A complete decision framework for LinkedIn integration

An end-to-end architecture covering access approval, account lifecycle, resources, synchronization, commands, events, privacy, operations, and release truth.

Educational research only. LinkedIn account access remains decision-gated. No DewEngine LinkedIn connector is approved or implemented.

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Phase zero

Decide whether the connector may exist

DewEngine's LinkedIn target proposes a non-official account-session path and is therefore decision-gated. Before code or sale, qualified counsel must assess the exact implementation and jurisdictions, provider or partner authorization must be obtained where required, and product leadership must accept documented residual risk. Scraping, reverse engineering, bypass, unauthorized automation, anti-detection, and human mimicry are excluded.

Keep the provider disabled by default
Design the customer product to work if the gate never opens

Account lifecycle

Own connect, health, reconnect, revoke, and delete

An approved flow would bind one account to one workspace and authenticated owner, store authorization through managed encryption, and expose safe status. Challenge, expiry, restriction, entitlement change, and revocation are explicit states. Reconnect replaces credential generations without letting stale workers act. Disconnect and workspace deletion fence future jobs and follow a verified data-retention workflow.

Never place session material in browsers, logs, or webhooks
Make account stop dominate queued commands

Resources and sync

Normalize narrowly and preserve provider context

Profiles, companies, relations, chats, messages, invitations, posts, search, and jobs can share stable envelopes while product-specific fields live in typed extensions. Every object is account- and tenant-scoped with observation time and provenance. Initial sync is bounded and resumable; incremental observations deduplicate; gaps mark coverage stale. Missing data is not automatically deletion.

Keep raw observations under purpose-limited retention
Negotiate resources and fields per entitled product

Commands

Make provider-visible actions durable and accountable

Message, invitation, search, post, and job targets need distinct eligibility and capability checks. Sensitive actions bind a human, sender, recipient or destination, purpose, final content, and idempotency key. Persist before dispatch, reserve conservative account budgets, and distinguish acknowledgement, rejection, throttling, and indeterminate outcomes. Never retry possible dispatch blindly or call acknowledgement delivery.

Separate draft and approval from execution
Use kill switches at provider, account, and action scope

Events and customer API

Publish only evidence-backed observations

The target event vocabulary includes message received and sent, relation accepted, and account status, but no provider event source is implemented. Each released event needs a fixture, deduplication, ordering and repair behavior, canonical schema, and signed webhook delivery tests. Customer SDKs and MCP tools are generated from the same manifest and cannot exceed it.

Make webhook replay safe for customer consumers
Keep provider and outbound-webhook acknowledgement distinct

Production gate

Require complete evidence for a narrow release

Release proof combines authorized access, real-account conformance, KMS and object storage, tenant isolation, idempotency and reconciliation, pacing, restriction, privacy rights, deletion, audit, incident drills, support ownership, and current public claims. LinkedIn Classic, Recruiter, and Sales Navigator need product-specific matrices. A build, sandbox, or schema proves only its narrow check and cannot open the decision gate.

Date and own every proof artifact
Automatically fall back when evidence becomes stale

Questions

Before you build.

What is the first implementation step for DewEngine LinkedIn support?+

It is a decision step, not connector code: establish the exact authorized access path, obtain qualified legal and provider review, define the product variants, and decide whether residual risk permits work at all.

Would passing fake-provider tests make the integration releasable?+

No. They can validate tenant, state-machine, and failure logic, but release also requires approved access, consented real-account conformance, security infrastructure, privacy operations, incident readiness, and current capability evidence.

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