Google and Samsung Launch Agentic AI Features While Apple Siri Lags Behind
- Authors

- Name
- Nino
- Occupation
- Senior Tech Editor
The landscape of mobile artificial intelligence has shifted dramatically. While Apple's WWDC 2024 promises of a 'smarter Siri' remain mired in delays, Google and Samsung have seized the initiative. At the latest product showcase, Google announced that Gemini is evolving from a conversational assistant into a proactive agent capable of executing complex, multistep tasks across third-party applications. This functionality, debuting on the Pixel 10 and Samsung Galaxy S26, represents the first true consumer-ready 'Agentic AI' ecosystem.
The Shift from Conversation to Action
For years, Large Language Models (LLMs) have been optimized for text generation and reasoning. However, the next frontier is 'Action.' Google's President of Android, Sameer Samat, demonstrated this by orchestrating a pizza order directly from a family group chat. Unlike traditional voice commands that simply search for a restaurant, Gemini parsed the group's preferences, navigated the delivery app, and prepared the order for confirmation.
This level of orchestration requires more than just natural language understanding; it requires a deep integration between the LLM and the operating system's UI layer. Developers looking to replicate such capabilities in their own applications can leverage high-speed models via n1n.ai to build robust agentic workflows. By using n1n.ai, developers can access the low-latency endpoints necessary for real-time task execution.
Why Apple is Lagging
Apple’s delay—reportedly pushing Siri’s advanced agentic features into late 2025—highlights the technical hurdles of on-device agency. Apple Intelligence relies heavily on 'App Intents,' a framework that requires developers to manually expose every possible action to Siri. In contrast, Google appears to be leveraging a hybrid approach: using Gemini Nano for on-device privacy and more powerful cloud models for complex reasoning and UI interaction.
Technical Implementation: Building an AI Agent
To understand how Google and Samsung are achieving this, we must look at the 'Reasoning-Action' (ReAct) loop. An agent doesn't just predict the next word; it predicts the next action. Below is a simplified implementation of how a developer might structure a multistep task agent using Python and an LLM API from n1n.ai.
import openai
# Configure the client to use n1n.ai for high-speed inference
client = openai.OpenAI(
api_key="YOUR_N1N_API_KEY",
base_url="https://api.n1n.ai/v1"
)
def pizza_agent(user_prompt):
tools = [
{"name": "get_chat_history", "description": "Retrieve family chat preferences"},
{"name": "open_delivery_app", "description": "Search for pizza and add to cart"}
]
# Step 1: Analyze intent
response = client.chat.completions.create(
model="deepseek-v3", # Or gpt-4o/claude-3.5 via n1n.ai
messages=[
{"role": "system", "content": "You are an agent that executes tasks."},
{"role": "user", "content": user_prompt}
],
tools=tools
)
# Step 2: Logic loop for tool calling
# (Implementation of tool execution logic goes here)
return "Order prepared based on chat preferences."
Comparison Table: Gemini vs. Siri vs. The Field
| Feature | Google Gemini (Pixel/S26) | Apple Siri (2025?) | Claude Computer Use |
|---|---|---|---|
| Multistep Execution | Available Now | Delayed | Beta (Desktop) |
| App Integration | Deep OS Integration | App Intents (Manual) | UI Vision-based |
| On-Device Processing | Gemini Nano | Apple Silicon (Local) | Cloud Only |
| Latency | < 500ms (Hybrid) | TBD | High (Cloud) |
Pro Tips for Developers
- Optimize for Latency: Agentic workflows often involve multiple LLM calls. Using a provider like n1n.ai ensures you are using the fastest available routes to reduce 'thought' time.
- Context Window Management: When parsing group chats (like the Google demo), ensure your context window is clean. Summarize previous interactions before passing them to the agent.
- Fallback Mechanisms: Always include a 'Human-in-the-loop' step. Google’s demo ended with a manual confirmation, which is critical for user trust in agentic systems.
The Future of the Mobile OS
The operating system is no longer a collection of icons; it is a single, unified interface managed by an LLM. As Google and Samsung roll out these features to the Pixel 10 and Galaxy S26, the pressure on Apple to deliver becomes existential. For enterprises, the takeaway is clear: the era of the 'Chatbot' is ending, and the era of the 'Agent' has begun.
Get a free API key at n1n.ai