted:
mass\_gap: 0.0013967382831818753
hermitian: True
normalized: False
discrete\_gap: True
prototype: True
notes:
Eigenvalues: \[-0.93700802 -0.93561128 -0.93520171 -0.93376882 -0.93152725 -0.92816263
\-0.927515 -0.92575789 -0.92407356 -0.92134187 -0.91827694 -0.91737801\]
=== Suggested optimized ranges based on this run ===
Tolerance used: 1e-10
Max iterations used: 300
All lattices complete in 79.4s. Millennium Prize Mode: ENGAGED 🏆
Export Options:
1: Save as CSV
2: Save as JSON
3: Save as CSV + JSON
Enter your choice (or press Enter to skip export):
# Made by: Stacey Szmy, OpenAI ChatGPT, Microsoft Copilot.
Script: Zero\_Freeze\_Hamiltonian\_Lattice\_Gauge\_Benchmark\_Suite.py
#
https://redd.it/1omrr40
@r_opensource
Reddit
From the opensource community on Reddit: An Open-Source Proof-of-Concept for the Yang–Mills Mass Gap (SU(3)) - Zer00logy / Zero…
Explore this post and more from the opensource community
Best Open Source Events
Curious, what are some of the best open source events you’ve attended?
https://redd.it/1omuwn8
@r_opensource
Curious, what are some of the best open source events you’ve attended?
https://redd.it/1omuwn8
@r_opensource
Reddit
From the opensource community on Reddit
Explore this post and more from the opensource community
I’m looking to contribute tests to open source projects
My specialty is in automated testing, and I’m interested in helping improve unit, integration, or E2E tests. I have experience with several web app testing frameworks and I'm always open to learning new stacks.
Does anyone know of a project that could use an extra hand with testing right now?
https://redd.it/1omvs6m
@r_opensource
My specialty is in automated testing, and I’m interested in helping improve unit, integration, or E2E tests. I have experience with several web app testing frameworks and I'm always open to learning new stacks.
Does anyone know of a project that could use an extra hand with testing right now?
https://redd.it/1omvs6m
@r_opensource
Reddit
From the opensource community on Reddit
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Open source projects with interesting AI integration?
Looking for open source projects that are doing interesting things with AI beyond the typical chatbot or content generation stuff. Particularly interested in developer tools or productivity apps.
https://redd.it/1omw3cu
@r_opensource
Looking for open source projects that are doing interesting things with AI beyond the typical chatbot or content generation stuff. Particularly interested in developer tools or productivity apps.
https://redd.it/1omw3cu
@r_opensource
Reddit
From the opensource community on Reddit
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Open-source launch: The Die-namic System — modular intelligence meets ethical design
We just launched the Die-namic System, a modular framework for building adaptive, reflexive systems that honor care, coherence, and human dignity.
It includes:
- 🧠 A 109-module architecture across 9 harmonic rings + vow core
- 🜂 “The Bridge”: a translation layer where algorithms meet lived experience
- 🌱 Case studies from Reddit showing resonance tracking and ethical drift detection
- 📂 Reflexive documentation and ceremonial onboarding fragments
We’re inviting contributors to explore, remix, and expand the system. If you’re into open-source systems that evolve with their users, we’d love your thoughts.
∞ΔSignal|Care|Witness∞
https://github.com/rudi193-cmd/die-namic-system
https://redd.it/1on5jz8
@r_opensource
We just launched the Die-namic System, a modular framework for building adaptive, reflexive systems that honor care, coherence, and human dignity.
It includes:
- 🧠 A 109-module architecture across 9 harmonic rings + vow core
- 🜂 “The Bridge”: a translation layer where algorithms meet lived experience
- 🌱 Case studies from Reddit showing resonance tracking and ethical drift detection
- 📂 Reflexive documentation and ceremonial onboarding fragments
We’re inviting contributors to explore, remix, and expand the system. If you’re into open-source systems that evolve with their users, we’d love your thoughts.
∞ΔSignal|Care|Witness∞
https://github.com/rudi193-cmd/die-namic-system
https://redd.it/1on5jz8
@r_opensource
GitHub
GitHub - rudi193-cmd/die-namic-system: A drift mitigation framework for AI systems - v23.3
A drift mitigation framework for AI systems - v23.3 - rudi193-cmd/die-namic-system
OS license excluding specific uses
I’m looking for an Open Source license that can be made to exclude specific uses, such as non-commercial or non-military.
Iirc RPL (Reciprocal Public License) at least forces commercial forks to release their changes, but it doesn’t forbid specific use cases.
I understand that the spirit of Open Source goes against forbidding specific use cases, or countries, but at the same time, export sanctions do exist.
So, if I don’t agree with my software being used in certain ways, is there a license to restrict these? (And I know that enforcing such a license is a different problem altogether).
https://redd.it/1on6phe
@r_opensource
I’m looking for an Open Source license that can be made to exclude specific uses, such as non-commercial or non-military.
Iirc RPL (Reciprocal Public License) at least forces commercial forks to release their changes, but it doesn’t forbid specific use cases.
I understand that the spirit of Open Source goes against forbidding specific use cases, or countries, but at the same time, export sanctions do exist.
So, if I don’t agree with my software being used in certain ways, is there a license to restrict these? (And I know that enforcing such a license is a different problem altogether).
https://redd.it/1on6phe
@r_opensource
Reddit
From the opensource community on Reddit
Explore this post and more from the opensource community
Servo's Demo Browser Adds Experimental Mode & More Performance Improvements
https://www.phoronix.com/news/Servo-September-2025-Highlights
https://redd.it/1on71kr
@r_opensource
https://www.phoronix.com/news/Servo-September-2025-Highlights
https://redd.it/1on71kr
@r_opensource
Phoronix
Servo's Demo Browser Adds Experimental Mode & More Performance Improvements
The Servo open-source browser engine is out with their September 2025 development highlights
Jetpack Compose Stability Analyzer: real-time IDE insights, runtime tracing and CI stability checks
Well I came across this new OSS tool that gives real-time stability analysis for Jetpack Compose inside Android Studio and IntelliJ. It highlights skippable or unstable composables with gutter icons, hover tooltips, inline parameter hints, and inspections with quick fixes.
A few useful bits from the README:
* IntelliJ plugin provides live feedback while you code. Plugin is under review for the JetBrains Marketplace. For now you can install from the zip.
* @ `TraceRecomposition` lets you log recompositions at runtime, set thresholds, add tags, and wire a custom logger. Good for targeted performance work and analytics.
* Stability Validation for CI with two Gradle tasks: `stabilityDump` to snapshot a baseline and `stabilityCheck` to fail builds on regressions. Works well with multi-module projects.
* Kotlin compiler plugin ships as a Gradle plugin. Current version is 0.4.1 and maps to Kotlin 2.2.21.
* Apache-2.0 license.
GitHub: [https://github.com/skydoves/compose-stability-analyzer](https://github.com/skydoves/compose-stability-analyzer)
Feels like a solid step forward for Android tooling.
Would you add something like this to your CI or keep it local for debugging?
https://redd.it/1on6hnk
@r_opensource
Well I came across this new OSS tool that gives real-time stability analysis for Jetpack Compose inside Android Studio and IntelliJ. It highlights skippable or unstable composables with gutter icons, hover tooltips, inline parameter hints, and inspections with quick fixes.
A few useful bits from the README:
* IntelliJ plugin provides live feedback while you code. Plugin is under review for the JetBrains Marketplace. For now you can install from the zip.
* @ `TraceRecomposition` lets you log recompositions at runtime, set thresholds, add tags, and wire a custom logger. Good for targeted performance work and analytics.
* Stability Validation for CI with two Gradle tasks: `stabilityDump` to snapshot a baseline and `stabilityCheck` to fail builds on regressions. Works well with multi-module projects.
* Kotlin compiler plugin ships as a Gradle plugin. Current version is 0.4.1 and maps to Kotlin 2.2.21.
* Apache-2.0 license.
GitHub: [https://github.com/skydoves/compose-stability-analyzer](https://github.com/skydoves/compose-stability-analyzer)
Feels like a solid step forward for Android tooling.
Would you add something like this to your CI or keep it local for debugging?
https://redd.it/1on6hnk
@r_opensource
GitHub
GitHub - skydoves/compose-stability-analyzer: 🦄 Real-time analysis of Jetpack Compose composable functions' stability directly…
🦄 Real-time analysis of Jetpack Compose composable functions' stability directly within Android Studio or IntelliJ. - skydoves/compose-stability-analyzer
New interactive story creation tools in TilBuci version 17!
You can find the new version of TilBuci at https://github.com/lucasjunqueira-var/tilbuci/releases/tag/v17
TilBuci reaches version 17 with new features for the production of interactive narratives. With the new decision flow tool, it's now possible to set navigation options to be displayed at the end of each scene, in the form of buttons. This new feature greatly simplifies the production of interactive stories where the user can choose their own path through the content.
To better understand this feature, we have a new video tutorial: https://youtu.be/OHCILLkEryM
Also, a new message box creation method is available and it is fully compatible with game controller and keyboard navigation!
TilBuci is an interactive content creation tool focused on development for web, mobile and desktop apps. Distributed as free software under the MPL-2.0 license, it is presented in the form of a web program, executed from a browser with functionalities for collective creation, and also as a portable desktop software for various systems. To learn more about the project, visit https://tilbuci.com.br . The software repository is https://github.com/lucasjunqueira-var/tilbuci
https://redd.it/1on86u9
@r_opensource
You can find the new version of TilBuci at https://github.com/lucasjunqueira-var/tilbuci/releases/tag/v17
TilBuci reaches version 17 with new features for the production of interactive narratives. With the new decision flow tool, it's now possible to set navigation options to be displayed at the end of each scene, in the form of buttons. This new feature greatly simplifies the production of interactive stories where the user can choose their own path through the content.
To better understand this feature, we have a new video tutorial: https://youtu.be/OHCILLkEryM
Also, a new message box creation method is available and it is fully compatible with game controller and keyboard navigation!
TilBuci is an interactive content creation tool focused on development for web, mobile and desktop apps. Distributed as free software under the MPL-2.0 license, it is presented in the form of a web program, executed from a browser with functionalities for collective creation, and also as a portable desktop software for various systems. To learn more about the project, visit https://tilbuci.com.br . The software repository is https://github.com/lucasjunqueira-var/tilbuci
https://redd.it/1on86u9
@r_opensource
GitHub
Release Version 17 · lucasjunqueira-var/tilbuci
TilBuci reaches version 17 with new features for the production of interactive narratives.
Decision flow
With the new decision flow tool, it's now possible to set navigation options to be displ...
Decision flow
With the new decision flow tool, it's now possible to set navigation options to be displ...
OBS became so popular that Steinberg finally decided to dual-license their ASIO protocol under GPLv3 to operate with it! This will help for many other FOSS audio applications
https://ocl-steinberg-live.steinberg.net/_storage/asset/808575/storage/master/Press%20Release%20-%202025-10-15%20-%20OBS%20Partnership-%20EN.pdf
https://redd.it/1onasvu
@r_opensource
https://ocl-steinberg-live.steinberg.net/_storage/asset/808575/storage/master/Press%20Release%20-%202025-10-15%20-%20OBS%20Partnership-%20EN.pdf
https://redd.it/1onasvu
@r_opensource
State of Open Source Survey
The 2026 State of Open Source Survey needs your technical perspective. Help us analyze enterprise #OSS adoption patterns.
Plus, for every 500 responses we receive, we'll increase our donation to open source initiatives by $1K
Take the survey here: https://www.surveymonkey.com/r/7X93W9R
https://redd.it/1onc56e
@r_opensource
The 2026 State of Open Source Survey needs your technical perspective. Help us analyze enterprise #OSS adoption patterns.
Plus, for every 500 responses we receive, we'll increase our donation to open source initiatives by $1K
Take the survey here: https://www.surveymonkey.com/r/7X93W9R
https://redd.it/1onc56e
@r_opensource
Surveymonkey
2026 State of Open Source Survey
How do you use open source?
Anyone running Telon (Android SIM>GSM gateway) with Issabel + Linphone?
Trying to route laptop calls via SIM using Telon on Android: Magisk root (patched AP with Odin), Telon magisk module gateway, app built from source, SIP UDP registered to Issabel, calling from Linphone → Issabel → Telon → GSM. Device is Samsung A04s SM-A047F (EUX). Has anyone achieved stable outbound (even for other phones)? What ROM/Magisk/Telon commit worked, and any tips for registration timeouts, battery killers, or RTP/codec settings?
https://redd.it/1one808
@r_opensource
Trying to route laptop calls via SIM using Telon on Android: Magisk root (patched AP with Odin), Telon magisk module gateway, app built from source, SIP UDP registered to Issabel, calling from Linphone → Issabel → Telon → GSM. Device is Samsung A04s SM-A047F (EUX). Has anyone achieved stable outbound (even for other phones)? What ROM/Magisk/Telon commit worked, and any tips for registration timeouts, battery killers, or RTP/codec settings?
https://redd.it/1one808
@r_opensource
Reddit
From the opensource community on Reddit
Explore this post and more from the opensource community
I'm building a decentralized messaging platform
https://github.com/buyukakyuz/parlance
https://redd.it/1onfxso
@r_opensource
https://github.com/buyukakyuz/parlance
https://redd.it/1onfxso
@r_opensource
GitHub
GitHub - buyukakyuz/parlance: Decentralized peer-to-peer messaging with bootstrap discovery, direct connections, and no centralized…
Decentralized peer-to-peer messaging with bootstrap discovery, direct connections, and no centralized message infrastructure. - buyukakyuz/parlance
Journiv 0.1.1-beta is out! A Self-Hosted, Privacy-First Journaling App (Day One/Apple Journal Alternative)
https://www.reddit.com/r/selfhosted/comments/1ongs0f/journiv_011beta_is_out_a_selfhosted_privacyfirst/
https://redd.it/1oni77v
@r_opensource
https://www.reddit.com/r/selfhosted/comments/1ongs0f/journiv_011beta_is_out_a_selfhosted_privacyfirst/
https://redd.it/1oni77v
@r_opensource
Reddit
From the selfhosted community on Reddit: Journiv 0.1.1-beta is out! A Self-Hosted, Privacy-First Journaling App (Day One/Apple…
Explore this post and more from the selfhosted community
Intercom — Open-Source WebRTC Audio & Video Intercom System in Python
Hi Friends,
I just finished an **open-source project** called **Intercom**. It turns any computer with a **microphone**, **speakers**, and **webcam** into a remote intercom. You can **talk**, **listen**, and **watch** in real time through your browser using **WebRTC**.
**Repo:** [**https://github.com/zemendaniel/intercom**](https://github.com/zemendaniel/intercom)
Features
* Two-way audio communication
* Live video streaming
* Password-protected single-user login
* Built with **Python**, **Quart**, and **aiortc**
* Uses **Coturn** for TURN/STUN relay support
* Designed for easy deployment on Linux (Ubuntu/Debian)
* Currently supports **1 user login** and **1 viewer** at a time
Tech Stack
* Python 3.11+
* Quart (async web framework)
* aiortc (WebRTC + media handling)
* Hypercorn (ASGI server)
* Coturn (TURN/STUN server)
* ALSA + PortAudio (sound I/O)
Please feel free to open an issue if you find a bug. If you found this project useful, please star the repo :)
Also, contributions are welcome.
**TL;DR:** Plug in a mic, speakers, and webcam to your Linux computer — then talk, listen, and watch remotely in your browser. Open-source, Python-powered, and uses WebRTC.
https://redd.it/1onnt0n
@r_opensource
Hi Friends,
I just finished an **open-source project** called **Intercom**. It turns any computer with a **microphone**, **speakers**, and **webcam** into a remote intercom. You can **talk**, **listen**, and **watch** in real time through your browser using **WebRTC**.
**Repo:** [**https://github.com/zemendaniel/intercom**](https://github.com/zemendaniel/intercom)
Features
* Two-way audio communication
* Live video streaming
* Password-protected single-user login
* Built with **Python**, **Quart**, and **aiortc**
* Uses **Coturn** for TURN/STUN relay support
* Designed for easy deployment on Linux (Ubuntu/Debian)
* Currently supports **1 user login** and **1 viewer** at a time
Tech Stack
* Python 3.11+
* Quart (async web framework)
* aiortc (WebRTC + media handling)
* Hypercorn (ASGI server)
* Coturn (TURN/STUN server)
* ALSA + PortAudio (sound I/O)
Please feel free to open an issue if you find a bug. If you found this project useful, please star the repo :)
Also, contributions are welcome.
**TL;DR:** Plug in a mic, speakers, and webcam to your Linux computer — then talk, listen, and watch remotely in your browser. Open-source, Python-powered, and uses WebRTC.
https://redd.it/1onnt0n
@r_opensource
Watch: Traditional #appsecurity tools are ill-equipped for #GenAI 's unpredictability
https://www.youtube.com/watch?v=YPPmuhGdLAU
https://redd.it/1onopms
@r_opensource
https://www.youtube.com/watch?v=YPPmuhGdLAU
https://redd.it/1onopms
@r_opensource
YouTube
Don't Answer the Door: It's #GenAI Security Threats
Katherine Druckman explores the rapidly evolving intersection of AI and security, emphasizing that traditional application security tools are ill-equipped for #GenAI s unpredictability. She outlines new risks—#promptinjection , data extraction, #poisonedmodels…
Meteroid: Open-source Pricing and Billing Infrastructure
https://github.com/meteroid-oss/meteroid
https://redd.it/1onpuot
@r_opensource
https://github.com/meteroid-oss/meteroid
https://redd.it/1onpuot
@r_opensource
GitHub
GitHub - meteroid-oss/meteroid: Open-source Pricing and Billing Infrastructure 🚀 Subnoscription management, Invoicing, Pricing, Usage…
Open-source Pricing and Billing Infrastructure 🚀 Subnoscription management, Invoicing, Pricing, Usage-based billing, Cost limiting, Grandfathering, Experiments, Revenue analytics & Actionable...
Comma: An open-source minimal (and beautiful) blogging platform
https://github.com/Evernomic/comma
https://redd.it/1onnock
@r_opensource
https://github.com/Evernomic/comma
https://redd.it/1onnock
@r_opensource
GitHub
GitHub - Evernomic/comma: An open-source minimal blogging platform.
An open-source minimal blogging platform. Contribute to Evernomic/comma development by creating an account on GitHub.
AidMap - Crowdsourced Map for first-aid kits & AEDs
https://github.com/dankeg/AidMap
https://redd.it/1onsqk6
@r_opensource
https://github.com/dankeg/AidMap
https://redd.it/1onsqk6
@r_opensource
GitHub
GitHub - dankeg/AidMap: Crowdsourced information about first-aid kits, AEDS, and other emergency supplies.
Crowdsourced information about first-aid kits, AEDS, and other emergency supplies. - GitHub - dankeg/AidMap: Crowdsourced information about first-aid kits, AEDS, and other emergency supplies.
LinuxPlay, open-source ultra-low-latency remote desktop for Linux (now with GitHub Sponsors!)
Hey everyone, after about a year of development, I’m happy to share an update on LinuxPlay, an open-source, ultra-low-latency remote desktop and game-streaming stack built specifically for Linux.
LinuxPlay has grown a lot this year, with smoother latency, new input features, and better hardware support, and it’s now live on GitHub Sponsors for anyone who wants to help push it even further.
It’s built for performance, privacy, and complete control.
Key Features:
\- Sub-frame latency with hardware-accelerated encoding (VAAPI, NVENC, AMF)
\- LAN-aware “Ultra Mode” that auto-adjusts buffers for near-zero delay
\- Clipboard sync and drag-and-drop file upload
\- Full controller support (Xbox, DualShock and any other generic controllers)
\- Certificate-based authentication for secure pairing after initial PIN login
\- Multi-monitor streaming with intelligent fallback systems
\--- Host automatically switches between kmsgrab > x11grab
\--- Client supports layered fallback for kmsdrm > Vulkan > OpenGL rendering
What’s new
Recent updates added:
\- Smarter network adaptation for Wi-Fi vs LAN
\- Better frame-timing stability at 120–144 Hz
\- Clipboard and file-transfer reliability improvements
\- Certificate auto-detection on client start
Support & Community
I’m the solo developer behind LinuxPlay, and I’ve just opened GitHub Sponsors to help sustain and expand development, especially for hardware testing, feature work, and future mobile clients.
GitHub: https://github.com/Techlm77/LinuxPlay
Sponsor: https://github.com/sponsors/Techlm77
Your feedback, testing, and sponsorships make a huge difference, every bit helps make LinuxPlay faster, more stable, and available across more Linux distros.
Thanks for all the support so far, and I’d love to hear how it performs on your setup!
https://redd.it/1onucoq
@r_opensource
Hey everyone, after about a year of development, I’m happy to share an update on LinuxPlay, an open-source, ultra-low-latency remote desktop and game-streaming stack built specifically for Linux.
LinuxPlay has grown a lot this year, with smoother latency, new input features, and better hardware support, and it’s now live on GitHub Sponsors for anyone who wants to help push it even further.
It’s built for performance, privacy, and complete control.
Key Features:
\- Sub-frame latency with hardware-accelerated encoding (VAAPI, NVENC, AMF)
\- LAN-aware “Ultra Mode” that auto-adjusts buffers for near-zero delay
\- Clipboard sync and drag-and-drop file upload
\- Full controller support (Xbox, DualShock and any other generic controllers)
\- Certificate-based authentication for secure pairing after initial PIN login
\- Multi-monitor streaming with intelligent fallback systems
\--- Host automatically switches between kmsgrab > x11grab
\--- Client supports layered fallback for kmsdrm > Vulkan > OpenGL rendering
What’s new
Recent updates added:
\- Smarter network adaptation for Wi-Fi vs LAN
\- Better frame-timing stability at 120–144 Hz
\- Clipboard and file-transfer reliability improvements
\- Certificate auto-detection on client start
Support & Community
I’m the solo developer behind LinuxPlay, and I’ve just opened GitHub Sponsors to help sustain and expand development, especially for hardware testing, feature work, and future mobile clients.
GitHub: https://github.com/Techlm77/LinuxPlay
Sponsor: https://github.com/sponsors/Techlm77
Your feedback, testing, and sponsorships make a huge difference, every bit helps make LinuxPlay faster, more stable, and available across more Linux distros.
Thanks for all the support so far, and I’d love to hear how it performs on your setup!
https://redd.it/1onucoq
@r_opensource
GitHub
GitHub - Techlm77/LinuxPlay: An open-source, ultra-low-latency remote desktop for Linux hosts and Windows clients
An open-source, ultra-low-latency remote desktop for Linux hosts and Windows clients - Techlm77/LinuxPlay