Stop paying premium prices for simple AI tasks.
I analyzed 50,000 API calls from production. Here's what I found.
The breakdown
- 42% were classification tasks ("Is this positive or negative?")
- 31% were summarization ("Summarize this email thread")
- 18% were simple generation ("Write a tweet about X")
- 9% were complex reasoning ("Debug this race condition")
Every single one went to the same $7/M model.
A "yes/no" classification costs the same as debugging a 500-line function.
That's not just wasteful — it's lazy architecture.
The fix: two-line routing
import openai
client = openai.OpenAI(
api_key="mb-xxx",
base_url="https://aibridge-api.com/v1"
)
model = "deepseek-chat" if task in ["classify","summarize","simple"]
else "glm-4-plus"
client.chat.completions.create(model=model, messages=messages)
Same endpoint. Same code. Different model string for different workloads.
The numbers
| Task | Calls/month | Old cost | New cost |
|---|---|---|---|
| Classify (42%) | 21,000 | $1,491 | $56 |
| Summarize (31%) | 15,500 | $1,101 | $418 |
| Generate (18%) | 9,000 | $639 | $243 |
| Reason (9%) | 4,500 | $320 | $320 |
| Total | 50,000 | $3,551 | $1,037 |
71% cost reduction. Quality unchanged — because the cheap model handles classification,
summarization, and simple generation indistinguishably from the expensive one.
The one-line migration
curl https://aibridge-api.com/v1/chat/completions \
-H "Authorization: Bearer mb-xxx" \
-d '{"model":"deepseek-chat","messages":[...]}'
curl https://aibridge-api.com/v1/chat/completions \
-H "Authorization: Bearer mb-xxx" \
-d '{"model":"kimi-k3","messages":[...]}'
DeepSeek (0.27/M).Qwen(from0.40/M). GLM-4 Plus ($7.10/M). Kimi K3 1M context.
Same key. Same endpoint. Change one string.
Free playground — try all 15 models, no signup:
→ aibridge-api.com/playground.html





Top comments (1)
I found the breakdown of API calls fascinating, especially the fact that 71% of the costs were reduced by simply routing tasks to different models based on their complexity, as seen in the two-line routing code snippet:
model = "deepseek-chat" if task in ["classify","summarize","simple"] else "glm-4-plus". This approach highlights the importance of understanding the specific requirements of each task and selecting the most suitable model to avoid overpaying for unnecessary complexity. The use of a cheaper model like "deepseek-chat" for classification, summarization, and simple generation tasks, which handles these tasks indistinguishably from the more expensive "glm-4-plus" model, is a great example of optimizing resource utilization. Have you considered exploring other optimization strategies, such as implementing a more dynamic model selection process based on real-time task analysis?