Memory Safety for Embedded Devices with nesCheck Daniele MIDI, Mathias PAYER, Elisa BERTINO AsiaCCS 2017

Source URL: nebelwelt.net

Building the decentralized future Parity Internals ● Written in Rust ○ Memory safety and concurrency safety guarantees without GC

Source URL: www.bokconsulting.com.au

FIRE SAFETY CODE DEDICATION The Rhode Island Fire Safety Code, as outlined herein, is hereby dedicated, in loving memory to Fire Board Chairman Rene Coutu, to Fire Alarm Superintendent Martin Ballou, and to the Victims,

Source URL: www.sos.ri.gov

CUP: Comprehensive User-Space Protection Nathan Burow, Derrick McKee, Scott A. Carr, Mathias Payer Memory Safety ●

Source URL: nebelwelt.net

Automatic Safety Proofs for Asynchronous Memory Operations ∗ Matko Botinˇcan Mike Dodds

Source URL: www.doc.ic.ac.uk

Proving Termination and Memory Safety for Programs with Pointer Arithmetic? Thomas Str¨ oder1 , J¨ urgen Giesl1 , Marc Brockschmidt2 , Florian Frohn1 , Carsten Fuhs3 , Jera Hensel1 , and Peter Schneider-Kamp4

Source URL: www.dcs.bbk.ac.uk

Segmenting Financial Resilience 17th May

Source URL: masassets.blob.core.windows.net

• Image segmentation
• Market segmentation
• Psychological resilience
• Persona
• Memory segmentation
• Resilience
• Segmentation
• Prevention
• Safety
• Marketing

Data Randomization Cristian Cadar Microsoft Research Cambridge, UK

Source URL: www.doc.ic.ac.uk

• Computing
• Software engineering
• Software bugs
• Computer programming
• Computer memory
• C standard library
• Address space layout randomization
• Buffer overflow
• Heap overflow
• C dynamic memory allocation
• Pointer
• Memory safety

Semantically Enhanced Containers for Concurrent Real-Time Systems Damian Dechev1 , Peter Pirkelbauer1 , Nicolas Rouquette2 , and Bjarne Stroustrup1 , , .

Source URL: pirkelbauer.com

• Concurrency control
• Software transactional memory
• Compare-and-swap
• Non-blocking algorithm
• ABA problem
• Monitor
• Hazard pointer
• Lock
• Load-link/store-conditional
• Linearizability
• Mutual exclusion
• Thread safety

Purdue University - Department of Computer Science Data Confidentiality and Integrity Scott A. Carr and Mathias Payer Motivation: void vulnerable() {

Source URL: scottandrewcarr.com

• Software bugs
• Cryptography
• Programming language implementation
• National security
• Memory safety
• Software engineering
• Vulnerability
• Mbed TLS
• Computer security
• Computer memory
• Pointer