n8n-nodes-cala
v0.4.16
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n8n nodes for Cala AI knowledge search
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n8n-nodes-cala
This is an n8n community node for Cala AI - a platform that transforms internet information into structured, trustworthy context for AI agents.
Installation
n8n Cloud (Verified Nodes)
- Go to Settings → Community Nodes
- Click Install
- Enter
n8n-nodes-cala - Click Install
Self-hosted n8n
npm install n8n-nodes-calaCredentials
You need a Cala API key to use this node:
- Sign up at console.cala.ai
- Create an API key
- In n8n, create new credentials of type Cala API
- Enter your API key
Operations
The node exposes a Knowledge resource with five operations:
| Operation | Description | |-----------|-------------| | Search | Answer natural language questions with sourced, researched content | | Query | Filter entities by attributes using structured dot-notation syntax | | Search Entities | Find entities by name with fuzzy matching, optionally filtered by type | | Get Entity | Get the full profile of an entity by its UUID, with optional field selection | | Get Entity Fields | Discover which properties, relationships, and observations are available for an entity |
Search
Ask a natural language question and get back a researched answer with sources.
Input: "How many students were enrolled at MIT in 2024?"
Output:
{
"content": "In 2024, MIT had approximately 11,800 students enrolled, including 4,600 undergraduate and 7,200 graduate students.",
"explainability": [
{
"content": "MIT enrollment data shows total student population across undergraduate and graduate programs",
"references": ["a1b2c3d4-5678-90ab-cdef-123456789abc"]
}
],
"context": [
{
"id": "a1b2c3d4-5678-90ab-cdef-123456789abc",
"content": "In 2024, the Massachusetts Institute of Technology enrolled approximately 11,800 students.",
"origins": [
{
"source": { "name": "MIT", "url": "https://mit.edu" },
"document": { "name": "MIT Facts", "url": "https://mit.edu/about" }
}
]
}
],
"entities": [
{ "id": 1, "name": "MIT", "entity_type": "ORGANIZATION" }
]
}Query
Filter entities by attributes using dot-notation syntax.
Input: "startups.location=Spain.funding>10M"
Output:
{
"results": [
{
"startup": "SeQura",
"sector": "Fintech / BNPL",
"hq": "Barcelona",
"funding_round": "Series D (Nov 2024)",
"amount": "~€410M (incl. debt)"
},
{
"startup": "TravelPerk",
"sector": "Business Travel SaaS",
"hq": "Barcelona",
"funding_round": "Series D (Nov 2024)"
}
],
"entities": [
{ "id": "df8ea521-f2b1-47f7-9b46-419e179d914b", "name": "SeQura", "entity_type": "Organization" },
{ "id": "2f0da3c2-4d1d-41f5-b433-82df365c27de", "name": "TravelPerk", "entity_type": "Organization" }
]
}Search Entities
Find entities by name (supports fuzzy matching). Returns a list of matches with IDs.
Parameters:
Name(required) — entity name to search forEntity Types(optional) — filter by one or more types: Company, Person, GPE, Country, Organization, and moreLimit(optional, default 20) — max results, up to 100
Input: "OpenAI" with limit 3
Output:
{
"entities": [
{ "id": "e5bb591a-d308-4aa5-9672-96046d366cde", "name": "OpenAI", "entity_type": "Organization" },
{ "id": "7eacce50-c89f-44a8-b8e4-a41f543683f2", "name": "OpenAI Codex", "entity_type": "Product" },
{ "id": "e849412b-dcee-4df1-9461-a7cbdb9c32c7", "name": "OpenAI, Inc.", "entity_type": "Organization" }
]
}Get Entity Fields
Discover which properties, relationships, and numerical observations are available for a specific entity before querying it. Run this first, then use the results to fill in the Get Entity optional fields.
Input: Entity UUID "c6772802-bdbc-4778-91e9-cd3d27d008d5"
Output:
{
"properties": ["name", "aliases", "legal_name", "employee_count", "founding_date", "headquarters_address"],
"relationships": {
"outgoing": ["IS_REGISTERED_IN", "HAS_HEADQUARTERS_IN", "OPERATES_IN_INDUSTRY"],
"incoming": ["IS_CEO_OF", "IS_CFO_OF", "IS_BOARD_MEMBER_OF", "IS_SUBSIDIARY_OF"]
},
"numerical_observations": {
"FinancialMetric": [
{ "id": "1d3eae40-0ba8-5baf-9907-6a4823b067bb", "name": "Cash and Cash Equivalents", "unit": "USD" }
]
}
}Get Entity
Get the full profile of an entity by its UUID. By default returns a standard set of properties. Use the optional Additional Fields to select exactly which properties, relationships, and numerical observations to include — run Get Entity Fields first to discover what's available.
Parameters:
Entity ID(required) — UUID from Search Entities, Search, or Query resultsAdditional Fields > Properties— list of property names to return (e.g.name,employee_count,founding_date)Additional Fields > Relationships— relationships to include, each with direction (Outgoing/Incoming), type name, and optional limit/offsetAdditional Fields > Numerical Observations— JSON object mapping observation type to UUID array (e.g.{"FinancialMetric": ["uuid1"]})
Input: Entity UUID "c6772802-bdbc-4778-91e9-cd3d27d008d5" with properties ["name", "employee_count"] and incoming relationship IS_CEO_OF
Output:
{
"id": "c6772802-bdbc-4778-91e9-cd3d27d008d5",
"name": "Apple Inc",
"entity_type": "Company",
"properties": {
"name": { "value": "APPLE INC", "sources": [{ "name": "SEC", "date": "2026-02-26" }] },
"employee_count": { "value": 164000, "sources": [{ "name": "Macrotrends", "date": "2026-03-01" }] }
},
"relationships": {
"incoming": {
"IS_CEO_OF": [{ "id": "...", "name": "Tim Cook", "entity_type": "Person" }]
}
},
"numerical_observations": []
}Resources
License
MIT
