Panasonic Avionics Corporation (PAC) and Inmarsat are poised to reshape the inflight connectivity world with a landmark deal. The ten year strategic collaboration project will see PAC sell Inmarsat's Ka-band GX connectivity solution while Inmarsat bundles some of PAC's data analytics and services offerings into its sales efforts. Is this the consolidation the market so desperately craves?
IoT
Sky-high dreams or firmly grounded: The business of connected aircraft maintenance remains in question
“Inflight connectivity doesn’t just create revenue, it could save the airline industry US$15bn a year.”
That’s a bold claim from Inmarsat and the research it commissioned from the London School of Economics (LSE). Much of the savings comes from better weather forecasting and the associated effects: reducing delays and fuel burn. Part of the forecast savings comes from predictive maintenance opportunities, allowing the plane to track its own performance and use on-board connectivity solutions to report back to headquarters when operations are less than nominal. The so-called Internet of Things for Aviation (IoT/A) has long been held up as the financial savior of the connectivity platforms, delivering the necessary financial support to justify installations. What will it take to realize the $3-46bn in annual savings the research revealed? A lot of work, and it is unclear which connectivity vendors are truly committed to that effort.
Streaming to the Electronic Flight Bag: Norwegian, Astronics push forward with webFB
Processing more aircraft performance data faster means cost savings for airlines and a better ride for passengers. Norwegian and Astronics teamed up to deliver content to pilots’ tablets through a streaming solution that improves data processing both in real-time and over the long term. It also demonstrates a potential weakness in long-bandied plans for broader use of inflight wifi connectivity for aircraft operations data.