You're facing security concerns during new computer hardware rollouts. How can you address them effectively?

Secure all new Hard drives with complexed passwords and have encryption added to them. Firewalls with good software to utilize.

Server image Lockdowns and complete patching before being released into the environment, GPO restrictions and specific software installs

Instale o S.O no novo hardware e implemente o antivírus corporativo e criptografe os discos fixos e removíveis só após isso o novo hardware pode ser inserido na rede da empresa, segundo passo realizar todas as atualiza??es de seguran?a do sistema isso ajuda e muito a mitigar os risco de invas?es aos equipamentos, além de um bom firewall no top da infraestrutura local.

ddressing security concerns during new computer hardware rollouts is crucial to ensuring the integrity and safety of your IT infrastructure. Here’s a structured approach to tackle these concerns effectively: 1. Pre-Rollout Planning 2. Hardware Preparation 3. Deployment Process 4. Integration and Testing 5. Training and Awareness 6. Post-Rollout Monitoring and Maintenance 7. Documentation and Review By following these steps, you can address security concerns systematically and minimize risks associated with new computer hardware rollouts.

First - Firewall the network. We use Dell Sonicwalls to filter data / url requests from both inbound and outbound data. Next are exchange filters that restrict emails from certain domains. Also, EUC awareness of possible phishing attempts. Then we maintain daily offline backups to help recovery us in case of a ransomware attack. Of all these, I believe that a well trained client base with awareness of what threats look like is the bottom line. We work our way up from there. For instance, citibank.com and citybank.com can easily get by the untrained eye. Also, we have engaged Cyber Advisors to monitor our infrastructure and perform periodic penetration testing to ensure our security measures are vakid and effective.

We ALWAYS maintain active directory to restrict rights. No one but support staff has admin privileges on the domain and all admin passwords are changed every 45 days and are randomly generated by a password generator and are 16 characters long. All EUC clients must change thier login password every 45 days and is also 16 characters long. Same thing goes for all password protected apps. We use Carbon Black for malware and antivirus protection as well as the intrinsic windows malware protect.

Configure hardware with secure default settings, including strong passwords, disabling unnecessary services, and enabling security features like Secure Boot. Ensure that all hardware is updated with the latest firmware and security patches before deployment. Implement full-disk encryption on all devices to protect data in case of theft or loss. Use network segmentation to isolate new hardware from critical systems until it has been fully secured and tested. DHCP/DNS scope allocations for segmentations. Deploy firewalls and intrusion detection systems (IDS) to monitor and protect the network from potential threats associated with new hardware.

The best way to secure a network is to employ a variety of cybersecurity strategies and tools, including following some steps?defend your enterprise from malware infections, system manipulation, and cybersecurity incidents that could compromise sensitive information and disrupt your business operations. Apply Encryption Set up a Firewall Establish a VPN Create Strong Password Install Antivirus &Anti-malware Educate employee on Cyber security

Adicionalmente a las medidas específicas a aplicar, siempre hay una serie de medidas recomendadas para mejorar la seguridad que pueden aplicarse en cualquier caso, entre ellas: - Restringir los accesos a los usuarios a la información estrictamente necesaria. - Mantener software actualizado a la última versión. - Eliminar complementos que no sean necesarios. - Mantener una política de contrase?as robusta. - Tener un antivirus y realizar análisis periódicos. - Ubicar el hardware en un lugar seguro y con acceso restringido. - Realizar copias de seguridad regulares de los datos importantes. - Capacitar a los usuarios sobre buenas prácticas de seguridad. - Implementar un sistema de monitoreo. - Desarrollar un plan de respuesta a incidentes.

Nesta etapa é interessante colocar está máquina no domínio e anexar ao grupo que de privilégios. Destinada ao setor em que está máquina estará

Firewall: Install and configure a firewall to protect against external threats. Windows Server : Use WS roles like Active Directory Domain Services, Network Policy Server, and Web Application Proxy . Guest Network: Create a separate GN for visitors, limiting their access to specific services. User Education: Regularly educate users about security best practices. Monitoring: Set up MON tools, review logs, and investigate anomalies.

Physical security is as crucial as cybersecurity. Secure Devices: Keep hardware in locked rooms or cabinets to prevent unauthorized access. Maintain Access Logs: Record who accesses the equipment and when. Use Security Cables: Implement cable locks or security enclosures for laptops and portable devices to deter theft. Remember, physical breaches can lead to direct network access, so never overlook physical security measures.

To secure physical devices, follow these practices: 1. Secure Storage: Keep devices in locked rooms or cabinets. 2. Use Security Cables: Attach laptops to desks to prevent theft. 3. Implement Access Controls: Restrict access to sensitive areas and maintain access logs. 4. Install Surveillance: Use cameras to monitor device areas. 5. Secure Portable Devices: Use lockable enclosures for laptops. 6. Label Devices: Clearly label devices for easy tracking. 7. Regular Audits: Conduct regular security checks and audits. 8. Employee Training: Educate employees on physical security and handling. These steps will enhance device security and reduce the risk of unauthorized access.

Physical security is the responsibility of the Facilities department, but we advise them on the need to keep assets secure. Additionally, we maintain sign in / sign out logs for all secure spaces including electrical rooms, generator spaces, server and MDF's. No one is ever allowed to enter these spaces without an escort.

Para asegurar nuestros dispositivos podemos seguir una serie de recomendaciones generales, aunque se debe tener en cuenta en el plan de acciones tras realizar la evaluación de riesgos concreta del hardware. Algunas de estas recomendaciones son: - Asegurar los dispositivos en armarios cerrados y con acceso restringido. - Se debe disponer de sistemas de refrigeración que eviten en sobrecalentamiento de los dispositivos. - Mantener un registro de acceso al hardware. - Implementar mecanismos de autenticación física. - Monitorizar la zona con sistemas de vigilancia y de alarma. - Instalar un sistema de extinción de incendios. - Crear una política de seguridad física. - Capacitar al personal. - Realizar mantenimientos preventivos periódicos.

To train employees effectively: 1. Conduct Workshops: Host regular sessions on security protocols. 2. Use Training Modules: Implement online courses on phishing, hardware handling, and data protection. 3. Simulate Attacks: Run phishing simulations and security drills. 4. Provide Resources: Offer manuals and guides on security policies. 5. Regular Updates: Keep training materials current with new security trends. 6. Encourage Reporting: Teach employees how to report suspicious activities. 7. Assess Understanding: Use quizzes to reinforce key concepts. Regular, engaging training helps employees stay aware of security risks and their role in maintaining it.

Give the employee an Audit task. Let them see the insides of the company infrastructure (read only). Allow them to have the documentation that has been created for systems. Give them time to react be creative with the things they see. Then ask questions on what they feel they would be excited to start on. Very rarely unless needed to they do not need email access outside the company. Setup a policy of "Do not reply to email". Make phone calls or trusted company chat calls to company employees with transcripts available for use later. you are attempting to establish trust while motivating them to achieve the reason you hired them.

Make trainings actually hard and challenging. Most people are able to skip the training materials and still anwer a quiz after that. Give out recent examples of breaches and vulnerabilites in this area to raise attention.

Constant training and awareness of cyber threats is maintained with IT staff and EUC at all times. We subscribe to the CERN threat emails and review them daily for vulnerabilities that may be present in our environment.

Conduct regular security audits and vulnerability assessments on the new hardware to identify and address any emerging threats. Implement continuous security monitoring using tools like SIEM (Security Information and Event Management) to detect and respond to security incidents in real time. Train and test employees on security best practices, including how to recognize and report potential security incidents (Phishing, Social Engineering)

As part of the layered security program, implement a SIEM and EDR/XDR to ensure security event tracking and incident response capabilities to your team. Without this, you'll never know what hit you, when, how, or even IF!

Hemos implementado sistemas avanzados de monitoreo para garantizar la seguridad de nuestro nuevo hardware. Estos sistemas detectan actividades inusuales que podrían indicar amenazas, como intentos de inicio de sesión fallidos o transferencias de datos sospechosas. Con alertas en tiempo real, podemos responder rápidamente a cualquier problema potencial, asegurando la integridad de nuestra red educativa y cumpliendo con normativas rigurosas. #SeguridadInformática #MonitoreoDeSistemas #PrevenciónDeAmenazas #EducaciónADistancia #ITSecurity

Effective hardware monitoring is key for security and compliance. Here’s a concise guide: Monitoring Tools: System Monitoring: N-able N-Central, ManageEngine Desktop Central SIEM: Splunk, ManageEngine Log360 Network Monitoring: Nagios, SolarWinds, ManageEngine OpManager EDR: Sophos, CrowdStrike Setup and Configuration: Deploy agents, establish behavior baselines, and configure real-time alerts for anomalies. Real-Time Monitoring and Alerts: Create dashboards, set up alerts, and automate responses. Auditing and Compliance: Securely log all access and changes, conduct regular audits, and ensure compliance reporting. These steps monitor hardware, detect threats, and ensure compliance.

Monitoring is key and automating it could be a real nightmare. Make sure to follow the best practises is this field in order to have a successfull automation. There are some great tools on the market that can get you started quite fast.

Hoje possuímos várias ferramentas que bem configuradas podemos captar erro de senha, subir usuário para sudo, múltiplas tentativas de login entre outras atividades.

I have quickly reported incident report and delivery it to security department. Because this activity is suspicious and pose high risk

Develop and communicate an incident response plan specifically tailored for hardware rollouts. Ensure that your team knows how to respond to potential security incidents involving new devices.

Even with precautions, incidents can and probably will occur. Here’s how to handle incident response: Develop an Incident Plan: Outline containment strategies, communication protocols, and recovery processes. Train the Team: Ensure all team members understand their roles and the plan. Conduct Drills: Regularly practice responses to refine procedures and readiness. Communicate Effectively: Use clear channels to coordinate and inform stakeholders. Review and Improve: Analyze responses post-incident to enhance future handling.

To effectively handle potential incidents: 1. Develop an Incident Response Plan: Outline steps for containment, communication, and recovery. 2. Train Your Team: Ensure everyone is familiar with the plan and their specific roles. 3. Conduct Regular Drills: Practice response procedures to ensure preparedness. 4. Update the Plan: Review and adjust the plan regularly based on new threats and experiences. 5. Monitor and Review: Continuously monitor systems and review past incidents to improve the response plan. These steps help minimize damage and ensure a swift, coordinated response during a security breach.

Never share your account or device with anyone. You will be accountable for anything that may go wrong so keep your access to yourself.

The most important thing in my view is training the people how not to open emails all the small details that taking part to mishundle the issue.

I am not sure if you are asking Post/Pre/current-Roll out. Security is not just hardware and software it is the people that are using the equipment. Use remote management and end point software like SolarWinds and Trend Micro to name a couple. Must address all end point security items: 1. EPP 2. Anti-Virus 3. EDR 4. XDR 5. Internet-of-Things, this is become a more and more important issue as IoT devices are also starting to connect to our computers (example your cell phone) 6. Unified Endpoint Management and Encryption 7. Mobile Threat Defense 8. Advance Threat Protection 9. CDR Most of all ensure you ALWAYs have a good backup solution. There is just no excuse with price per terabyte being approximately $22.50.

Most of this is pretty standard cyber. If you are looking at security of a device you have to consider the life cycle from inception to destruction and have a track of each device throughout. Not easy in any large concern with often conflicting demands. One thing I never saw mentioned here was the importance of your people. Our cyber training highlights the disgruntled employee as a major risk. You need to be aware of every aspect of your security but especially your people.