Business Technology Resilience The Power of Knowing Our Weaknesses

Maslow’s Pyramid Applied to Technological Resilience

Maslow’s Pyramid Model, widely used in psychology, holds that people must meet their basic needs before achieving self-actualization. This same principle can be applied to the Cybersecurity and technological resilience in companies:

1. 1. Basic needs: Ensure a stable technological infrastructure, with access to electricity, connectivity and reliable hardware. Without this basis, any strategy of cybersecurity will be ineffective.
   2. Security: Protect data, ensure operational continuity, and minimize cybersecurity risks through appropriate protocols.
   3. Belonging and collaboration: Fostering a culture of safety where teams work together to strengthen technological resilience.
   4. Recognition: Earn security certifications and demonstrate commitment to data protection and customer and partner trust.
   5. Self-actualization: Reaching a level of maturity where technological resilience not only minimizes risks, but becomes a competitive advantage.

Cybersabotage: The Silent Threat Internal and External

One of the main risks to technological resilience is cybersabotage, which can be caused by external attacks (hackers, organized groups) or internal threats (disgruntled or negligent employees).

Incidents in which companies suffer security breaches are becoming more frequent, not because of the sophistication of the attackers, but because of internal errors such as poorly managed credentials, obsolete software or the absence of cybersecurity policies Effective. Identifying these weaknesses is the first step to bolstering security from within.

How to Design a Technology Resilience Plan in the Company

To improve technological resilience, companies must apply a comprehensive approach based on these pillars:

1. Vulnerability detection and assessment:
   • Perform regular computer security audits and penetration tests.
   • Implement real-time monitoring systems to detect anomalies in the network.
   • Assess the level of exposure to internal and external risks through forensic analysis and attack simulations.
2. Staff training and awareness
   • Create cybersecurity training programs tailored to each organizational level.
   • Foster a safety culture where employees report incidents without fear of retaliation.
   • Develop attack response drills to strengthen the reaction of the teams.
3. Implementation of security controls and protocols:
   • Establish proper network segmentation and restricted role-based access.
   • Apply zero trust principles to minimize improper access to critical data.
   • Develop a disaster recovery plan with robust and redundant backups.
4. Protection of corporate image and reputation
   • Implement crisis communication strategy to respond quickly to incidents.
   • Monitor social networks and forums to detect possible smear attacks or data leaks.
   • Build trust with customers and partners through transparency in incident management.
5. Regulatory compliance and alignment with international standards:
   • Ensure compliance with regulations such as GDPR, ISO 27001, NIST, and other local and international regulations.
   • Perform external audits to validate the correct implementation of security policies.
   • Maintain detailed documentation on safety procedures and controls.

Conclusion

Technological resilience It’s not just about reacting to threats, it’s about anticipating them and making security a strategic asset. As in the Maslow’s pyramid, only by ensuring a solid foundation can we aspire to secure and sustainable growth.

A well-structured plan, aligned with cybersecurity standards and focused on identifying vulnerabilities, will allow companies to not only survive, but thrive in an ever-evolving digital environment.