nothing but an ad for their website, riding the wave on recent news
CT is enforced in Android 17 by default.
The titan chip is still secure. I do not know about "the most secure," but it is very good. The linked article does not relate to the Titan chip anyway. The article is about privilege escalation in the modem, which is a…
Didn't Google show something exactly like this before? How is it "first"?
The claim for context, advertised vs actual: Max 5x = ~3.5x Pro weekly usage. Max 20x = 6x to 8x Pro weekly usage.
I would not think it is fairly easy. The only real physical attack I can think of is to somehow to remove the delay throttles and brute force unlocking the device. This would be feasible for digits PIN, but not if you…
I recently bought Pico 2 W for DualSense (https://github.com/awalol/DS5Dongle).
A lot of money seems to be placed to find bugs in open source projects right now... maybe they can spend just a little bit of this money on people to fix these bugs
nothing but an ad for their website, riding the wave on recent news
CT is enforced in Android 17 by default.
The titan chip is still secure. I do not know about "the most secure," but it is very good. The linked article does not relate to the Titan chip anyway. The article is about privilege escalation in the modem, which is a…
Didn't Google show something exactly like this before? How is it "first"?
The claim for context, advertised vs actual: Max 5x = ~3.5x Pro weekly usage. Max 20x = 6x to 8x Pro weekly usage.
I would not think it is fairly easy. The only real physical attack I can think of is to somehow to remove the delay throttles and brute force unlocking the device. This would be feasible for digits PIN, but not if you…
I recently bought Pico 2 W for DualSense (https://github.com/awalol/DS5Dongle).
A lot of money seems to be placed to find bugs in open source projects right now... maybe they can spend just a little bit of this money on people to fix these bugs