O’Reilly & Associates Inc. / Air Force Research Laboratory / Google UK Ltd. / SRI International / SOAAP / Google Inc. / /
Country
United States / / /
Facility
University of Wisconsin Madison / University of Cambridge / Air Force Research Laboratory / /
IndustryTerm
experimental systems / compartmentalisation systems / end-user software ecosystem / conventional operating system sandboxing systems / web browsers / web browser / cryptographic processing / window server / software developer / exploration tool / Coarse hardware / users online presence / gzip command-line compression tool / large-scale compartmentalised applications / command-line tool / image processing / web programs / static/dynamic tool / monolithic applications / Compression algorithms / static and dynamic analysis tools / untrusted web servers / /
OperatingSystem
UNIX / Linux / FreeBSD / UNIX system / /
Organization
NIST Computer Security Resource Center / Defense Advanced Research Projects Agency / USENIX Association / University of Cambridge / University of Wisconsin Madison / Department of Defense / OpenMP Architecture Review Board / /
Person
Kernel Figure / Ben Laurie / Valgrind Static / Robert N. M. Watson / Jonathan Anderson / Pawel Jakub Dawidek / Peter G. Neumann / Wei Ming Khoo / Steven Hand / CHERI CPU / Schroeder / Anil Madhavapeddy / /
Position
R. N. / application programmer / software developer / programmer / /
Product
C-0237 / /
ProgrammingLanguage
Java / HTML / JavaScript / C++ / /
Technology
virtual machine / Application Program Interface / UNIX / Linux / Compression algorithms / operating system / HTML / SSL / operating systems / image processing / sandboxing technology / cryptography / Java / CHERI processor / UNIX system / HTTP / /
Exploring compartmentalisation hypotheses with SOAAP Khilan Gudka∗ , Robert N. M. Watson∗ , Steven Hand∗ , Ben Laurie† and Anil Madhavapeddy∗ ∗ University of Cambridge - [removed] † Google UK