SLAP, or Data Speculation Attacks via Load Address Prediction, functions by exploiting Apple Silicon's Load Address Predictor, which guesses the next memory address the CPU will use.

Apple hasn't yet released a fix, but it's aware of the Apple Silicon vulnerabilities. The researchers who found SLAP and FLOP notified Apple about a year ago for one flaw, and about six months ago ...

The full names of the new flaws are “Data Speculation Attacks via Load Address Prediction on Apple Silicon (SLAP)” and “Breaking the Apple M3 CPU via False Load Output Predictions (FLOP).” ...

Speculative execution in Apple Silicon chips like the M2, M3, A15, and A17 boosts performance but also introduces vulnerabilities. Researchers have identified security flaws, SLAP and FLOP ...

SLAPping LAP silly. SLAP abuses the LAP feature found in newer Apple silicon to perform a similar data-theft attack. By forcing LAP to predict the wrong memory address, SLAP can perform attacker ...

“SLAP: Data Speculation Attacks via Load Address Prediction on Apple Silicon” Authors: Jason Kim, Daniel Genkin, Yuval Yarom 2025. We present SLAP, a new speculative execution attack that arises from ...

PCIe NVME cards allow you to slap in as many drives as your heart desires. ... Apple silicon is impressive and the future, so the 2019 Mac Pro deserves its dwindling fate.

SLAP enables an attacker to launch an end-to-end attack on the Safari web browser on devices with M2/A15 chips. ... Apple silicon ran afoul of another side-channel attack called GoFetch.

Apple’s iMac is about to experience its biggest redesign. Two decades after the iMac G3 first hit the world stage, today’s all-in-one has a lot in common.

Several Apple devices launched after 2021 are reportedly affected by two newly discovered vulnerabilities in Apple’s A- and M-series chips.These vulnerabilities can potentially give attackers ...

Speakers slap. TIRED. Very loud fan under load and High Power Mode. ... thanks to the launch of the latest from Apple’s in-house silicon production, the M3 CPU.