p.enthalabs

Ox-Alpha Is GLM?

dejan.ai · Read Story HN original

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GLM 5.3 and all previous models don't have a vision encoder and can only accept text. Ox-Alpha can accept video and images, so unless Z-ai added a pretty good vision encoder for this model, I don't think so.

My money is on Moonshot and this being Kimi K3.5. The measured tps and latency is in-line with K3's tps and latency from Moonshot.

MiniMax M3.5 is also possible (but the MiniiMax provider is a lot more performant than the lab behind ox-alpha, so less likely).

DeepSeek literally just came out with the vision-enabled version of Flash v4 which was purely text based. Why would GLM not be able to do the same thing?
It's possible
Glm had made vision models in the past. Look up GLM 5v.

The only question now is if it's 5.3v, 5.4/5.5 or a dedicated flash/vision model

Yeah. It could be. The Z.ai DC latency is still ~1.2s faster than whomever is serving this model.
GLM made pretty decent for that time small 9b vision model, GLM-4.1.
It would be stranger to me that Kimi switched to GLM's tokenizer than that GLM added multimodal like Kimi and Deepseek both did recently
The other tell from the provider angle is capacity. Whoever is hosting Ox Alpha has a lot of capacity which narrows down a lot of the Chinese companies.
But Moonshot limited signups because they lacked compute.
> and all previous models

They have had vision models before just not their flagships

Z.ai founders were one of the pioneers in MM-LLMs with Cog-VLM years ago, back when LLaVA emerged. I wouldn't be surprised if they added multi-modal capabilities
I hope this is not Kimi K3.5 because it really sucks. It is very slow, not particularly smart when it comes to coding, and easily starts going in circles - when not straight up going into a doom loop.
Dont rule out ssi
That would be insanely disappointing.
As someone who uses NCD nearly every day, I have concerns about how it’s been used here.

But while we’re “guessing”: Xiaomi MiMO

Have also seen people guess it's a next version of Longcat, but I also think that's unlikely
Author here. Tell me more. How do you use NCD and what is your concern about its application here? Should I have use da larger reference sample? You can test it in action here: https://dejan.ai/tools/ai/ (e.g. drop a claude article or GLM article in and see what it says, it's not perfect but reasonably good).
If it’s not zhipu then why is it returning errors that zhipu does for other models? Who else would return the exact same errors even if they took a lot of core infra like tokenizer from z?
Someone could've trained model on top of GLM. Same way Cognition trained their SWE model on top of Kimi and Cursor did same with their Composer model.
While possible the amount of variation in serving infrastructure is unlikely to land with actually giving the exact same errors zhipu does.

It feels like glm flash, and there was a report zhipu had secured a huge new cluster suggesting they have the capacity. My guess anyway.

https://www.tomshardware.com/tech-industry/artificial-intell...

The reasoning levels are the same as GLM 5.3. GLM 5.3 is still not open...

I believe it's GLM 5.3 Flash or Air.

Reasoning levels are often just injected system prompts so not a great way to fingerprint models.
But it's an error, not a response.
Ziphu has that many resources to be able to serve capacity for 1 quadrillion tokens per day on Nous portal? My bet is that it's a Composer model from Cursor running on xAI cluster, they already did a Composer based on Kimi-K2.5
There's three options here:

- The provider has a massive amount of (unused) hardware. Google or Cursor seem most likely

- The model is extremely efficient, beyond anything we've seen so far

- Whomever made the model has improved the cache efficiency in such a way that it's very cheap to serve. See e.g Deepseeks or Xiaomi caching (pre-price increase)

Option 4: the claimed capacity is not true. Real world usage hasn’t reached anywhere close to it.

    > 1 quadrillion tokens per day on Nous portal
If you are referring to this number (https://xcancel.com/NousResearch/status/2090899914700054780), they are either mistaken, or they mean that they can route 1 quadrillion tokens per day, but the provider behind Ox Alpha certainly can't provide that. Almost all of my requests have hit a rate limit so far.
I was hitting 429 overloaded regularly with Ox on OpenRouter yesterday, but a lot of that turned out to be problems with my harness. I fixed some bugs, improved the back-off, and I haven't hit a 429 error since (touch wood).

OpenRouter says they're doing 6 Trillion tokens a day with Ox Alpha so far, and it has been their biggest launch of all time. OpenCode claimed they had capacity for 100T a day.

https://x.com/OpenRouter/status/2091912024922177562 https://x.com/opencode/status/2090544355824038300

It's not a good model tbh, got a bunch of things wrong that Opus corrected in my codebase.
Yet to find a model that cross-model review doesn’t find a bunch of things wrong with. I’m running simultaneous review with whichever of Grok4.6/GLM5.3/Fable/Sol didn’t write it, and each model tends to find items the others didn’t.
Wasn't just a review, it failed the task I gave and Opus completed the task
If your changes are non trivial even the same model will loop over and over with the feedback.
The harness is making a big difference, lackluster performance with pi but somehow very good performance with opencode. There’s some rl there for sure, for a smaller model it’s likely going to perform much better in a harness it understands the best.
I've been using a harness that I made myself, and making improvements to the harness has vastly improved its performance. It's actually been a useful model to identify flaws in the harness.

I think something also went wrong with the Ox provider last night (at least on OpenRouter), for a few hours it wouldn't accept tools. Zero change to the harness while I slept and it was back working again the next morning.

I think within 12 months we’re going to see a frontier (inc open models) that’s so good at almost all human-directed tasks that which model you use just won’t matter. Only differences that remain will be in deep research or very long-range tasks.
People were saying this last year, and they’ll be saying the exact same thing next year. The goalpost keeps moving.
It‘s already happening, people are using cheaper models because they are good enough
Someone else having been too early on a prediction has little bearing on my prediction. A year ago almost nobody was using open models as daily drivers, today they are. When I run out of Fable and Sol credits in a week, I switch to GLM5.3, and it's not quite there, but it's good enough for productive work.
I wonder if the NCD metric says something about distillation too. Would you expect that a model that has been distilled/seen traces from other models would have a smaller NCD? It would be really interesting to see if this holds up and provides evidence of distillation or certainly evidence of model outputs being used in the training mix.
This looks spot on, where is it from?
Hello! I wrote the above article and did the NCD on model outputs. The same thought crossed my mind when I saw Gemma misclassified as Gemini quite frequently. And GLM almost as Claude and not as Gemini at all. Gave me the feeling as if GLM didn't train on Gemini generated synthetic data at all but mainly on Claude and GPT.
Nvidia
Nvidia is quite open in publishing and talking about their models though.
> How many words are in the previous message?

Its amazing to me that providers haven't added any sort of masking of the prompt in the thinking traces to avoid prompt extraction via this sort of trivial attack

Hey, it may be trivial, I'm pretty proud of it :)
My bet: it's Google running a "new" model based on GLM
Interesting. I like this theory because it explains why some G employees were vague posting about it. But like.. why? Why wouldn’t Google just use Gemma?
> why some G employees were vague posting about it

They were just trolling.

That would be a complete defeat for a Frontierlab / Company like Google/Deepmind.

They will never ever do like this.

They for sure would add architecture ideas from other research/models but thats it.

My strong prediction: this model is around 64B and can run on laptops. Thats the reason behind the hype.
It's fun to imagine that it could be GLM 5.3-Flash. Between GLM 4 and 5, the flagship's total parameters doubled and the active parameters went up 25%. GLM 4.7-Flash was 30B / 3B active. If this model were 60B / 4B active, that sure would hit a sweet, currently empty spot in the lineup of open models.

But I don't know. There are vagueposts on X about this model running on two DGX Sparks. If they did the same scale-up with Air instead of Flash, that would probably be about right.

> this model is around 64B and can run on laptops.

We're lucky if it'd fit in 1 DGX Spark. Laptops - nah, unless you mean like an M5 Max with 128GB of RAM then maybe.

> Thats the reason behind the hype.

The hype is imagine DeepSeek Flash before the price increase with even better performance. It'd be like unlimited Sonnet.

The Ox-Alpha webpage really make it sound like they are trying to hype a model that has nothing particular to show:

"The reasoning model that appeared out of nowhere. Built for code, long-horizon agents, and a million tokens of context. Nobody knows who made it — everyone wants to try it."

Ox Alpha is almost certainly a model by Z.ai.

https://files.catbox.moe/k52n6k.png

The upper chart shows the availability of Ox Alpha and the lower chart shows the availability of GLM 5.3 by Z.ai. They had a blip at exactly the same time.

It is probably from Google and is probably hosted on Vertex AI. Opencode announced that responses from Ox Alpha should be better and soon posted about Vertex eu and us multi region update in their changelog. I could be a Gemini model or a new one based on GLM based on tokenizer. Also the amount of inference it is providing for free is something only google can support with its TPUs. So maybe a GLM based model running on TPUs.
I've seen a number of people report that it answers near-identically to mainland CN built models on topics related to controversial things the CCP doesn't want to talk about. I'd be extremely surprised if it's a Google model.
I extremely doubt it's Gemini - all previous Geminis have had very different output style from other models. In a coding harness Gemini is extremely quiet and mostly just does thinking and tool calls, with the thinking blocks heavily summarized.

Also Claude and the Chinese models really like to say "Let me X", Geminis preference is "I will X".

Other folks were correct and I was wrong! It has come out as GLM 5.3 Flash.
As far as I'm concerned, GLM is the opengl mathematics library.

I wish projects would check before stealing a name.