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Connect Adafruit IO to Skyller and the AI starts reading from and acting in it through the functions your company enables — with each person's own login, approval before sensitive actions and a record of every call. Below, the actions and events the vendor publishes, what it takes to start and where this fits into the work.
Description and action names are the ones the vendor publishes, in English; action descriptions are shown summarized. Skyller does not alter that content.
21 ACTIONS
published by the vendor; the company enables only the necessary ones
0 EVENTS
triggers the system can send, when the vendor offers them
API KEY
each person signs in with their own credential, encrypted
APPROVAL BY RISK
sensitive actions show a card before running
Live proof
One request, one query in Adafruit IO and one approval.
The scene shows the path of a request; the exact actions depend on the functions your company enables in Adafruit IO.
Input
A team member asks, in the conversation, for something that today requires opening Adafruit IO — inside their area's space, with their login.
What Skyller does
01Picks, among the enabled functions, a query action and looks the information up in Adafruit IO with the person's own credential.
02If the request requires writing something in Adafruit IO, acts within permission; if the function is sensitive, it first shows the card and waits for Approve.
03Returns the result in the conversation and records who asked, which action was used and when.
Result
Adafruit IO stops being an open tab and starts answering inside the conversation — through the functions your company enabled.
Good to know
The available actions are the ones the vendor publishes for Adafruit IO; in your company only the functions turned on by the administrator are available.
If a write action is not classified as sensitive, it may run without a card; the classification is adjustable by the company.
Being in this catalog does not mean being installed, with a valid login, working in your company.
Illustrative scene with fictitious data; no action is named because the choice depends on the functions your company enables.
Where this helps your work
Adafruit IO inside the conversation where the work happens.
Three common situations for people who use Adafruit IO every day. What Skyller does in each one depends on the functions your company turns on.
Needing the information now
“What is recorded in Adafruit IO about this?”
The person asks in the conversation and Skyller queries Adafruit IO with their login, through the enabled read functions, and answers with what it found.
System data in the answer
Recording the result
“Log this in Adafruit IO.”
Creating or changing a record is a write action; with the function set to ask for approval, Skyller shows the card with what it is about to do and waits for Approve before touching Adafruit IO.
Action with approval
Administering
“Enable only what this team needs.”
The administrator connects Adafruit IO once, turns on the necessary functions, restricts them to groups and follows the record of every call.
Function by function, with a record
Actions and events
What the vendor offers in Adafruit IO.
Names as the vendor publishes them, in English, with the description summarized to its first sentence. In your company, the administrator turns on only the necessary actions; none of them runs without permission, and sensitive ones go through approval.
Showing 12 of 21
Add Feeds to Group
ADAFRUIT_IO_ADD_FEEDS_TO_GROUP
Sequentially add 1-10 existing feeds to one group using one documented provider request per feed.
Create Dashboard
ADAFRUIT_IO_CREATE_DASHBOARD
Create a dashboard for visualizing and controlling feed data.
Create Feed
ADAFRUIT_IO_CREATE_FEED
Create a feed, optionally within an existing group.
Create Group
ADAFRUIT_IO_CREATE_GROUP
Create a group for organizing feeds.
Delete Dashboard
ADAFRUIT_IO_DELETE_DASHBOARD
Permanently delete one dashboard by exact key.
Delete Data Point
ADAFRUIT_IO_DELETE_DATA_POINT
Permanently delete one feed data point by ID.
Delete Data Points
ADAFRUIT_IO_DELETE_DATA_POINTS
Permanently delete 1-30 feed data points sequentially through Adafruit IO's single-data-point DELETE endpoint, bounded by the Free-plan limit of 30 data mutations per minute.
Delete Feed
ADAFRUIT_IO_DELETE_FEED
Permanently delete one feed and its retained data by exact feed key.
Delete Group
ADAFRUIT_IO_DELETE_GROUP
Permanently delete one group by exact key.
Get Account Status
ADAFRUIT_IO_GET_ACCOUNT_STATUS
Return compact identity, plan limits, and current data-write throttle usage for the connected Adafruit IO account.
Get Dashboards
ADAFRUIT_IO_GET_DASHBOARDS
List dashboards, or retrieve one dashboard and its blocks by key.
Get Data Point
ADAFRUIT_IO_GET_DATA_POINT
Retrieve one feed data point by its exact ID.
Before you start
What your company needs to use Adafruit IO.
Login
Each person enters their own Adafruit IO API key, generated in their account. The key is stored encrypted and nobody sees it, not even the administrator.
Who installs
An administrator connects Adafruit IO for the company and shares it with people or groups. Anyone can connect just for themselves, within the plan's limit.
Functions
21 published actions: the administrator turns on only the necessary ones. Sensitive ones ask for confirmation before running.
Plan
Counts as a company or personal connection within the plan's allowance; the larger plans have no cap. The connections-per-plan table is on the catalog page.
Try it free with your team or book a demo: together we pick the Adafruit IO functions to enable and show the first approved action, with fictitious data.