Cline-pass has been absolutely killer in all my initial tests.
I've now got it set up on all my machines.
I torture tested it with a massive pile of vibe coding prompts and agentic tasks all day yesterday and into the night. I built a lot of applications, and had the LLMs perform all sorts of system configurations, app installations, file management tasks, etc., for more than 12 hours straight.
I used every available model to complete multiple tasks which required lots of reasoning, including a large collection of vibe coded games, CRUD apps, and a collection of demos made with the old Rebol 2 programming language. Even the biggest models don't know how to code in Rebol well, so they burn lots of tokens looping around debug error output iterations. See https://aibynick.com/thread/52#post-139 - that was just a small piece of everything I completed in my torture test of cline-pass.
In all that work, I never got above 7% of cline-pass's 5 hour limit, and all that activity burned only 4% of my weekly limit, and only 2% of my monthly limit. That included use of GLM 5.2, Kimi 2.7, and all the other huge models in the cline-pass stable.
The massive volume of work completed with Deepseek V4 Flash seemed to be nearly free - I only ever saw the Cline dashboard show 1% of my 5 hour limit reached, while absolutely thrashing that model constantly for hours. Performance of V4 Flash was ridiculously fast on cline-pass.
I should point out that one significant difference between Cline-pass and OpenRouter is that OpenRouter often simply runs requests through the APIs of the original providers of each LLM, such as Deepseek.com (not always, but for a good percentage of all their requests). Because providers like Cline-pass can run the open source models on their own servers, potentially in the US, any ban of foreign services would not necessarily shut them down.
Diversification across providers reassures my worries a bit, because I think there is a likelihood of potential collapse in the very volatile LLM industry. With open source models that are hostable on GPU infrastructure anywhere in the world, there will likely always be some way to use capable LLMs, without necessarily having to resort to only using self-hosted inference on local hardware. This is really important because the GPUs/VRAM required to self-host large models is extremely expensive - even if you spend 10s of thousands of dollars, performance won't be nearly as fast or as accessible as the APIs we've all gotten accustomed to.