CRM records
Read the accounts, contacts, and deals in your graph, and answer questions across them.- List and read records:
accounts_list,contacts_list, anddeals_listreturn your core CRM records, andcrm_records_listcovers any other object type in your graph - Drill into an account:
account_get_contactsandaccount_get_dealspull one account’s contacts or deals directly - Aggregate:
records_aggregateruns counts and other aggregations across records, pipeline by stage, deals by owner, without pulling every record into the conversation
Schema discovery
Before querying, a connected AI can look up which object types and fields exist in your workspace, so it queries real fields instead of guessing.- Object types:
object_definitions_listreturns the object types in your graph - Fields:
object_get_fields_schemareturns the field schema for one object type - Search:
schema_searchfinds relevant objects and fields without pulling the full schema
Activity and communications
The calls, emails, and meetings connected to your accounts, not just that they happened, but what was said.- List and search:
events_listandevents_searchfind calls, emails, and meetings across the graph or for a specific account - Read contents:
events_get_contentsreturns the substance of an event, a call transcript, an email body - Look ahead:
calendar_get_upcomingshows upcoming meetings, useful for call prep
Team and workspace
- People:
employees_listreturns the people on your team, so an AI can attribute activity to the right owner - Identity:
identity_getresolves who the connected user is - Slack:
channels_listreturns the Slack channels available in your workspace
Support tickets
support_tickets_list returns support tickets connected to your graph, so account health questions can include what’s happening in support.
Engineering activity
github_activities_list returns GitHub activity connected to your graph, putting engineering work alongside CRM and communication data.
Deep research
For questions that span many records and sources, a connected AI can hand the work to Clearskies instead of assembling it call by call:deep_research starts a long-running research job across the graph, and deep_research_status polls it until the result is ready.
Building workflows and agents
Beyond reading data, a connected AI can take Clearskies workflows and agents through their full lifecycle, create, validate, test, and publish, using theworkflows_* and agents_* tools, with workflow_capabilities_get and agent_capabilities_get telling it what your workspace supports before it builds. See Manage workflows from Claude or ChatGPT and Manage agents from Claude or ChatGPT for how that works.
To put these tools to work from an assistant, see Build in Claude or ChatGPT.