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Bika.ai

Bika.ai is an AI automation database platform for managing spaces, teams, records, automations, and outgoing webhooks.

Verdict

Bika.ai is a no-code database and automation platform. This MCP exposes eight tools that let your team read, write, and manage Bika records directly from Switchy Projects. @mention Bika to create records in a database, update fields in bulk, delete entries, or pull schema details to understand what fields exist. Teams using Bika for CRM, project tracking, or content calendars get the most value — you can query live data, update statuses, and log new entries without leaving the conversation. Setup requires an API key from your Bika workspace. The MCP cannot trigger automations or modify views; it only handles record-level CRUD and schema inspection.

Common use cases

  • Log meeting notes into a project tracker
  • Update CRM deal stages from chat
  • Pull database schema before bulk edits
  • Delete test records after QA runs
  • Query live inventory counts during planning

Integration

Vendor
Bika.ai
Category
other
Auth
API_KEY
Tools
8
Composio slug
bika

Tools

  • Create Records

    Create one to ten records in a Bika database in one request and return every created record ID and field value.

  • Delete Records
    destructive

    Permanently delete one to ten explicitly identified records from a Bika database and return a deletion result for each ID. This deletion is permanent.

  • Get Database Schema

    Get a Bika database's metadata, views, and field definitions, including the field IDs needed to read and write records by ID.

  • Get Record

    Get one Bika record by ID, with field values keyed by field name or field ID.

  • List Nodes

    List the nodes in a Bika space so an agent can discover database and automation resource IDs by name, type, and path.

  • List Records

    Return one cursor-controlled page of records from a Bika database, optionally selecting specific fields by name or ID.

  • List Spaces

    List spaces available to the connected Bika account and return the space IDs needed by database tools.

  • Update Records

    Update fields on one to ten existing Bika records in one request and return the updated records.

Setup

Setup guide

  1. 11. In Switchy, open Settings and navigate to the Integrations tab. 2. Find Bika.ai in the MCP directory and click Connect. 3. Log into your Bika.ai workspace and generate an API key from the account settings or developer console. 4. Paste the API key into the Switchy prompt and click Authorize. 5. Switchy will confirm the connection and list the spaces available to your account. 6. Open any Project and type '@Bika list spaces' to verify the integration works. 7. To interact with a database, first run '@Bika list nodes' with a space ID to discover database resource IDs, then use '@Bika list records' or '@Bika create records' with the database ID. 8. If a command fails, check that the API key has read and write permissions for the target space.

What teammates see: by default, memories from Bika.ai are scoped to the Project (PROJECT visibility) - you can mark any memory PRIVATE or share it ORG-wide.

Works well with

Top models

Compatibility data appears once enough Projects have used this MCP together with a given model.

How Switchy teams use it

Not enough Projects yet to publish anonymised usage stats (we require ≥ 50 Projects per week).

Starter prompts

List All Spaces

@Bika list all spaces available to this account and show their names and IDs in a table.

Inspect Database Schema

@Bika get the schema for database ID [database_id] and list every field name, type, and ID.

Create Multiple Records

@Bika create three records in database [database_id] with these field values: [field_name] = [value], [field_name] = [value].

Update Record Fields

@Bika update record [record_id] in database [database_id] and set [field_name] to [new_value].

Query Records by Filter

@Bika list records from database [database_id] and return only the [field_name] and [field_name] fields for the first 20 entries.

Example outputs

Illustrative - representative of the model's voice and quality, not literal recordings.

Prompt

@bika list all records in the 'Customer Feedback' database and show me the most recent 10 entries with their status and priority fields

Output

Retrieved 10 records from the Customer Feedback database. The results show 4 entries marked 'High' priority with 'Open' status, 3 'Medium' priority items in 'In Review', and 3 'Low' priority entries already 'Resolved'. Each record includes submission timestamp, customer ID, and feedback category. The database contains 247 total records; this page shows the most recent additions from the past week.

Notes

This example demonstrates read-only access to Bika databases. The MCP returns paginated results, so large databases require multiple requests with cursor tokens. You'll need the correct database ID from List Nodes first, and field selection by name only works if your schema uses consistent naming conventions.

Prompt

@bika create three new task records in the 'Sprint Planning' database: one for API documentation with high priority, one for user testing with medium priority, and one for design review with low priority

Output

Successfully created 3 records in the Sprint Planning database. Record IDs: rec_8x4j2k (API documentation, Priority: High, Status: Not Started), rec_9m5n3p (User testing, Priority: Medium, Status: Not Started), rec_7q6r4s (Design review, Priority: Low, Status: Not Started). All records initialized with default assignee 'Unassigned' and due date set to 7 days from now per database automation rules.

Notes

This write operation is immediate and permanent. The MCP can create up to 10 records per request. Field values must match the database schema exactly—incorrect field types or required fields missing will cause the entire batch to fail. Side-effect: any Bika automations triggered on record creation will fire immediately for all three records.

Prompt

@bika get the schema for the 'Product Roadmap' database, then analyze all records and summarize which features are blocked and why

Output

First retrieved the Product Roadmap schema showing 12 fields including Status, Blocker Reason, and Dependencies. Then queried all 43 records. Analysis reveals 8 features currently blocked: 5 awaiting API design completion (dependency on Engineering Infrastructure project), 2 blocked by pending legal review of data retention policies, and 1 blocked due to insufficient user research data. The blocked features represent approximately 35% of Q1 planned deliverables and cluster around two upstream dependencies.

Notes

This two-step workflow showcases the MCP's ability to support AI reasoning over structured data. Get Database Schema provides field IDs needed for precise queries, then List Records supplies the data for synthesis. Rate limits apply to both calls independently—high-frequency polling of large databases may hit Bika API quotas. The AI's analysis depends on consistent use of the Blocker Reason field across records.

Use-case deep-dives

Sales pipeline sync for remote teams

When Bika beats a spreadsheet for distributed deal tracking

A 6-person sales team closing 20-30 deals a month needs live pipeline visibility without Salesforce overhead. Bika's record CRUD tools let an AI agent update deal stages, log call notes, and flag at-risk accounts during daily standups—no manual data entry. The schema introspection means the agent adapts when you add custom fields mid-quarter. This works until you hit 500+ deals or need complex workflow automation; at that scale, the 8-tool surface starts feeling thin and you'll want native integrations. If your team lives in Slack and closes deals in under 60 days, Bika keeps everyone aligned without forcing a CRM migration. Switchy turns those updates into a shared context your whole team can query.

Customer support ticket triage

Bika for support teams under 100 tickets per week

A 3-person support team handling 60-80 inbound tickets weekly can use Bika as a lightweight ticket database with AI-assisted routing. The agent reads new records via List Records, checks schema for priority and category fields, then updates assignments based on team capacity and expertise tags. Delete Records cleans up spam or duplicate submissions in real time. This setup shines when your ticket volume is predictable and your workflow is linear—one agent, one resolution path. Once you're triaging 200+ tickets a week or need SLA tracking and escalation rules, Bika's flat structure becomes a bottleneck. For early-stage support operations that outgrew email but aren't ready for Zendesk, Bika gives you structured data without the enterprise tax.

Event planning task coordination

When Bika replaces Trello for one-off project sprints

A 5-person event team planning a quarterly conference uses Bika to track 80-120 tasks across vendors, speakers, and logistics. The AI agent creates records for new action items during planning calls, updates status as vendors confirm, and surfaces blockers by querying overdue tasks. List Nodes helps the agent navigate between the budget database and the speaker outreach tracker without manual switching. This works beautifully for finite projects with clear end dates—conferences, product launches, offsite planning. If your team runs continuous operations or needs Gantt charts and dependency mapping, Bika's simplicity becomes a limitation. For teams that need more structure than a shared doc but less process than Asana, Bika keeps everyone on the same page for 6-8 week sprints.

Frequently asked

What does the Bika.ai MCP let me do in Switchy?

It connects your Switchy workspace to Bika.ai databases so AI agents can read, create, update, and delete records without leaving the chat. Agents can discover your spaces and databases, fetch schema definitions, and manipulate up to ten records per request. Think of it as giving your team's AI direct access to your Bika data tables for automation and analysis tasks.

Do I need admin access to connect Bika.ai?

You need a Bika.ai API key with read and write permissions on the spaces and databases you want Switchy to access. Bika uses API key auth, not OAuth, so whoever generates the key controls what data the MCP can touch. Check your Bika account settings to create a key with the appropriate scope before connecting.

Can the Bika MCP trigger automations or just edit records?

It only reads and writes records directly in your Bika databases. The MCP can list automation resources when discovering nodes, but it cannot trigger or configure automations. If you need workflow execution, you'll have to set up Bika automations separately and let the MCP update trigger records instead.

Why use this instead of Bika's API directly?

The MCP abstracts away pagination, schema lookups, and batch operations so your AI agents don't need custom code for every Bika interaction. Instead of writing API scripts to fetch field IDs or handle cursors, agents just ask in natural language and the MCP handles the plumbing. It's faster for ad-hoc queries and one-off updates.

Who on my team should connect the Bika integration?

Whoever owns your Bika workspace and can generate API keys with the right permissions. Once connected, any Switchy team member can ask agents to query or update Bika data, so make sure your API key scope matches your team's access policies. The connection itself doesn't consume extra Switchy seats.

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Data last verified 61 hours ago.Sources aggregated hourly to weekly. See docs/architecture/model-directory.md.