Apple will probably have Thunderbolt/USB4 on the Pro phones for fast data transfer of large video files. However, the non-Pro phones might be portless, especially if they do a small folding phone.

And wireless is secure if you do it right.

Though I'm not sure if they had a suitable cable? It was weird.

Considering the nightmare of USB-C cable specs, I don't really fault them for not releasing multiple USB-A to lightning cables with different max charging and data rates.

The USB-C to lightning cables support faster charging cables, but they did not improve data rates. This might be because this would add cost, and they weren't willing to have two tiers of cables. It might also be because only a very few devices would support the faster data rates.

The reality is that most people use the cables the phone came with, they only really use them to charge, and even android devices come with USB-C cables that only support USB 2.0 speeds for cost reasons. They aren't sending their files to their computer, they are sending them to the cloud - often over a wireless connection faster than the WIFI network any home computer would be on.

IMHO it is the pro devices and workflows which have really suffered there, since you have a rather nice camera - but with no fast way to get the content onto your workstation.

WiFi and bluetooth basebands and drivers have been repeatedly compromised, via public and non-public exploits. WPA3, despite promises of security improvements, remains vulnerable to deauth attacks. 5G LTE, despite promises of tower authentication improvements, remains vulnerable to IMSI catchers.

Oct 2022, Over-the-Air remotely exploitable Linux WiFi vulnerabilities (5 CVEs), https://news.ycombinator.com/item?id=33200171

July 2021, iOS WiFi RCE 0-day vuln, https://news.ycombinator.com/item?id=27868487

May 2021, https://news.ycombinator.com/item?id=27121918 & https://www.fragattacks.com/

> FragAttacks (fragmentation and aggregation attacks) ... is a collection of new security vulnerabilities that affect Wi-Fi devices. An adversary that is within range of a victim's Wi-Fi network can abuse these vulnerabilities to steal user information or attack devices. Three of the discovered vulnerabilities are design flaws in the Wi-Fi standard and therefore affect most devices. On top of this, several other vulnerabilities were discovered that are caused by widespread programming mistakes in Wi-Fi products. Experiments indicate that every Wi-Fi product is affected by at least one vulnerability and that most products are affected by several vulnerabilities.

July 2017, Broadpwn bug affects millions of Android and iOS devices, https://news.ycombinator.com/item?id=14727400