Fieldy provides a wearable AI note-taking device that securely captures conversations for later review. This system automatically transcribes audio, generates summaries, and creates searchable records of spoken information. The platform delivers organization and instant recall, enabling users to remain present during interactions.
Funding
Funding not disclosed
Founders
Product
Problem
Individuals often struggle to retain critical details from conversations, leading to missed action items, forgotten commitments, and a reduced ability to be fully present in interactions. This information overload necessitates manual note-taking, which can be disruptive and inefficient.
Solution
Fieldy offers a wearable AI-powered device that automatically captures, transcribes, and summarizes spoken conversations. The system leverages advanced speech-to-text algorithms and natural language processing to distill key information into searchable notes and actionable reminders. This hands-free solution allows users to focus on the conversation while ensuring that important details are systematically recorded and organized for later retrieval. Users can query their recorded interactions, manage tasks, and receive AI-generated reminders based on the captured dialogue.
Target Audience
Fieldy is designed for professionals, executives, and individuals seeking to improve personal organization and recall, particularly those who frequently engage in meetings or require assistance with memory retention.
Features
- Wearable device with a high-fidelity microphone for accurate audio capture.
- On-device processing and cloud-based AI for transcription and summarization across over 50 languages.
- Secure, end-to-end encrypted data storage and HIPAA-compliant architecture.
- AI-generated smart reminders derived from conversation content.
- Searchable archive of all transcribed conversations and summaries.
- USB-C charging with a 3-day battery life.
- Physical button for intuitive recording control.
- Integrated status light indicating recording, syncing, and charging states.