One Article Review
| Source |  GoogleSec |
|---|---|
| Identifiant | 8316726 |
| Date de publication | 2023-03-08 12:04:53 (vue: 2023-03-08 18:06:25) |
| Titre | OSV and the Vulnerability Life Cycle |
| Texte | Posted by Oliver Chang and Andrew Pollock, Google Open Source Security Team It is an interesting time for everyone concerned with open source vulnerabilities. The U.S. Executive Order on Improving the Nation's Cybersecurity requirements for vulnerability disclosure programs and assurances for software used by the US government will go into effect later this year. Finding and fixing security vulnerabilities has never been more important, yet with increasing interest in the area, the vulnerability management space has become fragmented-there are a lot of new tools and competing standards. In 2021, we announced the launch of OSV, a database of open source vulnerabilities built partially from vulnerabilities found through Google's OSS-Fuzz program. OSV has grown since then and now includes a widely adopted OpenSSF schema and a vulnerability scanner. In this blog post, we'll cover how these tools help maintainers track vulnerabilities from discovery to remediation, and how to use OSV together with other SBOM and VEX standards. Vulnerability Databases The lifecycle of a known vulnerability begins when it is discovered. To reach developers, the vulnerability needs to be added to a database. CVEs are the industry standard for describing vulnerabilities across all software, but there was a lack of an open source centric database. As a result, several independent vulnerability databases exist across different ecosystems. To address this, we announced the OSV Schema to unify open source vulnerability databases. The schema is machine readable, and is designed so dependencies can be easily matched to vulnerabilities using automation. The OSV Schema remains the only widely adopted schema that treats open source as a first class citizen. Since becoming a part of OpenSSF, the OSV Schema has seen adoption from services like GitHub, ecosystems such as Rust and Python, and Linux distributions such as Rocky Linux. Thanks to such wide community adoption of the OSV Schema, OSV.dev is able to provide a distributed vulnerability database and service that pulls from language specific authoritative sources. In total, the OSV.dev database now includes 43,302 vulnerabilities from 16 ecosystems as of March 2023. Users can check OSV for a comprehensive view of all known vulnerabilities in open source. Every vulnerability in OSV.dev contains package manager versions and git commit hashes, so open source users can easily determine if their packages are impacted because of the familiar style of versioning. Maintainers are also familiar with OSV's community driven and distributed collaboration on the development of OSV's database, tools, and schema. Matching The next step in managing vulnerabilities is to determine project dependencies and their associated vulnerabilities. Last December we released OSV-Scanner, a free, open source tool which scans software projects' lockfiles, SBOMs, or git repositories to identify vulnerabilities found in the |
| Notes | ★★★★ |
| Envoyé | Oui |
| Condensat | 130 2021 2023 302 600 ability able about across added address adopted adoption advisory affected all alongside already also analysis andrew announced another answer are area asked associated assurances authoritative auto automation back barriers based because become becoming been begins better blog break bridge broader bugs build building built but called can cases cause centric chang check citizen class clear closely codebase collaboration commit community comparatively compatibility competing complex complicated component comprehensive concern concerned constraints consuming contains contribute contributions contributors convenient conversion convert converted correctly costs could cover csaf current currently cve cves cybersecurity cycle cyclonedx data database databases december deep dependencies dependency describing design designed desire determine dev developer developers development developments different difficult directly disclosure discovered discovery distributed distributions doesn drive driven easily easy ecosystem ecosystems effect effortlessly emerging enable enables encode entries established even every everyone example exchange executive exist experience expertise exploitability exploitable–and express familiar feature features feedback files find finding first fit fix fixing focused format formats fortunately found fragmented free from function fuzz generally generate generating gets git github given goal google government graph group grown has hashes help helpful helping high how however identification identified identify identifying ignore impacted important improve improving included includes including increasing incredibly independent industry information input intensive interest interesting isn issue its just justification keep key known lack language last later latest launch launched libraries life lifecycle lightweight like likely linux list lockfile lockfiles lot machine maintain maintainers maintains major management manager managing manual manually march matched matching may mean mechanisms metadata minimal months more multiple nation necessary need needs nested never new next not now obligated often oliver once one only open opening openssf openvex order oss osv other out over own package packages part partially path paths pollock positive post posted prefers present prioritization prioritize process product program programs project projects proprietary provide provides providing prs pulls python quality questions reach readability readable reception recording records released remains remediated remediation removing repositories requirements requiring resembles resolve result rich rocky roughly rust sbom sboms scale scanned scanner scanning scans schema security seems seen service services several shows similarly simple since six size software sometimes source sources space spdx spec specific specification standard standard: standards stars statement statements static step straightforward strong style such suggesting support supporting tailored team thank thanks them then these through throughout time times today together tool tools total towards track treats tree trees two unify unnecessary update upgrade upgrading url use used user users using valuable vers versa versioning versions very vex vice view vulnerabilities vulnerability vulnerable want welcome when which wide widely will wonder work worked workflow working year yet your |
| Tags | Tool Vulnerability |
| Stories | |
| Move | 
|
L'article ne semble pas avoir été repris aprés sa publication.
L'article ne semble pas avoir été repris sur un précédent.