jarvisclaw 1.5.1

JarvisClaw AI SDK - Chat, Images, Video, Search, Prediction Market. Supports API Key and x402 Agent payments.

JarvisClaw Python SDK

AI API SDK with per-capability clients, smart routing, and x402 machine payments.

Install

pip install jarvisclaw            # Sync client
pip install jarvisclaw[agent]     # + x402 EVM (Base chain) support
pip install jarvisclaw[solana]    # + Solana USDC support
pip install jarvisclaw[async]     # + asyncio (httpx) support
pip install jarvisclaw[all]       # Everything

Authentication

from jarvisclaw import ChatClient

# Option 1: API Key
client = ChatClient(api_key="sk-your-key")

# Option 2: x402 wallet (EVM / Base chain)
client = ChatClient(private_key="0x<hex-private-key>")

# Option 3: x402 wallet (Solana) — auto-detected from bs58 format
client = ChatClient(private_key="<base58-solana-keypair>")

# Option 4: Environment variables (JARVISCLAW_API_KEY or JARVISCLAW_WALLET_KEY)
client = ChatClient()

---

Agent (AIP + Treasury) ⚡ NEW

The Agent class is the recommended entry point for autonomous agents. One object for intent resolution, wallet management, and model execution.

from jarvisclaw import Agent

agent = Agent(api_key="sk-YOUR-KEY")
# or: agent = Agent(private_key="0x...")  for x402

# One line: find cheapest model within budget, call it, return text
result = agent.ask("Explain quantum computing", budget=0.01, optimize="cost")
print(result)

Intent Resolution (Free)

# Find best provider without executing
matches = agent.resolve("chat_completion", max_price=0.01, optimize="cost")
print(matches["matches"][0]["model"])  # → "deepseek-chat"

# Other intents
agent.resolve("image_generation", optimize="quality")
agent.resolve("web_search", optimize="latency")

Wallet & Treasury

# Balance
bal = agent.balance()
print(f"${bal['total_usd']}")

# Pools (Operations / Insurance / Savings / Dividends)
pools = agent.pools()

# Limits
agent.set_limits(daily_max_usd=30.0, per_request_max_usd=0.5)

# History
history = agent.history(page=1, page_size=50)

Supported Intent Types

Intent	What It Finds
chat_completion	GPT-4o, Claude, DeepSeek, etc.
image_generation	DALL-E, Flux, Midjourney
video_generation	Sora, Seedance, Kling
text_to_speech	TTS-1, ElevenLabs
web_search	Surf (83 endpoints)
knowledge_search	Exa

---

ChatClient

Method	Returns	Blocking
complete(message)	str	Yes
completion(messages)	ChatResponse	Yes
stream(message)	Generator[str]	Yields chunks

from jarvisclaw import ChatClient

chat = ChatClient(private_key="0x...")

# ─── complete() — simple one-liner ───
response = chat.complete("What is quantum computing?")
print(response)  # str

# With options
response = chat.complete("Explain gravity", model="openai/gpt-5.4", system="Be concise")

# ─── completion() — full control ───
resp = chat.completion([
    {"role": "system", "content": "You are a tutor."},
    {"role": "user", "content": "Explain gravity."}
], model="auto", temperature=0.5)
print(resp.content)       # str
print(resp.model)         # "openai/gpt-5.4-nano"
print(resp.usage)         # {"prompt_tokens": 12, "completion_tokens": 45, ...}

# ─── stream() — yields text chunks ───
for chunk in chat.stream("Tell me a joke"):
    print(chunk, end="", flush=True)

# With system prompt
for chunk in chat.stream("Explain AI", system="You are a professor"):
    print(chunk, end="")

ChatClient async (asyncio)

import asyncio
from jarvisclaw.aio import ChatClient

async def main():
    async with ChatClient(private_key="0x...") as chat:
        # Simple
        text = await chat.complete("Hello!")
        print(text)

        # Concurrent to multiple models
        results = await asyncio.gather(
            chat.complete("Hi", model="openai/gpt-5.4"),
            chat.complete("Hi", model="anthropic/claude-sonnet-4.6"),
            chat.complete("Hi", model="google/gemini-2.5-flash"),
        )
        for r in results:
            print(r)

        # Async streaming
        async for chunk in chat.stream("Tell me a story"):
            print(chunk, end="")

asyncio.run(main())

---

ImageClient

Method	Returns	Blocking
generate(prompt)	ImageResponse	Yes (default)
generate(prompt, wait=False)	ImageResponse (with raw job data)	No
status(job_id)	ImageResponse	No (single check)
wait(job_id)	ImageResponse	Yes (polls until done)
edit(image, prompt)	ImageResponse	Yes

from jarvisclaw import ImageClient

image = ImageClient(private_key="0x...")

# ─── generate() — blocking (default) ───
result = image.generate("A cat in space", size="1024x1024")
print(result.url)            # "https://api.jarvisclaw.ai/media/images/..."
print(result.revised_prompt) # model's revised prompt (if any)

# With specific model
result = image.generate("Neon city", model="openai/gpt-image-1", size="1792x1024")

# ─── generate(wait=False) — non-blocking ───
job = image.generate("A futuristic city", wait=False)
print(job.raw["id"])     # "e061906e-04d7-4281-b487-54907344c7c0"
print(job.raw["status"]) # "queued"

# ─── status(job_id) — single check, non-blocking ───
result = image.status(job.raw["id"])
print(result.raw.get("status"))  # "in_progress" or "completed"
if result.url:
    print(result.url)  # only set when completed

# ─── wait(job_id) — block until done ───
result = image.wait(job.raw["id"])
print(result.url)  # guaranteed to have URL (or raises on failure)

# ─── edit() — always blocking ───
result = image.edit(open("photo.png", "rb"), "Remove the background")
print(result.url)

---

VideoClient

Method	Returns	Blocking
generate(prompt)	VideoJob	Yes (default)
generate(prompt, wait=False)	VideoJob (queued)	No
status(job_id)	VideoJob	No (single check)
wait(job_id)	VideoJob	Yes (polls until done)

from jarvisclaw import VideoClient

video = VideoClient(private_key="0x...")

# ─── generate() — blocking (default, waits 1-3 minutes) ───
job = video.generate("A cat walking on a beach", duration=5)
print(job.url)     # MP4 URL
print(job.status)  # "completed"

# ─── generate(wait=False) — non-blocking ───
job = video.generate("Ocean waves at sunset", wait=False)
print(job.id)      # "bytedance:video_c6f42c34..."
print(job.status)  # "queued"

# ─── status(job_id) — single check, non-blocking ───
result = video.status(job.id)
print(result.status)  # "in_progress" or "completed"
if result.url:
    print(result.url)

# ─── wait(job_id) — block until done ───
result = video.wait(job.id)
print(result.url)    # guaranteed MP4 URL
print(result.status) # "completed"

Full non-blocking workflow

from jarvisclaw import VideoClient
import time

video = VideoClient(private_key="0x...")

# Submit job
job = video.generate("A timelapse of a flower blooming", wait=False)
print(f"Submitted: {job.id}")

# Do other work...
print("Doing other work while video generates...")
time.sleep(30)

# Now wait for the result
result = video.wait(job.id)
print(f"Done! URL: {result.url}")

---

AudioClient

Method	Returns	Blocking
music(prompt)	AudioResponse	Yes (1-3 min)
music(prompt, wait=False)	MusicJob	No
MusicJob.result()	AudioResponse	Yes (blocks until ready)
MusicJob.done	bool	No
speech(text)	AudioResponse	Yes (fast)
transcribe(file)	str	Yes

from jarvisclaw import AudioClient

audio = AudioClient(private_key="0x...")

# ─── music() — blocking (takes 1-3 minutes) ───
result = audio.music("An upbeat electronic track")
with open("music.mp3", "wb") as f:
    f.write(result.content)
print(result.content_type)  # "audio/mpeg"

# ─── music(wait=False) — non-blocking ───
job = audio.music("Lo-fi hip hop beat", wait=False)
print(job.done)  # False

# Do other work...
print("Working on other things...")

# Get result when needed (blocks from this point)
result = job.result()
with open("lofi.mp3", "wb") as f:
    f.write(result.content)

# Check without blocking
if job.done:
    result = job.result()  # instant, already done

# ─── speech() — always blocking (fast, <5s) ───
result = audio.speech("Hello world", voice="alloy")
with open("speech.mp3", "wb") as f:
    f.write(result.content)

# Available voices: alloy, echo, fable, onyx, nova, shimmer, sarah, george
result = audio.speech("Good morning", model="tts-1", voice="nova")

# ─── transcribe() — speech-to-text ───
with open("recording.mp3", "rb") as f:
    text = audio.transcribe(f)
print(text)  # "Hello, this is a test recording."

# With language hint
with open("chinese_audio.mp3", "rb") as f:
    text = audio.transcribe(f, language="zh")

---

SearchClient

Method	Returns	Blocking
query(q)	list[SearchResult]	Yes
find_similar(url)	list[SearchResult]	Yes
contents(urls)	list[dict]	Yes

from jarvisclaw import SearchClient

search = SearchClient(private_key="0x...")

# ─── query() — web search ───
results = search.query("latest AI news", num_results=5)
for r in results:
    print(f"{r.title}")
    print(f"  {r.url}")
    print(f"  {r.snippet}")

# ─── find_similar() — find pages similar to a URL ───
similar = search.find_similar("https://example.com/article")
for r in similar:
    print(r.title, r.url)

# ─── contents() — extract page content ───
pages = search.contents(["https://example.com/page1", "https://example.com/page2"])
for page in pages:
    print(page)  # full page content dict

---

MarketplaceClient

Access 83+ crypto data endpoints, blockchain RPC, DeFi, prediction markets, web search, and more via x402 micropayments.

Note: Marketplace only supports x402 private key authentication. API keys are not supported for marketplace services.

Method	Returns	Description
call(service, path)	dict	GET request to marketplace endpoint
call(service, path, method="POST", json={})	dict	POST request
rpc_call(chain, method, params)	dict	JSON-RPC to any blockchain
rpc_batch(chain, calls)	list	Batch RPC (multiple calls in one request)
defi_protocols()	list	DeFi protocol rankings
defi_protocol(slug)	dict	Single protocol detail
defi_yields()	dict	DeFi yield data

from jarvisclaw import MarketplaceClient

mp = MarketplaceClient(private_key="0x<your-evm-private-key>")

# ─── Crypto Data (Surf — 83 endpoints) ───

# Exchange data (16 CEXes: binance, coinbase, kraken, etc.)
price = mp.call("surf", "/exchange/price", params={"pair": "BTC-USDT"})
print(f"BTC: ${price['price']:,.2f}")

klines = mp.call("surf", "/exchange/klines", params={"pair": "ETH-USDT", "interval": "1h", "limit": "24"})
funding = mp.call("surf", "/exchange/funding-history", params={"pair": "BTC-USDT-PERP"})

# Market overview
rankings = mp.call("surf", "/market/ranking", params={"limit": "10"})
fear_greed = mp.call("surf", "/market/fear-greed")
etf = mp.call("surf", "/market/etf")
indicators = mp.call("surf", "/market/price-indicator", params={"symbol": "BTC", "indicator": "rsi"})

# Social / CT intelligence
social_ranking = mp.call("surf", "/social/ranking", params={"limit": "10"})
tweets = mp.call("surf", "/social/user/posts", params={"username": "VitalikButerin", "limit": "5"})
mindshare = mp.call("surf", "/social/mindshare", params={"symbol": "ETH"})

# Wallet intelligence (100M+ labeled wallets, 13 networks)
wallet = mp.call("surf", "/wallet/detail", params={"address": "0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045"})
net_worth = mp.call("surf", "/wallet/net-worth", params={"address": "0xd8dA6BF26964aF9D7eEd9e03E53415D37aA96045"})
labels = mp.call("surf", "/wallet/labels/batch", method="POST", json={"addresses": ["0xd8dA...", "0xABC..."]})

# Token analytics
holders = mp.call("surf", "/token/holders", params={"symbol": "UNI", "limit": "10"})
tokenomics = mp.call("surf", "/token/tokenomics", params={"symbol": "ARB"})
dex_trades = mp.call("surf", "/token/dex-trades", params={"symbol": "PEPE", "limit": "20"})

# News (AI-curated)
news = mp.call("surf", "/news/feed", params={"limit": "5"})
article = mp.call("surf", "/news/detail", params={"id": "article-id"})

# On-chain SQL (80+ ClickHouse tables across 7 networks)
result = mp.call("surf", "/onchain/sql", method="POST", json={
    "sql": "SELECT from_address, SUM(value/1e18) as eth FROM ethereum.transactions WHERE block_time > now() - interval '1 hour' GROUP BY from_address ORDER BY eth DESC LIMIT 5"
})
for row in result["rows"]:
    print(f"  {row[0]}: {row[1]:.4f} ETH")

# VC Fund intelligence
funds = mp.call("surf", "/fund/ranking", params={"limit": "10"})
fund_detail = mp.call("surf", "/fund/detail", params={"slug": "a16z"})

# Unified search (web, projects, wallets, social)
results = mp.call("surf", "/search/web", params={"q": "bitcoin etf approval"})
projects = mp.call("surf", "/search/project", params={"q": "layer 2"})

# ─── Prediction Markets ───
markets = mp.call("prediction", "/polymarket/markets", params={"limit": "5", "category": "politics"})
kalshi = mp.call("prediction", "/kalshi/markets", params={"limit": "5"})
search = mp.call("prediction", "/markets/search", params={"q": "bitcoin 2026", "limit": "5"})

# ─── DEX Trading (0x) ───
quote = mp.call("dex", "/price", params={
    "sellToken": "0xEeeeeEeeeEeEeeEeEeEeeEEEeeeeEeeeeeeeEEeE",
    "buyToken": "0x833589fCD6eDb6E08f4c7C32D4f71b54bdA02913",
    "sellAmount": "100000000000000000",
    "chainId": "8453",
})

# ─── Web Search (Exa) ───
exa = mp.call("exa", "/search", method="POST", json={"query": "AI agents 2026", "num_results": 5})

# ─── Blockchain RPC (40+ chains) ───
block = mp.rpc_call("eth", "eth_blockNumber")
print(f"Ethereum block: {int(block['result'], 16)}")

slot = mp.rpc_call("sol", "getSlot")
print(f"Solana slot: {slot['result']}")

# Batch RPC
results = mp.rpc_batch("ethereum", [
    ("eth_blockNumber", []),
    ("eth_gasPrice", []),
])

# ─── DeFi Data (DefiLlama) ───
protocols = mp.defi_protocols()
aave = mp.defi_protocol("aave-v3")
yields = mp.defi_yields()

Pricing

Tier	Cost	Endpoints
Standard	$0.0075/call	exchange, market, social, wallet, token, news, fund, search, prediction
Premium SQL	$0.02/call	onchain/sql, onchain/query, onchain/schema
DEX	$0.001/call	dex/price, dex/quote
Web Search	$0.01/call	exa/search
RPC	$0.002/call	rpc/eth, rpc/sol, rpc/base, etc.
DeFi	$0.005/call	defi/protocols, defi/yields

---

Error Handling

from jarvisclaw import (
    ChatClient, APIError, AuthenticationError,
    RateLimitError, InsufficientBalanceError, PaymentError,
)

chat = ChatClient()

try:
    response = chat.complete("Hello")
except AuthenticationError:
    print("Invalid API key or wallet key")
except RateLimitError as e:
    print(f"Rate limited — retry after {e.retry_after}s")
except InsufficientBalanceError:
    print("Balance too low — top up USDC")
except PaymentError as e:
    print(f"x402 payment signing failed: {e}")
except APIError as e:
    print(f"API error {e.status_code}: {e.message}")
    print(f"Response body: {e.body}")

---

Balance & Wallet

from jarvisclaw import ChatClient

client = ChatClient(private_key="0x...")

# On-chain USDC balance (Base chain or Solana depending on key type)
print(f"Balance: ${client.get_balance():.2f}")

# Session spending (tracked locally in ~/.jarvisclaw/cost_log.jsonl)
print(f"Spent: ${client.get_spending():.4f}")

# Wallet address
print(f"Wallet: {client.address}")

---

Async Clients (all capabilities)

import asyncio
from jarvisclaw.aio import (
    ChatClient, ImageClient, VideoClient,
    AudioClient, SearchClient, MarketplaceClient,
)

async def main():
    async with ChatClient(private_key="0x...") as chat:
        text = await chat.complete("Hello!")
        print(text)

        # Streaming
        async for chunk in chat.stream("Tell me a story"):
            print(chunk, end="")

    async with ImageClient(private_key="0x...") as image:
        result = await image.generate("A cat on Mars")
        print(result.url)

    async with AudioClient(api_key="sk-...") as audio:
        result = await audio.speech("Hello world", voice="nova")
        # result.content is bytes

        # Transcribe
        with open("recording.mp3", "rb") as f:
            text = await audio.transcribe(f)

    async with MarketplaceClient(api_key="sk-...") as mp:
        data = await mp.call("surf", "/exchange/price?pair=ETH-USDT")
        print(data)

asyncio.run(main())

---

Concurrent Batch Processing (ThreadPool)

from concurrent.futures import ThreadPoolExecutor
from jarvisclaw import ImageClient

image = ImageClient(private_key="0x...")
prompts = ["A cat", "A dog", "A bird", "A fish", "A horse"]

with ThreadPoolExecutor(max_workers=5) as pool:
    futures = [pool.submit(image.generate, p) for p in prompts]
    for f in futures:
        print(f.result().url)

---

Solana Payments

from jarvisclaw import ChatClient, ImageClient

# Auto-detected from bs58 key format
chat = ChatClient(private_key="<base58-solana-keypair>")
print(chat.complete("Hello from Solana!"))

# Explicit network
chat = ChatClient(private_key="<key>", network="solana")

# All clients work identically — only payment chain differs
image = ImageClient(private_key="<base58-solana-keypair>")
result = image.generate("Cyberpunk city")
print(result.url)

---

Configuration

Env Variable	Description
JARVISCLAW_API_KEY	API key (auto-used if no args passed)
JARVISCLAW_WALLET_KEY	x402 private key (EVM hex or Solana bs58)
JARVISCLAW_BASE_URL	Override API endpoint (default: https://api.jarvisclaw.ai)

---

Requirements

• Python >= 3.9
• USDC on Base chain (EVM) or Solana (SPL)
• No ETH/SOL needed for gas (facilitator pays)

Links

• API Reference: https://api.jarvisclaw.ai/docs
• Pricing: https://api.jarvisclaw.ai/pricing
• PyPI: https://pypi.org/project/jarvisclaw/