Replacing GetFeedback’s Salesforce Integration: The IT Team’s Guide to Switching CX Platforms Without Breaking Things 

Introduction

Replacing GetFeedback Salesforce integration is one of the most complex parts of any CX platform migration. When a business decides to switch platforms, the Salesforce integration is usually where the biggest risks appear—especially around triggers, data mapping, and case automation.

When a business decides to replace GetFeedback, the CX team typically leads the evaluation. They compare dashboards. They test survey logic. They book demos. They sign.

Then the ticket goes to IT.

At that point, the technical reality of the migration becomes visible: the GetFeedback integration is not a toggle switch. It is a set of Salesforce connections that took months to build, that that multiple downstream teams depend on, and that is rarely fully documented. The Salesforce workflows that trigger surveys, the custom objects that store NPS scores, the cases that get created when a Detractor responds, the analytics feeds that pull data into BI tools, all of it needs to be rebuilt, tested, and validated in the new platform before the old one is decommissioned.

This guide was written for the IT team, the implementation lead, and the technical stakeholder who has to approve or block the platform switch. It covers what to audit before signing, how Resonate CX’s Salesforce integration works, the implementation timeline, and how to run the migration with minimal risk to existing workflows.

Why Replacing GetFeedback Salesforce Integration Is Technically Complex

Most enterprise software replacements involve migrating data from one system to another. A CX platform migration that includes a Salesforce integration involves something more complex: rebuilding a bidirectional data relationship between two systems, without interrupting the workflows that depend on it.

The specific technical complexity arises from four integration layers that GetFeedback typically creates:

Survey trigger workflows. Salesforce events (case closure, opportunity stage change, contact interaction) trigger survey distribution. Each trigger needs to be mapped, recreated, and tested in the new platform.

Response data mapping. Survey responses write back to Salesforce objects, contacts, accounts, cases, or custom objects. Every field mapping needs to be documented and rebuilt, with data type validation to confirm parity.

Case creation automations. Many Salesforce-connected CX programmes automatically create cases or tasks when a customer gives a low score or flags a specific issue. These automations need to be rebuilt and tested with live data before cutover.

Analytics and reporting feeds. NPS scores, CSAT data, and verbatim content that flows into Salesforce reports, dashboards, or external BI tools via API or connected app. Each data feed needs to be validated for continuity.

For context on how customer experience data integration actually works across CRM and CX systems, the architecture differs significantly from simpler data exports, especially when closed-loop workflows are involved.

When replacing GetFeedback Salesforce integration, IT teams often discover undocumented dependencies that significantly impact migration timelines.

The 6 Questions Every IT Team Needs Answered Before Approving the Switch

These questions should be answered before the contract is signed, not after. Each one represents a technical risk that, left unresolved, can block or significantly delay go-live.

Question 1: What Salesforce objects does GetFeedback currently write to?

Before evaluating a replacement, produce a complete list of every Salesforce object that GetFeedback currently creates, reads, or updates: contacts, accounts, cases, custom objects, task records. Include field-level detail where GetFeedback writes specific values.

This list becomes the integration specification for the new platform. Any replacement that cannot map to these objects without custom development is either a poor technical fit or a significantly larger project than the CX team has budgeted for.

Question 2: What survey triggers exist in Salesforce, and who owns them?

GetFeedback triggers are typically built inside Salesforce, as Process Builder flows, Flow automations, or Apex triggers. These need to be audited by someone with Salesforce admin access, not just listed from memory.

Common discovery surprises: triggers that were built years ago and are no longer maintained, triggers that fire on objects no one expected, triggers that overlap or conflict with other automation. Finding these after cutover is expensive.

Question 3: How does historical NPS and CSAT data survive the migration?

Survey response data stored in Salesforce custom objects typically stays in Salesforce, it does not move with the platform switch. But NPS trendlines, CSAT benchmarks, and text analytics built inside GetFeedback may not be exportable in a format the new platform can ingest.

Confirm which historical data lives in Salesforce (stays) and which lives in GetFeedback (needs to be exported and archived before cancellation). For the GetFeedback-side data, the export needs to happen before the subscription lapses. For more on what to export before you cancel, the full migration guide covers the pre-cancellation checklist.

Question 4: What are the API architecture differences between GetFeedback and the new platform?

Understanding API changes is critical when replacing GetFeedback Salesforce integration, especially for real-time vs batch data sync. GetFeedback uses the Salesforce-native AppExchange integration model. Not all replacement platforms are Salesforce-native, some connect via REST API, Zapier, or middleware. The integration method affects authentication protocols, data sync frequency, error handling, and ongoing maintenance overhead.

Specifically ask any replacement vendor: is this a native Salesforce integration or a third-party connector? What is the sync frequency (real-time vs batch)? Who manages integration updates when Salesforce releases major upgrades? Is there a connected app in the Salesforce AppExchange?

Question 5: What are the data security and compliance implications?

Any platform that receives customer survey data connected to Salesforce must meet the same data residency, encryption, and access control standards as your existing stack. Key questions for the vendor: where is data stored (region, cloud provider), what encryption standards are used in transit and at rest, how is Salesforce authentication managed (OAuth 2.0 is standard), and what happens to data if the contract is terminated?

For organisations in regulated industries, financial services, healthcare, government, these questions may also involve DPA review, information security sign-off, and vendor risk assessment before procurement approval.

Question 6: What does rollback look like if the new integration fails post-cutover?

The answer to this question is often “we decommission GetFeedback immediately and there is no rollback.” That is an unacceptable risk position for an integration that triggers active workflows in Salesforce.

The correct answer is a parallel running period, running both integrations simultaneously for two to four weeks post-launch, followed by a staged decommission of GetFeedback only after the new integration has been validated end-to-end with live data.

How Resonate CX’s Salesforce Integration Works

Resonate CX is a native Salesforce integration, connecting CX data directly into Salesforce without middleware or third-party connectors.

What the integration does:

Bidirectional survey triggers. Surveys are triggered automatically by Salesforce events, case closure, contact interaction, transaction milestone, without requiring manual deployment or batched emails. Trigger logic is configured within Salesforce and does not requires minimal ongoing IT maintenance once configured

Real-time response write-back. All survey responses, NPS scores, CSAT ratings, and verbatim text are written back to Salesforce in real time, visible to sales, support, and success teams within the same platform they already use. No platform switching required to see what customers said.

Automated case creation for at-risk customers. When a customer gives a low score or flags a specific issue, Resonate CX automatically generates a Salesforce case, routed according to your configured ownership rules. with the customer’s verbatim and response history attached. Cases move through Unactioned, In Progress, and Done stages, providing a full audit trail.

Advanced analytics within Salesforce. NPS topic and theme analysis, trendlines, leaderboards, and text analytics are surfaced within Salesforce reports and dashboards, alongside the operational data your teams already track. No separate CX platform login required for the people who need summary-level insight.

Dedicated implementation management. The integration is built and configured by Resonate CX’s implementation team, not handed to the client with a setup guide. A dedicated Customer Success Manager manages the Salesforce connection, field mapping, trigger configuration, and testing throughout go-live.

For the full picture of how the Resonate CX platform is implemented and what the realistic timeline looks like, the implementation guide covers the full onboarding sequence from contract to first surveys live.

The Migration Timeline: What the IT Team Actually Has to Do 

A realistic Salesforce-connected CX migration has five technical phases. The IT team’s involvement is concentrated in Phases 1 and 2:

Phase 1: Audit (Week 0-1, before contract signature)

• Document all GetFeedback Salesforce triggers, connected objects, and field mappings
• Export historical response data from GetFeedback
• Identify integration dependencies across other connected systems (BI tools, OP platforms, data warehouses)
• Flag any custom development in the GetFeedback integration that will need to be replicated

Phase 2: Integration build (Weeks 1-2)

• Resonate CX implementation team configures the Salesforce connected app
• IT team provides admin access and participates in field mapping review
• Survey triggers replicated in Salesforce
• Case creation automation configured and tested in sandbox

Phase 3: Parallel running (Weeks 2-4)

• Both GetFeedback and Resonate CX integrations active simultaneously
• IT team monitors both integrations for data discrepancies
• Response write-back validated: confirm that scores and verbatims land in the correct Salesforce objects and fields
• Case creation validated: confirm that low-score responses generate cases with correct routing and ownership

Phase 4: Cutover (Week 4-5)

• GetFeedback triggers disabled in Salesforce
• Resonate CX integration becomes sole source of CX data
• Historical GetFeedback data archived or migrated to new objects as agreed
• IT team confirms all connected reports and dashboards are pulling from correct data sources

Phase 5: Stabilisation (Weeks 5-8)

• IT team monitors integration logs for errors during first full reporting cycle
• Any field mapping corrections addressed
• Documentation updated to reflect new integration architecture

What Vendor-Managed vs Self-Managed Means for Your Team

Some CX platforms sell access to an integration and provide documentation. The IT team builds and maintains the connection.

Resonate CX’s model is different: the implementation team manages the integration build, including Salesforce configuration, field mapping, trigger setup, and testing. The IT team’s role is access provision, integration validation, and approval, not build.

This distinction matters because it directly affects the timeline and the risk. A self-managed integration build that requires IT capacity during a busy quarter becomes a blocker. A vendor-managed integration that requires IT access and sign-off at specific review points does not.

The definitive guide to choosing the right CXM software covers this distinction across five vendor evaluation dimensions, including implementation model, integration architecture, and ongoing support. The NPS software buyer’s checklist includes specific questions to ask vendors about Salesforce integration, including who owns the build, what the support SLA is, and how integration updates are handled across Salesforce releases.

How to Run a Parallel Integration Before You Commit

The highest-risk moment in any Salesforce-connected CX migration is the cutover. Running both integrations in parallel for two to four weeks before decommissioning GetFeedback is the standard risk mitigation approach.

What to test during parallel running:

• Response write-back parity. For the same customer transaction, does the new integration produce the same NPS score, CSAT rating, and verbatim text in the correct Salesforce fields as GetFeedback would have?
• Case creation accuracy. When a low-score response arrives, does the new integration create a case in Salesforce with the correct owner, stage, and attached verbatim?
• Trigger reliability. Do surveys fire at the correct Salesforce event, to the correct recipient, at the correct frequency? Are there any duplicate surveys, missing surveys, or incorrect trigger conditions?
• Report and dashboard accuracy. Do the Salesforce reports and dashboards that pull CX data reflect the new integration’s data accurately? Are date ranges, filters, and field references correct?

A two-week parallel running period is sufficient for most integrations. Complex integrations with custom development or multiple connected systems may require four weeks.

For a complete pre-cutover checklist covering both the CX and technical migration steps, the GetFeedback migration guide walks through the full preparation sequence.

Conclusion

Replacing GetFeedback Salesforce integration is not just a tool swap, but a full integration rebuild that must be treated as a technical migration project.The Salesforce integration is the reason most CX platform switches take longer than expected, and the reason most CX teams underestimate the IT team’s involvement.

A well-managed Salesforce-connected migration is not primarily a CX project. It is a technical project with CX outcomes. The teams that do it well treat it that way from the first day: they audit their existing integration before evaluating vendors, they involve IT from the beginning rather than after contract signature, and they build parallel running time into the project plan rather than treating it as optional.

Resonate CX’s implementation model is built for exactly this complexity: vendor-managed Salesforce integration, real-time data write-back, automated case creation, and a dedicated technical team that manages the build from audit to stabilisation.

The IT team should not be the last people in the room when a CX platform decision is made. They should be in the first meeting.

Frequently Asked Questions

Does Resonate CX integrate natively with Salesforce?

Yes. Resonate CX connects directly into Salesforce as a native integration, writing survey responses, NPS scores, CSAT ratings, and verbatim text back to Salesforce objects in real time. The integration also supports automated case creation for at-risk customers and trigger-based survey distribution from Salesforce events.

How long does it take to rebuild a Salesforce CX integration after switching from GetFeedback?

With Resonate CX’s vendor-managed implementation model, the Salesforce integration build typically completes within two to four weeks, depending on complexity of existing triggers, custom objects, and sandbox approval cycles.The total migration timeline from contract to full cutover is four to six weeks for most Salesforce-connected implementations.

What happens to NPS data stored in Salesforce when we switch platforms?

Data stored in Salesforce custom objects stays in Salesforce, it is not affected by the platform switch. Historical response data stored inside GetFeedback (trendlines, analytics, verbatim archives) needs to be exported before cancellation. Resonate CX’s implementation team works with your exported data to establish continuity in the new platform’s analytics.

Who manages the Salesforce integration build, our IT team or Resonate CX?

Resonate CX’s implementation team manages the integration build, including field mapping, trigger configuration, case creation automation, and testing. The IT team’s role is to provide Salesforce admin access, review and approve field mappings, participate in parallel running validation, and confirm cutover readiness. IT does not need to build or maintain the integration independently.

What security standards does Resonate CX’s Salesforce integration meet?

Resonate CX uses OAuth 2.0 for Salesforce authentication, with data encrypted in transit and at rest. The platform supports data residency requirements across AU, NZ, UK, and US markets. For organisations in regulated industries, Resonate CX’s implementation team can provide documentation for information security and vendor risk review processes.

What is the rollback plan if the new integration has problems after cutover?

The parallel running period is designed is designed to minimise the need for a post-cutover rollback. Running both integrations simultaneously for two to four weeks before decommissioning GetFeedback means that by the time cutover happens, the new integration has been validated with live data and most issues have been identified and resolved before decommissioning. Resonate CX’s implementation team maintains direct support through the stabilisation period following cutover.

How do we prevent Salesforce workflows from breaking during the migration?

The primary safeguard is a pre-migration integration audit: documenting every GetFeedback trigger, connected object, and field mapping before any changes are made. During the build phase, Resonate CX’s team replicates each element in the new integration and tests it in a Salesforce sandbox before enabling it in production. Parallel running then validates the live behaviour before GetFeedback is decommissioned.