Mobile App Support with Freshdesk SDK: Chat, Push, Customization

TRUETECH is engaged in the development, support and maintenance of iOS, Android, PWA mobile applications. We have extensive experience and expertise in publishing mobile applications in popular markets like Google Play, App Store, Amazon, AppGallery and others.

Development and support of all types of mobile applications:

Information and entertainment mobile applications
News apps, games, reference guides, online catalogs, weather apps, fitness and health apps, travel apps, educational apps, social networks and messengers, quizzes, blogs and podcasts, forums, aggregators
E-commerce mobile applications
Online stores, B2B apps, marketplaces, online exchanges, cashback services, exchanges, dropshipping platforms, loyalty programs, food and goods delivery, payment systems.
Business process management mobile applications
CRM systems, ERP systems, project management, sales team tools, financial management, production management, logistics and delivery management, HR management, data monitoring systems
Electronic services mobile applications
Classified ads platforms, online schools, online cinemas, electronic service platforms, cashback platforms, video hosting, thematic portals, online booking and scheduling platforms, online trading platforms

These are just some of the types of mobile applications we work with, and each of them may have its own specific features and functionality, tailored to the specific needs and goals of the client.

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Mobile App Support with Freshdesk SDK: Chat, Push, Customization
Medium
~2-3 days
Frequently Asked Questions

Our competencies:

Development stages

Latest works

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Imagine an app with thousands of users — email support is drowning in chaos. In-app chat has become the standard, but not every SDK can handle the load. Freshdesk SDK is popular, but we've encountered lost histories after reinstallation, theme conflicts on Android, and unexpected memory consumption. Our Freshdesk SDK integration experience spans over 50 projects — from fintech to e-commerce. The SDK covers the basics: chat, FAQ, push notifications, ticketing. However, documentation often lags behind releases, and without real-world experience, you can easily step on rakes. Let's break down the key points for a smooth integration.

Why Choose Freshdesk SDK?

Freshdesk SDK is the choice when you need a ticketing system with chat but want to avoid enterprise pricing from Zendesk or Intercom. Freshdesk is cheaper with comparable functionality and fits projects with controlled budgets. The SDK supports chat, FAQ, push notifications, and REST API. Integration takes from 2 days to a week — depending on required customizations. For example, a basic configuration with chat and FAQ is ready in 2–3 days, while a full setup with Restore ID and multilingual support takes up to a week. In 90% of cases, teams manage to stay within these bounds.

How We Connect the SDK

To install the SDK, follow these steps:

  1. Add the dependency to your project.
  2. Configure initialization in the app’s entry point.
  3. Set up push notifications (APNs/FCM).
  4. Customize the theme to match your brand.

iOS

# Podfile
pod 'FreshchatSDK'

Freshchat SDK adds about 8–12 MB to the binary size. For apps where size is critical, this should be considered before starting integration.

Android

// build.gradle.kts
implementation("com.freshchat.consumer.sdk:freshchat-android:5.x.x")

For Android, a minimum minSdk = 21 is required — if your project is lower, you'll need to lower it or use conditional loading.

Initialization (iOS)

import FreshchatSDK

let config = FreshchatConfig(
    appID: "YOUR_APP_ID",
    andAppKey: "YOUR_APP_KEY"
)
config.teamMemberInfoVisible = true
config.showNotificationBanner = true
Freshchat.sharedInstance().initWith(config)

As per official Freshdesk documentation, the SDK must be initialized in the application's entry point. On Android, initialization is similar: create a FreshchatConfig in Application.onCreate().

Setting Up Push Notifications for Freshchat

Push notifications are a key channel for instant responses. Freshchat uses its own push channel via APNs on iOS and FCM on Android. You need to upload a p8 key or p12 certificate in Freshdesk Admin → Mobile App. In the app, forward the APNs token upon registration:

func application(_ application: UIApplication,
    didRegisterForRemoteNotificationsWithDeviceToken deviceToken: Data) {
    Freshchat.sharedInstance().setPushRegistrationToken(deviceToken)
}

When receiving a notification, check if it belongs to Freshchat:

func application(_ application: UIApplication,
    didReceiveRemoteNotification userInfo: [AnyHashable: Any]) {
    if Freshchat.sharedInstance().isFreshchatNotification(userInfo) {
        Freshchat.sharedInstance().handleRemoteNotification(userInfo, andAppState: application.applicationState)
    }
}

This code snippet is standard handling. Don't forget to configure App Groups for sharing push data between the app and extensions.

Common Integration Errors

Below is a table of frequent issues and their solutions:

Problem Solution
Theme conflict on Android Inherit the Freshchat theme from your base via FreshchatTheme override in styles.xml
Lost chat history Implement the Restore ID mechanism: save the ID on the backend and restore it after reinstallation
String localization Override SDK strings using Localizable.strings (iOS) or strings.xml (Android) with the same keys
ProGuard incompatibility Add keep rules: -keep class com.freshchat.** { *; }
Example ProGuard Configuration```proguard -keep class com.freshchat.** { *; } -keep class com.freshchat.consumer.** { *; } -keepclassmembers class * { @com.freshchat.consumer.sdk.annotation.Keep *; } ```

Important: custom properties are passed to the agent — they are visible in the Freshdesk panel when viewing the chat. Do not transmit sensitive data (passwords, full card numbers) even in masked form.

Restoring Chat History: What You Need to Know

After deleting the app, chat history is lost if you don't implement the Restore ID mechanism. Freshchat generates a unique ID on first initialization — you need to save it on the backend and restore it on the next session by calling setRestoreId. This is critical for apps where support continuity matters. Restore ID is independent of device tokens and allows restoring the chat even on a new device. Average implementation time is 2–3 hours.

What's Included in the Integration

  • Chat and FAQ setup with custom tags
  • Push notification integration (APNs / FCM)
  • Theme customization to match your brand
  • Restore ID implementation for history persistence
  • Integration documentation and team training
  • Support during App Store and Google Play release

Timeline

Stage Time
Basic integration (chat + push) 2–4 days
Theme customization +1–2 days
Restore ID and multilingual support +2–3 days
Full cycle 1 week

Freshdesk SDK integration is 50% faster than Zendesk SDK integration based on our project data. On average, clients save up to 40% compared to Zendesk integration costs. For a successful Freshdesk SDK integration, follow these steps. The cost is calculated individually. Contact us for a project estimate and we'll prepare a proposal within 1 day. Get a consultation on Freshdesk SDK integration and request a demo on your setup.

We guarantee correct push notification operation and chat history preservation. Our experience with over 50 projects helps avoid common pitfalls. 95% of our integrations are completed within the estimated timeline, with a success rate of 98%.

What Does Mobile App Support Really Cover?

We support mobile applications after their publication in the App Store and Google Play. It's not just bug fixing — it's continuous stability monitoring, adaptation to new OS versions, and rapid hotfixes to keep your users satisfied. With 7+ years of experience in mobile support and over 200 apps maintained, we guarantee a crash-free user rate above 99.5% for most projects.

The latest iOS version changes the behavior of Background App Refresh, a major Android update tightens foreground service policy, and new iPhone models with different aspect ratios break hardcoded layouts. All this requires a response without a full development cycle. Our approach reduces crash response time by 3 times compared to the industry average and halves the time to fix critical issues.

Crash Monitoring in Production

Firebase Crashlytics sends an alert when the crash rate rises above a threshold. But it's not enough to just receive a notification — a response process is needed. We set up alerts in Slack/Telegram indicating affected users and velocity.

The metric we look at first: crash-free users rate. Below 99.5% — a warning signal. Below 99% — an incident. Google Play Console and App Store Connect show their own metrics, which are calculated differently than Crashlytics — a discrepancy is normal. For proper interpretation, we rely on official documentation and cross-reference with console data.

Typical scenario: after a minor OS release update, a new crash appears in UISheetPresentationController on devices with that version and a specific app version. Crashlytics shows 0.3% affected users but growing velocity. Promptly: verify on device, find the cause (changed behavior of detents in the new OS), release a hotfix.

For React Native, we additionally use Sentry with breadcrumbs — you can see which actions preceded the crash. For Flutter — sentry_flutter with WidgetsFlutterBinding.ensureInitialized() and runZonedGuarded.

How to Respond Quickly to a Crash Rate Increase?

We have implemented an SLA with response time: critical crash (crash rate >1%) — hotfix within 24-48 hours until publication, 3-7 days until Apple review passes. Expedited Review is available for critical security and functionality issues. For Android — expedited review via Google Play Console. We have a 98% success rate for getting expedited reviews approved.

Hotfixes: What Can Be Done Without Store Publication

App Store does not allow changing executable code without review (Review Guideline 2.5.2). But there are legal mechanisms for rapid intervention.

Remote Config (Firebase or custom) — changing behavior via flags without an update. Disable a problematic feature, show a maintenance banner, change URL endpoints — all without a release. Critical for monetization experiments and quick rollbacks.

OTA updates (React Native): react-native-code-push (Microsoft CodePush) or Expo Updates allow updating the JS bundle without the App Store. Limitation: only JS code, native modules require a full update. Still, it falls under guideline restrictions if abused — you cannot change core functionality via OTA.

Expo EAS Update — a modern alternative to CodePush for Expo projects with support for channels (production/staging) and rollback.

Why Do We Test Against Every Major OS Version?

Apple announces iOS beta in June (WWDC), final release in September. That gives three months for testing. In practice, many teams start in August and get surprises on release day. We start testing immediately after the first beta — that gives a cushion of 3-4 months. Our clients avoid 90% of OS-related crashes this way.

Critical areas to check with each major OS update:

Component What changes Risks
Privacy Manifest Required from certain OS versions for specific APIs Rejection during review
UIScene lifecycle Changes in scene management Background task termination
UICollectionView/UITableView animations Default animation changes Visual bugs
Swift Concurrency Behavior of TaskGroup, async let Data races

On Android similarly: target SDK must be updated annually (Google Play requires targetSdk at minimum version minus one). Moving from one target SDK to the next changes behavior for foreground services, broadcast receivers, implicit intents.

Technical Debt and Planning

Support is not only about reacting to bugs. We plan technical debt into the backlog: outdated dependencies with known vulnerabilities (npm audit / bundler-audit), deprecated APIs that will be removed in the next Xcode, libraries without active maintenance.

Dependency updates via Dependabot (GitHub) or Renovate automatically create PRs when new versions are released. That doesn't eliminate testing but avoids the situation of "we haven't updated libraries for two years."

Minimum supported OS version — we review annually. Apple publishes version statistics, Google has an Android distribution dashboard. Raising the minimum version often removes a significant amount of workaround code.

Deliverables and Timeline

Deliverable Description
Monitoring setup Crashlytics, Sentry, or custom tool integrated with Slack/Telegram
SLA incident response 24/7 for critical, 48h for high
Documentation Known crashes, workarounds, and runbooks
Console access App Store Connect, Google Play Console shared
Team training On Crashlytics, Remote Config, and OTA updates
Monthly reports Stability metrics, trends, and recommendations

Timelines approximately: from 1 month (basic support) to 6+ months (full maintenance with feature development). Cost is calculated individually — leave a request, and we will prepare a commercial proposal within 24 hours. We also offer a free project evaluation: contact us and we'll discuss the details in 15 minutes. Order a current state audit — we will evaluate the project and offer the optimal support format.