Protecting your company in 2023 & into the future.
In recent years, the cybersecurity industry has been inundated by a surge in hacking activities. Cyber terrorists, rogue nation-states, and other malicious actors have increasingly turned to the internet to carry out theft, disruption, and digital chaos. This trend has been further exacerbated by bold and unprecedented cyberattacks targeting various sectors, including our financial system, industries across the board, the government & military, and even critical infrastructure.
Despite the escalating financial toll, which has now reached trillions of dollars annually, there seems to be a persistent reliance on conventional approaches, yielding little change in outcomes. As we look ahead to 2023-24, the question arises: How can one ensure protection in this evolving threat environment?
Outlined below are the pieces you need to have a well rounded cybersecurity plan and prevent your business or organization from becoming the next hacker headline:
Admit there is a problem: The first step in addressing challenges, whether in personal or business matters, is recognizing the problem. Many companies falsely claim security while facing hacking risks. In the current cybersecurity world, almost everyone is at risk from malicious third-party disruptions. The internet has become a weaponized space, requiring a mindset shift for business leaders to transform into prepared organizations. This shift includes breaking away from the ineffective status quo that has contributed to our current challenges.
Educate yourself: Understanding cybersecurity is essential for every business. Similar to being cautious when leaving your home at night, it's crucial to comprehend the risks, identify vulnerable points, and know how to address those gaps. While security isn't a one-size-fits-all solution, the positive news is that new solutions exist that can significantly enhance your overall security, coming close to a silver bullet. The key lies in educating yourself about these solutions. If you can't grasp how your security works, then it's safe to say you're not truly secure. It's as straightforward as that.
Authentication: Implement a robust multi-factor authentication system that goes beyond traditional methods. Utilize post-quantum cryptographic algorithms and do not use the keys provided by third parties who should never hold your keys and who have proven they cannot secure your keys. Instead, use private key solutions like Secured2 that allow you to use your favorite authentication app like Google Auth, Microsoft Auth and Apple Auth, while using your own private, hosted (anywhere you want), key generator so you are in control of keys. Also, for server communications use the new Secured2 OAUTH-QS that provides quantum-secure OAUTH JWT tokens.
Data-in-Transit: Employ quantum-secure encryption protocols to safeguard data during transmission like Secured2 ParticleMesh that provides quantum-secure Internet with no need to use failed VPNs or expensive load balancers. Utilize AI-based threat detection to monitor and respond to potential anomalies in real-time, ensuring the confidentiality and integrity of information in transit.
Data-at-Rest: Utilize post-quantum encryption techniques like Secured2 quantum-secure data storage to protect data stored on servers, in the cloud, and other storage mediums. Employ AI-driven encryption key management systems to enhance the security of data at rest and mitigate the risks associated with evolving cryptographic threats. The key to protecting what matters 'your data' is to ensure it's secure, under your control and easily accessible to authorized users
Monitoring: Implement an advanced AI-driven monitoring system that continuously analyzes network traffic, user behavior, and system activities. This proactive approach enables the detection of unusual patterns, potential cyber threats, and vulnerabilities, allowing for swift responses and mitigation.
Governance: Establish a comprehensive governance framework that assist in policy enforcement and compliance monitoring. Regularly update policies to align with emerging threats and technological advancements, ensuring a dynamic and effective cybersecurity strategy. If you don't have these resources in house we encourage you to find industry experts to help you setup proper governance and management frameworks for your business.
Data Classification: Employ AI-powered tools for automatic data classification based on sensitivity and importance. This ensures that appropriate security measures are applied to different data types, enabling a more targeted and efficient protection strategy.
Single Pane of Glass: Implement a unified cybersecurity management platform that provides a centralized view of security measures and alerts. This single pane of glass approach facilitates efficient monitoring, analysis, and response to security events across the entire IT infrastructure. By having a lot of tasks automated you greatly reduce the amount of time and human capital needed to manage corporate Cyber IT.
Protect all Email, Chat and Communications: Make sure you use post-quantum security for all email, chat and communications. Math-based encrypted systems are not longer enough and if you care about protection make sure to use 'post-quantum' solutions that protect you against the new threats that are 'right now' issues. For example Secured2 ParticleMail is a simple addon to your Office365 email account that allows you to send and receive quantum-secure messages and also send attachments. A benefit of this application is you can send unlimited file-attachment sizes. So it acts as a great file-sharing app too. You can get it here:
Zero Trust or Post Quantum Blueprint: Embrace a Zero Trust architecture or a Post Quantum Blueprint, depending on the organization's needs. Implement AI-driven continuous authentication, adaptive access controls, and real-time risk assessment to ensure that trust is never assumed, even within the internal network. This approach is essential for countering both conventional and quantum-based threats to cybersecurity.
Indemnification: If your security provider doesn't offer indemnification for a data breach, it's a clear indicator of the effectiveness of their solutions and the likelihood of a breach occurring. If a company truly sells secure solutions, one would expect a guarantee against breaches. However, most don't provide such guarantees because they recognize the inevitability of hacking. That's where secure solutions like Secured2 come in, offering an indemnification guarantee and the unique ability to physically prove the security of your data and users—a capability unmatched by any other provider currently.
In conclusion, the outlined cyber protection plan represents a comprehensive and forward-thinking strategy to protect organizations in the rapidly morphing cybersecurity environment. By integrating post-quantum and AI-safe solutions, this approach addresses vulnerabilities in authentication, data transmission, and storage. The combination of advanced multi-factor authentication, quantum-resistant encryption, and AI-driven monitoring not only safeguards against current threats but also anticipates future challenges posed by quantum computing.
As well, the governance framework ensures adaptability to emerging threats, while the utilization of AI in data classification enhances the precision of security measures. The implementation of a single pane of glass management platform streamlines operations, providing a centralized view for efficient monitoring and response.
Whether adopting a Zero Trust architecture or a Post Quantum Blueprint, the incorporation of AI-driven continuous authentication and adaptive access controls ensures that trust is never assumed, even within the internal network.
This cyber protection plan is not merely a response to today's threats but a proactive and dynamic strategy designed to withstand the challenges of tomorrow's cybersecurity landscape. By embracing cutting-edge technologies, organizations can fortify their defenses and foster a secure digital environment in the face of emerging risks and advancements in quantum computing.
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