How could practising with the app relate to neuroplasticity?+
Practice provides repeated experiences from which the brain can learn. Nirwire’s hypothesis is that guided observation of feeling tone and reactions may help make a different response more available. This connection is proposed; the app’s neural and clinical effects have not yet been established.
How long would rewiring take?+
There is no validated Nirwire timetable or session count. Learning depends on the task, the person, and the conditions of practice. The six repetitions in the animation simply make the concept visible.
What is Nirwire?+
Explore Nirwire: a conversational AI approach to observing the mind, informed by years of research and engineering. Repeated observation is at the center of its proposed rewiring approach.
What does the mobile app actually do?+
The agents first ask about your situation, background, and familiar reactions. They explain the pattern and build a personalised practice plan. Conversations or messages then introduce planned cues, with guidance to notice sense contact, feeling tone, the gap, and the reactive pattern as it arises. The plan develops as observation becomes steadier.
How do the AI agents fit in?+
The agents work inside the app to support the guidance. You interact with Nirwire through one conversation on your phone.
What do the red and green paths mean?+
The red path represents a familiar reaction associated with suffering. The green path represents a possible alternative, labeled Relax. The animation is a visual metaphor; its six repetitions are not a biological timescale or a prescribed exercise.
How does the app illustration work?+
The illustrated journey shows how context, planning, and guided observation fit together. Its conversations are prepared examples, rather than a live AI session. Choices stay in your browser and clear when you start again or refresh.
Where does the research stand?+
Nirwire builds on years of research and engineering work. Four preprints explore the core framework, everyday AI-agent interaction, vibe coding, and a proposed application to PTSD. They describe hypotheses and engineering approaches; their neural mechanisms and clinical benefits still require empirical validation. Each paper is available in the research section above.