A little background:
Few days back Google released a preview version for the Android 3.0 SDK code named HoneyComb. For quite some time now, the enterprise has been asking for device management features for the Android Platform. Blackberry has these features integrated into their solution. Recently Apple also embraced the initiative and supported enterprise features in their iOS 4.
The obvious reason for these trends is due to the customer demands. Earlier, enterprises used to provide employees with smart phones (read blackberries) to access corporate resources. Blackberry was the only solution providing secure corporate access, encryption and security policies. However, with iPhone getting popular, the momentum shifted in last couple of years. Now, instead companies providing the smartphones, employees demand the type of phone they want and companies' IT departments have the daunting task to support these smartphones. These demands lead Apple to add device management support to iOS.
Android seems to be a very different game. It is gaining a lot of popularity these days. The open nature of it has enabled the platform to be adopted by a huge number of manufactures resulting in a burst of Android powered devices. In the corporate world, employees are asking for supporting Android devices too.
Some initial thoughts (technical):
In Froyo (Android 2.2), google introduced some device admin APIs. Using these, some basic device management functionalities could be achieved. (Device lock, set password, device wipe). However, one primary concern for corporates is Encryption !
Just few days back, google released a preview version of honeycomb SDK. This is my interpretation of the Encryption API found in HoneyComb preview SDK. I'll update the blog or write a new post when I learn more on this.
As a device admin, an application first has to check weather Encryption is supported by the tablet (in hardware). I don't think there is software encryption algorithm in honeycomb. I'll be surprised to see a software encryption (it will defenitely slow down the tablet in my opinion - but who knows, there are always surprises in the world !).
So, assuming there is hardware support, the admin app can test it (using the getStorageEncryptionStatus) and then call the start encryption method (setStorageEncryption). This will trigger the hardware encryption process. According the honeycomb preview api documentation, this will encrypt only the application storage area (i.e. all the internal memory - my guess) and may not the external memory (sd card).
SDK documentation for the setStorageEncryption says:
This policy controls encryption of the secure (application data) storage area. Data written to other areas (e.g. the directory returned by getExternalStorageDirectory() may or may not be encrypted.
I came across an engaget article that says that the motorola xoom has an option to encrypt the entire tablet. This is a bit incomplete and misleading. Does this mean that Motorola has extended honeycomb to encrypt the SD card as well ? Who knows, only time will tell. I'm curious to know what kind of encryption is supported - hardware/software. Will it (and how much) affect the performance ? and will this initiative please corporates and will they embrace Android devices ?
Time will tell and if it tells me first, I'll update the blog :) Do leave any comments if you find any information or corrections.