The AIST common-use platform is designed to enable multiple airlines to operate on shared airport infrastructure, including check-in counters and boarding gates, and to interface with various peripheral devices such as scanners, boarding pass printers, baggage tag printers, and more.
AIST
Common Use Passenger Processing System
Purpose of the Solution
Enables simultaneous multi-airline operations at shared workstations, eliminating carrier-specific desk allocation and reducing equipment downtime
Dynamic resource allocation increases throughput by 30-40% by eliminating:
Airline-exclusive workstations, Application restart requirements, Hardware reconfiguration delays
Airline-exclusive workstations, Application restart requirements, Hardware reconfiguration delays
Real-time agent productivity tracking with KPI-based incentive automation (IATA Ground Ops Standards compliant)
Self-boarding gates (E-gates)
Self-bag drop (SBD) stations
Mobile check-in solutions
Self-bag drop (SBD) stations
Mobile check-in solutions
Centralized management of all CUTE/CUPPS peripherals (BCR, printers, displays) via single interface.
Полностью отечественная разработка
В Едином реестре российских программ для электронных вычислительных машин и баз данных
Advantages of AIST
Multi-Application Support
Parallel Operations:
- Runs multiple DCS versions (native & legacy)
- Supports CUPPS v1.03+ and proprietary airline apps
Integrated Passenger Processing via “Special Control”
End-to-End Tracking:
- Real-time passenger/baggage flow (check-in → boarding)
- Aviation security data synchronization
Certification-Free Hardware Integration
- Standardized AEA protocol support
- Plug-and-play compatibility with 200+ certified devices – ATB, BTP, BGR, OCR etc.
The software and all its components operate within the internal LAN and exclusively on airport infrastructure
Fully on‑premise solution
Generates pseudo-BSM for baggage tracking
Flags suspicious baggage via BPM alerts
Flags suspicious baggage via BPM alerts
BHS/BRS Integration
- Multidimensional resource utilization reports
- Passenger journey analytics (ticket purchase → boarding)
Advanced Analytics & Control
Airport Perimeter Security
- No external API access points
- Physical air-gapping from public networks
Role-Based Execution Control
- Predefined workstation permission sets
- Granular permissions for agents/groups of agents
Cybersecurity & Access Control
High-Capacity Processing
Simultaneous 10+ DCS connections
Simultaneous 10+ DCS connections
Built-in VPN hub for secure DCS routing
100% in-house engineered solution - from architecture to deployment
Proprietary Development Framework
10+
DCS developers
30+
airlines
Key Users
Hardware support
BGR
ATB/BTP
E-gate
DCP
User Interface Overview
Intuitive interface and complete information display
Main screen
Device monitoring
System architecture
Project Experience
- E-Gate: Seamless Integration with Automatic Passenger Passage Turnstiles/Gates from Various Manufacturers Across All Terminal Zones (Security Checkpoints, Boarding Gates, Transfer Areas, etc.)
- SpecControl Software Package: A Unified Boarding Gate Workstation to Maximize Synergy Between Two Systems
- DCS: Simultaneous Operation in Native and CUPPS v.1.03 Modes
- BHS/BRS: Reksoft, DECK, and others
- Re-print: Boarding Pass Reprint Using Mobile Boarding Pass Data and Flight Details from AODB via Self-Service Kiosks
900+
workstation
200к
daily passenger throughput
10+
DCS Integrators
20+
airlines
10+
peripheral equipment manufacturers