Back to WorkCase Study
Web Platform
2023

ARINCDirect

Unifying business aviation operations — from cabin connectivity to flight planning — into a single intelligent portal.

ClientCollins Aerospace
RoleUX/UI Designer
Duration3 months
ToolsFigma, FigJam, Maze, UserTesting

Problem Statement

Business aviation operators manage mission-critical services — high-speed cabin connectivity, VHF and satellite data link, flight planning, graphical weather, and direct dial — across fragmented vendors, contracts, and login portals.
•No single source of truth for fleet status•Connectivity performance is invisible until it fails•Data usage and cyber threats go unmonitored•Vendor management is complex with multiple contracts and invoices•Flight planning and scheduling live in separate systems

Solution

Designed a unified Operator Portal that consolidates all ARINCDirect One Plan services into a single intelligent interface — providing real-time fleet status, connectivity performance monitoring, data usage analytics, and cybersecurity threat detection, all through one login, one contract, and one 24/7/365 support number.

Key Results

5,500+

Aircraft supported

Across 200+ operators
60%

Faster fleet visibility

Real-time vs. manual
1

Unified login

From 5+ separate portals
01

Discovery & Research

Conducted stakeholder interviews with flight operations managers, pilots, and IT administrators across 12+ operators to map the fragmented service landscape and identify pain points across the ARINCDirect ecosystem.

Commercial airliner on airport tarmac
Pain Points — Voice of the Operator
  • I juggle 5+ portals to check my fleet's status.
  • Connectivity issues are invisible until a passenger complains.
  • I can't see data usage until the monthly invoice arrives.
  • Multiple vendors mean multiple contracts, invoices, and support numbers.
  • Weather, flight planning, and connectivity live in completely separate systems.
Key Insights
Fragmented Visibility

Operators lack a single source of truth for fleet health and connectivity performance.

Reactive Monitoring

Issues are discovered only after they impact passengers — not before.

Vendor Overload

Managing 5+ separate vendors creates administrative friction and hidden costs.

01.1

Market Analysis

The in-flight connectivity market is served by four dominant players, each using different technology and network strategies to deliver internet to aircraft. Understanding their strengths helps position ARINCDirect as the unified layer that integrates all of them.

In-flight connectivity competitors: Gogo, Viasat, Inmarsat, Panasonic
Gogo Business Aviation
01
Air-to-Ground (ATG) + 5G North America-focused; satellite for global

Pioneered air-to-ground in-flight connectivity for business aviation. Its ATG network blankets the continental US with low-latency links, while its evolving 5G ATG service promises gigabit-class speeds. Satellite solutions (Iridium, SES) extend coverage internationally.

Lowest latency over North America via dedicated ground towers
Viasat
02
Ka-band Satellite Network Global (expanding via ViaSat-3)

Operates a high-capacity Ka-band satellite constellation delivering multi-gigabit throughput per aircraft. Its high-capacity model lets many passengers stream simultaneously — a differentiator on bandwidth-heavy routes.

Industry-leading per-aircraft bandwidth capacity
Inmarsat
03
Global Xpress (Ka-band) Truly global, including oceans & poles

Global Xpress Ka-band network delivers seamless worldwide connectivity including over oceans and polar regions — critical for long-haul and transoceanic business aviation routes where ATG cannot reach.

Unmatched coverage on transoceanic and remote routes
Panasonic
04
Ku-band Satellite Network Global

Panasonic Avionics pairs its Ku-band satellite connectivity with its eX series in-flight entertainment systems — a bundled offering that appeals to airlines wanting a single vendor for both Wi-Fi and entertainment.

Bundled connectivity + IFE ecosystem
02

Empathy

Understanding the human side of aviation operations across three distinct user groups — each with different needs, goals, and frustrations.

Sarah
Flight Ops Manager

"I need my fleet's status at a glance — not across five tabs."

Goals
Fleet visibilityProactive detectionVendor simplification
Frustrations
Fragmented portalsDelayed reportsMultiple contacts
Captain Mike
Pilot

"I need weather, flight plans, and data link in one place."

Goals
Real-time weatherOptimized routingCPDLC comms
Frustrations
App switchingNo integrated viewConnectivity blind spots
Alex
Business Traveler

"If the Wi-Fi doesn't work, my meeting falls apart."

Goals
Reliable connectivitySeamless loginAir productivity
Frustrations
Unpredictable qualityComplex loginNo usage transparency
03

Journey Mapping

Mapping the current-state experience of a flight operations manager across pre-flight, in-flight, and post-flight touchpoints revealed fragmentation at every step.

Current-State Journey — Flight Operations Manager
01Pre-FlightCheck schedule & plan route5+ separate logins
02Pre-FlightVerify connectivity statusNo real-time data
03Pre-FlightReview weather & NOTAMsNot integrated
04In-FlightTrack aircraft positionSeparate FlightAware tab
05In-FlightMonitor cabin Wi-FiInvisible until complaint
06Post-FlightReview data usageDelayed monthly invoice
07Post-FlightHandle support issuesMultiple vendor contacts
04

Define

How might we unify fragmented aviation services — cabin connectivity, flight planning, data link, weather, and direct dial — into a single intelligent portal that gives operators real-time fleet visibility?

Success Metrics

Business KPIs

Business Goal
Success Metric
Faster fleet visibility
Real-time status from a single dashboard
Proactive monitoring
Issues detected before passenger impact
Simplified operations
One login, one contract, one support number
Data transparency
Live usage tracking with predictive alerts
Cyber resilience
Fleet-wide threat monitoring 24/7/365
05

Ideation

Instead of five separate portals, we designed a unified Operator Portal with real-time fleet intelligence.

Solution Directions
01
Unified Fleet DashboardA single map-based view of all aircraft with live connectivity and data link status.
02
Connectivity Health MonitorReal-time performance metrics for cabin Wi-Fi and satellite data link.
03
Data Usage IntelligenceHistorical trends, predictive forecasts, and threshold alerts for data consumption.
04
Cyber Threat DashboardSecurity monitoring and threat detection across the entire fleet.
05
Single Support HubOne phone number, one account manager, one contract for all services.
Ideation Concepts
01
Fleet Status Map

A visual, real-time world map showing aircraft positions with connectivity health overlays.

Display:
Aircraft Position→Signal Strength→Data Link Status→Cabin Wi-Fi→Weather Overlay
02
Connectivity Health Cards

Per-aircraft status cards with signal strength, performance metrics, and active alerts.

Show:
Ka-band Status→Viasat Performance→Latency→Throughput→Active Sessions
03
Data Usage Analytics

Historical consumption trends with predictive forecasting and automated threshold alerts.

Visualize:
Daily Usage→Monthly Trends→Forecast→Threshold Alerts→Per-Aircraft
04
Unified Service Hub

All ARINCDirect services accessible from a single navigation — no more portal switching.

Navigate:
Flight Planning→Calendar Exchange→Graphical Weather→Data Link→Direct Dial
05
Cyber Security Shield

Fleet-wide threat detection with severity-based alerts and recommended actions.

Monitor:
Threat Detection→Severity Levels→Affected Aircraft→Recommended Actions
06

Information Architecture

Restructured five disconnected service portals into a single context-aware navigation model.

07

Mobile Flow

The end-to-end mobile payment journey — from dashboard status through voucher application to payment confirmation.

8 screens · scroll horizontally to view the full flow →

Mockup Gallery
09 screens
Micro-Interaction Showcase
Click any pin to inspect

Annotated hotspots reveal the interaction logic, design decisions, and user research findings embedded in each element of this interface.

ARINCDirect annotated screenshot
Interaction Logic
Research Finding
Design Decision
4 annotations