Azure Threat Modeling Tool Software But Its

Press question mark to learn the rest of the keyboard shortcuts Log In Sign Up User account menu 3 Aws equivalent to MS Threat Modeling tool.

You could probably use it with minor modifications or create your own.

The biggest thing is leveraging STRIDE to actually do a threat assessment, and that is technology neutral.

Share Report Save level 1 1 year ago Not really.

Azure Threat Modeling Tool Software But Its

I think ThreatModeler is probably one of the best pay threat modeling software but its very expensive (Over 50kyear).

It has nice features like being able to auto-scan an accountVPC and automatically create the threat model for you.

For something that is much cheaper something, but much more work, LucidChart or ThreatDragon (free) may be your best bet.

ThreatModeler: Threat Dragon (OWASP): 1 Share Report Save View Entire Discussion (2 Comments) More posts from the aws community Continue browsing in raws raws News, articles and tools covering Amazon Web Services (AWS), including S3, EC2, SQS, RDS, DynamoDB, IAM, CloudFormation, Route 53, CloudFront, Lambda, VPC, Cloudwatch, Glacier and more.

Just a regular user account is fine, no special admin rights are needed.

Microsoft has several security products in the Advanced Threat Protection (ATP) family.

In previous articles Ive looked at Office 365 ATP and Windows Defender ATP.

Deploying ATA involves installing an ATA server in your environment.

Azure ATP is cloud-based, and requires no additional on-premises servers.

As a post-breach alerting system, the assumption here is that an attacker has already gained access to your environment.

For Azure ATP, Microsoft focuses on three phases of the cyber kill chain.

This is the phase where an attacker gathers information about your environment.

Azure ATP detects suspicious activity on the network and against your domain controllers.

Examples of suspicious activity that may be attackers performing reconnaissance includes attempts to perform zone transfers from your DNS servers, or attempts to enumerate the membership of Active Directory groups.

This is where an attacker tries to spread out through your network, gaining access to other hosts or other sets of login credentials.

This is where an attacker has gathered enough information to gain control of your environment.

They can give themselves access to your network for future attacks, such as by creating admin accounts or installing remote access tools on a host.

Clever attackers can compromise a workstation or a server, completely undetected by traditional antivirus products.

But their reconnaissance, lateral movement, and persistence activity can be detected due to recognizable patterns.

The ATP sensors monitor the domain controller network traffic for signs of malicious activity, as well as other security risks such as connections made with weak or insecure protocols.

The ATP sensor automatically monitors the event logs of the domain controllers as well, and watches for suspicious activity against sensitive accounts (any accounts that are members of high privilege groups such as Domain Admins).

The standalone sensor monitors traffic that you direct to it by using port mirroring on your network switches.

A workspace is associated with a single on-premises Active Directory forest.

When you create a new workspace, it gets a name, and then you can choose whether to make it the primary workspace.

The primary workspace is the one that you can integrate with Windows Defender ATP.

If you have a single Azure ATP workspace then obviously you will just make that one the primary anyway.

You also need to choose the geographic location for your Azure ATP data to be stored.