The Best SwiftUI Tools & Libraries You Must Use in 2025

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The Best SwiftUI Tools &...

TL;DR:

SwiftUI Charts – Simplifies data visualization with native SwiftUI charts for dashboards, progress tracking, and analytics.
Lottie for SwiftUI – Adds professional animations to onboarding, achievements, and interactive feedback for better user engagement.
SwiftUI Introspect – Unlocks UIKit elements for advanced customization beyond default SwiftUI capabilities.
CombineCocoa & SwiftUI Flux – Enable reactive UI, live updates, and scalable state management for smoother, maintainable apps.
Kingfisher & SwiftUI Pager – Efficiently load remote images and create smooth paginated or carousel views for polished user experiences.

Introduction

SwiftUI has rapidly evolved into a powerhouse for building cross-platform Apple applications with clean, declarative syntax. In 2025, the ecosystem around SwiftUI has matured, offering a variety of tools and libraries that streamline development, supercharge UI customization, and enhance app performance.

For businesses and startups leveraging Mobile App Development Services, knowing the right SwiftUI libraries can make a huge difference in building feature-rich apps efficiently. Whether you’re creating a data-driven dashboard, a social platform, or a smooth onboarding experience, these libraries can save development time while ensuring a polished, professional user experience.

In this blog, we’ll explore seven must-know SwiftUI libraries for 2025 each with examples, key features, and real-world benefits so you can decide which ones fit your next project.

7 must-know SwiftUI libraries for 2025

1. SwiftUI Charts — Data Visualization, Simplified

When to Use: Analytics dashboards, progress tracking, IoT visualizations.

Example Code:

import SwiftUI

import Charts

struct SalesChartView: View {

    let salesData = [

        (month: "Jan", sales: 120),

        (month: "Feb", sales: 150),

        (month: "Mar", sales: 170)

    ]

    var body: some View {

        Chart(salesData, id: \.month) { data in

            BarMark(

                x: .value("Month", data.month),

                y: .value("Sales", data.sales)

            )

            .foregroundStyle(.blue.gradient)

        }

        .chartYAxis {

            AxisMarks(position: .leading)

        }

        .frame(height: 220)

        .padding()

    }

}

Key Features:

Native API from Apple — fully SwiftUI-compatible
Multiple chart types (Bar, Line, Area, Pie)
Interactive elements like tooltips and animations
Works seamlessly with dynamic data

Real-World Benefits:

Helps product managers and analysts quickly interpret KPIs.
Increases engagement by making data visual rather than raw numbers.
Boosts retention in fitness, finance, or learning apps by tracking progress visually.

2. Lottie for SwiftUI — Professional Animations

When to Use: Onboarding, celebrations, interactive feedback.

Example Code:

import SwiftUI

import Lottie

struct LottieAnimationView: UIViewRepresentable {

    func makeUIView(context: Context) -> UIView {

        let animationView = LottieAnimationView(name: "success-checkmark")

        animationView.loopMode = .playOnce

        animationView.play()

        return animationView

    }

    func updateUIView(_ uiView: UIView, context: Context) {}

}

Key Features:

Integrates After Effects animations in JSON
Looping and playback controls
Lightweight and fast loading
Cross-platform compatibility (iOS, macOS)

Real-World Benefits:

Elevates brand personality with engaging onboarding sequences.
Improves user delight during achievements (e.g., order placed, goal completed).
Reduces bounce rate by creating an inviting first impression.

3. SwiftUI Introspect — Unlock UIKit Power

When to Use: When you need deep customization beyond SwiftUI’s defaults.

Example Code:

import SwiftUI

import Introspect

struct CustomTextField: View {

    @State private var name = ""

    var body: some View {

        TextField("Enter name", text: $name)

            .introspectTextField { uiTextField in

                uiTextField.tintColor = .systemRed

            }

            .padding()

            .border(Color.gray)

    }

}

Key Features:

Access underlying UIKit/AppKit elements
Apply advanced customizations SwiftUI doesn’t support
Minimal performance overhead
Supports iOS, macOS, tvOS

Real-World Benefits:

Enables adding small but important UX details missing in default SwiftUI.
Useful for teams migrating from UIKit to SwiftUI without losing key features.
Lets you meet accessibility or branding requirements easily.

4. CombineCocoa — Reactive UI Binding

When to Use: Live search, instant form validation, reactive UI.

Example Code:

import UIKit

import Combine

import CombineCocoa

class MyViewController: UIViewController {

    private var cancellables = Set<AnyCancellable>()

    override func viewDidLoad() {

        super.viewDidLoad()

        let button = UIButton(type: .system)

        button.setTitle("Tap me", for: .normal)

        button.publisher(for: .touchUpInside)

            .sink { _ in print("Tapped!") }

            .store(in: &cancellables)

    }

}

Key Features:

Turns UIKit/SwiftUI controls into Combine publishers
Supports debounce and throttle
Simplifies state management in reactive apps

Real-World Benefits:

Improves real-time user experiences like live search or chat.
Reduces lag and unnecessary updates, making apps feel snappier.
Keeps code clean and maintainable in complex forms or filters.

5. SwiftUI Flux — Scalable State Management

When to Use: Large projects needing predictable state flow.

Example Code:

import SwiftUI

import SwiftUIFlux

struct AppState: FluxState {

    var counter = 0

}

struct Increment: Action {}

func counterReducer(state: AppState, action: Action) -> AppState {

    var state = state

    if action is Increment {

        state.counter += 1

    }

    return state

}

Key Features:

Unidirectional data flow architecture
Clear separation of state, actions, and UI
Debug-friendly with action history

Real-World Benefits:

Helps large teams work on the same app without state conflicts.
Makes debugging easier, saving hours in QA cycles.
Reduces bugs caused by unpredictable state changes.

6. Kingfisher — Smart Image Loading

When to Use: Any app loading remote images.

Example Code:

import SwiftUI

import Kingfisher

struct RemoteImageView: View {

    var body: some View {

        KFImage(URL(string: "https://picsum.photos/300"))

            .placeholder {

                ProgressView()

            }

            .resizable()

            .scaledToFit()

            .cornerRadius(8)

    }

}

Key Features:

Async image downloading & caching
Memory & disk cache management
Built-in placeholder & transition animations
Supports Swift Concurrency

Real-World Benefits:

Improves performance by caching and reducing network calls.
Gives users a smoother browsing experience with instant image loading.
Saves bandwidth for both users and servers.

7. SwiftUI Pager — Smooth Paginated Views

When to Use: Carousels, onboarding screens, horizontal galleries.

Example Code:

import SwiftUI

import SwiftUIPager

struct PagerExample: View {

    @StateObject var page = Page.first()

    let items = Array(1...5)

    var body: some View {

        Pager(page: page, data: items, id: \.self) { index in

            Text("Page \(index)")

                .frame(maxWidth: .infinity, maxHeight: .infinity)

                .background(Color.blue.opacity(0.8))

                .cornerRadius(12)

        }

        .frame(height: 200)

        .padding()

    }

}

Key Features:

Horizontal & vertical pagination
Supports infinite scrolling
Works with dynamic content
Snap-to-item feature for clean UI

Real-World Benefits:

Makes onboarding fun and interactive, improving sign-up completion rates.
Enhances content consumption in galleries or news feeds.
Keeps the UI neat by avoiding awkward scroll positions.

Conclusion

SwiftUI’s growing ecosystem in 2025 offers developers a wide array of libraries and tools that make building Apple applications faster, more efficient, and visually engaging. From data visualization with SwiftUI Charts to smooth animations with Lottie and robust state management with SwiftUI Flux, these libraries help streamline development and improve user experiences.

For teams working with Mobile App Development Services, understanding and leveraging these tools can significantly enhance project outcomes, reduce development time, and ensure that apps not only function well but also delight users. By choosing the right libraries for your project, you can build scalable, polished, and high-performing apps that stand out in today’s competitive market.

Frequently Asked Questions (FAQ)

Q1: Are these SwiftUI libraries free to use?

Most libraries mentioned are open-source and free. Some may have commercial licenses for extended features or enterprise usage, so always check their GitHub or documentation.

Q2: Can I use these libraries for both iOS and macOS apps?

Yes! SwiftUI is cross-platform, and most of these libraries support iOS, macOS, watchOS, and tvOS unless otherwise stated.

Q3: Will these libraries be compatible with future SwiftUI updates?

Actively maintained libraries usually release updates quickly after Apple announces SwiftUI changes, especially around WWDC.

Q4: Do I need prior UIKit knowledge to use these tools?

Not always. However, for libraries like SwiftUI Introspect, some UIKit knowledge helps in deeper customization.

Q5: Which library should I start with as a beginner?

If you’re new, start with Kingfisher (for image handling) or SwiftUI Charts (for data visualization). They have minimal setup and provide instant results.

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