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SaaS, AI · Case study

Enhancing Meeting Productivity with AI

Our founder contributed to Read.ai by developing the meeting note module, dashboard interfaces, email templates, and creating bots to record meetings. Read.ai is an AI-powered meeting assistant that provides real-time transcription, smart summaries, and engagement analytics across various video conferencing platforms.

Ongoing50+ members2023Global
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Read.ai hero image
Adopted
Impact
Ongoing
Duration
50+ members
Team
2023
Launched
The challenge

What we set out to solve

Manual note-taking during meetings was time-consuming and often led to missed information, affecting productivity.

The solution

How we built it

Our founder was part of the development team, contributing significantly to the success of the project by working on the meeting note module, enabling automatic transcription and summarization of meetings.

Key features

What we shipped

Meeting note module development

Dashboard interface creation

Email template design

Meeting recording bot development

Real-time transcription

Smart meeting summaries

Engagement analytics integration

Engineering challenges

What made it hard — and how we approached it

The problems
01

Meeting Note Module Architecture

Designing a robust module that could accurately capture, organize, and present meeting notes in a useful format for users.

02

Dashboard Interface Complexity

Creating intuitive dashboard interfaces that could present complex meeting data and analytics in an accessible way.

03

Email Template Personalization

Developing dynamic email templates that could effectively summarize meeting content while maintaining personalization.

04

Recording Bot Integration

Building reliable bots that could join and record meetings across various video conferencing platforms without disruption.

Our approach

Modular Note-Taking System

Developed a modular note-taking architecture that could process speech input, identify key points, and organize content into structured, searchable notes.

User-Centered Dashboard Design

Implemented an iterative design process with frequent user testing to create dashboard interfaces that presented complex meeting data in an intuitive, actionable format.

Template Engine Development

Created a sophisticated template engine that could dynamically generate personalized email summaries based on meeting content, participants, and action items.

Cross-Platform Bot Framework

Built a unified bot framework that could reliably join and record meetings across Zoom, Teams, Google Meet, and other platforms while maintaining high audio quality.

Natural Language Processing Pipeline

Implemented advanced NLP techniques to improve transcription accuracy, identify speakers, and extract key insights from meeting conversations.

Technical architecture

Bot-driven meeting capture feeding a real-time transcription pipeline

Read.ai is an AI meeting assistant that joins Zoom, Microsoft Teams and Google Meet calls as a notetaker bot, transcribes in real time, and produces summaries, action items, engagement analytics and emailed recaps. The platform runs as cloud-native services on AWS: a fleet of recording bots streams audio into a Python-based speech and NLP pipeline, Node.js services persist results in PostgreSQL and object storage, and a React dashboard surfaces them. Separating capture, processing and presentation let each tier scale with meeting volume independently.

Isometric diagram showing video-call clients, a tier of notetaker bots, an audio waveform entering a transcription engine and NLP model, queues, databases and object storage, and an output tier with a dashboard, email recaps and webhooks on an AWS cloud region.
Isometric diagram showing video-call clients, a tier of notetaker bots, an audio waveform entering a transcription engine and NLP model, queues, databases and object storage, and an output tier with a dashboard, email recaps and webhooks on an AWS cloud region.

Clients

A React web dashboard, mobile apps and a browser extension for reviewing meetings, plus calendar connections that decide which meetings the bot attends.

  • React web dashboard
  • iOS and Android apps
  • Browser extension
  • Calendar connections

API & edge

Node.js APIs authenticate users and workspaces, serve meeting data to the dashboard, and receive callbacks from conferencing platforms.

  • Node.js REST API
  • Workspace and user auth
  • Conferencing platform webhooks
  • Real-time update channel

Core services

A bot orchestrator schedules and runs recording bots per meeting; a notes service assembles transcripts into structured notes, summaries and action items; a template engine renders recap emails.

  • Meeting bot orchestrator
  • Cross-platform recording bots
  • Meeting notes service
  • Engagement analytics service
  • Recap email template engine

Data

PostgreSQL stores users, meetings, transcripts and metrics; object storage keeps audio and video; queues hand recordings to the processing pipeline.

  • PostgreSQL meeting store
  • Object storage for recordings
  • Processing job queues
  • Search index for transcripts

AI / integrations

A Python speech and NLP pipeline performs real-time transcription, speaker identification, summarisation and sentiment scoring, with outputs pushed to Slack, email and webhooks.

  • Real-time speech-to-text
  • Speaker identification
  • Summarisation and action-item extraction
  • Sentiment and engagement scoring
  • Slack, email and webhook delivery

Infrastructure & delivery

Autoscaled AWS compute for bursty bot and transcription workloads, with the bot fleet isolated from user-facing APIs.

  • AWS autoscaling bot fleet
  • Containerised processing workers
  • Centralised monitoring
  • CI/CD pipeline
Request lifecycle
  1. 01

    A user connects their calendar; the bot orchestrator schedules a notetaker for each meeting the user has opted in.

  2. 02

    At start time a recording bot joins the Zoom, Teams or Meet call, captures audio and participant events, and streams them to the pipeline.

  3. 03

    The Python speech service transcribes in real time and tags speakers; engagement and sentiment scores update live in the dashboard.

  4. 04

    When the meeting ends, the recording lands in object storage and a job is queued for summarisation and action-item extraction.

  5. 05

    The notes service stores the structured transcript, summary and metrics in PostgreSQL and indexes the transcript for search.

  6. 06

    The template engine renders a personalised recap email and the integrations service posts it to Slack, email and configured webhooks.

Key decisions

Dedicated bot fleet for capture

Joining calls as a participant works uniformly across Zoom, Teams and Meet without per-platform recording APIs; running bots as disposable workers isolates failures to a single meeting.

Streaming transcription with batch post-processing

Live metrics need low-latency speech-to-text, but high-quality summaries benefit from the full transcript; splitting the pipeline gave both without blocking the live view.

Modular notes module over the transcript

Keeping notes, summaries and action items as a separate module consuming the transcript let the team improve summarisation independently of capture and transcription.

Template engine for recap emails

Recaps vary by participants, content and action items; a data-driven template engine produced personalised emails without hand-coding each variation.

Security & compliance
  • Workspace-level authentication with OAuth connections to calendar and conferencing providers; bots join only meetings the user has opted in.
  • Recordings and transcripts encrypted at rest in object storage and PostgreSQL, with TLS on every stream and API call.
  • The notetaker joins as a visible participant so attendees know the meeting is being recorded.
  • Scoped, revocable integration tokens for Slack, email and webhook delivery.
  • Retention and deletion controls for recordings and transcripts at the workspace level.
Outcomes

What it delivered

95%
Accuracy in meeting transcriptions
50%
Reduction in manual note-taking efforts
1000+
Organizations onboarded within the first year
Tech stack

Built with the right tools

React
React
Node.js
Node.js
Python
Python
AWS
AWS
PostgreSQL
PostgreSQL
Product screens

Inside the product

Read.ai — product screen 1
Read.ai — product screen 2
Read.ai — product screen 3
Read.ai — product screen 4
“The meeting note module developed by the team has been a game-changer for our platform, significantly enhancing our transcription and summarization capabilities.”
DM
David Miller
Product Lead, Read.ai
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