Segregate network with Azure VNet and implement network security groups
10
Task: Encrypt data at rest and in transit
11
Build a secure application gate with Application Gateway
12
Approval: Developer Teams for secure application gate configuration
13
Regularly review and update user permissions
14
Approval: Manager for user permissions review
15
Develop and test disaster recovery plan
16
Secure management ports on Azure VM
17
Secure cloud storage and databases
18
Control traffic between subnets with Network Security Groups
Create a security baseline for Azure resources
In order to ensure the security of Azure resources, it is important to establish a baseline. This task involves creating a set of security standards and guidelines that will be applied to all Azure resources. The baseline should include measures such as enabling encryption, implementing strong access control, and regularly updating software and patches. By creating a baseline, you can ensure consistency and reduce the risk of security breaches.
1
Low
2
Medium
3
High
1
Role-based access control
2
Azure AD authentication
3
Conditional access
4
Privileged Identity Management
Identify and classify data in Azure
To effectively protect data in Azure, it is important to first identify and classify it. This task involves analyzing the data stored in Azure and assigning a classification level based on its sensitivity. By classifying data, you can ensure that appropriate security measures are applied to protect it.
1
Highly sensitive
2
Sensitive
3
Non-sensitive
Implement strong access control measures
To prevent unauthorized access to Azure resources, it is important to implement strong access control measures. This task involves configuring appropriate permissions and roles for users, groups, and applications. By implementing strong access control, you can reduce the risk of unauthorized access and data breaches.
1
Role-based access control
2
Azure AD authentication
3
Conditional access
4
Privileged Identity Management
1
Read-only
2
Read and write
3
Full control
Task: Enable multi-factor authentication
Multi-factor authentication adds an extra layer of security to Azure resources by requiring users to provide additional verification, such as a code sent to their mobile device, in addition to their password. This task involves enabling multi-factor authentication for users accessing Azure resources.
Task: Monitor for suspicious activity
Monitoring for suspicious activity is crucial for detecting potential security threats in Azure. This task involves setting up monitoring tools and configuring alerts for suspicious activity. By monitoring for suspicious activity, you can quickly identify and respond to potential security incidents.
1
Azure Security Center
2
Azure Sentinel
3
Azure Monitor
Approval: Security Teams for detected threats
Will be submitted for approval:
Task: Monitor for suspicious activity
Will be submitted
Configure Azure Security Center
Azure Security Center provides a unified view of security across Azure resources and offers recommendations for improving security. This task involves configuring Azure Security Center and implementing the recommended security controls. By configuring Azure Security Center, you can enhance the security of your Azure resources.
1
Vulnerability assessment
2
Just-in-time access
3
Adaptive application controls
Enable logging and threat detection
Enabling logging and threat detection is essential for detecting and responding to security incidents in Azure. This task involves configuring logging and threat detection tools, such as Azure Monitor and Azure Sentinel, to collect and analyze security-related data. By enabling logging and threat detection, you can proactively identify and mitigate security threats in Azure.
1
Azure Monitor
2
Azure Sentinel
3
Azure Security Center
Segregate network with Azure VNet and implement network security groups
Segregating the network with Azure VNet and implementing network security groups adds an additional layer of security to Azure resources. This task involves creating and configuring Azure VNets and network security groups to control network traffic and apply security rules. By segregating the network and implementing network security groups, you can restrict access to resources and protect them from unauthorized access.
1
Allow inbound HTTP traffic
2
Allow outbound HTTPS traffic
3
Deny all inbound traffic
Task: Encrypt data at rest and in transit
Encrypting data at rest and in transit is essential for protecting sensitive information stored and transmitted in Azure. This task involves configuring encryption for Azure resources, such as virtual machines, storage accounts, and databases. By encrypting data at rest and in transit, you can ensure that sensitive information is protected from unauthorized access.
1
Azure Disk Encryption
2
Azure Storage Service Encryption
3
Transparent Data Encryption
Build a secure application gate with Application Gateway
Building a secure application gate with Azure Application Gateway enables you to control and protect access to web applications hosted in Azure. This task involves configuring and deploying Azure Application Gateway to securely route and load balance traffic to web applications. By building a secure application gateway, you can enhance the security and performance of your web applications.
1
Round robin
2
Least connections
3
Session persistence
Approval: Developer Teams for secure application gate configuration
Will be submitted for approval:
Build a secure application gate with Application Gateway
Will be submitted
Regularly review and update user permissions
Regularly reviewing and updating user permissions is essential for maintaining the security of Azure resources. This task involves periodically reviewing and adjusting user permissions to ensure that they align with the current security requirements. By regularly reviewing and updating user permissions, you can prevent unauthorized access and mitigate security risks.
1
Monthly
2
Quarterly
3
Annually
Approval: Manager for user permissions review
Will be submitted for approval:
Regularly review and update user permissions
Will be submitted
Develop and test disaster recovery plan
Developing and testing a disaster recovery plan is crucial for ensuring business continuity in the event of a security incident or natural disaster. This task involves creating a comprehensive plan that outlines the necessary steps and resources required to recover Azure resources. By developing and testing a disaster recovery plan, you can minimize downtime and data loss in the event of a disaster.
1
Perform a mock disaster recovery exercise
2
Validate data restoration process
3
Verify the effectiveness of backup procedures
Secure management ports on Azure VM
Securing management ports on Azure virtual machines (VMs) is essential for preventing unauthorized access and protecting sensitive information. This task involves configuring network security groups and access control rules to restrict access to management ports on Azure VMs. By securing management ports, you can minimize the risk of unauthorized access and potential security breaches.
1
Allow RDP (Remote Desktop Protocol) traffic from a specific IP range
2
Deny SSH (Secure Shell) traffic from all sources
3
Restrict HTTPS (Hypertext Transfer Protocol Secure) traffic to specific IP addresses
Secure cloud storage and databases
Securing cloud storage and databases is crucial for protecting sensitive data stored in Azure. This task involves implementing security measures, such as encryption and access controls, for cloud storage and databases. By securing cloud storage and databases, you can ensure the confidentiality and integrity of sensitive information.
1
Azure Storage Service Encryption
2
Client-side encryption
3
Server-side encryption
1
Role-based access control
2
Azure AD authentication
3
Firewall rules
Control traffic between subnets with Network Security Groups
Controlling traffic between subnets with Azure Network Security Groups (NSGs) enables you to enforce security policies and restrict network access in Azure. This task involves creating and configuring NSGs to control inbound and outbound traffic between subnets. By controlling traffic between subnets with NSGs, you can enhance the security and segmentation of your Azure network.
