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Today I had a need to connect to Microsoft Graph and do some tasks on Office 365. Since I have already done similar stuff for my PSwinDocumentation.O365HealthService PowerShell module that I’ve described in PowerShell to get all information about Office 365 Service Health, I thought this will be easy run as I’ll just reuse the code I’ve done for that module. As always for Graph related tasks you need to register your application and assign correct permissions. I’ve used my own article for that with changes to which API I want to access. Now that I’ve done all that I’ve extracted my Connect-O365Graph function from my module and started connecting.

When you’re using Office 365 and want to send an email, you have two choices SMTP or Microsoft Graph API, which is a “new” kid on the block. For some time, I’ve used Microsoft Graph exclusively to send emails in favor of SMTP as it’s much easier to manage and generally works over HTTPS. If you type in google “Send email graph API PowerShell,” you will get lots of hits as bloggers, and Microsoft has already covered this topic. It’s even more critical than ever because Basic Authentication is deprecated in Office 365. To help out with the transition, Microsoft even released its PowerShell module. With Send-MgUserMail proposed as a way to send emails via Graph API, you will notice it’s far from being easy & user-friendly. Over two years ago, I released a PowerShell module called Mailozaurr (some people may not like my modules’ naming – but that’s how I roll!). In a blog post, Mailozaurr – New mail toolkit (SMTP, IMAP, POP3) with support for oAuth 2.0 and GraphApi for PowerShell, I’ve shown a basic functionality on how to send emails using SMTP OAuth 2.0 or Graph API, which aims to be drag & drop replacement over Send-MailMessage and is supposed to be as simple as possible to send an email with a low effort and high readability. You can also read on sending emails using Graph API by Tony Redmond in his blog post Moving on from Send-MailMessage: Sending Email from PowerShell using the Graph API.

PSTeams is a PowerShell module that helps simplify sending notifications to Microsoft Teams via Incoming webhooks. It’s easy to use and doesn’t require playing with JSON. Since version 2.0, it started to support Adaptive Cards; in version 2.1, I’ve added the ability to mention people. Today I’m introducing an easy way to send data as a table and a quick way to add a line break.

Being a Microsoft MVP has quite a few benefits. You get to be part of unique offers that help you enhance your knowledge even further. Microsoft Learning team decided to provide free training on Microsoft Fundamentals for MVPs and the Microsoft community, so I’m sharing this with you! Starting next week, Microsoft will run each activity from 9 AM to 5 PM Eastern Standard Time (EST) or 15:00 to 23:00 in Europe (CET).

PSTeams PowerShell module has been on the market for a while now. It supports sending notifications to Microsoft Teams channels via Incoming WebHooks. You could send a pretty message to the team’s channel with just a few lines of code. With PSTeams 2.0, support for Adaptive Cards, Hero Cards, List Cards, and Thumbnail Cards was added.

Last few weeks I’m responsible for migrating from Office 365 to Office 365. Part of this migration process is to set up new Exchange 2016 server that will work as relay instead of using IIS server. I’ve setup hybrid, added accepted domains, prepared connectors, but there’s one thing missing. Any time an email is sent via relay to a user that exists on Office 365 and at the same time exists in Active Directory email never gets there.

Two years ago, I wrote a PowerShell module called PSWinDocumentation.O365HealthService. The idea was simple – replicate Health Service data Microsoft offers in Office Portal so you can do with data whatever you want and display it however you like. I’ve written about it in this blog post. A few weeks back, someone reported that the module stopped working, and  I’ve confirmed it indeed no longer works! Initially, I thought that maybe some data format changed, as it changed multiple times, or perhaps the date format was wrong again, but no. Microsoft has deprecated Office 365 Service Communications API reference and instead tells us that Service Health is now only available via Microsoft Graph API. Is it only me who didn’t get the memo about this?

Office 365 has a lot of options and applications to choose from. Enabling one E1, E3, or any other license gives the user a lot of features, including Exchange, SharePoint, and Teams. But what if you want to make sure that the user can access only Microsoft Teams? By default, you can do it manually during the assignment of the license. Simply choose only Apps you want to assign to a user.

Hey there! Today, I wanted to introduce you to one of the small but excellent module I’ve created called the O365Synchronizer. This module focuses on synchronizing contacts and users. If you’ve ever been tasked with synchronizing Global Address Lists (GAL) across different Office 365 tenants or just wanted to sync GAL with user mailboxes so they can access contacts directly on their phones, this tool is for you.

As you may have seen in my other post, there’s a simple, PowerShell way to get Office 365 Health Service data for you to use any way you like it. But before you can use that, you need to register granular permissions on your Office  365 tenant so that that data is provided to you. Here’s a step by step way to do it.

Sending emails in Microsoft Exchange world using an alias for an account has always been a pain. It required working with workarounds such as setting up Shared Mailbox or Distribution Groups and using SendAs permissions. For years admins around the world were asking Microsoft to change this, and finally, in April 2021, they did! It’s a new feature of Office 365, and it requires action from Office 365 Administrator.

A few weeks ago, I posted a concept migration diagram for Office 365 to Twitter and Facebook. Today I thought I would show you how you can do it yourself using PowerShell and PSWriteHTML PowerShell module. When I started working on this, I’ve thought I want to create before and after infrastructure to see how it will look when migration ends. I’ve initially planned to assign myself an Office 365 Visio Plan 2 license and do something manually, thinking it may be just much easier. Unfortunately for me, there were no free Visio licenses in my tenant, and my laziness took over, so I’ve decided to give it a go using PowerShell only.