Unlocking Cybersecurity Prowess: Embracing Private Infrastructure Protection (PIP)
In the dynamic realm of cybersecurity, the evolution from modest MB-sized capabilities on floppy disks to today's expansive cloud-based solutions has been nothing short of remarkable. However, as our world becomes increasingly interconnected, a critical subset of systems faces a unique challenge — the inability to connect to the public internet. Whether due to regulatory requirements, business risk decisions, or inherent design, closed systems in sectors like healthcare and energy present a distinct cybersecurity dilemma.
In these closed systems, the conventional reliance on cloud-based cybersecurity solutions becomes impractical. This blog explores an alternative approach to address the cybersecurity needs of closed environments, shedding light on an often-overlooked gem — Private Infrastructure Protection (PIP).
Limitations of Traditional Approaches:
The traditional method of securing closed systems involved deploying dedicated security appliances. While this approach seemed logical, real-world incidents revealed significant limitations. Capacity constraints led to critical decision-making scenarios, prioritizing analysis based on either complexity or risk. In instances of capacity overload, the deprioritization of threats, even seemingly simple ones, could result in breaches.
Moreover, hardware constraints and slower update cycles for dedicated appliances posed additional challenges. Struggling to keep pace with evolving capabilities, these appliances often fell into maintenance mode, hindering the incorporation of new features. The five-year hardware support commitment further limited the ability to add incremental developments, akin to fitting too many elephants into a mini.
The PIP Solution:
Cybereason's Private Infrastructure Protection (PIP) introduces a revolutionary shift from the traditional appliance model. Instead of deploying a dedicated device, PIP utilizes virtualized containers, similar to cloud-based EDR/EPP services. This innovative approach offers unparalleled flexibility and scalability, breaking free from the limitations imposed by predefined hardware.
Key Advantages of PIP:
1. Cost-Efficiency: PIP enables organizations to repurpose their existing hardware, reducing the costs associated with running offline cybersecurity capabilities. For those without spare hardware, PIP can be seamlessly installed on new or third-party-managed hardware.
2. Scalability: The only constraint on scalability with PIP is the amount of hardware chosen to be used, providing organizations with limitless flexibility.
3. Continuous Evolution: Unlike traditional appliances, PIP allows for easy integration of new cybersecurity capabilities as the threat landscape evolves. The absence of hardware concerns ensures that organizations can stay ahead of emerging threats.
4. Hybrid Approach: PIP accommodates both completely offline setups, requiring manual application of updates, and hybrid models with a thin link to ensure faster access to updates and capabilities. This flexibility combines the advantages of on-premise solutions with the continual evolution offered by cloud-based security.
In a world where connectivity is the norm, it's crucial not to overlook the cybersecurity needs of closed systems. Cybereason's Private Infrastructure Protection emerges as a transformative solution, offering a dynamic and flexible approach to safeguarding closed environments. By embracing PIP, organizations can break free from the constraints of traditional cybersecurity methods, ensuring robust protection, adaptability, and resilience in the face of evolving cyber threats.
