diff --git a/uptime-robot/uptime-robot.py b/uptime-robot/uptime-robot.py
--- a/uptime-robot/uptime-robot.py
+++ b/uptime-robot/uptime-robot.py
#
+#!/usr/bin/env python3
#
+# Hit the Uptime Robot API to fetch response times and status
#
+# Copyright (c) 2021 B Tasker
#
+BASE_URL="https://api.uptimerobot.com/v2"
#
+API_KEY="" # Get this from "my_settings" in the uptime robot dashboard
#
+MEASUREMENT_NAME="website_response_times" # Measurement name in Influxdb
#
+db_name="websites" # I use this for output routing in Telegraf's config, you can leave it blank
#
+def placeRequest(path, data):
#
+ ''' Place a request against the UptimeRobot API and return a dict
#
+ 'content-type': "application/x-www-form-urlencoded",
#
+ 'cache-control': "no-cache"
#
+ data['api_key'] = API_KEY
#
+ data['format'] = "json"
#
+ r = requests.post(f"{BASE_URL}{path}", headers=headers, data=data)
#
+ ''' Convert a monitor object to line protocol and print it
#
+ tagset=f"url={m['url']},id={m['id']},influxdb_database={db_name}"
#
+ print(f"{MEASUREMENT_NAME},{tagset} status={m['status']},avg_response={m['average_response_time']}")
#
+ # Iterate over the response time logs
#
+ for responsetime in m['responsetimes']:
#
+ print(f"{MEASUREMENT_NAME},{tagset} response_time={responsetime['value']}i {int(responsetime['datetime']) * 1000000000}")
#
+ "response_times" : 1, # Include response times
#
+ "response_times_average" : 15, # 15 min intervals
#
+ "response_times_limit" : 16, # return the last 4 hours - 4*4
#
+logs = placeRequest("/getMonitors", x)
#
+for monitor in logs['monitors']: