Interface
The website or application presents information and captures user actions.
WEB INFRASTRUCTURE · API INTEGRATION · CONNECTED DATA
Build the technical layer around the work the business actually needs.
OJC Labs designs connected technical systems when websites, APIs, data sources and workflows need clearer boundaries and responsibilities.
SYSTEM BOUNDARIES
A connected system needs clear responsibilities between its layers.
The public interface, application logic, APIs, data and automation should not silently own the same decision. We define what belongs where and how each failure becomes visible.
A headless architecture is one possible structure, not a default answer to every technical constraint.
Logic and data
Application rules and records stay in the layer responsible for validating and preserving them.
Operations
APIs, automation and monitoring move work between systems without hiding ownership.
TECHNICAL ARCHITECTURE
Explain what responsibility belongs where.
- 01Interface
- 02Application logic
- 03API
- 04Data
- 05Automation
- 06Monitoring
AFTER LAUNCH
The architecture must remain observable and maintainable.
We define deployment, logs, alerts, ownership and recovery around the failures the business needs to see. That includes the technical foundations behind search access and commerce operations.
CONNECTED SYSTEMS
The work around this system matters too.
Web and CMS
Build the public experience and publishing layer on explicit technical boundaries.
→Automation and DataConnect repeatable actions and records through monitored workflows.
→SEO and IndexingKeep rendering, routes and deployment compatible with search access.
→AI Automation ConsultingAssess where AI belongs, what must be validated and what should remain deterministic.
→IN PRACTICE
Connected architecture with visible responsibilities.
MIC demonstrates a headless publishing boundary between WordPress and Next.js. The Supabase enrichment engine demonstrates structured data, validation, retrieval and controlled writeback inside an automation system.
Read the MIC infrastructure case study →FIELD NOTES
Read the decisions behind the system.
Architecture
When to Move to Headless Architecture
Decide whether separated frontend and content responsibilities justify the complexity.
Read the guide →Automation
AI Agents vs Automation Workflows: What Actually Works
Choose the correct control model for each technical task.
Read the guide →n8n
Best n8n Workflows for Business Automation
See where triggers, validation and exception handling create reliable operational value.
Read the guide →FAQ
Questions before implementation.
Can you integrate with our existing tools?+
Yes, where the tools provide reliable APIs, webhooks or supported interfaces. We inspect the available documentation and permissions before defining the connection.
Do we need to rebuild the website?+
Not necessarily. A technical project can connect or replace one layer while preserving the rest. The architecture should isolate the actual constraint.
Who owns hosting and third-party accounts?+
Ownership is agreed before implementation. Client-owned production accounts are preferred where practical, with access and maintenance responsibilities documented.
How do you monitor a connected system?+
Monitoring follows the failure states that matter: deployment, API requests, data validation, workflow execution and user-facing outcomes. Alerts need an owner and a response path.
What do we receive at handover?+
The handover covers system boundaries, dependencies, credentials ownership, deployment, monitoring and the changes the client team can safely make.
NEXT STEP
Give your tools a clear way to work together.
Bring the interfaces, data, handoffs and recurring failures. We will define the technical boundaries and whether the work belongs in web infrastructure, automation or another system.