POWERED BY GOOGLE VERTEX AI

Stop Rewriting.
Start Mirroring.

The world's first bi-directional transpiler. We don't just convert code; we map semantic intent. Change a View in Xcode, see it update in Android Studio.

ProfileView.swift
INPUT

                    
ProfileView.kt
AI GENERATED

                    

*Live demo logic handles UI components, modifiers, and state bindings.

Not Just Translation. Semantic Mapping.

Standard transpilers use rigid wrappers. Tekivo uses RAG (Retrieval Augmented Generation) to understand your specific coding style.

📄

1. AST Ingestion

We parse your source file (Swift/Kotlin) into an Abstract Syntax Tree, identifying UI nodes (Stacks, Lists) and Logic nodes (Functions, State).

🧠

2. Contextual RAG

The engine queries your codebase's Vector Index. It checks: "How does this team write Buttons?" or "What is the equivalent of CoreData here?"

3. Native Generation

Vertex AI generates pure, idiomatic code. No webviews. No "bridge" layers. Just clean Swift or Kotlin that looks like a human wrote it.

Why Mobile Teams Choose Bi-Directional

Zero Feature Drift

Usually, one platform gets ahead. With Tekivo, if iOS adds "Dark Mode", Android gets it instantly.

Type-Safe State Parity

We map @State (SwiftUI) directly to remember { mutableStateOf } (Compose). Business logic remains intact.

Legacy Modernization

Have an old Android XML app? Feed it to Tekivo to generate a fresh iOS SwiftUI app, then mirror back to Modern Android Compose.

📱 ↔️ 📱

The "Mirror" Workflow

1. Write feature in primary language.
2. Commit to Git.
3. Tekivo CI/CD Action runs.
4. Pull Request created for secondary platform.

PR: feature/login-screen created (Android)

Ready to double your velocity?

We are currently onboarding teams for our Private Beta. Priority access given to Google Cloud startups and Enterprise teams.

© 2026 Tekivo Inc. • Harrison, NJ • Built with Vertex AI

contact@tekivo.org