Endpoint data optimization is crucial as it improves the performance and efficiency of devices by managing and streamlining the data stored and accessed on individual endpoints like computers, tablets, and smartphones, leading to faster application response times, better user experience, and reduced network strain, writes Sonia C. Okpara:
Endpoint data optimization is critical in enhancing data security, manageability, and overall efficiency across various endpoint devices.
Its objective is to reduce data size, improve performance, minimize costs, and provide a better user experience, particularly in mobile and remote work environments.
By highlighting the significance of endpoint data optimization, I aim to illustrate its vital role in securing data in different contexts, including the cloud, data transmission, and data at rest.
Implementing appropriate strategies and technologies for endpoint data optimization offers several benefits, such as cost reduction, increased productivity, enhanced security, and optimized network utilization.
Furthermore, endpoint data optimization serves as a crucial enabler of workforce transformation, empowering employees with reliable, secure, manageable, supportable, and intelligent work tools (endpoints).
This empowerment enables them to be productive anywhere and anytime, supporting their professional growth and facilitating seamless collaboration within modern work environments.
It is important to note that a significant portion of security breaches, approximately 70%, originate at the endpoint level, encompassing servers, desktops, laptops, mobile devices, and IoT devices.
These attacks exploit vulnerabilities at multiple layers, including the operating system, applications, firmware, and BIOS.
With the global pandemic and the widespread adoption of remote and hybrid work models, organizations face increased vulnerability to cyberattacks targeting their endpoints.
Therefore, empowering more young individuals with knowledge and skills in endpoint data optimization and cybersecurity becomes essential to safeguarding data and fortifying the defence against cyber threats.
Another way of securing endpoint is with the introduction of Next-generation Antivirus (NGAV) solutions, specifically VMware Carbon Black Cloud universal agent and console.
This solution applies behavioural analytics to endpoint events, enabling streamlined threat detection, prevention, and response to attacks.
Detection and Response (EDR) models delivered through the VMware Carbon Black cloud which will equip organizations in various ways:
- Detect, prevent, and respond to both known malware and unknown non-malware attacks.
- Maintain IT hygiene and monitor operational drift.
- Apply behavioural analytics to endpoint events, streamlining detection, prevention, and response to cyber-attacks.
- Stop advanced attacks through innovative streaming prevention technology that combats ransomware, malware, and non-malware attacks.
- Gain threat visibility through powerful attack visualizations, facilitating a comprehensive understanding of the root cause and effective remediation.
- Utilize lightweight and easy-to-deploy cloud-delivered agents and a dynamic console that provides a clear overview of essential information.
- Boost productivity and enhance security for remote offices and mobile workforces.
- Access a device assessment and remediation solution that simplifies auditing and system state changes across the organization.
- Leverage real-time query capabilities to make prompt decisions, improve security posture, and assess vulnerabilities in real-time.
- Empower security teams to proactively reduce risk with risk-prioritized vulnerability visibility and context directly within the Carbon Black Cloud console.
This approach minimizes the volume of vulnerabilities that need to be addressed without compromising endpoint and workload security.
