当前位置:网站首页>Backward quantum cryptography migration! NIST announces 12 Partners
Backward quantum cryptography migration! NIST announces 12 Partners
2022-07-24 02:22:00 【Qforepost】

( picture source : The Internet )
In recent days, , It belongs to the National Institute of standards and Technology (NIST) National Center for cybersecurity excellence (NCCoE) , released “ Backward quantum cryptography migration ” (PQC) Selected in the project 12 Partners , Further emphasize the organization's commitment to PQC Attention to the project .
As early as PQC When the project starts ,NIST Post quantum cryptography ( Also known as anti quantum cryptography ) A systematic analysis is carried out . They pointed out that , In the past thirty years , Public key cryptography has become an indispensable part of the global communication digital infrastructure , For example, in mobile communication 、 Internet Commerce 、 Areas such as social networking and Cloud Computing .
Most communication protocols mainly rely on three core encryption technologies : Public key encryption 、 Digital signature and secret key exchange . The security of these cryptosystems depends on the difficulty of some problems , For example, Integer Decomposition 、 Complex problems such as discrete logarithm . But quantum computing will solve these problems and make these encryption systems no longer secure . Although the question of when to build a large quantum computer is complex and controversial , But in order to resist the devastating challenges that quantum computing will bring to Cryptography in the future , from now on , We must start to deploy a secure migration to anti quantum computing encryption system .

The influence of quantum computing on commonly used cryptographic algorithms ( picture source :NIST)
PQC The project is committed to providing white papers for the organization 、 Guides and various tools , Provide “ automation ” help . at present ,NIST Has been announced for PQC The preferred Recommendation Algorithm . However, there is still a lot of work to be done , For example, abandon the use of tradition RSA Encrypted module , Instead, insert a new algorithm .NIST Will explore quantum / Stability of classical encryption algorithm implementation 、 Expansibility and security , And identify areas that need to be upgraded , So as to provide a systematic method to migrate to anti Quantum Algorithm .
In order to promote the development of the project ,NCCoE Creating project partner alliance , And according to the cooperative research and development agreement (CRADA) To determine the 12 Partners . Here are the selected 12 companies :
Amazon Internet service company Amazon Web Services
The United States Cisco Systems Cisco Systems
Canadian cyber security company Crypto4A
French password security management software company Cryptosense SA
Canadian cyber security company InfoSec Global
Quantum security Canada ISARA
The United States Microsoft company Microsoft
South Korea ICT company samsung SDS
American quantum AI company SandboxAQ
American encryption solutions Thales DIS CPL USA
US data security provider Thales Trusted Cyber Technologies
American cloud computing company VMware
Link to the original text :
https://quantumcomputingreport.com/nist-announces-collaborating-vendors-in-the-migration-to-post-quantum-cryptography-project/
writing :NCCoE
compile : Huike
edit : Mu Yi
notes : Ben Translated from “NCCoE”, Do not represent Quantum outpost view .
边栏推荐
- How to do a good job of accompanying translation
- 使用第三方账号登录
- [important notice] the third phase of planet online training is coming! Explain how to build your own quantitative strategy on qtyx
- Qml- use listview to build a three-level treeview architecture
- Draw pictures with canvas
- 图解数组和链表详细对比,性能测试
- Go基础笔记_5_数组切片
- C language curriculum - personal information management system (including student grades and consumption records)
- 深入了解-微信开发者工具
- [untitled]
猜你喜欢

【MySQL】字符集utf8mb4无法存储表情踩坑记录

Magazine feature: the metauniverse will reshape our lives, and we need to make sure it gets better

Solve the problem that the script tag is written in front of the element node and cannot get the element node

BPG notes (III)

Leetcode exercise -- two questions about the nearest common ancestor of binary trees

Is software testing still popular in 2022?

图解数组和链表详细对比,性能测试

Cinq ans de contact avec près d'une centaine de patrons, en tant que chasseur de têtes, j'a i découvert que le secret de la promotion n'est que quatre mots

LeetCode 70爬楼梯、199二叉树的右视图、232用栈实现队列、143重排链表

Pbootcms template calls the tag ordinal number from 2 or automatic number
随机推荐
Leetcode exercise -- two questions about the nearest common ancestor of binary trees
BPG notes (III)
奔走相告,行情与量化页面功能优化!股票量化分析工具QTYX-V2.4.5
无需编码,自动实现“异步 Request-Reply”模式
async await详解 & Promise
Jina AI 联合Datawhale,发起学习项目!
Seatunnel architecture
Halide:: generator instructions
原生组件、小程序与客户端通信原理、video、map、canvas、picker等运行原理
Cmake Getting Started tutorial
Improvement of DB file sequential read caused by insert
Halide::Generator生成器使用说明
Reconnaître le Protocole de couche de transport - TCP / UDP
Chapter 9.2 program control of MATLAB
通过Arduino IDE向闪存文件系统上传文件
Brief introduction of tfw6524 perfectly replacing imported pt6524 chip
Jmeter+influxdb+grafana pressure measurement real-time monitoring platform construction
hdu-7141 Ball (bitset)
LeetCode 70爬楼梯、199二叉树的右视图、232用栈实现队列、143重排链表
Upload files to flash file system through Arduino IDE