AIWave API / Aug 24, 2026

AIWave API Documentation for Production Model Switching

Use AIWave API documentation to move from first request to production model switching with route policy, usage ledgers, and source-dated pricing checks.

Keyword report: 2026-08-23Tier 1/2 developer focusPrices checked Aug 24, 2026

This guide uses source checks from Aug 24, 2026. Provider and gateway prices can change; preserve the checked date with every forecast.

Why Documentation Is the Conversion Surface

The 2026-08-23 keyword report shows that brand and documentation queries are the immediate Tier 1 cleanup cluster: `aiwave`, `aiwave.live`, `aiwave api`, `aiwave quickstart`, and `aiwave api documentation` all appear in Google Search Console. That is a different searcher from a generic model comparison reader. This reader may already know the brand and now needs proof that the endpoint, examples, pricing path, and production controls are clear enough to test.

A useful API documentation page should not stop after a first request. Tier 1 developers in the United States, United Kingdom, Germany, Japan, Canada, and Singapore usually need a path from a quickstart to a route policy. They want to know how to swap model names, preserve usage evidence, set retry limits, and explain a bill later. The article below treats documentation as a production runbook rather than a marketing page.

Live Facts to Preserve in the Reader Path

AIWave pricing checked on Aug 24, 2026 still presents a dated DeepSeek V4 gateway rate card: V4 Flash at $0.638 per 1M input tokens, $1.914 per 1M output tokens, and $0.0203 per 1M cache-hit input tokens; V4 Pro at $1.914 input, $5.742 output, and $0.0638 cache-hit per 1M tokens. The page says those are all-day gateway rows checked on 2026-08-19, so any production forecast should store that rate date.

AIWave chat documentation states that the endpoint is compatible with the OpenAI API and that developers can replace the base URL while keeping the request shape. AIWave trust documentation says the useful evidence fields are model, token counts, status, latency, timestamps, and rate-card date, without requiring routine prompt-body storage. These facts should appear together in the search path: docs for the request, pricing for dated rows, trust for evidence boundaries.

From First Request to Route Policy

The first request proves basic compatibility. A route policy proves the application can operate over time. The policy should map task classes to model names, output limits, retry rules, and source dates. That is especially important for a unified Chinese model API because the same client may eventually call DeepSeek, GLM, Kimi, Qwen, ERNIE, or another family after acceptance testing.

Documentation stepReader questionProduction artifact
QuickstartCan I send one request?Base URL, placeholder key, model, response
Model listWhich model names are available?Catalog snapshot and owner field
PricingWhich rate row was used?Source URL, checked date, token class
SwitchingCan I change routes safely?Route map, acceptance tests, rollback
LedgerCan finance reproduce the bill?Usage export with model, tokens, status, retries

OpenAI-Compatible Example

Documentation examples should use a placeholder key and should avoid teaching developers to paste secrets into source control. Keep the base URL and model name visible, then move the key into an environment variable in real applications.

from openai import OpenAI

client = OpenAI(
    api_key="YOUR_API_KEY_HERE",
    base_url="https://aiwave.live/v1",
)

response = client.chat.completions.create(
    model="deepseek-v4-flash",
    messages=[
        {"role": "system", "content": "Return concise engineering guidance."},
        {"role": "user", "content": "Draft a migration checklist for a support bot."},
    ],
    temperature=0.2,
    max_tokens=700,
)

print(response.usage)

What the Usage Ledger Should Capture

The ledger is where documentation becomes operational. Store workspace, request identifier, model, provider route if available, rate-card date, uncached input tokens, cache-hit input tokens, output tokens, status, latency, and retry count. These fields make a forecast reproducible and help support investigate incidents without asking a customer to paste confidential prompt content into a ticket.

Do not collapse all tokens into one column. DeepSeek and other provider pages separate input, output, and cache-hit input. QwenCloud documents tiered input pricing, batch behavior, context caching, thinking-token billing, and tool fees. Even when AIWave is the gateway, the application should preserve enough detail to explain why one workload changed after a prompt revision or route switch.

Model Switching Without Surprises

Model switching should be acceptance-tested. A support classification task may tolerate a fast route with a short output cap. A policy review or architecture analysis may need a reasoning route with a larger output budget. A coding workflow may need long-context behavior. The documentation path should show how a team moves from one model name to another while holding the client contract steady.

Keep rollbacks simple. Store the prior route map, alert when fallback traffic rises, and avoid hidden automatic promotion of high-cost routes. A customer-facing feature should not move from Flash to Pro, or from one model family to another, because of an unreviewed alias change. Pin the route you tested and review provider notices before changing production behavior.

External Source Checks

Use official external pages as calibration, not as marketing copy. The OpenAI API reference anchors the expected chat-completions shape. DeepSeek official pricing should be rechecked before a DeepSeek forecast because direct provider rate cards can change. QwenCloud pricing shows how batch, cache, thinking tokens, and tiered input can affect a cost model even when the application uses a unified client.

When a source cannot be reached during a deploy run, say so in the internal note and fall back to the last accessible report only if the article makes the date clear. Do not invent a direct-provider row. Documentation earns trust by showing what was checked, when it was checked, and which fields the developer must verify before procurement.

Launch Checklist

Before publishing a documentation-focused article, verify that the HTML has one H1, clear H2 sections, Article and FAQ JSON-LD, a canonical URL, internal links, external source links, a table, a code block, and no real credential pattern. Then deploy through the blog publisher so the index, sitemap, and IndexNow submission stay in sync.

After publishing, inspect which pages receive impressions for the brand cluster. If `aiwave api documentation` continues to rank a thin or stale page, link from that page into this production guide and from this guide back to the docs. The goal is to make the next click useful: first request, model list, pricing, trust, and route policy in one coherent path.

Source Links

Related AIWave Links