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Coin-sized device hacks Boeing 737 flight computer via diagnostic port

Researchers have developed a coin-sized device capable of hacking into a Boeing 737's Flight Management Computer (FMC) by connecting to an accessible diagnostic port. This device can intercept and alter data between the FMC and the Multipurpose Control Display Unit (MCDU), potentially leading to incorrect takeoff weights or flight path diversions. While not allowing full remote control, the vulnerability could confuse pilots and increase their workload, with the device also capable of connecting via in-flight Wi-Fi for remote access. AI

IMPACT Highlights a critical vulnerability in aviation systems, potentially impacting flight safety and requiring urgent security updates for aircraft avionics.

RANK_REASON The cluster describes a security vulnerability in an existing product (Boeing 737 avionics) and a tool developed to exploit it, rather than a new product release or frontier research.

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Coin-sized device hacks Boeing 737 flight computer via diagnostic port

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  1. Tom's Hardware TIER_1 English(EN) · Jowi Morales ·

    Coin-sized device can hack a Boeing 737’s Flight Management Computer, mess with takeoff weights, or even divert an aircraft — gadget connects to an easily accessible port that overrides commands from the pilots, uses in-flight Wi-Fi

    Security researchers discovered a way to tap into the avionics of a Boeing 737 and remotely give its flight management computer erroneous data through in-flight Wi-Fi. This coin-sized device plugs into a diagnostic port in the plane's avionics bay and could easily be hidden behin…