Kopf & other Team Members ## I ndex Introduction Scope Identified Vulnerabilities DAP-02-001 WP3: Status of vulnerabilities from previous code audit (Low) DAP-02-013 WP2: Access policy bypass due material available for testing. Next, three tickets - one new finding and two collections of past vulnerabilities and weaknesses - follow. The report will then close with a conclusion in which Cure53 will elaborate All relevant sources were made available for Cure53 ## I dentified Vulnerabilities The following sections list both vulnerabilities and implementation issues spotted during the testing period. Note that

recommend that servers use a Content-Security-Policy (CSP) header to prevent cross-site scripting vulnerabilities, specifically limiting to default-src: https://www.example.com/document/content-security-policy

Beyond Memory Safety Using Modern C++ to Avoid Vulnerabilities by Design ## MAX HOFFMANN ## Security Beyond Memory Safety Using Modern C++ to Avoid Vulnerabilities by Design FIFTY SHADES OF SHOOTING YOURSELF a1a9ded5bfd7fcd8788/p10_1.jpg) ## Security Beyond Memory Safety Using Modern C++ to Avoid Vulnerabilities by Design # After Jeep Hack, Chrysler Recalls 1.4M Vehicles for Bug Fix Welcome to the age of a1a9ded5bfd7fcd8788/p14_2.jpg) ## Security Beyond Memory Safety Using Modern C++ to Avoid Vulnerabilities by Design  !

sustainable fuzzer maintenance, increasing maintainer involvement and enabling fuzzing to find more vulnerabilities in memory safe languages. Maintainers who are interested in getting fuzzing integrated into their

Kotlin developers and other key decision makers in software security and software supply chain vulnerabilities with information regarding the top security risks they can expect to face — from inherent weaknesses Like many modern coding languages, Kotlin strives to continuously update its list of known vulnerabilities, releasing applicable patches as soon as possible. Of course, the team behind Kotlin recommends release. 2. Always use the latest versions of Kotlin’s dependencies, keeping a close eye on new vulnerabilities for the dependencies you use. 3. Always proactively provide feedback and report on security

with a package manager 5. Cache build assets internally 6. Monitor, prevent, and respond to vulnerabilities 7. Centralize common tasks 8. Produce SBOMs 9. Global, reproducible builds 10. Break large issues; need to minimize legal risk (covered later in this talk) • Fears of potential security vulnerabilities (covered later in this talk) Problem 4: Building open-source dependencies is hard Solution 4: Cataclysm: Dark Days Ahead Asset caching ## Problem 6: Security vulnerabilities in open-source code • Introduction of security vulnerabilities is a risk of consuming open-source • OpenSSL Heartbleed (2014)

Only components required for container running are included, reducing the attack surface and vulnerabilities, overheads, and reboot time of the OS. The rootfs is read-only to protect the system from attacks Further, it supports VM migration and live hypervisor update, and can dynamically fix software vulnerabilities without affecting VM running. ## ▶ Challenges Embedded systems have developed towards universal increasing large, among which there is a large amount of outdated code. In recent years, CVE security vulnerabilities frequently occur, and problems such as poor security, code redundancy, and low efficiency are

Threat actors A threat actor is an individual or group that intentionally attempts to exploit vulnerabilities, deploys malicious code, or compromise or disrupt a VTA $ ^{d} $ min deployment, often for personal VTA_{admin}-api. ## Attack surface A software attack surface refers to all possible entry points, vulnerabilities, and weak points within a software system that can be targeted or exploited by attackers to compromise and carefully placed vulnerabilities in some dependencies would make exploitation of VTA_{admin} users possible. Alternatively, VTA_{admins} dependencies could have vulnerabilities that a threat actor knows

static security scanning, spelling, linting and more). ### 11.2 Known Vulnerabilities none ### 11.3 Resolved Vulnerabilities https://jira.hyperledger.org/browse/FAB-10537 https://jira.hyperledger to Go version 1.9.2. Updated baseimage version to 0.4.6. ### 11.6 Known Vulnerabilities none ### 11.7 Resolved Vulnerabilities https://jira.hyperledger.org/browse/FAB-4824 https://jira.hyperledger.org/browse/FAB-5406 static security scanning, spelling, linting and more). ### 11.10 Known Vulnerabilities none ### 11.11 Resolved Vulnerabilities none ### 11.12 Known Issues & Workarounds The fabric-ccenv image

(unused code, static security scanning, spelling, linting and more). ## Known Vulnerabilities none ## Resolved Vulnerabilities https://jira.hyperledger.org/browse/FAB-10537 https://jira.hyperledger.org/browse/FAB-10577 Updated to Go version 1.9.2. Updated baseimage version to 0.4.6. ## Known Vulnerabilities none ## Resolved Vulnerabilities https://jira.hyperledger.org/browse/FAB-4824 https://jira.hyperledger.org/browse/FAB-5406 (unused code, static security scanning, spelling, linting and more). ## Known Vulnerabilities none ## Resolved Vulnerabilities none ## Known Issues & Workarounds The fabric-ccenv image which is used