Configuring a client for use with the Client Registration CLI Configuring a new regular user for use with Client Registration CLI Automating Client Registration with the CLI Example using Java Client Registration API OpenID Connect Dynamic Client Registration Docker registry environment variable override installation Docker registry configuration file installation Configuring a Docker registry to use Keycloak Setting the SameSite value for the cookie used by mod_auth_mellon Configuring mod_auth_mellon with Keycloak Installing adapters from a Galleon feature pack Using SAML to secure applications and services Open Finance Brasil Financial-grade API Security Profile Client Initiated Backchannel Authentication Grant Using OpenID Connect to secure applications and services Basic steps to secure applications and services Planning for securing applications and services These additional states are available via APIs as well as in the Admin console. In addition to CAA rules, you can get visibility of device state including these new signals across your fleet. This flag attests that the device is a certified, genuine device that passes CTS. Google Play Protect automatically scans all of the apps on Android phones and works to prevent the installation of harmful apps.ĭescription: The SafetyNet Attestation API provides a cryptographically signed attestation, assessing the device's integrity. This flag ascertains if the Google Play Protect is enabled for the device. This will flag if the device has deployed any apps that are potentially harmful or if an existing app has now been categorized as potentially malicious.ĭisallow devices with potentially harmful apps detected.ĭescription: Require devices to have Google Play Protect Verify Apps enabled. It establishes a full chain of trust, starting from a hardware-protected root of trust to the bootloader, to the boot partition and other verified partitions including system, vendor, and optionally OEM partitions.ĭescription: Google Play Protect checks apps when installed. The below information highlights the new signals we have added based on customer demand:ĭescription: Verified Boot strives to ensure all executed code comes from a trusted source (usually device OEMs), rather than from an attacker or corruption. We support five device attributes (screen lock, OS version, encryption, company-owned, and verified boot) for Android devices in basic Access Level mode, with additional device attributes in advanced mode. The benefitsĬontext-Aware Access is a security feature that allows admins to deploy granular control policies to enforce user access based on IP address, device posture, time of day, etc. These signals will be made available in the Workspace Admin Console device management UI, and in the Cloud Identity Devices API, enabling admins to gain observability into the state of devices accessing private apps, SaaS apps, or Workspace data. BeyondCorp Enterprise, Workspace CAA, and Cloud Identity can now receive critical Android device security signals for both advanced managed devices and, for the first time, basic managed devices.įor example, a customer can now define a rule to block access on devices that have potentially harmful apps installed or have been tampered with (such as if it had been rooted). A Zero Trust approach to security can help you safeguard your users, devices, and apps as well as protect your data against unauthorized access or exfiltration.Īs part of Google Cloud’s efforts to help organizations adopt Zero Trust, we designed our BeyondCorp Enterprise (BCE) solution to be an extensible platform enabling customers to use a variety of signals from Chrome, desktop operating systems, and mobile devices.
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