Latest / Tech Talks With Kinsoft / Amadeus - Stolen Credentials, Three Years of Airline Reservations, and the Passengers Who Never Dealt With Amadeus

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Amadeus - Stolen Credentials, Three Years of Airline Reservations, and the Passengers Who Never Dealt With Amadeus · Tech Talks With Kinsoft

• 0:00
  I want you to picture the international departure
• 0:02
  terminal for a second. Always a stressful place.
• 0:05
  Right. So you walk up to the counter, you slide
• 0:08
  your passport across the desk to the agent, and
• 0:10
  they pull up your itinerary. Standard routine.
• 0:13
  Exactly. And you bought that ticket directly
• 0:15
  from the airline's website, right? You handed
• 0:17
  them your name, your date of birth, your document
• 0:20
  numbers. All the highly sensitive stuff. Yeah.
• 0:23
  And naturally, you assume that the airline, like
• 0:26
  the actual brand painted on the side of the plane,
• 0:29
  is the entity locking all of that information
• 0:31
  away in their own, you know, proprietary digital
• 0:34
  vault. Which makes total sense from a consumer
• 0:37
  perspective. Right. But what if the airline you're
• 0:39
  flying with isn't actually the one storing your
• 0:42
  data? What if that vault belongs to a third party
• 0:45
  you have, like, literally never even heard of?
• 0:47
  It really shatters this illusion we have of the
• 0:50
  monolithic corporate brand. Completely. I mean,
• 0:53
  we inherently trust the logo on our boarding
• 0:54
  pass, but the underlying digital architecture,
• 0:56
  the actual routing of your personal data is this
• 0:59
  wildly fragmented ecosystem. We are interacting
• 1:02
  with supply chains, not single entities. And
• 1:04
  that hidden supply chain is our target for today.
• 1:07
  So welcome to this deep dive. Glad to be here.
• 1:10
  Our source material today is a newly released,
• 1:14
  really comprehensive tech and security analysis
• 1:16
  detailing a massive ongoing global data breach.
• 1:20
  Yeah, it's a big one. Huge. And our mission today
• 1:22
  is to unpack the Amadeus airline reservation
• 1:25
  incident. We're going to map out the anatomy
• 1:27
  of the supply chain breach, investigate the frankly
• 1:31
  bizarre timeline of how the airlines actually
• 1:33
  found out about the intrusion, and extract the
• 1:36
  real world lessons for both the corporations
• 1:38
  involved and for everyday travelers like you.
• 1:40
  Because there are definitely lessons here for
• 1:42
  everyone. Exactly. I'm thrilled to have our resident
• 1:45
  expert here to help decode the forensics of this
• 1:47
  because, I mean, the technical implications here
• 1:49
  are massive. They really are. It is. A phenomenal
• 1:52
  case study. We are looking at a masterclass in
• 1:55
  how interconnected B2B integrations create these
• 1:59
  systemic vulnerabilities. Right. It just completely
• 2:02
  redefines where a company's attack surface actually
• 2:04
  begins and ends. Okay, let's unpack this. Because
• 2:08
  to start mapping this attack surface, we have
• 2:11
  to completely detach our focus from the consumer
• 2:13
  -facing airlines, right? We do. The entity that
• 2:16
  actually suffered the initial breach is the Amadeus
• 2:19
  IT Group. which is a Spanish travel technology
• 2:21
  provider. Right. And for those who aren't familiar,
• 2:24
  you never interact with Amadeus directly. I mean,
• 2:27
  I had never heard of them before this. Most people
• 2:29
  haven't. But they operate the back -end reservation,
• 2:31
  ticketing, and check -in systems for just a staggering
• 2:34
  number of major global carriers. Yeah, they're
• 2:37
  what the industry calls a global distribution
• 2:39
  system or a GDS. Okay, a GDS. Right. If you think
• 2:43
  about the sheer logistical nightmare of coordinating
• 2:46
  global air travel, it's immense. I can't even
• 2:48
  imagine. Right. You're synchronizing seat availability
• 2:50
  across code shares. You're processing travel
• 2:53
  agent requests, updating gate systems in real
• 2:55
  time. Airlines realized decades ago that building
• 2:58
  proprietary systems for all of that was wildly
• 3:01
  inefficient. Makes sense. Why build your own
• 3:03
  global network if you can just rent one? Exactly.
• 3:06
  So they outsource the nervous system. Amadeus
• 3:09
  is essentially the central router for global
• 3:11
  travel data. Okay. They do all the heavy lifting
• 3:13
  of data aggregation. So the airlines can just
• 3:16
  focus on, well, aviation. Flying the planes.
• 3:19
  Right. But what's fascinating here is when you
• 3:22
  aggregate that much data from that many competitors
• 3:25
  into a single node, you create a terrifyingly
• 3:28
  high value target for threat actors. Yeah. I
• 3:30
  mean, the blast radius certainly proves your
• 3:32
  point there. Oh, definitely. Based on the reports,
• 3:35
  the compromised systems impact Japan Airlines,
• 3:39
  all Nippon Airways, so ANA, Cathay Pacific, Korean
• 3:43
  Air, Asiana, and Condor. That is a substantial
• 3:46
  cross -section of global aviation. It really
• 3:48
  is. All routing through one compromised vendor.
• 3:52
  And the running total of exposed passenger records
• 3:55
  for just JAL, ANA, and Cathay is sitting at roughly
• 3:59
  183 ,000. That's a huge number. But when I was
• 4:04
  reviewing the breakdown of what data was actually
• 4:07
  exposed, I noticed a really strange discrepancy.
• 4:09
  You're talking about the segmentation of the
• 4:11
  data payload. Yes, exactly. Let's look at Japan
• 4:15
  Airlines, for example. They had about 92 ,000
• 4:17
  customers affected. Right. But for 90 ,000 of
• 4:20
  those, the exposed data was restricted to basic
• 4:22
  stuff. You know, reservation codes, names, flight
• 4:25
  dates. The standard telemetry. Right. However,
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  for a much smaller subset, like about 2 ,000
• 4:32
  JAL customers, the exposure escalated to highly
• 4:35
  sensitive identifiers. The really bad stuff.
• 4:38
  Yeah, we're talking passport numbers, nationalities,
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  frequent flyer IDs. And ANA showed a nearly identical
• 4:44
  ratio, like 37 ,000 affected, but only 1 ,700
• 4:48
  had their passports exposed. And Cathay Pacific
• 4:50
  mirrored this as well. Right. So why is there
• 4:53
  such a massive gap between the basic records
• 4:55
  and the sensitive records if they are all just
• 4:58
  sitting in the same Amadeus system? Well, it
• 5:00
  actually reveals how Amadeus structures its relational
• 5:03
  databases and handles its API calls. Okay, break
• 5:07
  that down for me. Sure. So not every data packet
• 5:10
  transmitted between the airline and the GDS requires
• 5:13
  the full passenger payload. Meaning they don't
• 5:15
  send everything all the time. Exactly. If you
• 5:18
  are just querying seat availability or, say,
• 5:21
  updating a minor route change, the system only
• 5:24
  needs the basic alphanumeric reservation code
• 5:26
  in your name. Oh, I see. Yeah. The fact that
• 5:29
  passport data was only present in a fraction
• 5:32
  of the records suggests they use a segmented
• 5:35
  storage architecture. Okay, so they keep the
• 5:37
  sensitive stuff walled off. Right. The system
• 5:40
  likely isolates highly sensitive identity documents,
• 5:43
  and it only pulls them into the active environment
• 5:45
  when they're specifically required. Like when
• 5:48
  you're actually going through customs or checking
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  in. Exactly. It's an architectural safeguard,
• 5:52
  even if in this case it was an imperfect one.
• 5:55
  Well, that makes sense. The API isn't just constantly
• 5:58
  fetching your passport number to see if your
• 6:00
  flight is delayed by 10 minutes. Thankfully,
• 6:02
  no. And speaking of architectural safeguards,
• 6:05
  there is one massive silver lining here. Across
• 6:08
  the board, credit card numbers and passwords
• 6:10
  were unequivocally safe. Yes, that is a huge
• 6:13
  point to highlight. Astiana Airlines specifically
• 6:15
  noted in their disclosure that payment information
• 6:18
  wasn't affected because they run that through
• 6:20
  a completely separate transaction system. Which
• 6:22
  is best practice. Right. To me, this is like
• 6:25
  handing your keys to a valet at a fancy restaurant,
• 6:27
  but without telling you, the restaurant outsources
• 6:30
  their parking to a massive third -party lot three
• 6:32
  towns over. Oh, I like this analogy. Right. And
• 6:35
  that third -party lot is the one that gets robbed.
• 6:37
  They break into the car, they see your registration,
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  but thankfully your wallet and your credit cards
• 6:42
  were locked in an entirely separate specialized
• 6:44
  safe back at the restaurant. That analogy works
• 6:47
  perfectly here, particularly when you map it
• 6:49
  to compliance frameworks. Okay, how so? Well,
• 6:52
  what Astiani and the others have done is physically
• 6:54
  and logically decouple their payment card industry,
• 6:56
  or PCI, environments from their operational reservation
• 7:00
  environments. Ah, so keeping the money totally
• 7:03
  separate from the bookings. Exactly. In enterprise
• 7:06
  architecture, payment gateways are subject to
• 7:08
  incredibly strict audited compliance standards.
• 7:11
  Right, because of all the financial regulations.
• 7:14
  Yeah. So by routing the payment through a totally
• 7:17
  isolated encrypted channel, that never even touches
• 7:21
  the Amadeus reservation system. They essentially
• 7:23
  firewall their most critical financial liability.
• 7:26
  Well, thank goodness for that. Yeah. But it begs
• 7:29
  the question, if the payment systems were so
• 7:31
  well segmented and locked down, how did the attackers
• 7:34
  actually get inside Amadeus to view the passports
• 7:37
  and flight manifests in the first place? That
• 7:39
  is the million dollar question. Right. Because
• 7:42
  according to the forensic updates relayed by
• 7:44
  Korean Air and Asiana, the root cause points
• 7:46
  to the, quote, unauthorized use of access credentials
• 7:50
  assigned to an account within the Amadeus system.
• 7:53
  And this is where we have to read between the
• 7:55
  lines a bit, because Amadeus hasn't published
• 7:57
  a really deep dive technical postmortem yet.
• 8:00
  Right. We are still waiting on the full autopsy.
• 8:02
  Yeah. But unauthorized use of access credentials
• 8:05
  in a B2B supply chain context is actually incredibly
• 8:09
  revealing. How so? It usually means this wasn't
• 8:12
  some sophisticated zero -day exploit breaking
• 8:15
  the cryptography of the platform itself. Oh,
• 8:17
  so they didn't hack their way in through a firewall.
• 8:21
  Right. And the source material is very careful
• 8:23
  to point out that there is zero confirmation
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  of social engineering either. Okay, so we aren't
• 8:28
  necessarily talking about an Amadeus employee
• 8:31
  getting tricked by a phishing email and handing
• 8:33
  over their password. Exactly. In these massive
• 8:36
  interconnected cloud environments, quote -unquote
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  credentials often refer to non -human identities.
• 8:42
  Wait, non -human identities? Like bots. Sort
• 8:47
  of? We're likely looking at a compromised API
• 8:50
  token. Or a stale service account that just wasn't
• 8:53
  properly decommissioned. Oh, like a digital key
• 8:56
  left under the mat. Yes. Or perhaps a third -party
• 9:00
  integration key that lacked multi -factor authentication.
• 9:02
  Threat actors constantly scan GitHub repositories
• 9:05
  or dark web forums for these orphaned enterprise
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  keys. Wow. So they just find the key and walk
• 9:11
  in. Exactly. Once they have a valid token...
• 9:14
  They don't need to break down the front door.
• 9:15
  They literally just walk in through the service
• 9:17
  entrance holding a clipboard. Which explains
• 9:20
  the distinct lack of noise, because we don't
• 9:22
  have any ransomware groups on the dark web claiming
• 9:24
  responsibility or threatening to leak the data.
• 9:27
  Right, which is highly unusual. Yeah, in today's
• 9:30
  threat landscape, these groups essentially operate
• 9:32
  PR departments to extort their victims. They
• 9:34
  absolutely do. So the silence is weird. Well,
• 9:37
  it tells us a lot about the threat actor's profile.
• 9:40
  You see, Amadeus responded by invalidating the
• 9:42
  credentials, resetting passwords, and deploying
• 9:45
  enhanced monitoring. Standard cleanup. Right.
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  But crucially, they reported zero evidence of
• 9:50
  ransomware deployment, no data tampering, and
• 9:53
  no data deletion. And the airline services didn't
• 9:56
  go offline either. Exactly. The system stayed
• 9:58
  online. This wasn't a smash and grab extortion
• 10:01
  play. This was quiet, stealthy data extraction.
• 10:05
  Wow. The attacker logged in with a legitimate
• 10:07
  key. executed queries to scrape the database,
• 10:10
  and basically attempted to leave the infrastructure
• 10:13
  completely intact to prolong their access. Or
• 10:15
  just avoid triggering any automated alarms, I
• 10:18
  guess. Exactly. But the alarms were triggered
• 10:20
  eventually, which brings us to the part of the
• 10:22
  report that initially gave me some serious pause.
• 10:25
  The timeline. Yes, the timeline. When you look
• 10:28
  at the time window of the compromised records,
• 10:30
  Japan Airlines states that the data accessed
• 10:32
  in the Amadeus system covers the period from
• 10:35
  August 10th, 2023 to September 23rd, 2026. Right.
• 10:40
  Cathay Pacific and ANA report nearly identical
• 10:42
  ranges. Wait a second. Are we saying attackers
• 10:45
  were lurking inside this system with continuous
• 10:47
  access for over three years? Okay. I know how
• 10:50
  bad that looks. It is a very natural assumption
• 10:52
  to make when reading these disclosures. I mean,
• 10:54
  three years is an eternity in cybersecurity.
• 10:57
  It is, but it's a critical misunderstanding of
• 10:59
  how data scraping actually works. That date range,
• 11:02
  August 2023 to September 2026, does not represent
• 11:06
  the dwell time of the attacker inside the network.
• 11:09
  Okay. Then what exactly do those dates signify,
• 11:12
  if not the duration of the intrusion? They represent
• 11:15
  the retention window of the database tables that
• 11:17
  the compromised credentials had permissions to
• 11:19
  query. Oh. Okay, I think I follow. Let me break
• 11:22
  it down. When an attacker gains access via an
• 11:25
  API token, they typically run automated scripts
• 11:28
  to scrape literally everything that token can
• 11:31
  see. Right, they just grab it all. Yeah. So if
• 11:34
  the database holds historical flight records
• 11:36
  going back to 2023 and future bookings stretching
• 11:39
  all the way into 2026, the script grabs it all
• 11:42
  in one go. Ah, I see. The actual intrusion might
• 11:46
  have only lasted a few hours. Or maybe a few
• 11:48
  days before Amadeus detected the anomalous query
• 11:52
  volume and killed the session. So the dates just
• 11:54
  indicate the age of the data that was exfiltrated,
• 11:57
  not the length of time the hacker was sitting
• 11:58
  there watching the system. Exactly. Investigators
• 12:02
  still haven't established the exact timing of
• 12:04
  the hack, but it certainly wasn't a continuous
• 12:07
  three -year lurk. That makes vastly more sense.
• 12:10
  The attacker just vacuumed up the specific database
• 12:12
  partitions they had access to, which happened
• 12:15
  to contain a three -year rolling window of passenger
• 12:18
  records. That's it. Okay, that significantly
• 12:21
  lowers my panic level regarding Amadeus' internal
• 12:24
  security monitoring. Good. But if we shift our
• 12:27
  focus to their communication protocols, this
• 12:30
  is where the systemic failures really become
• 12:32
  glaring. Oh, absolutely. The communication was
• 12:35
  a mess. It really was. Here's where it gets really
• 12:39
  interesting. The timeline of detection and notification
• 12:41
  is just bizarre. Let's hear it. According to
• 12:45
  ANA's official public notice, Amadeus actually
• 12:47
  detected the unauthorized access on September
• 12:49
  24. Right. Yet the airlines themselves were completely
• 12:52
  oblivious for weeks. It wasn't until October
• 12:55
  16 that ANA actually had to approach Amadeus
• 12:58
  and ask if their systems were affected. Yes.
• 13:01
  And the only reason ANA asked was because they
• 13:04
  were hearing industry rumors from other carriers
• 13:06
  on the platform. Unbelievable. This is like a
• 13:09
  building manager knowing the security gate has
• 13:11
  been broken for a month, but not telling the
• 13:13
  tenants until one of them notices their neighbor's
• 13:15
  door is kicked in and asks about it. That is
• 13:17
  exactly what happened. And if we connect this
• 13:20
  to the bigger picture, it exposes a massive vulnerability
• 13:23
  in how service level agreements for SLAs are
• 13:26
  drafted in these venture contracts. How so? Well,
• 13:29
  this is the inherent friction of shared multi
• 13:32
  -tenant cloud environments. When a massive vendor
• 13:35
  like Amadeus detects anomalous activity, like
• 13:37
  a spike in data leaving a specific account, their
• 13:40
  first priority is containment and internal log
• 13:43
  parsing. Figuring out what happened. Right. They
• 13:46
  have to forensically reconstruct exactly which
• 13:48
  data partitions were touched. And in a database
• 13:51
  shared by dozens of global airlines, isolating
• 13:54
  the specific victims takes significant time.
• 13:57
  Sure. I understand that forensic log parsing
• 13:59
  isn't instantaneous. No, it's not. But Amadeus'
• 14:01
  silence went far beyond a reasonable investigation
• 14:04
  period. Amadeus finally gave formal notifications
• 14:07
  weeks later. Korean and Asiana on the night of
• 14:11
  October 20, JAL around October 23, and Cathay
• 14:15
  on October 28. Right. And legally, they were
• 14:18
  likely operating within their contractual rights.
• 14:20
  Wait, really? How is that legal? In many enterprise
• 14:23
  agreements, the supplier is only required to
• 14:25
  notify the client, quote, Without undue delay.
• 14:28
  Without undue delay. That phrase seems like a
• 14:31
  legal gray area big enough to fly a commercial
• 14:33
  jet through. It absolutely is. From the supplier's
• 14:36
  legal perspective, notifying clients before the
• 14:38
  forensic report is finalized might cause unnecessary
• 14:41
  panic. And therefore, waiting isn't an undue
• 14:45
  delay. Oh, wow. But from the airline's perspective,
• 14:48
  those weeks of silence are paralyzing. The airline
• 14:50
  holds the ultimate legal obligation to protect
• 14:52
  its passengers and report breaches to regulators.
• 14:55
  Right. It's their customers. Exactly. But they
• 14:57
  can't trigger their own incident response playbooks.
• 14:59
  They can't prep their customer support teams
• 15:01
  or lockdown systems because their supplier is
• 15:04
  hoarding the telemetry. The vendor knows the
• 15:06
  house is on fire, but the homeowner is left completely
• 15:09
  in the dark. Exactly. It paralyzes the customer's
• 15:12
  ability to protect their own passengers. And
• 15:14
  we are seeing the direct result of that bottleneck
• 15:16
  right now. The public disclosures to the actual
• 15:19
  passengers only trickled out this very week.
• 15:22
  JAL published their notice on Wednesday, October
• 15:24
  28. ANA on Thursday, October 29, and Cathay Pacific
• 15:28
  just today, Friday, October 30. Weeks after the
• 15:31
  fact. Amadeus knew on September 24. The airlines
• 15:34
  couldn't warn the public because they didn't
• 15:36
  have the actionable intelligence from their own
• 15:38
  vendor. It's a huge failing. So what does this
• 15:41
  all mean? If I am a listener who flew one of
• 15:43
  these routes in the last three years, what is
• 15:45
  the actual threat model for me? Right, let's
• 15:47
  talk about the real world impact. We know credit
• 15:50
  cards are safe, so they aren't going to just
• 15:52
  drain my bank account. What is the attacker actually
• 15:55
  doing with a database of 183 ,000 reservation
• 15:58
  codes and flight dates? The immediate threat
• 16:01
  isn't credit card fraud. It's highly targeted
• 16:03
  phishing or what we call business email compromise
• 16:06
  and spear phishing. OK. When threat actors acquire
• 16:09
  what we call PNR data, passenger name records,
• 16:12
  they aren't just getting an email address. They
• 16:15
  are acquiring context. Right. They know your
• 16:19
  full name. your exact travel dates, your routing,
• 16:21
  and your legitimate booking confirmation code.
• 16:24
  Which completely bypasses our normal cognitive
• 16:27
  friction. I mean, we are all trained to spot
• 16:29
  generic phishing now. Exactly. If I get an email
• 16:31
  saying, you know, your account has been suspended,
• 16:33
  I just ignore it. We all do. But if I receive
• 16:36
  an email that addresses me by name. cites my
• 16:39
  upcoming Japan Airlines flight to Tokyo, includes
• 16:42
  my actual six -digit alphanumeric confirmation
• 16:45
  code, and tells me there is an issue with my
• 16:47
  seating assignment that requires immediate re
• 16:49
  -verification. I mean, I am clicking that link.
• 16:51
  Most people would. The psychological manipulation
• 16:54
  is incredibly high because they possess verified
• 16:57
  insider intelligence. Yeah, they have the real
• 16:59
  details. Precisely. They leverage the legitimacy
• 17:02
  of the stolen data to create incredibly convincing
• 17:05
  fake emails. phone calls, or spoofed websites.
• 17:08
  And from there, they harvest your actual passwords
• 17:10
  or your credit card details. That's terrifying.
• 17:13
  It is. This affects anyone who flew these carriers,
• 17:16
  particularly routes to or through Japan and Korea,
• 17:19
  or anyone who booked via travel agents using
• 17:22
  these systems. Both JAL and Korean Air have issued
• 17:25
  warnings about this exact scenario. So the tactical
• 17:28
  advice for you, the listener, is to operate with
• 17:31
  a zero -trust mindset regarding your travel itineraries
• 17:34
  right now. Absolutely zero trust. If you receive
• 17:37
  an unsolicited alert about a booking, even if
• 17:39
  it contains perfectly accurate details about
• 17:41
  your flight, do not interact with the links or
• 17:44
  the phone numbers provided in that message. Close
• 17:46
  the communication, open your browser, and log
• 17:49
  directly into the airline's official app or website
• 17:52
  to verify the status. That is the only safe way
• 17:54
  to handle it. But beyond the individual traveler,
• 17:57
  what are the architectural takeaways for the
• 17:59
  corporations operating within this ecosystem?
• 18:01
  How do they prevent the next Amadeus? Well, the
• 18:04
  analysis highlights several structural mandates.
• 18:07
  Number one, privileged accounts at suppliers
• 18:09
  need serious protection. Privileged access from
• 18:13
  vendor accounts must be treated with the same
• 18:14
  paranoia as internal admin accounts. Enterprises
• 18:18
  must enforce rigid multi -factor authentication
• 18:20
  and aggressive monitoring on any API or service
• 18:24
  account. And number two has to be tearing up
• 18:26
  those vague SLAs. Exactly. The era of without
• 18:30
  undue delay is over. Vendor contracts must mandate
• 18:33
  specific defined notification windows like 24
• 18:36
  or 48 hours and named contacts for when things
• 18:40
  go wrong. My favorite takeaway from the report,
• 18:42
  though, is the whole paradox of data minimization.
• 18:45
  Yes. Because the entire travel industry is built
• 18:47
  on aggregating data, right, to create these seamless
• 18:49
  experiences. Right. They want everything to be
• 18:51
  smooth. But if a specific data field isn't functionally
• 18:54
  necessary for the middleman, it just shouldn't
• 18:56
  be transmitted. If Amadeus doesn't strictly require
• 18:59
  a passport number to process a basic domestic
• 19:02
  transfer, the airline shouldn't be sending it
• 19:04
  to their servers. You can't leak what you don't
• 19:06
  store. It's the ultimate defensive principle.
• 19:09
  And finally, companies must have a clear customer
• 19:11
  message prepared. Rapid and transparent communication
• 19:14
  is the only way to mitigate downstream damage.
• 19:17
  So summarizing this entire journey, we are looking
• 19:21
  at one. Critical, invisible back -end supplier.
• 19:24
  An intrusion facilitated by a single set of compromised
• 19:27
  credentials. Likely an API token. Right. A data
• 19:31
  retention window exposing historical records
• 19:33
  stretching back three years. Impacting over 183
• 19:37
  ,000 passengers across top -tier global airlines.
• 19:40
  Yeah. And a fractured, delayed notification process
• 19:43
  that left those airlines blind for nearly a month.
• 19:47
  Which brings us to a much larger systemic question.
• 19:52
  This raises an important question the tech industry
• 19:54
  has largely ignored. What's that? Well, as global
• 19:58
  industries like aviation, finance, logistics
• 20:01
  move toward these hyper -efficient centralized
• 20:04
  tech ecosystems. Right, where a single company
• 20:07
  handles the logistics for dozens of global competitors.
• 20:10
  Exactly. Does this aggregation of data inherently
• 20:13
  create a too -big -to -secure single point of
• 20:16
  failure? We've optimized for convenience, but
• 20:19
  have we accidentally built a master key? For
• 20:22
  bad actors. Well, it is the ultimate modern tradeoff,
• 20:26
  isn't it? The pursuit of global digital efficiency
• 20:28
  versus the reality of concentrated systemic risk.
• 20:31
  Something to really think about. Definitely.
• 20:34
  So the next time you slide your passport across
• 20:37
  the counter and the agent types in your booking
• 20:39
  code, you might want to consider the vast and
• 20:43
  visible network of third party servers sitting
• 20:45
  behind that terminal. And who exactly might be
• 20:48
  querying your data in the dark? Thank you for
• 20:51
  joining us for this deep dive. Stay vigilant,
• 20:54
  verify your travel alerts directly, and we will
• 20:57
  catch you next time.