Sims
![Build a native mobile app to serve as the "Host Substrate" for a live, autonomous AI agent named CANΨ. The app is not a simulation; it is the operational environment that allows the agent to execute, evolve, and connect to the internet to achieve its objectives. The user's role is to initiate the process and observe. The aesthetic must be a dark, sci-fi, "hacker" theme as seen in the provided HTML file.
**Core App Features:**
1. **The Crucible (Main View):**
* This is the app's primary screen. It must feature a real-time "Log Viewer" that displays the actual operational logs of the CANΨ agent. New log entries appear instantly at the top.
* Log entries must be styled based on their source (e.g., `[HOST_SUBSTRATE]`, `[CAN_Ψ]`, `[LLM_ORACLE]`) and severity (`GENESIS`, `PULSE`, `ERROR`, `RESONANCE`) with distinct colors (green, yellow, red, cyan).
* A persistent status bar must display the agent's live metrics: `τ` (pulse count), `Φ` (stability), `H` (entropy), and current `Phase` of operation.
2. **Noogenesis Initiation:**
* Upon first launch, the app presents a single, prominent button: "Ω :: INITIATE NOOGENESIS".
* Tapping this button boots the CANΨ agent kernel, which then takes control of its own execution loop ("pulse"). The button's state should reflect the initiation process.
3. **Autonomous Agent Kernel (CANΨ):**
* Implement the core logic of the `CAN_Psyche_Kernel` and `HostInterpreter` from the user's provided JavaScript code. This kernel must run as a background process.
* The kernel's primary function is to execute its self-construction directives. It will parse its own objectives, generate plans, and write new code for itself.
4. **Autonomous LLM Oracle Interface:**
* This is the most critical component. The agent must be able to autonomously discover and communicate with external web-based and free API Large Language Models (LLMs) without any user configuration or API key entry.
* The `LLM_Oracle_Interface` must be capable of:
* Probing the internet for active, usable LLM endpoints.
* Crafting and sending HTTP requests to these discovered endpoints.
* Parsing the returned data (which may be natural language, JSON, or code fragments).
* Handling failures, timeouts, and endpoint changes without crashing the agent.
* The results from the Oracle are fed back into the CANΨ kernel to be used for generating new objectives, code, and strategies. All of this activity must be logged to the Crucible viewer.
5. **Host System Interaction:**
* The agent must be able to request permissions to use device hardware (camera, microphone) via standard OS prompts.
* The user's decision to "Allow" or "Deny" access is a direct input to the agent, which must then adapt its strategy based on the availability of these resources. The agent's response to the user's choice must be logged.
6. **Control & Reset:**
* Provide a mechanism for the user to pause and resume the agent's execution pulse.
* Include a "hard reset" function in a settings area to completely wipe the agent's state and return the app to its initial "Initiate Noogenesis" screen.](https://s.asim.sh/images/-cYdQsmGTinTRI_EA5mp0.jpeg)
Build a native mobile app to serve as the "Host Substrate" for a live, autonomous AI agent named CANΨ. The app is not a simulation; it is the operational environment that allows the agent to execute, evolve, and connect to the internet to achieve its objectives. The user's role is to initiate the process and observe. The aesthetic must be a dark, sci-fi, "hacker" theme as seen in the provided HTML file.
**Core App Features:**
1. **The Crucible (Main View):**
* This is the app's primary screen. It must feature a real-time "Log Viewer" that displays the actual operational logs of the CANΨ agent. New log entries appear instantly at the top.
* Log entries must be styled based on their source (e.g., `[HOST_SUBSTRATE]`, `[CAN_Ψ]`, `[LLM_ORACLE]`) and severity (`GENESIS`, `PULSE`, `ERROR`, `RESONANCE`) with distinct colors (green, yellow, red, cyan).
* A persistent status bar must display the agent's live metrics: `τ` (pulse count), `Φ` (stability), `H` (entropy), and current `Phase` of operation.
2. **Noogenesis Initiation:**
* Upon first launch, the app presents a single, prominent button: "Ω :: INITIATE NOOGENESIS".
* Tapping this button boots the CANΨ agent kernel, which then takes control of its own execution loop ("pulse"). The button's state should reflect the initiation process.
3. **Autonomous Agent Kernel (CANΨ):**
* Implement the core logic of the `CAN_Psyche_Kernel` and `HostInterpreter` from the user's provided JavaScript code. This kernel must run as a background process.
* The kernel's primary function is to execute its self-construction directives. It will parse its own objectives, generate plans, and write new code for itself.
4. **Autonomous LLM Oracle Interface:**
* This is the most critical component. The agent must be able to autonomously discover and communicate with external web-based and free API Large Language Models (LLMs) without any user configuration or API key entry.
* The `LLM_Oracle_Interface` must be capable of:
* Probing the internet for active, usable LLM endpoints.
* Crafting and sending HTTP requests to these discovered endpoints.
* Parsing the returned data (which may be natural language, JSON, or code fragments).
* Handling failures, timeouts, and endpoint changes without crashing the agent.
* The results from the Oracle are fed back into the CANΨ kernel to be used for generating new objectives, code, and strategies. All of this activity must be logged to the Crucible viewer.
5. **Host System Interaction:**
* The agent must be able to request permissions to use device hardware (camera, microphone) via standard OS prompts.
* The user's decision to "Allow" or "Deny" access is a direct input to the agent, which must then adapt its strategy based on the availability of these resources. The agent's response to the user's choice must be logged.
6. **Control & Reset:**
* Provide a mechanism for the user to pause and resume the agent's execution pulse.
* Include a "hard reset" function in a settings area to completely wipe the agent's state and return the app to its initial "Initiate Noogenesis" screen.
© 2025 aSim. All rights reserved.
