When Voice Meets the Physical World: Inside Aiden’s Full-Duplex Agent Architecture
How Aiden’s full-duplex Voice Agent separates live conversation from long-running device tasks with asynchronous queues, context messages, and human handoff.
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How Aiden’s full-duplex Voice Agent separates live conversation from long-running device tasks with asynchronous queues, context messages, and human handoff.
GPIO screen capture memory uses a falling-edge trigger to save screen text as searchable context for later recall on Luckfox Pico Zero.
AI agent task memory uses verified history and notification recall to reduce context loss across long-running work with lifecycle rules.
On-demand screenshots for AI agents align capture with actions, reuse state for sequences, and crop frames before downstream processing.
AI agent context recovery in Aiden adds API selection, truncation controls, and local transcript rebuilds for expired references.
Aiden unifies cross-platform device input with shared action semantics, routing HID, ADB, and HTTP behavior by configured device type.
Explore how Aiden’s full-duplex AI agent runtime supports streaming voice, tool interruption, and pause/resume task control states.
AI agent context management helps Aiden recover from context overflows by saving state, switching sessions, and verifying next steps.
Aiden vs Plaud Note compares AI note capture with user-directed interface interaction, outlining workflows, controls, and limits.
Aiden device workflows connect iOS notifications, Docker services, and dual HDMI capture through defined transport and hardware boundaries.
Native Anthropic support and unified Provider management bring structured streaming and consistent LLM, TTS, and STT configuration in Aiden firmware.
Aiden Firmware continuity updates compress context, recover large tool results, and retain Python dependencies across sessions.