How can you secure your Windows cloud solution?

Some other elements that need consideration in my experience are the following: Consider third-party security assessments and penetration tests. Implement Cloud Security Posture Management (CSPM) tools for continuous monitoring. Use vulnerability scanning tools to identify and prioritize vulnerabilities. Subscribe to threat intelligence feeds for real-time threat awareness. Deploy Security Information and Event Management (SIEM) solutions. Adhere to industry compliance frameworks specific to your workload. Conduct red team and blue team exercises to test defenses and response. Regularly review and manage access controls for cloud resources. Maintain continuous monitoring, auditing, and up-to-date security policies and procedures.

La postura de seguridad permite conocer cual es la brecha de seguridad que tiene una organización. En Microsoft, el score de seguridad permite conocer las acciones para remediar los peligros, definir un proceso de mejora de seguridad y aplicar recomendaciones de buenas prácticas de otras empresas de la misma industria.

things to consider: Update Operating System and Software. Antivirus and Anti-malware Solutions. Firewall Configuration. User Account Control (UAC). User Privileges. Password Policies. Device Encryption. Backup and Recovery.

Update and Patch Regularly: Ensure that your Windows operating system, applications, and security software are up-to-date with the latest patches and updates. Regularly applying security patches helps to address vulnerabilities. Use Strong Authentication: Implement strong authentication methods such as multi-factor authentication (MFA) to add an extra layer of security. This helps prevent unauthorized access even if login credentials are compromised. Encrypt Data:Encrypt sensitive data both in transit and at rest. Windows provides tools like BitLocker for drive encryption, and you can also use secure protocols such as HTTPS for data in transit.

In a Windows cloud solution project, a fundamental element is to evaluate the security situation of all the parameters, recommended and available policies in Computer Security, in addition to Cybersecurity recommendations relevant to the project in development or execution, there are a series of tools to know and manage its resources and policies, development security landscape or cloud solution, these resources can guide us in identifying possible existing vulnerability gaps, the countermeasures to mitigate, patches, security updates, authentication. multi-factor authentication (MFA), the proper use of HTTPS security protocols, adding additional security layers, data encryption, preventing unauthorized access, etc.

Another fundamental element is the management of access and identities for all users of the cloud project, applying verification and control policies for access and use of resources in the cloud, using the appropriate tools for the administration of users and groups. , roles, permissions, authentication characteristics, single-log-on authorized users, etc., that is, correctly and appropriately implementing the (IAM) for the cloud project. With which possible risks and security breaches can be mitigated and reduced.

IAM is one of the most fundamental areas when it comes to securing the Cloud. While there are a multitude of components, it is vital to ensure that all users, groups and roles have the correct permissions. This is where have the principle of least privilege is imperative. Just because someone has "always had access" to something does not mean a thing. The real question is, is there any reason that they should moving forward?

En lo corrido de los años me he dado cuenta que los fabricantes se esfuerzan en robustecer en gran forma la seguridad de sus aplicaciones y servicios, lo cual es muy bueno para mantener los servicios seguros, pero hay algo que a los usuarios finales aun les falta bastante es el manejó adecuado de sus credenciales, como también los administradores de las plataformas muchas veces no realizan una gestión adecuada de permisos al momento de crear nuevas cuentas o usuarios. Es allí precisamente donde tendría gran importancia el utilizar una herramienta que ayude en este proceso y evitar el error humano

Une bonne pratique serait aussi de segmenter la structure de gestion des identités afin de rendre plus complexe la compromission de comptes privilégiés, sur les principes du tiering model

IAM isn't a checkbox - it's your cloud's trusted gatekeeper, smartly enabling access not restricting it. Lean on MFA and role-based controls for layered security, but also smooth access with SSO and passwordless logins to avoid frustrating users. Tools matter, but build a security-aware culture so people understand the "why" behind IAM. It's as much about user experience as locking bad guys out. When folks get that, you unlock its full potential to enable productivity and collaboration securely. IAM done right establishes trust in your cloud environment. It's strategic investment in both security and alignment across your system.

Encryption in the Cloud: Essential for Data Protection and Secure Collaboration Encryption serves as an invisible shield for data, crucial for privacy and collaboration in the cloud. It ensures data follows stringent privacy guidelines from the outset. Highlights: 1. Privacy from Start: Encrypt from day one to protect sensitive information. 2. Collaboration with Security: Advanced tools enable safe, usable data sharing. 3. Selecting Tools: Choose appropriate tools like Azure Key Vault and BitLocker. 4. Trust and Confidence: Encryption bolsters trust, showcasing commitment to security. 5. Beyond Compliance: It's a foundational element in the digital era, protecting assets and enabling global collaboration.

Aunque soy consciente del riesgo y la posibilidad de atacar los datos en tránsito, considero que los ciberdelincuentes atacan mucho más los datos en reposo, aquellos que pueden ser accesibles aprovechando algún fallo de seguridad o error humano, es por esto, que me resulta de gran importancia que dentro de los controles de seguridad que se implementen en las organizaciones, se encuentre el que corresponde al cifrado de la información en reposo, utilizando algoritmos seguros claro está.

It is essential in protecting the privacy and integrity of data in transit and at rest of the cloud solution, in addition to minimum compliance standards, privacy regulations and data security, protects data from cybercriminals and other threats cybersecurity. Encryption is mandatory and regulatory for healthcare, educational, financial, banking and commercial institutions. The encryption must cover: Confidentiality: keeps data content secret. Integrity: Verify origin of the message or data. Authentication: Validates content or data of the message that has not been modified since it was sent. Non-repudiation: Prevents the sender of the data or message from denying that they are the source.

Securing your Windows cloud solution involves several key steps. Ensure strong passwords, regularly update your system and applications, use firewalls, employ encryption, and regularly back up your data. Consider multi-factor authentication for added security. Regularly monitor and audit system logs to detect any unusual activities. Stay informed about security best practices and implement them to mitigate potential risks.

Los ingenieros en algún momento hemos escuchado “Intente colocar la copia de seguridad y no funciono”, esto es un problema muy común dentro de los sistemas informáticos, es por esto que dentro del plan de recuperación de desastres de cada compañía se debe implementar una actividad en donde de forma trimestral, semestral y anual se realice la activación de backups y la comprobación de que estos funcionaron de forma correcta, con esto se minimiza el riesgo de una posible afectación de servicio.

Besides the backup and restore the data, system engineers need to consider the backup plan to be implemented. The storage locations of the backup copies shall allow speedy recovery of the virtual machines from the grid servers.

Backing up and restoring your data is a fundamental tool in data protection important to reduce the risk of complete or partial data loss in case of unexpected events. It offers organizations the ability to restore systems and applications to the desired state in a cloud solution, no system is 100% invulnerable and free from failures, some of which are impossible to predict, the failure of the entire system, although it is rare, it is also possible. Data backup applies to the cloud solution, technologies and processes that copy data from the implementation in development or work to restore it in case of failures. Includes a disaster recovery plan, with the appropriate data backup strategy and solutions.

Backup and restore of data seems straight forward but there are a few items to consider: 1) Backup data must be encrypted and secured. 2) Offsite storage for data deemed as critical to the business. 3) Regularly scheduled (quarterly, bi-annual) restore exercises.

Backing up and restoring data is like having an insurance policy for your digital world. It's step four in securing your Windows cloud setup, and honestly, it's a lifesaver. Imagine accidentally deleting a crucial file or falling victim to a cyber-attack. That's where backup swoops in - it's your safety net, creating a copy of your data for those "just in case" moments. And restore? It's your magic undo button, putting things back the way they were. Tools like Azure Backup and OneDrive are great for cloud data, while Azure Site Recovery and Microsoft System Center are perfect for hybrid environments. Trust me, the peace of mind is worth it!

One thing we found useful against cyber threats, was to always keep our systems updated against the latest vulnerabilities out there. I had to attend a weekly meetings with industry specialists to learn of the newest threats out there, and how to best combat the gap to keep our network protected.

Updating and Patching your cloud servers is crucial as Data changes in many ways, some could lead to conflict issues and bugs hard to spot. The earlier the better as lots of Cyber crime targets cloud systems. There are tools such as Azure or Microsoft Endpoint manager which can help u automate the patching and update process, saving you the stress of manual monitoring

The process of updating and using security patches for the system implemented in the cloud solution must be Servers, all the appropriate infrastructure to guarantee the good and correct functioning of the implementation of the cloud solution, update the installation processes, the latest fixes and security updates that may resolve bugs and vulnerabilities. Use the appropriate Tools to manage and administer these processes in the Cloud

Take advantage of Windows Server clustering and set up an automated patching schedule. Using the tools available in Azure this can be easily accomplished.

The most important thing to start with is secure your Windows cloud solution with update and patch your systems frequently. Installing the latest versions of your software and firmware that can provide new features and enhancements.

Monitoring and auditing your activities in a Windows cloud solution is like having a constant, vigilant guardian. It's not just about checking boxes; it's about really understanding what's happening under the hood. Monitoring gives you a real-time snapshot of your cloud's health and performance, while auditing is like a thorough health check-up, reviewing and verifying every activity. Tools like Azure Monitor and Microsoft Defender for Endpoint are fantastic for keeping an eye on your cloud activities. In a hybrid environment, Azure Sentinel and Microsoft Compliance Manager become your go-to. This step isn't just a routine task; it's the heartbeat of your cloud's security, ensuring everything runs smoothly and safely.

Los puntos anteriormente indicados son muy importantes, pero considero que independiente de la recomendación o acción técnica que se realice, es mucho mas importante tener un plan de capacitación a los administradores de los servicios, plataformas, sistemas operativos y demás, en cuanto a como se debe realizar una gestión adecuada de la seguridad, ya que muchas veces la falla no se presenta por la ausencia de un control de seguridad, si no por el desconocimiento del personal que lo soporta, el cual no lo implementa.

The cloud provides you flexibility but a copy in an external hard drive or flash memory makes you feel confident, use both :)

La majorité des incidents de sécurité dans le cloud proviennent d'erreurs de configuration. Une bonne pratique serait sans doute de développer des outils (par exemple des scripts powershell) pour appliquer les bons principes de sécurité, mais aussi auditer les configurations pour identifier les écarts significatifs de configuration entre existant et modèle théorique

Training employees or individuals accessing a cloud-based solution on fundamental cybersecurity measures can yield invaluable benefits in understanding the methodologies employed in security attacks. Platforms such as BEEF facilitate malicious actors in easily manipulating browsers by generating deceptive links that closely resemble legitimate web pages. Demonstrating the functionality of programs like BEEF to employees illustrates the simplicity with which cyber attacks can be executed, thereby significantly enhancing situational awareness within the organization.