Case study / Salesforce

Partner Warranty Portal

Developed a Salesforce Experience Cloud portal to surface warranty and RGA data tied to support workflows.

StackSalesforce · Experience Cloud · LWC · Aura · Apex

Recruiter snapshot

The project in about ten seconds.

Focus

Salesforce · UI/UX

Challenge

Warranty and RGA details were not easily accessible within support workflows, requiring manual lookups and slowing down issue resolution.

My contribution

Built a Salesforce Experience Cloud portal exposing warranty and RGA data in context within support workflows. Combined LWC and Aura components with Apex logic and admin configuration to replace manual lookups—giving support staff visibility into customer entitlements at the moment of decision.

Outcome

Improved Support Visibility

Tech Layers: 3
Admin Tasks: 2
Cutover Tasks: 1

Business Challenge

What was at stake

Support agents handled warranty inquiries by switching across systems and performing manual lookups for serial numbers, warranty status, and RGA history. This added time per case and increased the chance of mistakes during resolution.

Key Problems

Manual lookups across siloed systems for every warranty inquiry
Warranty and RGA data not visible at point of decision
Inconsistent agent experience across cases
Slow case resolution and elevated handling time
Risk of incorrect entitlement decisions affecting customer relationships

Stakeholders Affected

Support agents, partner organizations, customer success teams, and the Salesforce platform team.

Technical Approach

Surface CRM data where the work happens

Built reusable LWC and Aura components to present warranty and RGA data inline within the support workflow. Contributed Apex logic for backend data retrieval and configured page layouts and access so the experience reached agents reliably during cutover.

LWC and Aura components for inline warranty/RGA display

Apex logic for cross-object data retrieval and processing

Page-layout configuration aligned to support workflows

User access and permission setup for portal scope

Bulk user onboarding during production cutover

The Process

Project Lifecycle

Development

Developed LWC and Aura components and contributed Apex logic to support data retrieval and presentation.

Deployment

Configured page layouts, assigned users for validation, and performed bulk user uploads during production cutover.

Execution Approach

Project Details

Component-Based Portal Development

The portal was built using reusable LWC and Aura components to present warranty and RGA data in a structured, user-friendly interface, reducing reliance on manual lookup processes.

html

Implementation

Representative implementation pattern

<aura:component>
            <aura:attribute name="warrantyData" type="Object" />

            <div class="portal-card">
                <div class="card-header">
                    <lightning:icon iconName="utility:check" size="small" />
                    <span class="title">Warranty Status</span>
                </div>

                <div class="card-body">
                    <p class="label">Serial Number</p>
                    <p class="value">{!v.warrantyData.serialNumber}</p>

                    <p class="label">Status</p>
                    <p class="{!v.warrantyData.active ? 'status-active' : 'status-expired'}">
                        {!v.warrantyData.active ? 'Active' : 'Expired'}
                    </p>
                </div>
            </div>
        </aura:component>

        .THIS .portal-card {
            border-radius: 12px;
            padding: 16px;
            background: #1c1f26;
        }

        .THIS .title {
            font-weight: 600;
            margin-left: 8px;
        }

        .THIS .status-active {
            color: #22c55e;
        }

        .THIS .status-expired {
            color: #ef4444;
        }

Architectural Decisions

Choices that shaped the build

LWC-first with selective Aura

Decision

Build new components in LWC; use Aura where platform/legacy constraints applied.

Rationale

LWC aligns with the platform roadmap. Pragmatic Aura use avoided forced rewrites that wouldn't have shipped value.

Apex behind components, not inside components

Decision

Encapsulate data retrieval in Apex classes called from components.

Rationale

Reusable across surfaces, testable in isolation, and keeps UI components focused on presentation.

Inline embed in existing page layouts

Decision

Embed warranty/RGA components in existing case page layouts instead of standalone tabs.

Rationale

Agents already live in case layouts. New tabs create extra clicks and reduce adoption no matter how good the UI is.

Bulk user provisioning at cutover

Decision

Bulk user onboarding via Data Loader during the cutover window.

Rationale

Predictable go-live state. Avoids staggered access issues that surface as support tickets on day one.

Key Tradeoffs

What was chosen, and against what

Integration approach

Chose

Inline embed in existing workflows

over

Instead of

Separate warranty application

Reasoning

Adoption follows the path of least resistance. Separate apps require behavior change agents resist.

Component framework mix

Chose

Pragmatic LWC + Aura coexistence

over

Instead of

Full migration to LWC

Reasoning

Migration cost wasn't justified by the project scope. "LWC for new, Aura where it makes sense" is a defensible standard.

Data retrieval pattern

Chose

Apex-driven cross-object retrieval

over

Instead of

Standard list views and reports

Reasoning

Warranty/RGA context spans related objects. Standard views couldn't deliver the inline summary agents needed at a glance.

Outcomes

Proof in production

Key outcome

Improved Support Visibility

Tech Layers

Admin Tasks

Cutover Tasks

Qualitative Outcomes

Beyond the numbers

Warranty and RGA data accessible inline in support workflows
Reduced cross-system switching during case handling
Component patterns reusable for future portal expansion
Smooth production cutover with bulk user readiness
Foundation for additional partner-facing data surfaces

Lessons Learned

What generalizes

01
Agents adopt features that fit their existing flow. Sidecar apps fight habit and lose.
02
LWC + Aura coexistence is fine when the standard is clear: "LWC for new, Aura where it makes sense."
03
Apex behind components is more maintainable than fat components carrying business logic.
04
Cutover planning for bulk user access is a project, not a checkbox.
05
Data Loader is fine for one-time bulk operations. Standardize provisioning before it becomes ongoing.

When This Approach Makes Sense

Is this a fit for your program?

Strong fit when

CRM-adjacent data—warranty, entitlements, asset history—needs visibility inside support workflows
Building a partner or internal portal on Experience Cloud
Component reusability matters for future portal expansion
Bulk user onboarding is part of the rollout

Probably not when

Standard list views and reports already provide the visibility needed
The org has not committed to Experience Cloud as the portal platform
Cross-system context isn't required—data already lives in one source

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