Nice syntax. It looks like how we'd design programming if C had never existed.
add a/int b/int -> int:
return a + b
main:
print (add 2 3) // Prints 5.4,365 karma · joined May 23, 2021
Nice syntax. It looks like how we'd design programming if C had never existed.
add a/int b/int -> int:
return a + b
main:
print (add 2 3) // Prints 5.It's just that their models were never frontier-level. By major, I meant frontier or popular.
No major Chinese or Western labs satisfy these requirements. The only vendors I can think of that do are Nvidia and Allen AI.
Correct me if I am wrong.
Open models we have now will become obsolete within a few years. Imagine a world where our last open models were from the GPT-2 era.
I believe we need truly sovereign models, not in the Western sense, but from a community perspective. We need a model line that stays open-source across generations.
Weight-available is a better adjective for this kind of licensing. Same for Qwen, GLM, Kimi, MiniMax, etc. If they really want to be open source, they should pick an OSI-approved license.
Calling this "open weight" is misleading. That's why we had huge backlash when Redis, Elasticsearch, and Terraform went source-available, right?
Weight-available is a better adjective for this kind of licensing. Same for Qwen, GLM, Kimi, MiniMax, etc. If they really want to be open source, they should pick an OSI-approved license.
[0]: https://huggingface.co/mistralai/Mistral-Large-4-1T-A52B/blo...
We need a better markup language.
Gemini 2.0 Flash, released just 1.5 years ago, could not even repeat a few paragraphs unchanged. Now, we have Mistral, DeepSeek, and MiMo.
Most Chinese models are no longer open source. Qwen, MinMax, and GLM are transitioning to weights-available models, leaving only Xiaomi and DeepSeek in the open-source space.
You can't even run Instagram on a low-end laptop.
[0]: https://goose.ai
[2]: https://t3.codes/
Another question: How does the Obscura client get the Mullvad exit server’s public key? Are they hardcoded at compile time, fetched from Mullvad's server, or fetched from Obscura's server?
The latter seems to be dangerous if there isn't some kind of signature verification done on the client side before using the key.
According to Obscura's legal page, it is a New York-based company [0]. Under US law, a secretive court order could compel a US company to update software or implement targeted logging on a specific user without notifying that user.
The only scenario where Obscura would be useful is if Mullvad were compromised. Why would I trust a New York company to shield me from a more reputable Swedish company?
[0]: "(2) your written notification must be mailed to 169 Madison Ave.; Ste. 11185 PMB 63183; New York, NY 10016..." https://obscura.com/legal/
Many (if not all) of the benefits on the landing page are available in Mullvad too, which is a more mature and reputable product, has all clients fully open-source, and powers the exit servers for Obscura.
Why should I choose this over Mullvad?
It is PostgreSQL 18. One piece, read-dependency capture, has to be in the engine, and it ships as a small upstream-tracked patch. Extensions including pgvector, your ORM, and your SQL dialect all work unchanged.
https://github.com/eterdb/eterdb#how-it-worksNow that PNPM supports managing runtimes [0], I found that most of Mise's offerings are actually built into package managers. Maybe I will have it graduates from my machine when I have time.
Kimi and QWEN are now moving on to a restricted-usage license, which, although is still better than the proprietary American models, is a step back from the open source Chinese LLM culture.
There is just too little overlap in the transferred knowledge.
[0]: https://github.com/CTGT-Inc/lineage-eval/blob/main/data/benc...
[1]: https://github.com/CTGT-Inc/lineage-eval/blob/main/data/benc...
https://github.com/Sumandora/remove-refusals-with-transforme...