How does real-time data get displayed on passenger information screens?

Pickcel connects to live transit data feeds through its data widget layer. When a bus or train event occurs — a position update, schedule change, or service alert — Pickcel processes the update and pushes new screen content within seconds of the triggering event. The data connection is configured once by an IT administrator. The data widget layer handles mapping: translating structured feed data, such as GTFS-RT arrival estimates, into the departure board format defined in the screen layout template. Transit operators do not manually re-enter schedule data; the feed drives the display. For emergency messages outside automated data feeds, operators use the emergency broadcast module in the Pickcel dashboard to push manual overrides instantly across the entire network or selected zones.

Can Pickcel integrate with GTFS or live departure data feeds?

Pickcel's data widget layer supports connection to transit systems built on GTFS (General Transit Feed Specification) and GTFS-RT, the open standards for transit data. Transit authorities using GTFS-compatible schedule and tracking systems can connect their live feeds to Pickcel's layout templates for automatic display updates. GTFS provides static schedule data: routes, stops, and timetables. GTFS-RT provides the real-time layer: live vehicle positions, arrival predictions, and service alerts. Pickcel's data widget layer accepts structured feeds in these formats and maps them to the display zones in your screen templates. For transit authorities using proprietary tracking systems, Pickcel's team can assess integration feasibility during the onboarding process. Contact us to discuss your data architecture before committing to a deployment.

How many screens can one Pickcel account manage for a transit network?

Pickcel does not impose a fixed screen limit on transit accounts. The platform scales from small regional networks to large metropolitan transit authorities. NEC used Pickcel to manage BRTS networks across two Indian cities simultaneously, with all screens controlled from a single operational dashboard. Scale-based licensing means the cost model grows with your deployment, but the platform capability does not change based on screen count. Transit authorities managing 50 bus shelter displays and those managing 500 metro platform screens use the same feature set, the same CMS interface, and the same data widget layer. To get an accurate pricing estimate for your specific network size, request a personalised demo or contact the Pickcel transit sales team.

What types of hardware are compatible with Pickcel for PIDS deployments?

Pickcel supports any display running Android, Windows, or System-on-Chip (SoC) operating systems. This includes standard commercial screens from major manufacturers, outdoor-rated displays for bus shelter environments, and industrial panel PCs used in transit control rooms. No proprietary media players or display controllers are required. Transit authorities can source hardware from multiple vendors and replace screens at end of life without being tied to a single supplier. For outdoor bus shelter deployments, Pickcel works with weather-resistant commercial displays and outdoor-rated digital signage enclosures. Existing hardware already installed at metro stations or bus stops can often be onboarded without replacement. Contact the Pickcel team with your current screen model and operating system to confirm compatibility before deployment.

How is Pickcel different from dedicated PIDS hardware vendors?

Dedicated PIDS hardware vendors bundle proprietary display controllers, software, and support contracts into a single locked ecosystem. Pickcel is a software platform only: it runs on standard commercial hardware from any vendor, separating the display hardware decision from the content management decision entirely. This separation has practical implications for transit authorities. When a hardware vendor discontinues a product line, authorities using that vendor's proprietary CMS face a full platform migration. Pickcel users replace the screen with any compatible commercial display and reconnect it to the existing CMS account. Maintenance costs are lower because hardware is sourced competitively, and software upgrades do not depend on hardware refresh cycles. For transit authorities evaluating PIDS procurement, this distinction is significant for total cost of ownership over a 5 to 10-year horizon.

Is Pickcel suitable for both indoor metro stations and outdoor bus shelter displays?

Yes. Pickcel supports both indoor and outdoor PIDS deployments from the same platform. For indoor metro platforms and station concourses, standard commercial displays running Android, Windows, or SoC systems are compatible. For outdoor bus shelters, Pickcel works with outdoor-rated commercial displays designed for weatherproofing and high ambient light conditions. The CMS manages both environments from a single account without separate interfaces for indoor and outdoor screens. Layout templates can be customised for outdoor readability: higher contrast ratios, larger text, and simplified information hierarchies suited to a passenger glancing at a bus shelter board from street level. Connectivity for outdoor bus shelters can be handled through 4G or LTE data connections where fixed-line internet is unavailable, as Pickcel's offline playback mode keeps displays active during brief connectivity interruptions.

Passenger Information Display System Software

Update every departure board, alert screen, and wayfinding display across your transit network from a single dashboard. Pickcel is a cloud-based CMS that gives transit authorities real-time control over passenger information displays at metro stations, bus stops, and transport hubs.

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Pickcel passenger information display system software managing departure boards at a metro station

9,000+

Businesses worldwide

70+

Countries

SOC 2

Type II certified

ISO 27001

Certified

Definition

What Is a Passenger Information Display System?

A passenger information display system (PIDS) is a centrally managed network of digital screens at transit locations that shows real-time departure times, service alerts, and wayfinding information to passengers. PIDS software pushes updates to every screen in the network from a single cloud platform, replacing fragmented manual display management.

Modern PIDS installations span multiple transit modes in a single city network. Metro platforms, bus stations, bus shelters, and interchange hubs can all feed from the same central CMS, enabling coordinated updates across every passenger touchpoint.

Real-Time Data Feeds

GTFS and GTFS-RT integration for live departure and arrival updates.

Multi-Zone Layouts

Departure boards, alert tickers, and wayfinding panels on one screen.

Emergency Override

Full-screen alerts to every display in seconds across the network.

Cloud Management

Update hundreds of screens from a single browser-based dashboard.

Key Facts

Pickcel supports PIDS deployments across metro, bus, bus shelter, and train environments
Compatible with 50+ device types with no proprietary hardware required
150,000+ screens currently managed on the Pickcel platform
Cloud-based: update any screen, from any location, without on-site access

Who it's for

Transit AuthoritiesMetro NetworksBus AuthoritiesAirport Operators

The Challenge

Why Real-Time Passenger Information Matters

Transit authorities managing multiple stations face communication problems that worsen at scale. Three recurring challenges affect most legacy PIDS environments.

Platform confusion leads to missed connections

When departure boards show static or outdated information, passengers misread platforms and miss their services. Each minute of delay between a schedule change and a screen update increases the number of passengers affected across the network.

Interchange stations amplify this problem. An incorrect platform listing at a hub can misdirect dozens of travelers across multiple lines simultaneously. Real-time PIDS closes the update gap before it affects passenger flow.

Manual updates cannot match operational tempo

Transit networks change constantly: delays, reroutings, platform reassignments, and emergency service modifications. Teams managing screen content manually cannot keep pace with the operational tempo of a live network, creating a lag between real-world conditions and what passengers see on displays.

Operations running on manual update cycles often trail live conditions by 10 to 30 minutes. At a busy station during peak hours, that gap creates queues at the wrong platform and complaints at information desks.

Proprietary hardware creates stranded assets

Legacy PIDS installations often rely on proprietary display controllers that tie transit authorities to a single vendor for every replacement, upgrade, or support call. When that vendor discontinues a product line, the display network becomes a costly maintenance problem with no clear upgrade path.

PIDS software built on standard commercial hardware removes vendor dependency. Transit authorities can source screens from multiple suppliers and replace displays without platform lock-in.

The Solution

How Pickcel Powers Passenger Information Displays

Pickcel provides the CMS layer for your PIDS network. It connects to live data sources, manages multi-zone content across all screen types, and gives operations teams the tools to respond to real-time events without leaving the dashboard.

Real-time content feeds

Pickcel's data widget layer connects to live departure and arrival systems, including those built on GTFS and GTFS-RT, the open standard for transit data. ETA updates, route changes, and platform reassignments reach your displays automatically within seconds of the source data changing.

Transit operators configure data connections once. After that, the PIDS network updates itself based on live schedule data, with no manual trigger required.

Learn more about Pickcel digital signage software

Multi-zone screen layouts

Pickcel supports multi-zone layouts that divide a single screen into independent content regions. A metro platform display can show departure times in the primary zone, service alerts in a ticker, and wayfinding in a secondary panel, all managed from one layout template applied across every screen in the station.

This matters for bus shelter displays and station concourse boards where information hierarchy is defined by passenger priority.

Emergency broadcast override

Emergency broadcast override pushes a full-screen alert to every screen in a defined zone or across the entire network within seconds. A service suspension, platform evacuation, or weather-related closure reaches every passenger touchpoint simultaneously, with no need to update individual screens.

The override clears automatically when the emergency status is removed, returning all screens to their scheduled content.

Remote content management from a single dashboard

Pickcel's cloud platform allows a central operations team to update departure information, service alerts, and wayfinding content across every screen in a metro, bus, or transit hub network from a single browser-based dashboard. No on-site access, no USB drives, no local technician required.

For large transit networks, this means a single team can push a platform reassignment or service alert to hundreds of screens at once. An operations manager in a control room can respond to a live service disruption and have every affected display updated before the next announcement over the public address system.

Deployment Contexts

Where Pickcel PIDS Works: Deployment Contexts

Pickcel supports passenger information displays across all major public transport environments. Each context has distinct layout and data requirements, all managed from the same platform.

Metro

Metro station PIDS (platform screens and concourse boards)

Pickcel manages metro platform screens and concourse boards in high-density urban environments. Platform displays show real-time arrivals by destination and platform number. Concourse boards guide passengers through ticketing areas, exits, and interchange connections.

Explore transportation digital signage

Bus

Bus station and bus shelter PIDS

At bus stations and bus shelters, Pickcel displays real-time arrival boards connected to live route data, showing accurate ETAs by route and stop. Screens run on standard commercial displays with no proprietary kiosks or controllers required.

Pickcel for bus digital signage

Real-time passenger information display at a bus shelter showing route ETA board

Multi-Line

Passenger information display system in metro: multi-line networks

For metro networks operating multiple lines, Pickcel manages line-specific display zones and updates each platform board independently by route. Cross-platform interchanges display arrival and departure data for all connecting lines simultaneously, without requiring separate CMS instances per line.

Airport

Airport terminal passenger information (non-FIDS)

Pickcel handles passenger information in airport terminal areas outside the FIDS scope: gate area directional signage, ground transport arrival boards, and terminal wayfinding. For full flight information display systems, Pickcel's dedicated FIDS solution covers departure and arrival boards.

Pickcel for flight information displays Airport digital signage

Airport terminal passenger information display

Interchange

Transport interchange hubs (multi-mode)

Multi-mode interchange hubs, where metro, bus, and rail services connect, require PIDS that can present information from multiple transport operators in a single screen hierarchy. Pickcel's multi-zone layouts and data widget layer support concurrent feeds from different transit systems on the same display network.

Getting Started

How to Set Up Pickcel for PIDS

Connect your screens, configure live data feeds, and publish content across your transit network in three steps.

Connect your screens

Pickcel works with any display running Android, Windows, or System-on-Chip (SoC) operating systems. Mount your screens at stations or shelters, install the Pickcel app, and your displays appear in the CMS dashboard within minutes. No proprietary players or controllers required — existing hardware is often compatible without replacement.

Configure data feeds and zone layouts

In the Pickcel CMS, connect your live departure data sources using the data widget layer. Set up screen zones for departure information, service alerts, wayfinding, and advertising using the drag-and-drop layout editor. Replicate the same template across every screen in a station or zone in one step.

Schedule, approve, and publish

Define publishing rules: which screens receive which content, when content activates, and who approves updates before going live. Live data feeds update automatically. Manual content such as announcements, campaigns, and seasonal information publishes on the schedule you set.

Key Features

Key Features for Transit Operators

Multi-screen management

Control passenger information displays across hundreds of stations from a single dashboard. Group screens by station, transit line, or geographic zone and push targeted updates without selecting individual displays.

Content scheduling

Schedule departure templates, promotional content, seasonal campaigns, and emergency protocols in advance. Pickcel's scheduling engine handles time-of-day rules, day-of-week variations, and date-specific overrides, keeping displays accurate without daily manual intervention.

Live data widget support

The data widget layer connects to structured live feeds, including transit systems using GTFS and GTFS-RT, to display real-time arrival and departure information. Widgets configure once and update automatically as underlying data changes.

Role-based access control

Operations, marketing, IT, and external content partners each access only their assigned screens and content types. Approval workflows prevent unauthorised updates from reaching live passenger-facing displays.

Offline playback fallback

When connectivity drops at a remote bus shelter or underground platform, Pickcel continues playing the most recently cached content. Screens never go blank. When connectivity restores, the CMS syncs the latest schedule automatically.

Comparison

Pickcel vs. Legacy PIDS Hardware Vendors

Factor	Pickcel (Cloud CMS)	Legacy PIDS Hardware Vendor
Hardware requirement	Any Android, Windows, or SoC commercial display	Proprietary media players or display controllers
Software updates	Automatic, cloud-delivered	Manual; often requires on-site technician or vendor engagement
Multi-vendor hardware sourcing	Yes — source from any compatible display manufacturer	No — single-vendor ecosystem for displays and software
End-of-life risk	Replace any screen; CMS continues without migration	Vendor discontinuation may require full platform migration
Remote management	Update any screen from any location via browser	Limited; often requires on-site access or VPN to controller
Live data integration	GTFS, GTFS-RT, and structured API feeds via data widget layer	Proprietary formats; custom integration typically requires paid services
Security certifications	SOC 2 Type II, ISO 27001	Varies by vendor; not always public-sector compliant
Deployment timeline	Days to weeks	Weeks to months

Security & Reliability

Security and Reliability for Transit Networks

Can Pickcel be trusted for critical public information?

Pickcel is SOC 2 Type II and ISO 27001 certified with a 99.9% uptime SLA. Encrypted data transmission and role-based access controls ensure that only authorised personnel can modify what appears on passenger-facing displays, meeting the security standards required for public sector and government transit deployments.

Public transit information systems carry a responsibility that most commercial display software does not: passengers make real decisions based on what your screens show. Reliability and security are operational requirements, not optional features.

The platform avoids single points of failure. If one screen in a station loses connectivity, adjacent displays continue on their current content schedule. A remote monitoring module alerts your operations team to hardware issues before passengers notice them.

SOC 2 Type IIISO 2700199.9% uptime SLAEncrypted transmission

Customer Stories

Pickcel in Transit: NEC BRTS Networks

NEC BRTS passenger information display system powered by Pickcel

Transportation / BRTS

NEC: Intelligent PIDS Across 150 Bus Stop Displays

The Challenge

NEC needed a real-time passenger information system across BRTS networks in Ahmedabad and Hubli-Dharwad — connecting 150 bus stop displays to live AVLS/GPS data with centralised remote operations and trilingual messaging.

The Outcome

Pickcel deployed as the PIDS platform with a maximum two-second update delay from bus event to display, remote health monitoring across all stops, and no field engineer visits for routine issues. Hubli-Dharwad BRTS was recognised as India's Best Urban Mass Transit Project.

Pickcel for Transit: Scale and Pricing

Pickcel's licensing is scale-based — the platform grows with your network without proprietary hardware upgrades or replacement cycles. A regional authority managing 50 bus shelter screens and a metropolitan operator managing 500 platform displays use the same software, with the same feature set, at different scale parameters.

There is no proprietary hardware requirement. Pickcel works with standard commercial displays from multiple vendors, giving transit authorities flexibility in procurement and competitive pricing on hardware replacement.

Start with a 14-day free trial or request a personalised demo to walk through a PIDS setup specific to your network's size and data sources.

Scale-based licensingNo proprietary hardware14-day free trialEnterprise-ready

FAQ

Frequently Asked Questions

A passenger information display system (PIDS) is a managed network of digital screens at public transit locations — metro stations, bus stops, and train platforms — that delivers real-time schedule information, service alerts, and wayfinding guidance to passengers.

A PIDS operates through a central content management system that connects to live data sources: GPS tracking systems, schedule databases, and operational feeds from transit control centres. When a service event occurs — a delay, platform change, or emergency — the software updates affected displays within seconds, across every screen in the network simultaneously. Modern PIDS installations are software-defined, meaning transit authorities add new screens or new locations without replacing the underlying platform. Pickcel supports PIDS deployments across metro, bus, bus shelter, and train environments from one dashboard.

Ready to move beyond your legacy PIDS infrastructure?

Pickcel gives transit authorities real-time control over passenger information displays across every mode: metro, bus, bus shelter, and interchange hub, from a single platform. No proprietary hardware required.

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Passenger Information Display System Software