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Request-and-response APIs
Exchange validated data when a connected system needs a clear answer, such as checking a reference or submitting a business transaction.
Transform & Support
Connect your systems with APIs & events.
Plan reliable connections between LaraOffice and the systems your business depends on. Define the data exchanged, the events that matter, and the controls that keep integrations understandable and maintainable.
✓ Clear data contracts✓ Security-first planning✓ Traceable failures
Integration console · Example only
POST
/api/v1/ordersJSON{
"external_reference": "ORD-10482",
"status": "confirmed",
"source": "commerce-system"
}
201 · Example response✓ Accepted
Integration foundations
Choose the right connection pattern for each workflow
Not every system needs the same integration style. Start with the business outcome, then select a pattern that fits the timing, volume, and reliability requirements.
⚡
Event-driven workflows
Design reactions to meaningful business events, such as an order being confirmed or a record moving through an approved workflow.
⟳
Scheduled synchronization
Plan periodic imports and exports when immediate updates are unnecessary or the source system only supports batch exchange.
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Data contracts
Agree on field names, formats, identifiers, validation rules, versioning, and ownership before connecting production systems.
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Failure recovery
Define timeouts, retries, duplicate protection, dead-letter handling where applicable, and a clear process for resolving failed messages.
◉
Monitoring and traceability
Plan correlation IDs, useful logs, health checks, alert thresholds, and reconciliation so teams can understand what happened.
A practical approach
Make the integration understandable before building it
Good integration planning starts by mapping the business process and identifying which system owns each record. It then defines how data moves, what happens when something fails, and how teams can verify the result.
- ✓Map the workflow: document the trigger, source, destination, expected outcome, and responsible owner.
- ✓Define the contract: agree required fields, validation, identifiers, error responses, and versioning policy.
- ✓Protect the boundary: plan authentication, least-privilege access, secret rotation, and sensitive-data handling.
- ✓Test and reconcile: verify normal cases, retries, duplicates, timeouts, and data totals before rollout.
01
Discover systems and ownership
List systems, environments, data owners, access requirements, and business dependencies.
02
Design the integration contract
Specify endpoints or event schemas, authentication, validation, and versioning.
03
Test reliability and security
Exercise error paths, duplicate delivery, permissions, rate limits, and recovery procedures.
04
Release with operational controls
Set monitoring, alert ownership, runbooks, reconciliation, and change management.
Illustrative business event flow
Example only — actual event names and delivery guarantees depend on the implemented integration.
EVENT
Order confirmedA source system records a confirmed order and assigns a stable reference.
VALIDATE
Validate and map dataRequired fields, identifiers, permissions, and business rules are checked.
PROCESS
Apply the destination actionThe receiving system processes the message with duplicate protection where required.
VERIFY
Record outcome and reconcileCapture a traceable result and surface failures for investigation.
Event design
Events should communicate meaningful changes
An event should describe something that has already happened, rather than act as an ambiguous command. Consistent naming, timestamps, stable identifiers, and schema versions make integrations easier to evolve.
- ✓Use stable event IDs and business references to help detect duplicates.
- ✓Document delivery expectations; do not assume events arrive once or in order.
- ✓Keep credentials and sensitive personal data out of event payloads and logs where possible.
- ✓Define replay, retention, and recovery policies appropriate to the business risk.
Built into the plan
Security and operational reliability from day one
Integration quality is more than a successful API call. Plan the safeguards that help protect business data and support the connection after launch.
🔐
AuthenticationUse appropriate credentials or tokens, secure storage, rotation, and least-privilege scopes.
✓
ValidationValidate inputs and schemas, and reject malformed or unauthorized requests safely.
⌁
ObservabilityUse structured logs, correlation IDs, metrics, alerts, and clear ownership.
↻
RecoveryDocument retry limits, reconciliation, replay rules, and incident response steps.
Common questions
APIs & events FAQs
Start with these considerations when assessing an integration with LaraOffice.
What is the difference between an API and an event?
An API is commonly used for a direct request and response. An event communicates that something happened and may be processed asynchronously by one or more consumers.
Can LaraOffice connect to our existing software?
That depends on the interfaces available in LaraOffice and the other system, including API access, export formats, authentication, and licensing. Confirm compatibility during technical discovery.
How should failed integrations be handled?
Agree on error categories, timeouts, bounded retries, duplicate protection, alerts, and a reconciliation or manual recovery process. The correct approach depends on the transaction and system capabilities.
Can data synchronize in both directions?
Bidirectional synchronization may be possible when both systems support it, but record ownership, conflict resolution, and loop prevention must be designed explicitly.
Are the endpoints and event examples on this page live?
No. The endpoint, payload, and event flow shown are illustrative examples for explaining integration concepts. They do not confirm the existence of a live endpoint or event publisher in your deployment.
What should we prepare before discussing an integration?
Bring the systems involved, the business process, sample data with sensitive values removed, expected volumes and timing, security constraints, and the outcome you need to verify.
Plan an integration that fits your workflow.
Discuss the systems you need to connect, the data they exchange, and the reliability and security requirements your team must meet.
