![]() How to enroll iOS devices using Apple Configurator? Prerequisites for enrollment: For more details on Supervised devices and their benefits, refer this.Ĭheck out this video for a detailed walkthrough about Apple Configurator Advanced control over the Supervised devices.Automatic enrollment with Mobile Device Manager Plus.Push predefined configurations for corporate iOS devices.The benefits of using Apple Configurator 2 are: Benefits of integrating MDM with Apple Configurator 2 Follow the steps given here to learn how to use Apple Configurator 2 to enroll Apple TV. Similarly, Mobile Device Manager Plus also supports enrollment of Apple TV using Apple Configurator 2. You can use Apple Configurator 2 to enroll devices not purchased directly from Apple or its reseller with ABM as explained here. IT admins can enforce mobile security on managed devices by importing existing profiles or creating new configuration profiles using Apple Configurator 2. You can also assign users to devices and supervise them, exercising additional control. Using Apple Configurator, admins can simply connect iPhones, iPads, and Apple TVs to a Mac device to pre-load these devices with iOS, iPadOS, and tvOS device management profiles respectively, and have the required apps distributed to them before assigning them to users.Īpple Configurator 2 is the most recent version of this tool that makes the deployment process of corporate iOS devices easier and more efficient for IT admins. What is Apple Configurator ?Īpple Configurator is a free device enrollment and provisioning utility tool that allows IT admins to enroll and configure Apple devices through a USB connection. Using tools like Apple Configurator, admins can enroll these devices and seamlessly manage them with Mobile Device Manager Plus. Reboot (needed to load the selected crypto module).The popularity of using Apple devices for work has made it crucial for IT admins to bring them under corporate management.If your processor doesn't support it, then try "None". Set System->Advanced->Miscellaneous->Cryptographic Hardware to "Intel QuickAssist (QAT)".Set P2 hash to SHA256 in IPsec settings.Just noticed that I haven't actually applied the patches. I installed all the relevant ipsec patches.I love it when a logical explanation is found. I changed the setting to Intel QuickAssist (QAT) after verifying my processor supports it. A reboot is/was required for the setting to take effect. Yes, changing the cryptographic hardware setting is a viable workaround for supporting P2 SHA256 on 2.5.0/21.02. ![]() One thing another developer noted is that in the previous version, the AES-NI driver did not implement SHA acceleration and now it does. said in IPsec tunnels using SHA256 may not connect: Here is the appropriate phase2 snippet from the config.xml prior to the upgrade. Prior to the upgrade the config was: aesni_cryptodev System->Advanced->Miscellaneous->Cryptographic Hardware is currently set to "AES-NI and BSD Crypto Device (aes-ni,cryptodev)" I haven't touched the crypto hardware acceleration settings from the factory. It has been working rock solid on previous versions (with native OSX/iOS IKEv2 VPN said in IPsec tunnels using SHA256 may not connect:Īlso, what hardware are you on? And are there any hardware acceleration features enabled on it? Maybe the OS does SHA256 right but the acceleration hardware is using the non-compliant method. Was it working on a previous version of pfSense? Thanks for your said in IPsec tunnels using SHA256 may not connect: I split your message off into it's own thread so it's OK to keep it here. "Post content was flagged as spam by said in IPsec tunnels using SHA256 may not connect: PS - I took this as the perfect excuse to setup WireGuard as a backup.Īpologies if this thread gets formatting broken. Known issues: Breaks native iOS/OSX IKEv2 clients (without using Apple Configurator 2 profiles). Solution: Set Phase2 hash to SHA384, traffic flows. Symptoms: Clients establish connection, but no traffic. Choose another authentication method for IKE and ESP but sha256. Some platforms just implement it with the wrong output size (96 bit and not 128 bit). ![]() There were and still are implementation bugs with that algorithm and there will always be. That lead me to this 4 year old Strongswan ticket. Here is a short summary.Īndroid Strongswan app logs were filled with: ESP decryption or ICV verification failed I promise I'll write up and add logs to show the symptoms and resolution, but in the mean time. ![]() For folks who are seeing broken tunnels, try a hash that isn't SHA256 if the client on the other end supports it. Maybe issue is around Phase 2 Authentication Method SHA256? SHA384 fixed it for me, but broke my iOS/OSX native IKEv2 clients. ![]()
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