域名加密

㈠ 怎麼使用域名通過SSL加密

使用域名申請SSL證書就可以實現域名SSL加密。安信證書提供Symantec、GeoTrust、Comodo、RapidSSL、Globalsign、AlphaSSL等多家全球權威CA機構的SSL數字證書，SSL證書種類齊全，而且提供免費安裝、免費重簽、30 天無條件退款等服務。

㈡ 域名加密後怎麼調用

分三步操作：
1、域名申請後，服務商應該給你一個管理後台登陸地址的（每個服務商不同），然後你用它們給你的「域名管理密碼」登陸後，裡面有 「 域名管理」 項（一般都是這個名稱），選擇「A記錄」填寫上你的IP地址。確定即可。一般生效時間在4個小時。可以通過命令查詢（方法：點擊「開始」-「運行」，輸入cmd，打開doc窗口，輸入：ping 你的域名,如果返回ip，就證明通了）

2、你要電話通知你的ftp服務商，告訴他們，給你的空間「加別名」，他就會問你域名是多少，你告訴他即可，一般這個空間綁定操作最多半小時即可生效。此操作無法查。

3、你用ftp上傳軟體（LeapFTP、FXP、cuteFTP等）把你的網頁源文件上傳到該空間即可（軟體很簡單）

㈢ 如何設置域名隱私保護

設置域名隱私保護方法如下：

這里用萬網/阿里雲做案列：

1、登錄萬網/阿里雲 【管理控制台】 ，點擊【域名】-【管理】，進入【單域名控制台】。

㈣ 怎麼給網站域名後面的目錄加密顯示

Apache即可實現目錄加密顯示：
Apache對網站目錄加密是用.htaccess文件進行設置，在.htaccess文件中寫入：

AuthType Basic

AuthName "WORKING CENTER"

AuthUserFile /home/user/.htpasswd

Require valid-user

再生成相應的密碼文件.htpasswd(該文件名可以隨意，不過必須與.htaccess中相同)：

user:I/CrS5Tm.EPGc

以上是.htpasswd中的內容，user部分是用戶名，「：」號後面的是加密後的密碼，該密碼可以用一個腳本生成：

#!/usr/bin/perl

usestrict;

my

$passWord=$ARGV[0];

print

crypt($passWord,$passWord)."\n";

將以上內容寫入，腳本中：vim pass.pl

注意：.htaccess文件是放在需要加密的目錄下，上傳好後apache不需要重啟，.htpasswd密碼文件不要放在網站目錄下，路徑不要寫錯!

該密碼文件有相關工具可以生成，htpasswd命令，比如：

#htpasswd –bc .htpasswd user passuser

這樣就會在當前目錄下生成帶有用戶名為user，密碼為passuser的.htpasswd文件。

㈤ 如何設置在IIS中只允許使用域名通過SSL加密訪問

IIS強制使用SSL加密訪問只要方法有2個。

一、強制SSL訪問：是指用戶輸入域名後自動跳轉到HTTPS，操作步驟：網頁鏈接

二、伺服器存在IP或者域名，必須要求域名訪問SSL，這種情況下需要IIS配置SSL證書綁定這個域名。可以參考IIS6文檔：網頁鏈接、IIS7文檔：網頁鏈接。

如果是IIS8以上伺服器可以直接綁定：

㈥ 如何js 加密綁定域名

把上邊這段代碼加入不讓其他域名載入的js文件的最開頭，加密的話其實就用一個js壓縮工具就可以了。上邊代碼我使用的是 google的 Closure Compiler。js文件加入以上代碼的話，只允許 www.test.com 的域名載入。

源文件如下：

(function(){
varchars='';
varhosts=location.host;
vars='';
for(vari=0;i<hosts.length;i++){
s+=hosts[i].charCodeAt(0);
}
if(s!=chars){
thrownewURIError('隨便寫點啥哇。。');
}
})();

㈦ 域名用https加密的具體操作急用啊！！！

域名進行https加密需要申請並安裝SSL證書。SSL證書申請流程如下：

第一步，生成並提交CSR（證書簽署請求）文件
CSR文件一般都可以通過在線生成（或伺服器上生成），申請人在製作的同時系統會產生兩個秘鑰，公鑰CSR和密鑰KEY。選擇了SSL證書申請之後，提交訂單並將製作生成的CSR文件一起提交到證書所在的CA頒發機構。
第二步，CA機構進行驗證
CA機構對提交的SSL證書申請有兩種驗證方式：
第一種是域名認證。系統自動會發送驗證郵件到域名的管理員郵箱（這個郵箱是通過WHOIS信息查詢到的域名聯系人郵箱）。管理員在收到郵件之後，確認無誤後點擊我確認完成郵件驗證。所有型號的SSL證書都必須進行域名認證。
第二種是企業相關信息認證。對於SSL證書申請的是OV SSL證書或者EV SSL證書的企業來說，除了域名認證，還得進行人工核實企業相關資料和信息，確保企業的真實性。
第三步，CA機構頒發證書
由於SSL證書申請的型號不同，所驗證的材料和方式有些區別，所以頒發時間也是不同的。
如果申請的是DV SSL證書最快10分鍾左右就能頒發。如果申請的是OV SSL證書或者EV SSL證書，一般3-7個工作日就能頒發。

㈧ 我有個PHP程序，想設置域名綁定加密，怎麼實現 - 技術問答

首先要寫一個函數來讀取域名，參考下面這個網址 http://webservices.ctocio.com.cn/474/8884974.shtml然後你的代碼要加密（只能防君子，防不了小人）

㈨ 域名密鑰

這是一項基於PKI但又不屬於傳統的PKI加密解密的新技術，還沒成為全球的安全標准。所以，我也難說明它是怎麼樣的VERIFY DIGITAL SIGNATURE。
還是給你一個官方的解說吧。就當是為混2分
Yahoo!雅虎 Anti-Spam Resource Center反垃圾郵件資源中心
Home FAQs Tools Tips Fun Facts Spam and the Law DomainKeys家居常見工具小費訓事實和法律domainkeys郵件
DomainKeys: Proving and Protecting Email Sender Identitydomainkeys:電子郵件寄件人身份證明和保護
Email spoofing - the forging of another person's or company's email address to get users to trust and open a message - is one of the biggest challenges facing both the Internet community and anti-spam technologists today.電子郵件欺騙-偽造他人或公司的電子郵件信箱得到了用戶的信任與公開的信息,是雙方面臨的最大挑戰之一,網上社區反垃圾郵件技師. Without sender authentication, verification, and traceability, email providers can never know for certain if a message is legitimate or forged and will therefore have to continually make ecated guesses on behalf of their users on what to deliver, what to block, and what to quarantine, in the pursuit of the best possible user experience.無寄件人認證、審核、追蹤、電子郵件提供商如果能永遠不知道某些訊息是合法或偽造,因而必須不斷的猜測,代其向用戶提供什麼,什麼座什麼檢疫,在追求最佳的用戶經驗.
DomainKeys is a technology proposal that can bring black and white back to this decision process by giving email providers a mechanism for verifying both the domain of each email sender and the integrity of the messages sent (i.e,. that they were not altered ring transit).domainkeys是技術方案,可以使黑白回到這一決定的過程給予核查機制電子郵件提供商都屬於每個電子郵件發送者發出的信息和誠信(醋酸.他們沒有改變過境期間). And, once the domain can be verified, it can be compared to the domain used by the sender in the From: f ield of the message to detect forgeries.而一旦域可以驗證,就好比是用域的由寄件人:六油田的發現是偽造的訊息. If it's a forgery, then it's spam or fraud, and it can be dropped without impact to the user.如果是偽造的,那就郵件或欺詐行為,而且可以減少對用戶沒有影響. If it's not a forgery, then the domain is known, and a persistent reputation profile can be established for that sending domain that can be tied into anti-spam policy systems, shared between service providers, and even exposed to the user.如果不是偽造的,那麼,已知域,概況聲譽與執著,可設立派出域可以捆紮成反垃圾郵件政策體系服務提供商之間共享,甚至暴露用戶.
For well-known companies that commonly send transactional email to consumers, such as banks, utilities, and ecommerce services, the benefits of verification are more profound, as it can help them protect their users from "phishing attacks" - the fraulent solicitation for account information, such as credit card numbers and passwords, by impersonating the domain and email content of a company to which users have entrusted the storage of these data.對於知名公司共同向消費者發出電子郵件交易,如銀行、公用事業、商貿服務、好處核查更深刻,因為它可以幫助他們保護其用戶從"釣魚攻擊"的欺騙性勸帳戶信息如信用卡號碼和密碼,冒充域和電子郵件的內容,用戶紛紛向公司委託這些資料儲存. For these companies, protecting their users from fraud emails translates directly into user protection, user satisfaction, reced customer care costs, and brand protection.對於這些企業,保護其用戶直接翻譯成詐騙電子郵件用戶保護,用戶滿意,降低客戶服務成本、品牌保護.
For consumers, such as Yahoo!對於消費者來說,如雅虎 Mail users or a grandparent accessing email through a small mid-western ISP, instry support for sender authentication technologies will mean that they can start trusting email again, and it can resume its role as one of the most powerful communication tools of our times.郵箱用戶通過電子郵件或外祖父母存取小中西部商、工業支援寄件人認證技術將意味著他們可以信任的電子郵件後再次啟動,它可以恢復其作為世界上最強大的通信工具的時代.
Standardization and License Terms標准化與許可條件
DKIM is the result of the ongoing commitment from numerous instry players to develop an open-standard e-mail authentication specification, and instry collaboration has played a critical role in the process.dkim是由於許多業者正在承擔發展開放標准電子郵件認證規格和產業合作起到了關鍵的作用. Instry leaders who played a valuable role in furthering the development of the DKIM specification include, Alt-N Technologies, AOL, Brandenburg Internetworking, Cisco, EarthLink, IBM, Microsoft, PGP Corporation, Sendmail, StrongMail Systems, Tumbleweed, VeriSign and Yahoo!.業領導者的角色,發揮了寶貴的發展更進一步的dkim規格包括,競標氮技術,美國在線、勃蘭登堡互聯思科,earthlink,IBM公司、微軟公司、中Pgp總公司Sendmail的,strongmail系統tumbleweed,但Verisign和雅虎. The participation of these companies has been instrumental in creating this single, signature-based e-mail authentication proposal.參與這些公司一直在製造這種單一簽名的電子郵件認證提案. The authoring companies will continue to work with these organizations and the IETF on the standardization of the DomainKeys Identified Mail (DKIM) specification so that instry-wide agreement on the best method for validating the identification of email senders can be reached.該公司將繼續致力於創作與這些團體和有關IETF工作的規范化domainkeys確定郵件(dkim)規格,使整個行業的協議的最佳方法驗證電子郵件發送者身份才能達成. DomainKeys Identified Mail has begun advancing through the IETF Internet standards process to be ultimately approved as an IETF Internet Standard.domainkeys確定郵件已經開始通過網際網路網際網路標准過程進最終被批准為國際標准IETF工作.
For historical reference, Yahoo!為歷史借鑒,雅虎! has submitted the DomainKeys framework as an Internet-Draft entitled " draft-delany-domainkeys-base-03.txt .已將domainkeys框架作為網際網路決議題為"導流delany-domainkeys基地-03.txt. Yahoo!'s DomainKeys Intellectual Property may be licensed under either of the following terms:雅虎國domainkeys知識產權牌可以以下其中一條規定:
Yahoo!雅虎 DomainKeys Patent License Agreementdomainkeys專利許可協議
GNU General Public License version 2.0 (and no other version).GNU通用公共許可證2.0版(無其它版).
Yahoo!'s DomainKeys Intellectual Property includes the following patent(s) and patent application(s).雅虎國domainkeys知識產權包括以下專利申請專利(S)和(S)號.
U.S. Patent Number 6,986,049, issued January 10, 2006美國專利數量6,986,049發布2006年1月10日
U.S. Patent Application Serial Number 10/805,181, filed March 19, 2004美國專利申請序號八百○五分之一十○,181,立案2004年3月19日
PCT Application PCT/US2004/007883, filed March 15, 2004厘應用pct/us2004/007883,立案2004年3月15日
PCT Application PCT/US2005/008656, filed March 15, 2005厘應用pct/us2005/008656,立案2005年3月15日
In accordance with RFC2026, Yahoo!按照rfc2026雅虎! has also submitted the above license statement to the IETF as an IPR Disclosure.上述許可,也已向IETF工作作為知識產權聲明披露. Have license feedback?有執照的反饋?
Reference Implementation實施范圍
In addition to the Internet-Draft, Yahoo!除了網際網路草案,雅虎! has developed a reference implementation for DomainKeys that can be plugged into Message Transfer Agents (MTAs), such as qmail.制定了實施范圍,可為domainkeys誘惑訊息傳遞代理(多邊),例如qmail郵件. A version of this software has been released and is available at http://domainkeys.sourceforge.net/ .這個軟體版本已經獲釋,現已在http://domainkeys.sourceforge.net/. Sendmail has developed a DomainKey implementation for their popular MTA (both the commercial and freeware versions).Sendmail的執行他們制定了domainkey熱門甲硫(包括商業、免費版本). In fact, Sendmail, Inc. has released an open source implementation of the Yahoo!事實上,Sendmail的華碩已公開發表的消息<雅虎 DomainKeys specification for testing on the Internet and is actively seeking participants and feedback for this Pilot Program.domainkeys規格測試於互聯網和反饋,並積極尋求參與這項試辦計畫.
How DomainKeys Works如何domainkeys工程

How it Works - Sending Servers它如何送伺服器
There are two steps to signing an email with DomainKeys:有兩個步驟,簽署了與domainkeys電子郵件:
Set up: The domain owner (typically the team running the email systems within a company or service provider) generates a public/private key pair to use for signing all outgoing messages (multiple key pairs are allowed).成立:域所有者(通常隊辦起了公司的電子郵件系統或服務提供商)產生公共/私人鑰匙使用所有簽字離任訊息(多重關鍵雙雙獲准). The public key is published in DNS, and the private key is made available to their DomainKey-enabled outbound email servers.公鑰刊登的DNS,關鍵是提供給私人的domainkey驅動游電子郵件伺服器. This is step "A" in the diagram to the right.這一步的"A"在圖的權利.
Signing: When each email is sent by an authorized end-user within the domain, the DomainKey-enabled email system automatically uses the stored private key to generate a digital signature of the message.簽字:每發送電子郵件特准終端用戶的領域<domainkey驅動系統自動用電子郵件儲存私鑰產生數字簽名的信息. This signature is then pre-pended as a header to the email, and the email is sent on to the target recipient's mail server.這是當時簽字前彩超對電子郵件作為頭、而電子郵件發送給目標收件人的郵件伺服器. This is step "B" in the diagram to the right.這是一步"乙"在圖的權利.
How it Works - Receiving Servers它如何接收伺服器
There are three steps to verifying a signed email:有三個步驟,核實簽名電子郵件:

Preparing: The DomainKeys-enabled receiving email system extracts the signature and claimed From: domain from the email headers and fetches the public key from DNS for the claimed From: domain.准備:domainkeys-接收電子郵件系統,使提取簽名並聲稱來自:從電子郵件、綠頭域公鑰來自聲稱來自域名為:域. This is step "C" in the diagram to the right.這一步的"C"的圖權.
Verifying: The public key from DNS is then used by the receiving mail system to verify that the signature was generated by the matching private key.驗證:公共密鑰則用來從域名系統的接收郵件核實簽字私鑰產生配對. This proves that the email was truly sent by, and with the permission of, the claimed sending From: domain and that its headers and content weren't altered ring transfer.這證明,真正的電子郵件發送、許可,由派出稱:域,其頭和內容都沒有改變,在轉讓.
Delivering: The receiving email system applies local policies based on the results of the signature test.運送:適用土政策接收電子郵件系統基於簽名測試結果. If the domain is verified and other anti-spam tests don't catch it, the email can be delivered to the user's inbox.如果域驗證和其他反垃圾郵件測試也沒有漁獲,電子郵件可交付給用戶的inbox. If the signature fails to verify, or there isn't one, the email can be dropped, flagged, or quarantined.如果未能核實簽名,或有沒有一個能降的電子郵件、國旗或查封. This is step "D" in the diagram on the right.這一步的"D"在正確的圖.
In general, Yahoo!一般來說,雅虎! expects that DomainKeys will be verified by the receiving email servers.預料將經domainkeys接收電子郵件伺服器. However, end-user mail clients could also be modified to verify signatures and take action on the results.但是,最終用戶的郵件客戶還可改裝核實簽字並採取行動的結果.

Frequently Asked Questions常見問題
How will this help stop spam?如何幫助阻止垃圾郵件?
How will this help stop fraud/phishing attacks?如何幫助制止欺詐/網路釣魚攻擊?
Won't spammers just sign their messages with DomainKeys?剛剛簽署的電文不會與domainkeys濫發電郵?
What does DomainKeys verify?什麼domainkeys查證?
Why sign the entire message?所以整個標志信息?
Does DomainKeys encrypt each message?是否每個domainkeys加密信息?
What public/private key technology is used for DomainKeys?什麼公/私鑰用於科技domainkeys?
Who issues the public/private key pairs required by DomainKeys?誰的問題公/私鑰雙雙要求domainkeys?
Does DomainKeys require signing of the public key by a Certificate Authority (CA)?domainkeys是否需要簽署的公鑰證書管理局(星期六)?
How are DomainKeys revoked?如何domainkeys撤銷?
Why not just use S/MIME?為什麼不能用收盤/默?
How does DomainKeys work with mailing lists?如何domainkeys與郵寄名單?
Who implements DomainKeys?實行domainkeys誰?
Which mail transfer agents (MTAs) support DomainKeys?其中郵件傳遞代理(多邊)支持domainkeys?
How do I deploy DomainKeys?我如何部署domainkeys?
I don't use my domain's SMTP server to send email.我不使用我的域的SMTP服務來電子郵件. How do I use DomainKeys?domainkeys我該如何使用?
How can I send you feedback?我如何送你的反饋?
How will this help stop spam?如何幫助阻止垃圾郵件?
Several ways.幾種方式. First, it can allow receiving companies to drop or quarantine unsigned email that comes from domains that are known to always sign their emails with DomainKeys, thus impacting spam and phishing attacks.一是它可以讓公司接收電子郵件簽名下降或檢疫來自已知的領域,總是與domainkeys簽名電子郵件、垃圾郵件、釣魚攻擊從而沖擊. Second, the ability to verify sender domain will allow email service providers to begin to build reputation databases that can be shared with the community and also applied to spam policy.二能力驗證電子郵件發送者域將使服務提供商開始建造名聲資料庫是可以共享的社會,也適用於垃圾郵件的政策. For example, one ISP could share their "spam vs. legit email ratio" for the domain www.example.com with other ISPs that may not yet have built up information about the credibility and "spamminess" of email coming from www.example.com.例如一商可以分享他們的"濫發電郵的比率比legit"www.example.com域與其他供應商可能尚未建立起資料的可信度和"spamminess"的電子郵件來自www.example.com. Last, by eliminating forged From: addresses, we can bring server-level traceability back to email (not user-level - we believe that should be a policy of the provider and the choice of the user).最後,從消除偽造:地址我們能夠把伺服器級別可追蹤回電子郵件(不用戶級,我們相信應該是一個政策的提供者和用戶的選擇). Spammers don't want to be traced, so they will be forced to only spam companies that aren't using verification solutions.濫發電郵不想追查,所以他們將被迫只能利用郵件企業不核查辦法.
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How will this help stop fraud/phishing attacks?如何幫助制止欺詐/網路釣魚攻擊?
Companies that are susceptible to phishing attacks can sign all of their outgoing emails with DomainKeys and then tell the world this policy so that email service providers can watch and drop any messages that claim to come from their domain that are unsigned.公司易受釣魚攻擊的跡象都能夠打出自己的電子郵件與domainkeys然後告訴全世界,使這一政策能夠收看電子郵件服務提供商和落任何訊息,聲稱是來自域簽名. For example, if the company www.example.com signs all of its outgoing email with DomainKeys, Yahoo!舉例來說,如果公司www.example.com打出招牌,其所有的電子郵件同domainkeys雅虎! can add a filter to its SpamGuard system that drops any unsigned or improperly signed messages claiming to come from the domain www.example.com, thus protecting tens of millions of example.com's customers or prospective customers from these phishing attacks.它可以增加一個過濾系統,spamguard滴簽名或擺放任何訊息簽名自稱來自域www.example.com,保護千百萬example.com的客戶或准客戶從這些網路釣魚攻擊.
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Won't spammers just sign their messages with DomainKeys?剛剛簽署的電文不會與domainkeys濫發電郵?
Hopefully!但願! If they do, they'll make it easier for the Internet community to isolate and drop/quarantine their messages using the methods described above in "How will this help stop spam?"否則,人家較易互聯網社會孤立和落/檢疫信息的利用上述方法在"如何幫助阻止垃圾郵件"? Eliminating the uncertainty of "did this email really come from the domain example.com?" will facilitate a whole range of anti-spam solutions.消除不確定性"這真是電子郵件來自example.com域?"方便了一系列反垃圾郵件解決方案.
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What does DomainKeys verify?什麼domainkeys查證?
DomainKeys examines the From: and Sender: headers' domain to protect the user and deliver the best possible user experience.domainkeys審核:與發貨:頭'域維護用戶和用戶提供最佳的體驗. Desktop mail clients like Microsoft Outlook show these headers in their user interfaces.微軟Outlook郵件客戶桌面顯示這些頭象的用戶界面. If the user establishes their trust based on the these domains, then so should any system built to verify whether that trust is warranted.如果用戶信任的基礎上,確立了這些領域系統建成後,應查證是否有值得信任.
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Why sign the entire message?所以整個標志信息?
DomainKeys signs the entire message to allow the receiving server to also verify that the message wasn't tampered with or altered in transit.domainkeys跡象整個伺服器接收到的訊息,讓訊息,也未核實篡改變造過境. By signing the headers and the body, DomainKeys makes it impossible to reuse parts of a message from a trusted source to fool users into believing the email is from that source.簽訂箱與身體domainkeys它無法再用部分賀詞信靠欺騙用戶們相信,電子郵件是從源頭.

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Does DomainKeys encrypt each message?是否每個domainkeys加密信息?
DomainKeys does not encrypt the actual message - it only pre-pends a "digital signature" as a header.domainkeys不加密的實際消息只是預未決的"數字簽名"為標題.
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What public/private key technology is used for DomainKeys?什麼公/私鑰用於科技domainkeys?
DomainKeys currently uses an RSA public/private key method.domainkeys目前使用的RSA公/私鑰方式. The key length is decided by the domain owner.關鍵是由長度域所有者.
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Who issues the public/private key pairs required by DomainKeys?誰的問題公/私鑰雙雙要求domainkeys?
The domain owner, or an agent or service provider acting on their behalf, should generate the key pairs that are used for their DomainKeys-enabled mail system.域所有者或代理人或服務提供商代表他們行事產生的關鍵,應該是用於對它們domainkeys-使郵件系統.
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Does DomainKeys require signing of the public key by a Certificate Authority (CA)?domainkeys是否需要簽署的公鑰證書管理局(星期六)?
DomainKeys does not require a CA.domainkeys不需要證. Much like a trusted Notary Public, Certificate Authorities are used in public/private key systems to sign, or "endorse," public keys so that the external users of public keys can know that the public keys they receive are truly owned by the people who sent them.猶如信賴公證,公證書使用部門/私鑰簽制度、或"贊同",使外部用戶公共密鑰公共密鑰公共密鑰可以知道他們是否真正擁有的人送. Since DomainKeys leverages DNS as the public key distribution system, and since only a domain owner can publish to their DNS, external users of DomainKeys know that the public key they pull is truly for that domain.自domainkeys杠桿作為公鑰分配域名系統由於只有一個域可以擁有自己的DNS出版、外部用戶domainkeys知道公鑰是真正為他們牽到域. The CA is not needed to verify the owner of the public key - the presence in that domain's DNS is the verification.證不需要驗證公鑰主人-駐留在該領域的域名是核實. However, it is possible that Certificate Authorities may become a valuable addition to the DomainKeys solution to add an even greater level of security and trust.但是證機關也有可能會成為一項寶貴的domainkeys除了增添更大程度地解決安全和信任.
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How are DomainKeys revoked?如何domainkeys撤銷?
DomainKeys allows for multiple public keys to be published in DNS at the same time.domainkeys允許多種公共鑰匙刊登的DNS在同一時間. This allows companies to use different key pairs for the various mail servers they run and also to easily revoke, replace, or expire keys at their convenience.這使公司對使用不同的重點,對各郵件伺服器,也能輕易地撤銷他們來說,代替,或在方便的鑰匙屆滿. Thus, the domain owner may revoke a public key and shift to signing with a new pair at any time.因此,車主可撤銷公鑰域,轉向以新簽署一雙隨時.
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Why not just use S/MIME?為什麼不能用收盤/默?
S/MIME was developed for user-to-user message signing and encryption and by design should be independent of the sending and receiving servers.收盤/默研製用戶對用戶的信息加密和簽署了設計和應該獨立於發送和接收伺服器. We believe that DomainKeys should be a natural server-to-server complement to S/MIME and not a replacement.我們相信應該是一個天然domainkeys伺服器對伺服器補充收盤/默不更換. Additionally, since S/MIME is used by many security-conscious instries, we need to ensur