Media Summary: Extracting a secret key by simply watching the flickering of an Making yourself the all-powerful "Root" super-user on a computer using a buffer overflow Denial of service usually relies on a flood of data. Slow Loris takes a more elegant approach, and almost bores a server to death.

Power Led Attack Computerphile - Detailed Analysis & Overview

Extracting a secret key by simply watching the flickering of an Making yourself the all-powerful "Root" super-user on a computer using a buffer overflow Denial of service usually relies on a flood of data. Slow Loris takes a more elegant approach, and almost bores a server to death. Spectre refers to a whole family of potential weaknesses of which Meltdown is just one. Dr Steve Bagley talks about CPU ... An oldie but a goodie, Dr Mike Pound revisits the Log-Jam The XZ Exploit was an incredible near miss. Dr Richard G Clegg of Queen Mary University London explains how a seemingly ...

How do we measure harm to improve the performance of Ai in the real world? Dr Hana Chockler is a Reader in Computer Science ... You don't just 'run a cipher' - you need a mode of operation. Dr Mike Pound explains some relative to the Feistel cipher. **This ... Steve gets all festive and tries to improve on the festive lights he built a mere 11 years ago... Dr Steve Bagley is based at the ... Professor Brailsford returns to the subject of why Colossus was built. The professor's notes: ... RISC processors kept things simple, but when do you need to make your hardware more complicated and when can you leave it ... How does instant messaging encryption protect against

How do you implement an on/off switch on a General Artificial Intelligence? Rob Miles explains the perils. Part 1: ... This Supercomputer is doing some of the most difficult computations in the world, about things that are out of this world. Thanks to ... "If your name's not down, you're not coming in!" - How the CPU's "Bouncer" keeps some memory off-limits. Matt Godbolt continues ...

Photo Gallery

Power LED Attack - Computerphile
The Attack That Could Disrupt The Whole Internet - Computerphile
Running a Buffer Overflow Attack - Computerphile
Slow Loris Attack - Computerphile
Spectre & Meltdown - Computerphile
LogJam Attack - Computerphile
XZ Exploit - Computerphile
Defining Harm for Ai Systems - Computerphile
Modes of Operation - Computerphile
The Return of Festive Flashing Lights - Computerphile
Exploiting the Tiltman Break - Computerphile
Hardware vs Software & Digital Video - Computerphile
View Detailed Profile
Power LED Attack - Computerphile

Power LED Attack - Computerphile

Extracting a secret key by simply watching the flickering of an

The Attack That Could Disrupt The Whole Internet - Computerphile

The Attack That Could Disrupt The Whole Internet - Computerphile

Audible free book: http://www.audible.com/

Running a Buffer Overflow Attack - Computerphile

Running a Buffer Overflow Attack - Computerphile

Making yourself the all-powerful "Root" super-user on a computer using a buffer overflow

Slow Loris Attack - Computerphile

Slow Loris Attack - Computerphile

Denial of service usually relies on a flood of data. Slow Loris takes a more elegant approach, and almost bores a server to death.

Spectre & Meltdown - Computerphile

Spectre & Meltdown - Computerphile

Spectre refers to a whole family of potential weaknesses of which Meltdown is just one. Dr Steve Bagley talks about CPU ...

LogJam Attack - Computerphile

LogJam Attack - Computerphile

An oldie but a goodie, Dr Mike Pound revisits the Log-Jam

XZ Exploit - Computerphile

XZ Exploit - Computerphile

The XZ Exploit was an incredible near miss. Dr Richard G Clegg of Queen Mary University London explains how a seemingly ...

Defining Harm for Ai Systems - Computerphile

Defining Harm for Ai Systems - Computerphile

How do we measure harm to improve the performance of Ai in the real world? Dr Hana Chockler is a Reader in Computer Science ...

Modes of Operation - Computerphile

Modes of Operation - Computerphile

You don't just 'run a cipher' - you need a mode of operation. Dr Mike Pound explains some relative to the Feistel cipher. **This ...

The Return of Festive Flashing Lights - Computerphile

The Return of Festive Flashing Lights - Computerphile

Steve gets all festive and tries to improve on the festive lights he built a mere 11 years ago... Dr Steve Bagley is based at the ...

Exploiting the Tiltman Break - Computerphile

Exploiting the Tiltman Break - Computerphile

Professor Brailsford returns to the subject of why Colossus was built. The professor's notes: ...

Hardware vs Software & Digital Video - Computerphile

Hardware vs Software & Digital Video - Computerphile

RISC processors kept things simple, but when do you need to make your hardware more complicated and when can you leave it ...

Double Ratchet Messaging Encryption - Computerphile

Double Ratchet Messaging Encryption - Computerphile

How does instant messaging encryption protect against

AI "Stop Button" Problem - Computerphile

AI "Stop Button" Problem - Computerphile

How do you implement an on/off switch on a General Artificial Intelligence? Rob Miles explains the perils. Part 1: ...

Supercomputer and the Milky Way - Computerphile

Supercomputer and the Milky Way - Computerphile

This Supercomputer is doing some of the most difficult computations in the world, about things that are out of this world. Thanks to ...

CPU Kernel Mode - Computerphile

CPU Kernel Mode - Computerphile

"If your name's not down, you're not coming in!" - How the CPU's "Bouncer" keeps some memory off-limits. Matt Godbolt continues ...