Private Device

Private Device
Features exclusive to our private device cloud
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The continuous testing platform for enterprise scale automation
Plans designed for individuals, small and medium-sized teams
Free live and automated testing for open source projects
Automate tests at every stage of the development cycle
Release more quickly and improve developer productivity
Interactively test websites and real mobile devices
The continuous testing platform for enterprise scale automation
Plans designed for individuals, small and medium-sized teams
Free live and automated testing for open source projects
Automate tests at every stage of the development cycle
Release more quickly and improve developer productivity
Interactively test websites and real mobile devices
The private device cloud offers dedicated access to testing devices -- which is essential to any organization following a CI/ CD development model.
Get a dedicated pool of devices that are always available and only accessible to members of your organization.
Have the confidence that only the right teams have access to their data with streamlined device assignments
Ensure better device allocation by easily assigning specific devices to a team. Improve your teams’ access to scarce devices and enhance the ability to track usage. Learn more
Enable specific settings which are set on the devices all the time.
Makes remote debugging easy by allowing you to interact directly with a private cloud device via an integrated development environment (IDE) like Android Studio or Xcode, your terminal, or browser-based tools.
As a private device customer, you have control over the frequency of device OS upgrades. You can also get reliable early access to beta versions of iOS and Android, which are frequently in high demand on our public cloud.
Ensures that predefined apps are not removed from your private devices during our device cleaning process and that they remain on the device between sessions.
Helps you to maintain Google or iCloud Accounts on devices between sessions, and ensures they are not cleaned during the device cleaning process
Helps you test payment workflows that require passcode locks to be set on the devices and preserved between sessions.
Enables you to test workflows with additional security needs (such as Apple Pay), with the ability to easily install apps signed using enterprise certificates.
Allows you the flexibility to assess and request swapping of private devices (based on your contract agreement) that make the most sense for your needs.
Enables you to test various push notification scenarios for iOS, to deliver a satisfactory mobile experience for your users.
Allows you to connect one or more of your private devices to a carrier network in order to complete testing scenarios such as receiving text messages and incoming calls on the devices. ( Note: Carrier Connectivity is a private device add-on available separately for purchase through Sauce Labs.)
Sauce Labs, the world’s largest cloud-based test platform, offers both public and private cloud options for web, hybrid, and native app testing.
While our private device cloud is ideal for customers requiring a dedicated pool of devices and the highest security, our public device cloud supports a wide range of thoroughly cleaned devices to broaden your test coverage.
Benefits across our enterprise private and public device cloud:
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A private device is a physical mobile device that AWS Device Farm deploys on your behalf in an Amazon data center.
This device is exclusive to your AWS account.
Currently, private devices are available in the AWS US West (Oregon) Region ( us-west-2 ) only.
You can set up a fleet that contains one or more private devices. These devices are dedicated to your AWS
account. After you set up the devices, you can optionally create one or more instance profiles for them.
Instance profiles can help you automate test runs and consistently apply the same settings to device
instances.
This topic explains how to create an instance profile and perform other common device management tasks.
To control the behavior of private devices during a test run or remote access session, you can create or
modify an instance profile in Device Farm. You do not need an instance profile to start using your private
devices.
Open the Device Farm console at
https://console.aws.amazon.com/devicefarm/ .
On the Device Farm navigation panel, choose Mobile Device Testing , then choose
Private devices .
Enter a name for the instance profile.
(Optional) Enter a description for the instance profile.
(Optional) Change any of the following settings to specify which actions you want Device Farm to take on
a device after each test run or session ends:
Reboot after use – To reboot the device, select this check
box. By default, this check box is cleared ( false ).
Package cleanup – To remove all the app packages that you
installed on the device, select this check box. By default, this check box is cleared
( false ). To keep all the app packages that you installed on the device,
leave this check box cleared.
Exclude packages from cleanup – To keep only selected app
packages on the device, select the Package Cleanup check box, and then
choose Add new . For the package name, enter the fully qualified name of
the app package that you want to keep on the device (for example,
com.test.example ). To keep more app packages on the device, choose
Add new , and then enter the fully qualified name of each
package.
If you already have one or more private devices in your fleet, you can view information about and manage
certain settings for each device instance. You can also request an additional private device
instance.
Open the Device Farm console at
https://console.aws.amazon.com/devicefarm/ .
On the Device Farm navigation panel, choose Mobile Device Testing , then choose
Private devices .
Choose Device instances . The Device instances tab
displays a table of the private devices that are in your fleet. To quickly search or filter the
table, enter search terms in the search bar above the columns.
(Optional) To request a new private device instance, choose Request device
instance or contact us .
Private devices require additional setup with help from the Device Farm team.
In the table of device instances, choose the toggle option next to the instance that you want to
view information about or manage, then choose Edit .
(Optional) For Profile , choose an instance profile to attach to the device
instance. This can be helpful if you want to always exclude a specific app package from cleanup
tasks, for example.
(Optional) Under Labels , choose Add new to add a label
to the device instance. Labels can help you categorize your devices and find specific devices more
easily.
After you set up a private device fleet, you can create test runs or start remote access sessions with one
or more private devices in your fleet.
Open the Device Farm console at
https://console.aws.amazon.com/devicefarm/ .
On the Device Farm navigation panel, choose Mobile Device Testing , then choose
Projects .
Choose an existing project from the list or create a new one. To create a new project, choose
New project , enter a name for the project, and then choose
Submit .
To create a test run, choose Automated tests , and then choose
Create a new run . The wizard guides you through the steps to create
the run. For the Select devices step, you can edit an existing device
pool or create a new device pool that includes only those private devices that the Device Farm
team set up and associated with your AWS account. For more information, see Creating a private device pool .
To start a remote access session, choose Remote access , and then
choose Start a new session . On the Choose a device
page, select Private device instances only to limit the list to only
those private devices that the Device Farm team set up and associated with your AWS account.
Then, choose the device that you want to access, enter a name for the remote access session,
and choose Confirm and start session .
When you create a test run, you can create a device pool for the test run and ensure that the pool
includes only your private devices.
Open the Device Farm console at
https://console.aws.amazon.com/devicefarm/ .
On the Device Farm navigation panel, choose Mobile Device Testing , then choose
Projects .
Choose an existing project from the list or create a new one. To create a new project, choose
New project , enter a name for the project, and then choose
Submit .
Choose Automated tests , and then choose Create a new
run . The wizard guides you through the steps to choose your application and configure the
test that you want to run.
For the Select devices step, choose Create device pool ,
and enter a name and optional description for your device pool.
Select Create static device pool , then select Private device
instances only to limit the list of devices to only those private devices that the
Device Farm team set up and associated with your AWS account.
Select each device that you want to include in the test run.
(Optional) To create a device pool that changes dynamically as new devices become available,
choose Create dynamic device pool , then choose Add rule .
Set the values for Field , Operator , and
Value according to your requirements.
The Private device instances only option is not available when creating
dynamic device pools.
Device Farm selects all device instances where the rule criteria is true .
After you set up your private devices, you can also manage your private devices in the following
ways:
To delete an instance profile, on the Instance profiles menu, choose the toggle
option next to the instance that you want to delete, then choose Delete .
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An application obtains a display DC by calling the BeginPaint , GetDC , or GetDCEx function and identifying the window in which the corresponding output will appear. Typically, an application obtains a display DC only when it must draw in the client area. However, one may obtain a window device context by calling the GetWindowDC function. When the application is finished drawing, it must release the DC by calling the EndPaint or ReleaseDC function.
There are five types of DCs for video displays:
Class device contexts are supported strictly for compatibility with 16-bit versions of Windows. When writing your application, avoid using the class device context; use a private device context instead.
Common device contexts are display DCs maintained in a special cache by the system. Common device contexts are used in applications that perform infrequent drawing operations. Before the system returns the DC handle, it initializes the common device context with default objects, attributes, and modes. Any drawing operations performed by the application use these defaults unless one of the GDI functions is called to select a new object, change the attributes of an existing object, or select a new mode.
Because only a limited number of common device contexts exist, an application should release them after it has finished drawing. When the application releases a common device context, any changes to the default data are lost.
Private device contexts are display DCs that, unlike common device contexts, retain any changes to the default data even after an application releases them. Private device contexts are used in applications that perform numerous drawing operations such as computer-aided design (CAD) applications, desktop-publishing applications, drawing and painting applications, and so on. Private device contexts are not part of the system cache and therefore need not be released after use. The system automatically removes a private device context after the last window of that class has been destroyed.
An application creates a private device context by first specifying the CS_OWNDC window-class style when it initializes the style member of the WNDCLASS structure and calls the RegisterClass function. (For more information about window classes, see Window Classes .)
After creating a window with the CS_OWNDC style, an application can call the GetDC , GetDCEx , or BeginPaint function once to obtain a handle identifying a private device context. The application can continue using this handle (and the associated DC) until it deletes the window created with this class. Any changes to graphic objects and their attributes, or graphic modes are retained by the system until the window is deleted.
A window device context enables an application to draw anywhere in a window, including the nonclient area. Window device contexts are typically used by applications that process the WM_NCPAINT and WM_NCACTIVATE messages for windows with custom nonclient areas. Using a window device context is not recommended for any other purpose. For more information; see GetWindowDC .
A parent device context enables an application to minimize the time necessary to set up the clipping region for a window. An application typically uses parent device contexts to speed up drawing for control windows without requiring a private or class device context. For example, the system uses parent device contexts for push button and edit controls. Parent device contexts are intended for use with child windows only, never with top-level or pop-up windows. For more information; see Parent Display Device Contexts .

Home → Blog → Private Labeled Devices with FDA Approval
This article explains the FDA regulations related to private labeled devices that are already 510k cleared and distributors want to import.
This article was initially inspired by a question asked on the Medical Devices Group website hosted by Joe Hage . Companies often ask about how to private labeled devices in the USA, because they are unable to find anywhere in the FDA regulations where private labeling of the device is described. The reason for this is because the FDA regulations for devices allow for the labeling to identify the distributor only—without any mention of the OEM manufacturer on the label. In contrast, most other countries have “own-brand labeling” regulations or regulations for private labeling devices. It is also important to remember that the FDA only approves devices through the pre-market approval (PMA) pathway. All other devices fall into one of three categories: 1) 510k exempt , 2) 510k cleared , or 3) De Novo classification request approved. Devices that fall into the third category will subsequently fall into category 1 or 2 after the FDA approves the classification request.
Our distribution company is interested in getting a private labeled devices agreement with an OEM to sell a Class II medical device in the USA. The OEM has 510(k) clearance, and the only product change will be the company’s name and address on the label. There will be no change to the indications for use. Please answer the following questions:
The FDA is unique in that they allow either the distributor or the manufacturer to be identified on the label, but both are not required. Therefore, if Joe Hage were the distributor, and you were the manufacturer, there are two legal options for the private labeled device: 1) “Distributed by Joe Hage”, or 2) “Manufactured for Joe Hage.”
The manufacturer is not required to be identified on the label. However, the OEM must be registered and listed with the FDA. If the OEM is outside the USA, then the distributor must register and list with the FDA as the initial importer and reference the K number when they complete the FDA listing. There is no approval required by the FDA. You will need a quality agreement defining the roles and responsibilities of each party, but that is all.
The quality agreement must specify which company is responsible for complaint handling ( 21 CFR 820.198 ) and medical device reporting (21 CFR 803). In this situation, the OEM is the specification developer, as defined by the FDA. Therefore, the OEM will be responsible for reporting and execution of recalls. Therefore, even if the distributor with a private label agreement is identified as the “complaint file establishment,” the OEM will still need to obtain copies of the complaint information from the distributor, and determine if medical device reporting and/or c
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