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iOS, macOS 27.2 Patch 286 Bugs; Fix for Exploited Flaw Backported to iOS 18

27 October 2026 at 07:49

Apple patched 286 vulnerabilities in iOS and macOS 27.2 and brought the fix for an exploited CoreGraphics zero-day to older iPhones.

The post iOS, macOS 27.2 Patch 286 Bugs; Fix for Exploited Flaw Backported to iOS 18 appeared first on SecurityWeek.

SpaceX In Talks to Access 80,000 Cell Sites For New Network

By: BeauHD
23 October 2026 at 16:00
SpaceX is reportedly seeking access to at least 80,000 cellular tower sites across the U.S. as it prepares to launch Starlink Mobile as a fourth nationwide wireless carrier. "We will be building out our terrestrial networks so there's broad-based connectivity anywhere that SpaceX and Starlink are allowed to operate," Musk said during SpaceX's earnings call this week. Satellite launches plus spectrum acquisition "will pave the way for Starlink Mobile to become a major mobile carrier in the US," he said. Bloomberg reports: One of the companies they're in talks with is Crown Castle, which, along with American Tower and Vertical Bridge Holdings, are among the largest owners of cellular towers. When asked on a Wednesday earnings conference call whether Crown Castle is discussing leases with SpaceX, Amazon.com or other satellite-based telecom providers, Chief Executive Officer Chris Hillabrant said, "You can assume that we're talking to all parties." He declined to discuss specific customer details. Mobile networks rely on antennas placed on towers across the country to transmit wireless signals. Carriers such as AT&T Inc., Verizon Communications Inc. and T-Mobile US Inc. typically lease room for their equipment at the tower sites because it's more cost effective than owning and maintaining them, in part because the facilities can be shared. The value of the deals with SpaceX could reach into the billions.

Read more of this story at Slashdot.

TP-Link Moves to Assemble Routers In the US Following Import Ban

By: BeauHD
19 October 2026 at 18:00
TP-Link plans to begin assembling routers in Mississippi as early as 2027 after the FCC banned imports of new foreign-made consumer routers over security concerns. Engadget reports: The company has signed a letter of intent with manufacturer Key Tronic and, pending approval from regulators, TP-Link says stateside assembly of its routers could start at a Mississippi production line as soon as early 2027. Once things are up and running, Wi-Fi 8 routers are expected to be among the first TP-Link products that Key Tronic assembles. TP-Link claims that the agreement is part of its "long-term effort to accelerate US investment in high-tech manufacturing and job creation, designing and assembling next-generation products for American consumers here on American soil." The company said it will still have to source components from outside the US. "Many [components] are just not available from a domestic source, and this is not a TP-Link issue," TP-Link's corporate affairs officer Steve Kovsky told PC Mag. "This is an issue for all manufacturers that are trying to onshore manufacturing."

Read more of this story at Slashdot.

Discovering SDRs Everywhere

17 October 2026 at 10:00

To quote commenter [douyarou], β€œIt’s like our little version of a Precambrian explosion”. A bunch of hackers have discovered, independently and building on each other’s work, software-defined radio (SDR) capabilities in more places than you can shake a stick at.

It all started with [Espargos] and [h0m3us3r] apparently independently discovering that the ESP32 family of chips had a β€œsecret” debug mode that allowed direct access to the radio that’s normally used for WiFi. While the 2.4 GHz radio signal is almost always immediately converted into data by the MAC hardware, here they found a way to listen in upstream, to the raw IQ data.

Seeing this, folks were immediately inspired to find out if they could transmit as well. [marble] not only got transmit functionality working, but integrated the part in with the standard osmosdr data flow, which meant that a whole bunch of existing tools were ready to go. We didn’t know about it at the time, but apparently [jochenhammes] and [z1000biker] concurrently had their TX-capable hacks up and running: here and here.

At this point, folks have already started to use the capabilities for broadcasting digital TV signals, voice signals, FM Hell, and other hijinks. This reminds us of the early days of the RTL-SDR project, when a competent, if receive-only, SDR functionality was found in a bunch of USB TV-tuner dongles. Once the hardware capabilities were sussed out, people started writing all sorts of useful software, and it gave rise to all manner of radio projects, from simply poking at domestic wireless devices to tracking all the airplanes in the world as they fly by.

[Tom] and I were discussing this on the podcast, and he remarked that of course there are SDRs hidden everywhere there is a radio unit these days, and the question is just whether or not we could hack them into usability. And before the podcast was even finally edited, [Samson1te] told us about his find in the LR2021 LoRa chip. This is a radio that’s designed to be a radio, with 16-bit resolution, and covering lower frequencies from 150 MHz to 960 MHz.

Compared to the RTL-SDR revolution, this is all happening at incredible speed. Each of these hacks will enable us to use different slices of radio spectrum with different degrees of ease, but it’s clear that the cost of entry into playing around with digital radio has just dropped precipitously. We will see hundreds of new signals hacks in the next few months – the floodgates have been opened.

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