AI Agents that
sense, decide,
and act.

import requests

BASE = "https://api.foxapis.com"
KEY = "fxp_live_YOUR_KEY_HERE"  # paste from /trial
H = {"X-API-Key": KEY, "Content-Type": "application/json"}

r = requests.post(BASE + "/v1/gaming/chess/player",
    headers=H, json={"username": "target"})
player_data = r.json()

r = requests.post(BASE + "/v1/gaming/lichess/player",
    headers=H, json={"username": "target"})
player_data = r.json()

# Combine, score, alert, or export
print(player_data)

import requests

BASE = "https://api.foxapis.com"
KEY = "fxp_live_YOUR_KEY_HERE"  # paste from /trial
H = {"X-API-Key": KEY, "Content-Type": "application/json"}

r = requests.post(BASE + "/v1/brand/reddit/brand-mentions",
    headers=H, json={"brand": "your-brand"})
brand_mentions_data = r.json()

r = requests.post(BASE + "/v1/brand/trustpilot/company",
    headers=H, json={"brand": "your-brand"})
company_data = r.json()

# Combine, score, alert, or export
print(brand_mentions_data)

import requests

BASE = "https://api.foxapis.com"
KEY = "fxp_live_YOUR_KEY_HERE"  # paste from /trial
H = {"X-API-Key": KEY, "Content-Type": "application/json"}

r = requests.post(BASE + "/v1/brand/g2/product",
    headers=H, json={"brand": "your-brand"})
product_data = r.json()

r = requests.post(BASE + "/v1/brand/similarweb/domain",
    headers=H, json={"domain": "target.com"})
domain_data = r.json()

# Combine, score, alert, or export
print(product_data)

import requests

BASE = "https://api.foxapis.com"
KEY = "fxp_live_YOUR_KEY_HERE"  # paste from /trial
H = {"X-API-Key": KEY, "Content-Type": "application/json"}

r = requests.post(BASE + "/v1/brand/similarweb/domain",
    headers=H, json={"domain": "target.com"})
domain_data = r.json()

r = requests.post(BASE + "/v1/brand/builtwith/domain",
    headers=H, json={"domain": "target.com"})
domain_data = r.json()

# Combine, score, alert, or export
print(domain_data)

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
target = "mRNA cancer vaccine"
trials = requests.post(BASE+"/v1/science/clinicaltrials/search",
    headers=H, json={"query":target,"status":"ALL"}).json()
fda    = requests.post(BASE+"/v1/science/fda/approvals",
    headers=H, json={"query":target,"type":"adverse_events"}).json()
papers = requests.post(BASE+"/v1/science/pubmed/search",
    headers=H, json={"query":target,"max_results":5}).json()
# Feed all three into Claude for catalyst brief

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
drug = "semaglutide"
adverse  = requests.post(BASE+"/v1/science/fda/approvals",
    headers=H, json={"query":drug,"type":"adverse_events"}).json()
papers   = requests.post(BASE+"/v1/science/pubmed/search",
    headers=H, json={"query":f"{drug} safety","max_results":8}).json()
preprints = requests.post(BASE+"/v1/science/biorxiv/preprints",
    headers=H, json={"query":drug,"days_back":90}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
trials = requests.post(BASE+"/v1/science/clinicaltrials/search",
    headers=H, json={"condition":"triple negative breast cancer",
                     "status":"ALL","max_results":25}).json()
papers = requests.post(BASE+"/v1/science/pubmed/search",
    headers=H, json={"query":"TNBC treatment 2025","max_results":8}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
t = "linear.app"
traffic = requests.post(BASE+"/v1/brand/similarweb/domain",headers=H,json={"domain":t}).json()
github  = requests.post(BASE+"/v1/dev/github/repo",headers=H,json={"repo":"linear/linear"}).json()
reddit  = requests.post(BASE+"/v1/social/reddit/brand",headers=H,json={"brand":"linear"}).json()
hn      = requests.post(BASE+"/v1/social/hackernews/search",headers=H,json={"query":"linear app"}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
patents = requests.post(BASE+"/v1/patents/uspto/search",
    headers=H, json={"assignee":"CRISPR Therapeutics","max_results":25}).json()
papers  = requests.post(BASE+"/v1/science/pubmed/search",
    headers=H, json={"query":"CRISPR gene editing","max_results":10}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
tvl    = requests.post(BASE+"/v1/crypto/defillama/protocol",headers=H,json={"protocol":"aave"}).json()
token  = requests.post(BASE+"/v1/crypto/coingecko/coin",headers=H,json={"id":"aave"}).json()
wallet = requests.post(BASE+"/v1/crypto/etherscan/wallet",headers=H,json={"address":"0x25F2..."}).json()
reddit = requests.post(BASE+"/v1/social/reddit/brand",headers=H,json={"brand":"aave defi"}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
bls      = requests.post(BASE+"/v1/labor/bls/salary",
    headers=H, json={"occupation":"machine learning","area":"texas"}).json()
indeed   = requests.post(BASE+"/v1/talent/indeed/job",
    headers=H, json={"query":"ML engineer","location":"Texas"}).json()
linkedin = requests.post(BASE+"/v1/talent/linkedin/jobs",
    headers=H, json={"query":"ML engineer","location":"Texas"}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
company = "Stripe"
linkedin = requests.post(BASE+"/v1/talent/linkedin/jobs",headers=H,json={"company":company}).json()
indeed   = requests.post(BASE+"/v1/talent/indeed/job",headers=H,json={"company":company}).json()
ziprec   = requests.post(BASE+"/v1/talent/ziprecruiter/search",headers=H,json={"company":company}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
topic = "AI agents"
reddit  = requests.post(BASE+"/v1/social/reddit/search",headers=H,json={"query":topic,"sort":"hot"}).json()
hn      = requests.post(BASE+"/v1/social/hackernews/search",headers=H,json={"query":topic}).json()
twitter = requests.post(BASE+"/v1/social/twitter/search",headers=H,json={"query":topic}).json()
preprints = requests.post(BASE+"/v1/science/biorxiv/preprints",headers=H,json={"query":topic,"days_back":7}).json()

import requests
H = {"Authorization": "Bearer fxp_live_YOUR_KEY"}
BASE = "https://api.foxapis.com"
topic = "Alzheimer's immunotherapy treatment"
papers    = requests.post(BASE+"/v1/science/pubmed/search",
    headers=H, json={"query":topic,"max_results":8,"sort":"pub_date"}).json()
preprints = requests.post(BASE+"/v1/science/biorxiv/preprints",
    headers=H, json={"query":topic,"days_back":60}).json()
# Claude: "Translate for general audience. Flag peer-reviewed vs preprint."