Integration Philosophy
Lexful is designed to fit into your existing MSP operations, not force you to change how you work.
At GA launch: Integration capabilities focus on getting knowledge INTO Lexful (IT Glue migration, manual imports) and using Lex for intelligent retrieval.
On roadmap: Deep integrations with PSA, RMM, and other MSP tools (H1&H2 2026).
This guide explains what’s possible today.
What You Can Build Today
Integration Pattern 1: Knowledge Search Layer
Use case: Add Lexful search to your existing tools
How it works:
Import your knowledge into Lexful (IT Glue API migration, CSV uploads, manual entry)
Use Lexful’s Search API to query from your custom applications
Display Lexful knowledge alongside your existing tool’s UI
Example implementations:
Slack Bot for Knowledge Lookup:
Technician: /lexful backup schedule Acme Corp Bot: [Calls Lexful Search API] Bot: Acme Corp's backup schedule: Full backup daily at 2 AM... View full SOP: <https://app.lexful.com/documents/abc123>
Internal Support Portal:
Your portal includes a search box labeled "Search Documentation" → Queries Lexful via API → Returns relevant SOPs, configs, passwords (with permission checks) → Links back to Lexful for full details
Benefits:
Knowledge stays centralized in Lexful
Users access it from familiar tools
Single source of truth for documentation
Integration Pattern 2: Data Import & Synchronization
Use case: Keep Lexful updated with information from other systems
How it works today (manual process):
Export data from source system (PSA client list, RMM asset inventory)
Use Lexful’s web interface
Import into Lexful
Manually refresh periodically
Example implementations:
PSA Client Onboarding → Lexful:
When new client added to PSA, manually create client organization in Lexful
Upload initial documentation templates
Assign team members permissions
RMM Asset Discovery → Lexful:
Export asset data from RMM weekly
Format as CSV
Import to update Lexful asset database
Automated bidirectional sync planned for 2027)
Integration Security Considerations
Authentication & Authorization
API token security:
Generate separate tokens for each integration
Limit token permissions to minimum required scope
Rotate tokens regularly (every 90 days recommended)
Revoke tokens immediately if compromised
Permission inheritance:
API calls respect Lexful RBAC
Integration can only access knowledge the API token owner can access
Field-level security applies (e.g., passwords require explicit permission)
Data Privacy
What integrations can access:
Knowledge the API user has permission to view
Metadata about documents and clients
Search results filtered by permissions
What integrations cannot access:
Knowledge from other MSP tenants (multi-tenant isolation)
Password entries without explicit password permissions
Audit logs (admin-only access)
Compliance:
All API access is logged for audit purposes
SOC 2 Type II controls apply to integrations
Data residency rules enforced (US, EU, Australia)
Network Security
API endpoints:
TLS 1.3 encryption required
Certificate pinning recommended for production integrations
IP allowlisting available
Webhook security:
Webhook signatures verify request authenticity
Replay attack prevention
Secret rotation supported
Building Your First Integration
Step 1: Define Your Use Case
Common integration patterns:
Knowledge retrieval: Search Lexful from another tool
Data synchronization: Keep Lexful updated with external data
Workflow enhancement: Add Lexful intelligence to existing processes
Reporting & analytics: Extract Lexful data for dashboards
Questions to answer:
What problem are you solving?
What data needs to flow between systems?
How frequently does sync need to happen?
What user permissions apply?
Step 2: Design the Integration
For knowledge retrieval:
Identify trigger (user action, scheduled job, event)
Map user input → Lexful search query
Format Lexful response for display in your tool
Handle edge cases (no results, permission errors)
For data synchronization:
Identify source system and data to sync
Map source data structure → Lexful data model
Determine sync frequency (real-time, hourly, daily)
Plan error handling and retry logic
Step 3: Implement & Test
Development checklist:
[ ] Generate Lexful API token with appropriate permissions
[ ] Implement authentication (Bearer token in headers)
[ ] Build API request logic (search, retrieve documents)
[ ] Parse API responses and extract relevant data
[ ] Handle errors gracefully (rate limits, permission errors, network issues)
[ ] Implement logging for troubleshooting
[ ] Test with real data in staging environment
Testing scenarios:
Happy path (successful query returns expected results)
No results found (graceful handling)
Permission denied (clear user feedback)
Rate limit exceeded (retry with backoff)
Network timeout (error recovery)
Step 4: Deploy & Monitor
Deployment best practices:
Start small: Pilot with 1-2 users or clients
Monitor closely: Watch logs for errors and performance issues
Gather feedback: Ask users if integration improves their workflow
Iterate: Refine based on real-world usage
Monitoring metrics:
API request volume and latency
Error rates and types
User adoption and satisfaction
Impact on workflows (time saved, tickets resolved faster)
Common Integration Patterns
Pattern: Ticket Context Enrichment
Goal: Display relevant Lexful documentation when technician opens a ticket
Implementation:
1. Ticket opened in PSA 2. Extract: client name, affected system, error description 3. Query Lexful: "Show SOPs related to [system] for [client]" 4. Display top 3 results in ticket sidebar 5. Technician clicks to view full SOP in Lexful
Benefits:
Faster ticket resolution (relevant info immediately available)
Consistent service delivery (techs follow documented procedures)
Knowledge capture (gaps identified when no SOP exists)
Pattern: New Client Onboarding Automation
Goal: Automatically create documentation structure when new client onboarded
Implementation today (manual):
1. Sales closes new client 2. Operations creates client in PSA 3. Operations manually creates client in Lexful 4. Operations uploads standard documentation templates 5. Operations assigns team member permissions
Implementation in 2027 (automated with full API):
1. Webhook from PSA: "New client created" 2. Integration calls Lexful API: Create client organization 3. Integration calls Lexful API: Create standard document templates 4. Integration calls Lexful API: Assign default permissions 5. Notification to operations team: "Ready for client-specific customization"
Pattern: Asset Documentation Sync
Goal: Keep Lexful asset database synchronized with RMM discoveries
Implementation today (batch process):
1. Weekly: Export asset data from RMM 2. Format as CSV (device name, IP, type, last seen, etc.) 3. Import to Lexful via CSV upload 4. Manually review new/changed assets
Implementation in 2027 (real-time with webhooks):
1. RMM detects new device 2. RMM webhook triggers your integration 3. Integration calls Lexful API: Create/update asset record 4. Lexful: Asset automatically linked to client, network diagram updated 5. Lex: Analyzes if documentation gaps exist for new asset type
Pattern: Knowledge-Driven Chat Bot
Goal: Answer common client questions using Lexful knowledge base
Implementation:
1. Client asks question via web chat 2. Bot queries Lexful: "How do I [task] at [company]?" 3. Lexful returns answer with source attribution 4. Bot presents answer to client 5. Bot escalates to human if answer confidence is low
Benefits:
24/7 client self-service
Consistent answers grounded in official documentation
Reduced support load for common questions
Integration Development Resources
Documentation
Lexful API docs: https://lexful.mintlify.app
OpenAPI spec: Available for generating client code
Getting Support
Technical support: “Support” tab in the Lexful UI
Feature requests: Request specific API endpoints or integration capabilities
Response time: 24-hour SLO or support requests