MeetAI Landing Session  ·  5 Participants
REC
Presenting
MeetAI
AI-Assisted Online Meeting Optimization and Analytics Tool
Team: Fatih Altınışık  ·  Hasan Berberkayar  ·  Erdem Karaahmet
Supervisor: Prof. Dr. Mehmet Devrim Akça
Işık University  ·  2025–2026
Live Dashboard  ·  Q3 Product Roadmap Review
Agenda 1. Review Q2 outcomes  ·  2. Prioritize Q3 features  ·  3. Assign owners  ·  4. Set milestones
Live Transcript 6 segments
0:00 Speaker 1

Let's start by reviewing our Q2 outcomes. We hit 87% of our OKRs — slightly below target but acceptable given the resource constraints we faced in the last sprint.

2:14 Speaker 2

Agreed. Feature velocity was lower than expected, but quality metrics improved significantly. User retention went up 12% quarter-over-quarter, which is a strong signal.

4:32 Speaker 3

For Q3, I think we should prioritize the real-time collaboration module. It's been requested by 68% of enterprise customers in the last survey and directly ties to our retention goal.

6:45 Speaker 1

Good point. We should also revisit the performance optimization work that's been deferred. The mobile team is seeing latency issues directly affecting conversion rates.

9:10 Speaker 2

I can take ownership of the collaboration module spec. We could have a draft ready by end of next week and open it for team review before locking scope.

11:55 Speaker 3

I'll handle the performance audit. Let me coordinate with the infrastructure team and come back Thursday with timeline estimates and resource asks.

Listening…
Speaker Time
Speaker 1 6.8 min (38.0%)
Speaker 2 5.7 min (32.0%)
Speaker 3 3.4 min (19.0%)
Speaker 4 2.0 min (11.0%)
Speaking Activity avg 67%
0 25 50 75 100 0:00 28:42
Focus Level avg 78%
0 25 50 75 100 0:00 28:42
Agenda Adherence avg 83%
20 40 65 90 0:00 28:42
Live Metrics
64%
Speaking Rate
78%
Focus Level
87%
Agenda Adherence
AI Insights
Focus78%
Adherence87%
Fatih Altınışık
Hasan Berberkayar
Erdem Karaahmet
MeetAI
10:38
↓ Speaking Rate Dropped
Speaking rate fell below 40%. Consider prompting quieter participants.
Dismiss View Analytics →
MeetAI
10:46
✓ Focus Recovered
Focus rate climbed above 70%. Participants are re-engaged with the agenda.
Dismiss View Analytics →
MeetAI
10:42
⚠ Agenda Drift Detected
3 participants disengaged. Discussion has moved off-topic.
Dismiss View Analytics →
28:42
3 participants

Meetings Are Broken — and Nobody Knows While It Is Happening

31 hrs lost per knowledge worker, per month, to unproductive meetings

Remote and hybrid work has made video conferencing central to global collaboration. Yet moderators have no real-time visibility into participant engagement, focus levels, or agenda drift. Existing tools capture audio only, and insights arrive only after the meeting has already ended.

Audio-Only Blind Spots
Current tools miss head orientation, visual attention signals, and lip-based speaker verification. Critical engagement data remains entirely uncaptured.
No Real-Time Intervention
Insights are delivered post-meeting, long after the damage is done. No mechanism alerts moderators while the session is still running.
Platform Lock-In
Platform-native AI solutions require bot invites or proprietary subscriptions, tying organizations to a single vendor ecosystem.

A Standalone Desktop Application That Sees, Hears, and Understands

MeetAI is a standalone Electron.js desktop client that operates alongside any video conferencing platform — without requiring API integrations, bot invites, or vendor agreements. It captures screen frames and system audio directly at the OS level, routes data through three parallel AI pipelines running on our own infrastructure, and delivers live coaching alerts to the moderator in real time.

Raw audio and video streams are processed server-side and immediately discarded after feature extraction. No media data is stored or retained at any point.

Three Parallel AI Pipelines

yaw pitch MAR: 0.42 · Iris dev: 8° · Focus: 82%
Vision Module
Real-Time Focus Quantification
Screen frames are sampled at 10 FPS. MediaPipe FaceMesh tracks faces while head pose, iris position, and MAR are combined to estimate participant focus and verify active speakers.
Fatih A. Hasan B. Erdem K.
Audio Module
Speaker-Aware Audio Analysis
System audio is captured directly from the device. VAD isolates speech, Pyannote separates speakers, and Whisper transcribes who spoke, when, and for how long.
Adherence Score 79.0%
NLP Module
Semantic Agenda Tracking
A self-hosted Qwen2.5 3B model compares transcript segments with agenda topics and produces a live Agenda Adherence Score, showing when discussion starts to drift.

What Existing Tools Get Wrong

Current solutions are reactive, audio-only, and platform-bound. MeetAI is the only solution combining multimodal sensing, real-time intervention, and privacy-by-design in a single deployable desktop client.

Feature Bot-Based Tools Native Platform Tools MeetAI
Data Analysis Audio and Text Only Audio and Text Only Audio + Visual + NLP
Intervention Timing Post-Meeting Only Post-Meeting Only Real-Time Alerts
Platform Dependency Bot Integration Required Vendor Lock-In Independent Desktop Capture
Attention Tracking None None Head Pose + MAR
Data Privacy Cloud Storage Cloud Storage No Media Retention

Three-Layer System Design

MeetAI separates concerns across three fully isolated layers, enabling independent scaling and hot-swappable ML models without modifying the core orchestrator.

  • Frontend — Electron.js + React + TypeScript
    OS-level media capture, real-time dashboard rendering, live alert display.
  • Core Backend — Node.js / Express.js
    Session lifecycle management, sliding-window data fusion, rule engine, SSE alert delivery.
  • AI Workers — Python 3.x
    Isolated Vision, Speech, and NLP processes on our own infrastructure via Redis Pub/Sub. Zero shared memory between pipelines.

What MeetAI Demonstrated

3–4s
End-to-End Latency
From hardware frame capture through distributed AI processing to live dashboard alert rendering.
10 FPS
Sustained Vision Throughput
Face tracking runs continuously with no memory leak bottlenecks across full session durations.
<2s
Report Compilation
Post-meeting analytics generate in under two seconds via incremental time-series writes.
0
Raw Media Retained
All audio and video is discarded immediately after feature extraction.
Modular Architecture Verified
ML models can be fully swapped with zero structural changes to the core orchestrator.

Meet the People Behind MeetAI

We are senior Software and Computer Engineering students at Işık University. Reach out — we'd love to hear from you.

FA
Fatih Altınışık
Software Engineering, Işık University
HB
Hasan Berberkayar
Software Engineering, Işık University
EK
Erdem Karaahmet
Computer Engineering, Işık University
MA
Thesis Supervisor
Prof. Dr. Mehmet Devrim Akça
Department of Computer Engineering  ·  Işık University