I assume state on state cyber attacks are commonplace but get minimized to avoid public fear.. perhaps this will be the first notable one.
Made worse by the fact Estonia is a more networked society than, for example, the US.
https://downdetector.com/status/t-mobile/ ~ 1,600
https://downdetector.com/status/att/ ~ 1,500
https://downdetector.com/status/verizon/ ~ peaked at ~169k, dropped to 67k
BART Defends Cutting Off Cell Service In Subway
https://www.npr.org/2011/08/16/139664637/bart-defends-cuttin...
And will happen again.
Edit to say: my Verizon FioS and cell service are both working fine, no noticeable interruption at any point today.
Second edit to say: never mind, downdetector's home page normalizes report spikes so 1k and 100k both look identical.
E.g., Cloudflare, Meta (who in doing so also locked themselves out of the building), and didn't some bumbling major Canadian telco knock themselves offline for like a week not too long ago?
If so, successful test.
Keep in mind who the President is.
https://www.wsj.com/politics/national-security/china-cyberat...
Note the tiny fraction of people reporting for ATT & TMO compared to Verizon on DownDetector: https://downdetector.com/
(You have to click the links to see actual magnitude because the graphs are scaled to show relative outage within a given service -- order of 150k for Verizon vs 1.5k for the others.)
These network topologies are incredibly complex and edges you think wouldn't exist have ways of suddenly appearing when things go awry.
Cyberattack scenarios pretty much never make sense in case of complete outages; if you have the access required to cause such an outage it’s always more profitable to keep this access and use it for covert spying/targeted attacks than to burn it by causing a massive, visible problem.
> In a letter to the CRTC, Rogers stated that the deletion of a routing filter on its distribution routers caused all possible routes to the internet to pass through the routers, exceeding the capacity of the routers on its core network.
https://en.wikipedia.org/wiki/2022_Rogers_Communications_out...
I took my kids swimming that day and the pool couldn't take our money since the payment terminal was on the Rogers cellular network, so it was a free family swim.
Do you use your car’s built in navigation function — that you paid for — or do you plug your phone in and use its free Google Maps or Apple Maps to navigate?
https://downdetector.com/ shows verizon, tmobile, and att. BUT if you look at the magnitude of the outages for tmobile and att vs verizon it's fractions of a percent. Likely those people with tmobile and att reporting when they have trouble communicating with verizon customers.
(Note, you have to click on the providers to see absolute magnitude -- the graphs are scaled to show relative outage over time within a given provider; order of 150k verizon vs 1.5k others)
Looking at the replies some of the people who are more worried about the outage seem to be the OF models
Not judging or trying to make a point. Just find it interesting the ways things are interconnected
I noticed that a little while ago too. Very bad UI. Tempted to post in r/dataisugly.
I did manage to roam onto an international network on the boarder near me in New York/Canada, so some bits of the core seem functional for authentication.
When I roam internationally I appear to be on Telus's 3G network (no LTE) for data and voice is falling even further back it looks like.
"Verizon engineering teams are continuing to address today's service interruptions. Our teams remain fully deployed and are focused on the issue. We understand the impact this has on your day and remain committed to resolving this as quickly as possible."
As someone responsible my whole career for uptime and network response, I really feel for the engineers, at the same time hoping my service comes back up soon. SOS
I'm in a similar boat to you in wanting a LoRa mesh. I tried out MeshCore on the LilyGo T-Deck+ hoping it would be a device I could hand out to family members, but I found the hardware and software disappointing.[0] But I'm weirdly tempted to try the LilyGo Pager.
[0] https://mtlynch.io/first-impressions-of-meshcore/#testing-th...
Like all the doom and gloom after the Twitter layoffs predicting the site would implode and go permanently offline "within a month" which...never happened.
It's also ironic in the sense it implies the indignant people were so bad at their jobs they designed and built a system so fragile it would collapse without constant intervention from thousands of individuals.
You do realize it's possible for an organization to be overstaffed?
That's correct.
In the case of Twitter, it was disclosed that many of their systems were running out of date EOL software, to the point of being a security liability, which raises the question: if the systems weren't being maintained, wtf were all those people doing? Taste-testing the free food and cappuccinos?
I can't even begin to imagine what those 100k people actually do. For starters, none of the telcos actually develop their own equipment - they buy pre-made from vendors like Ericsson. Often that includes ongoing maintenance too. The only "engineering" is building the back-office and customer-facing UIs, and even that is often outsourced (as a rule of thumb, if something can be outsourced, telcos will do it: https://berthub.eu/articles/posts/5g-elephant-in-the-room/).
Customer service might be part of that number (assuming that too isn't outsourced), but even then 100k feels extreme.
10k is ok although leaning on the more bloated side. But 100k?
Big Tech companies operate much more complex systems (for starters, they actually build greenfield stuff instead of buying ready-made equipment from a vendor and plugging it in) and have way less headcount.
You're building new cell towers, managing countless failed backhual links (thanks to fiber's natural enemy, the backhoe), working with whatever obscure bugs your MVNOs have managed to uncover, certifying new cell phone designs, and still working on upgrading everything to 5G while simultaneously planning for 6G (keeping in mind that the 5G network architecture looks radically different than the LTE architecture). Much of that work is necessarily physically distributed across the entire country.
Not to mention dealing with end-user sales and support, which unfortunately often needs physical stores.
I'm not going to say whether 100k is too many, but there's a lot more involved here than just maintenance and monitoring - especially if you want your network capacity to keep up with growing demand.
As I've said elsewhere, never underestimate Verizon's incompetence. A couple years ago they shut down vtext service which also happened to host their UAprof's for most Android phones. Without a working link to these descriptors, those devices would download any MMS (pre-RCS picture messages) in compatibility mode at the lowest resolution.
rcpt•1h ago