Form ingestion & validation (Formstack)
- Data origin
- Dynamic intake forms: vendor onboarding, incident intake, and HR requests.
- Controls
- Field validation (regex patterns, required fields, file-size limits) enforced before submission.
A secure integration that routes HR and general submissions into separate ticketing workflows while protecting sensitive employee and PII data. A sanitized walkthrough of the data flow, field mapping, routing, approvals, security controls, and audit trails.
The full field-mapping schema and architecture diagram are available on request in sanitized form.
A secure integration that routes HR and general submissions into separate ticketing workflows while protecting sensitive employee and PII data. Intake that once lived in standalone forms and email handoffs now moves through a single automated pipeline: submissions are validated at the source, delivered over encrypted webhooks, normalized into ServiceNow records, then routed and approved by workflow rather than inbox.
Identified the intake gap, framed the options, and put forward an integration approach that removed email handoffs.
Built the delivery plan, then mapped the data flow end to end, field by field, into the target tables.
Produced the architecture and workflow diagrams plus the written documentation for endpoints, mapping, triggers, and error handling.
Worked through HR intake forms so sensitive employee submissions routed into their own workflow.
Aligned public website and marketing form intake with the same governed pipeline.
Validated transport, authentication, retention, and encryption decisions against security requirements before build.
Confirmed table targets, routing, approvals, and audit logging aligned with platform standards and roadmap.
Each step resolves one question: is the data clean, did it arrive securely, did it land in the right record, who owns it next, and can it be proven later.
| Formstack field | ServiceNow table | ServiceNow field |
|---|---|---|
| Requester_Email | sys_user | caller_id |
| Issue_Category | incident | category |
| Description | incident | short_description |
| Attached_File | sys_attachment | attachment |
The hard part was not moving data. It was moving sensitive data, on a fixed launch date, without adding retention or encryption risk.
Public-website forms collected PII. Formstack offers built-in PGP email encryption, but it still depends on external tooling such as GPG to generate, rotate, and manage keys, and the destination platform did not natively support it.
Eliminated email as a transport entirely and moved to API-based delivery, removing PGP key management from the design.
Using the form platform's native webhooks required enabling its own database with a multi-day soft-delete window, which conflicted with internal data-retention protocol.
Evaluated middleware to bypass the form vendor's database and pass submissions straight through, so sensitive data is not held longer than necessary on a third-party system.
Encryption at rest was not yet in place for the target records, so the design could not assume platform-side protection.
Scoped fields deliberately, mapped only what the process needed, and treated encryption at rest as a tracked follow-on rather than an unstated assumption.
The corporate website redesign had a committed launch date, compressing the window for integration design, vendor validation, and stakeholder availability.
Split the work into a launch-ready path and a fast-follow track post go-live, with a timeline and decision deadline set early so vendor calls and approvals did not become the critical path.
The alternatives each carried a cost: PGP email needed external key tooling, and native webhooks required enabling the form vendor's own database and its multi-day soft-delete window.
Chose Boomi as middleware. Its HTTP Client Connector exchanges data between Formstack and ServiceNow without requiring access to Formstack's underlying database, and centralizes credentials, mapping, transformation, and error handling in one governed process.
Data could be pushed on notification or pulled on a short polling interval, each with different latency and retention implications.
Favored near-real-time delivery on submission so records reach the destination immediately instead of sitting on the vendor side between polling cycles.
Outcome: a direct, API-based path from form submission into ServiceNow that removed PGP key management, minimized third-party data retention, and kept the public website launch on schedule.
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