CHEP 2018 conference app — real-time Indico updates for 575 computing specialists in Sofia hero image

CHEP 2018 conference app — real-time Indico updates for 575 computing specialists in Sofia

Jul 9–13, 2018 • Sofia, Bulgaria

Project Snapshot
Attendees 575
Sessions 150
Contributions 500
Posters 200
Tracks 12
Year 2018

Tech Stack
Indico HEPCon Mobile

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The 23rd International Conference on Computing in High Energy and Nuclear Physics (CHEP 2018) took place at Sofia Tech Park, Bulgaria, from 9 to 13 July 2018, welcoming approximately 575 participants from laboratories and universities worldwide. CHEP is the premier conference for software, computing infrastructure, and data management in particle and nuclear physics.

The programme was structured around 12 scientific tracks covering online computing, offline computing, distributed computing, data management, networking, software development, and more. With 500 oral contributions and 200 posters, the schedule was dense and highly parallel, making on-site navigation a genuine challenge.

The Challenge: Keeping Pace with a Fast-Moving Computing Programme

CHEP sessions frequently feature live software demonstrations and spontaneous discussions that cause time overruns or slot swaps. The Indico-based timetable was the single source of truth, but the volume of last-minute changes made it difficult for attendees to rely solely on periodic PDF updates or the Indico web interface.

How HEPCon Helped

HEPCon automatically imported the full CHEP 2018 Indico timetable, preserving all 12 tracks and their hierarchical session structure. When organisers adjusted time slots in Indico, the changes propagated to the mobile app within minutes.

Push notifications alerted attendees to room changes, session delays, and newly announced social events. The progressive web app ensured the agenda loaded instantly even during peak-usage periods when venue Wi-Fi was congested.

Outcome

Organisers reported a noticeable reduction in repetitive email announcements about schedule changes, as push notifications handled this automatically. Attendees navigated automatically between parallel tracks throughout the week, spending less time searching for rooms and more time engaging with content.

The Challenge

  • Automatically reflect Indico timetable changes in the mobile app
  • Reduce email overhead for announcing schedule changes
  • Provide fast track-based navigation across 12 parallel tracks

The Solution

Automated Indico import with near-real-time sync, push notifications for schedule changes, progressive web app with track filters, full-text search, and speaker pages.

The Results

  • Timely attendee awareness of schedule changes via push notifications
  • Reduced organizer email overhead for daily updates
  • Fast navigation across 12 parallel tracks

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Where this case study fits

This event is best described as Engineering & Physics. If you’re running a similar program structure, start here.

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