# ProxyLLM vs Chinese Model APIs: Price, Data, and Control

DeepSeek, Qwen, Kimi, and GLM are cheap per token. ProxyLLM is a gateway, not a model: it wraps budgets, scoped keys, and one endpoint around any provider.

*Published 2026-07-24 · https://proxyllm.ai/blog/proxyllm-vs-chinese-model-apis*

The comparison people ask for is "ProxyLLM or DeepSeek," and the honest answer starts by refusing the framing. DeepSeek, Qwen, Kimi, and GLM are model providers with genuinely low per-token prices. ProxyLLM is a gateway, not a model. Putting them head to head is like comparing a specific airline fare to the travel-booking layer. The useful question is what sits around the cheap token, and that is where a gateway earns its place.

## What the cheap providers do well

Credit where it is due. DeepSeek's reasoning and code models are strong and inexpensive; Qwen's open-weight lineup is broad; Kimi and GLM push long context and low prices. For a single workload where the only thing that matters is the per-token bill and the data is fine to send, going direct to one of these APIs is a reasonable call, and ProxyLLM does not pretend to undercut their token price.

## What price alone leaves out

Per-token cost is one axis of several, and the others tend to surface later:

- **Where the data goes.** Every external API processes the prompts you send it. For some client contracts, the provider's jurisdiction is a compliance question you have to be able to answer, not a detail. That is true of any third-party API, and it is worth deciding deliberately rather than by whichever key was cheapest that week.
- **The price can move.** Per-token pricing is a meter someone else sets. A cheap rate today is not a fixed cost you can quote a client for the quarter.
- **Account and access risk.** Sign-up, billing, and availability for some providers carry reliability and geopolitical uncertainty that a production system has to plan around.
- **Sprawl.** One key and SDK per provider becomes its own tax: separate dashboards, separate logs, no single place that says what was spent where.

## What ProxyLLM puts around them

ProxyLLM is an OpenAI-compatible endpoint, so it does not replace those providers; it governs them.

- **One endpoint, any provider.** Route to DeepSeek, Qwen, and the rest with your own keys behind the same base URL your OpenAI traffic already uses, often as a cheap fallback lane on a routing key.
- **Hard budgets and scoped keys.** Each client, app, or workflow gets its own key and its own monthly cap, so a cheap model on a runaway loop still hits a ceiling instead of a surprise invoice.
- **One request log and cost view.** What ran, on which provider, for how much, in one place, instead of four dashboards.
- **A flat lane for the OpenAI share.** The work that has to be OpenAI runs through [Codex Hosted](/) on your own ChatGPT subscription at a flat monthly cost, while the cheap models carry the lanes they are good at, under a cap.
- **You decide the routing.** Which traffic goes to which provider is your policy, per lane, not a property of wherever the request happened to be pointed.

## The boundary, stated plainly

ProxyLLM will not make a DeepSeek token cheaper than DeepSeek sells it. What it does is turn a pile of separate provider keys into one endpoint with per-client budgets, one log, and a flat lane for the OpenAI-bound bulk. If your whole use is one workload against one cheap model with no compliance question and no client to bill, go direct. If you are an agency running mixed traffic across clients and you need control and a predictable OpenAI cost around the cheap models, that is the gateway's job.

For the other side of the ledger, see [ProxyLLM vs the OpenAI API](/blog/proxyllm-vs-openai-api); for the router comparisons, [ProxyLLM vs OpenRouter](/blog/proxyllm-vs-openrouter) and [ProxyLLM vs LiteLLM](/blog/proxyllm-vs-litellm). Every provider and tool ProxyLLM fronts is on the [integrations](/integrations) page.