You may be looking at deploying Active Directory Federation Services (AD FS) to support Microsoft Office 365, implement authentication to cloud applications or integrate diverse identities from partners and other organizations. Whatever your reason, AD FS will become a key component for authentication and access and as such must be scalable, highly-available and fault tolerant. Come to this session and learn how to design AD FS farms to support different scenarios and how to rapidly deploy them. The session covers the Windows Server 2012 R2 version of AD FS.
SQL Server connections in cloud scenarios – including with Windows Azure SQL Database – have an inherent degree of unreliability when compared to local SQL Server client/server connections. These challenges to reliability derive from several factors, including inconsistent Internet connectivity, machines in a cluster failing over and databases switching partitions. In this video, you’ll see how to use the new ADO.NET Connection Resiliency feature to add an extra level of resiliency and address these cloud-specific database connection considerations.
ASP.NET App Suspend is a feature of Windows Server 2012 R2 and the .NET Framework 4.5.1 that brings a mobile app “tombstoning”-style feature to ASP.NET Web sites. App Suspend enables developers to use shared hosting services with the experience of dedicated hosting, by making much better use of existing server hardware. In this video, we’ll show you how to configure Internet Information Server (IIS) to enable the ASP.NET App Suspend feature for a site and demonstrate the before-and-after results. After viewing this video, you’ll see why App Suspend is a big step forward in the ASP.NET application user experience.
Windows 10 introduces support for USB Dual Role and Type-C, which will enable new wired connectivity scenarios such a phone interacting with USB peripherals, or laptops connecting to an external display using the USB Type-C connector. This session will go into detail on how Windows supports these technologies and what you need to do to enable them. Topics include: Overview of the new use cases introduced with USB Dual Role and Type-C, What scenarios are and aren’t supported for Dual Role devices, Using Alternate Modes (e.g. DisplayPort, Thunderbolt, or MHL) over Type-C, Support for Power Delivery, enabling devices to provide/consume up to 100W over USB, Hardware and software architecture changes for Dual Role and Type-C, and Building a Windows system with Dual Role and/or Type-C support. Intended Audience: OEMs, ODMs, IDHs, IHVs, Peripheral Manufacturers, Driver Developers.