Written By Pravin Mehta
Updated on July 22, 2022
Min Reading 3 Min
Cyber-attacks have become more frequent in the last few years, and all organizations that store data must have a comprehensive data protection strategy to mitigate the risks arising due to vulnerabilities.
Vulnerability and its manifold triggers have alarmed Network Administrators and System Administrators, alike. And, with digital transformation, vulnerability has also emerged as a serious security concern for Data Administrators. The organizations’ growing focus on digital transformation, in general, has largely pushed the Big Data realm with the massive generation of user data which is difficult to manage and secure. Consequently, this has exposed numerous loopholes for cyber attackers to gain unauthorized access to sensitive information on a network or standalone system.
The term vulnerability defines an underlying weakness associated with a system, which if not patched in time, exposes the system to a potential threat. For example, failing to patch Windows updates on a Web server is a vulnerability.
Data is continuously exposed to cybersecurity threats due to several types of vulnerabilities which manifest in the following stages:
Most businesses have heterogeneous systems with multiplatform automated patching to guard the networks and systems closely. But, sometimes, the administrators are unable to assess the type of vulnerability, which initiates a vast majority of threats due to unpatched networks and systems. A small vulnerability at an entry-level network, when left unattended, may thus turn out to be the most feasible loophole for malicious attacks on an organization.
Therefore, plugging these vulnerabilities -before they get traced by a malicious entity -is one of the best preventive measures to protect data and stop such entry-level network threats from branching out to multiple risks.
1. Business Downtime: The downtime or outage happens when a system becomes unavailable for a certain duration and fails to perform its primary function. To restore a compromised system from scratch, the business has to invest resources, which causes upfront loss.
Downtime also leads to business disruption when critical IT systems are involved, especially the database where there are higher chances of organizational data being compromised. According to Ponemon's cost of data breach study, organizations based in the US can recover some of the highest post-breach response costs.
2. Data loss: Data encryption by ransomware might cause permanent loss of data, thus, compromising strategic advantage and affecting brand reputation and overall business health. In cases of encryption, you need data recovery software like Stellar Data Recovery. Data loss prevention could have been possible if the organizations had applied timely patches.
3. Data privacy and legal implications: Unauthorized 3rd party data access affects the confidentiality, integrity, and availability of organizational data, thereby compromising data privacy. In today’s context, non-compliance with data privacy regulations such as the GDPR might lead to legal complications.
This is possible! By taking adequate preemptive measures at —
1. Network Level Security:
2. System Level Security:
3. Data Security:
While Data Protection is largely based on implementing preventive measures and practices, Data Disposition is concerned with the safe disposal of redundant or undesired data. And there are regulatory policies to govern safe data disposition, which mandate organizations to comply with privacy and security standards. In this regard, data erasure software such as BitRaser is used by Enterprises to perform secure data erasure in line with international standards. BitRaser erases sensitive data in an efficient, cost-effective, secure, and socially responsible manner during the recycling or relocation of data assets.
Not just for erasure, a certified data erasure software like BitRaser helps organizations to plug vulnerabilities and protect their network and systems from many threats arising out of data exposure.
BitRaser is NIST Certified
|US Department of Defense, DoD 5220.22-M (3 passes)|
|US Department of Defense, DoD 5200.22-M (ECE) (7 passes)|
|US Department of Defense, DoD 5200.28-STD (7 passes)|
|Russian Standard – GOST-R-50739-95 (2 passes)|
|B.Schneier’s algorithm (7 passes)|
|German Standard VSITR (7 passes)|
|Peter Gutmann (35 passes)|
|US Army AR 380-19 (3 passes)|
|North Atlantic Treaty Organization-NATO Standard (7 passes)|
|US Air Force AFSSI 5020 (3 passes)|
|Pfitzner algorithm (33 passes)|
|Canadian RCMP TSSIT OPS-II (4 passes)|
|British HMG IS5 (3 passes)|
|Pseudo-random & Zeroes (2 passes)|
|Random Random Zero (6 passes)|
|British HMG IS5 Baseline standard|
|NAVSO P-5239-26 (3 passes)|
|NCSG-TG-025 (3 passes)|
|5 Customized Algorithms & more|