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Modern Proactive Ransomware Protection

Modern Proactive Ransomware Protection

Modern proactive ransomware protection is a growing threat to small and medium-sized businesses (SMBs) in Toronto.

Businesses are being attacked by ransomware every 11 seconds and over 80 percent of businesses have experienced an attack in the past few years. Cyber threats now include ransomware payloads in approximately 25 percent of cases. Businesses face a huge challenge protecting their systems from this type of attack.

Many great cybersecurity and IT managers are hard to hire, and machine learning services like ChatGPT enable criminals to keep improving their phishing emails.

Detecting known malware threats as soon as they are executed is impossible with traditional anti-malware and anti-ransomware solutions since they rely on signature matching – which cannot identify unknown zero-day threats. Ransomware can also corrupt or delete volume shadow copies, making recovery impossible.

Behavioral anti-malware processes have difficulty detecting new types of ransomware every day since they move laterally, exfiltrate data, and encrypt critical data to evade traditional security measures. The traditional solutions are therefore ineffective against new, sophisticated ransomware attacks, particularly when attackers threaten to leak sensitive data, making it difficult for businesses to recover.

Anti-malware and anti-ransomware solutions are no longer recommended by the industry. To counter modern threats, cybersecurity must be comprehensive and layered. By leveraging machine learning, AI, and behavioral analytics, we can better defend against these complex cyberthreats.

Strong and modern cybersecurity solutions should protect against ransomware. Antimalware and anti-ransomware solutions alone are not sufficient for complete protection.

Cybersecurity professionals use this method to detect known malware threats. A new and unknown malicious process may be detected through AI-enabled behavior detection. This feature is especially useful in today’s cyber landscape due to the prevalence of zero-day attacks.

Ransomware attacks can be recovered quickly and easily with a modern solution. With this software, changes are rolled back automatically using local cache or backups, unlike traditional solutions that rely on shadow copies. Businesses can recover quickly after an attack thanks to this feature.

Modern cybersecurity solutions can protect businesses from ransomware. Combined with AI-enabled behavior detection, it protects against ransomware. The advanced solution ensures the security and smooth operation of a managed service provider’s clients’ data.

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Business continuity and data protection

The Cyber Security Framework is a set of guidelines and best practices developed by National Institute of Standards and Technology (NIST). The framework organizes information, identifies liabilities, and implements controls to manage cybersecurity risks. For strengthening their cybersecurity posture, many organizations of all sizes and industries use the NIST framework.

Business continuity and data protection are delivered by cyber protection platforms optimized for MSPs. An overview of how each feature contributes to the framework’s value is presented below.

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Step 1: Identifying the Ransomware Problem

Making sure all devices are updated, patched, and protected against potential vulnerabilities begins with a thorough inventory of hardware and software.

Classifying data according to its sensitivity, importance, and regulatory requirements ensures that only authorized personnel have access to sensitive information.

Identifying all unprotected devices connected to the organization’s network so they can be properly secured and not pose a threat to the network is the purpose of unprotected endpoint discovery.

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Step 2: Identifying the Ransomware Protection

Vulnerabilities in an organization’s systems and applications are identified and addressed through vulnerability assessments.

Patch management ensures that all software and applications are protected from known vulnerabilities and threats.

Anti-malware software and interference detection systems are examples of tools and techniques that exploit prevention uses to prevent attacks from occurring.

The backup integration process involves routinely backing up all data and applications to ensure they can be restored after information loss or cyberattack.

Compliance with regulatory requirements is ensured through data loss prevention (DLP).

By configuring devices and systems according to security practices, and protecting them against potential vulnerabilities and attacks, security configuration management ensures their security.

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Step 3: Identifying the Ransomware Detection

Subscribing to an emerging threats feed is the first step in detecting emerging threats. The feed updates immediately with threats and vulnerabilities.

As part of the process of detecting emerging threats, indicators of compromise (IOCs) must also be searched.

Software that detects and blocks malware and ransomware is essential.

By preventing access to potentially dangerous websites, URL filtering protects employees from visiting malicious websites accidentally.

To detect emerging threats, email security is crucial. Encryption and email filtering are effective security measures that can protect organizations.

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Step 4: Identifying the Ransomware Response

Rapid incident analysis determines the scope and severity of the incident quickly to determine the appropriate response and minimize potential impacts.

Remediation involves isolating and containing affected systems and applications so that further damage can be avoided.

A forensic backup investigation identifies the cause of an incident and identifies what caused it.

The organization’s network is not further compromised by remote accessing affected systems and applications.

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Step 5: Identifying the Ransomware Recovery Plan

An organization’s cybersecurity solution must integrate disaster recovery into it for easy restoration of data and systems after an incident.

As soon as an attacker makes a change, rapid rollback is performed to minimize the potential impact.

A one-click mass recovery minimizes downtime by enabling users to recover their own systems.

Our Complimentary Network and Security Assessment can put your IT to the test against other Toronto managed IT services providers.

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