Главная
Study mode:
on
1
Intro
2
Prevent Bugs
3
Why use Turingcomplete languages
4
What are Turingcomplete languages
5
Verilog VHDL
6
Verification
7
Networking is a mess
8
Traditional switch
9
Turing
10
SoftwareDefined Networking
11
Network Verification
12
Network Specifications
13
Key Unverifiable Component
14
SDI
15
Base
16
Soft
17
Finite State Modeling
18
Finite State Simulation
19
Runtime Model Checking
Description:
Explore an unorthodox approach to cybersecurity in this 23-minute IEEE conference talk. Delve into the concept of "Security Through Feebleness" as presented by Rick McGeer at the 2016 LangSec Workshop. Examine the challenges and opportunities in Software-Defined Infrastructure, focusing on the need for guaranteed properties of performance and function in opaque, user-independent systems. Investigate the importance of static bug detection and inherently verifiable infrastructure configurations. Learn about the tractability of verification in state-free and finite-state systems, particularly in OpenFlow rulesets and configuration layers. Consider the community's challenge in designing usable, concise configuration models for software-defined infrastructure that maintain weak semantics and appropriate performance abstractions while enabling verification.

Safety to the Weak! Security Through Feebleness - An Unorthodox Manifesto

IEEE
Add to list
0:00 / 0:00