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BranchCache supports file sharing using Server Message Block (SMB) and HTTP . As shown in Figure 25-8, applications do not need to communicate directly with BranchCache (although they can if they need to) . Instead, applications will access the SMB and HTTP interfaces, exactly as they do in earlier versions of Windows .

Because the BranchCache client is built into the SMB and HTTP stacks, any application that uses the Windows 7 SMB or HTTP stack will take advantage of BranchCache automatically . Applications that implement custom SMB or HTTP stacks, such as the Firefox Web browser, will not benefit from BranchCache . The following sections describe how BranchCache can improve the efficiency of file sharing using SMB and Web browsing with HTTP .

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BranchCache supports SMB (including Signed SMB) and Common Internet File System (CIFS), the standard protocols for network file transfers when connecting to shared folders from Windows Explorer or when using command-line tools, such as Robocopy and Xcopy . Naturally, the first request for a file can never be fulfilled from the cache . The first BranchCache client to retrieve a file must download it directly from the server and then store it in the cache . However, as long as the file is not updated, all subsequent read requests for the same file can be retrieved directly from the cache . If a user updates a file on a shared folder, clients will download the updated file directly from the server rather than the cache . Files smaller than 64 KB are never cached .

Web Browsing with HTTp (Including HTTpS)

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HTTP and HTTPS are the standard protocols that Web browsers use . With HTTP or HTTPS and BranchCache, intranet Web pages can be cached in the branch office and retrieved by other clients on the local network . BranchCache provides a separate cache from the cache built into Windows Internet Explorer . The Internet Explorer cache is accessible only to the current user, whereas BranchCache is accessible to other users at the same branch . BranchCache is not designed to be used with Internet Web pages . For HTTP caching to be supported, the Web server must be using Windows Server 2008 R2 with IIS . Only content marked as cacheable will be stored using BranchCache . Typically, this allows the most bandwidth-intensive Web content types to be cached, including static HTML pages, documents, images, sounds, and videos .

For example, consider a scenario in which Human Resources posts a video for all employees to watch . If that video is hosted on a Web server with BranchCache enabled, the first and second clients to view the video can download it from the intranet Web server across the WAN . The second client stores a copy of the video in the cache . Then, the third and subsequent clients download a small identifier from the intranet Web server and retrieve the full video directly from the cache . Because each page might be different, most dynamically generated Web pages cannot be cached . However, BranchCache can still reduce WAN bandwidth usage by caching static images referenced in the page .

The DNS client in Windows 7 and Windows Server 2008 R2 and the DNS server in Windows Server 2080 R2 support DNS Security Extensions (DNSSECs) as per RFCs 4033, 4034, and 4035 to validate the integrity of DNS records . By validating that a DNS record was generated by the authoritative DNS server and that the DNS record has not been modified, Windows 7 and Windows Server 2008 R2 can validate the integrity of DNS responses . With DNSsec, authoritative DNS servers running Windows Server 2008 R2 that support DNSSEC will sign a DNS zone cryptographically to generate digital signatures for all the resource records in the zone . Other DNS servers can verify that a DNS record was signed by the authoritative DNS server and that it has not been modified . The DNS client running Windows 7 is DNSSEC-aware and relies on its local DNS server for DNSSEC validation .

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