New DPX 4.13 Backup Verification Introduction

If your job involves keeping data safe – whether you’re part of an IT operations team, managing infrastructure, or responsible for security- backups are your safety net. They’re what you count on when systems fail, files go missing, or ransomware strikes. The catch is – you have to do backup verification – just because a backup says it completed successfully doesn’t mean it’s actually usable. Many backup systems don’t check if the data they save can be restored. They don’t tell you if the files are corrupt, incomplete, or worse – already infected with malware. So when it’s time to recover, you’re left guessing.

DPX 4.13 introduces new automatic backup verification for those who can’t afford that guesswork. It’s for IT administrators, system engineers, backup operators, and cybersecurity teams who need to know – not hope – that their backups will work. It brings in automatic verification and built-in malware scanning right after each backup finishes, so you can detect problems early and fix them before a restore is ever needed.

Why Traditional Backups Aren’t Enough

A green light in your backup dashboard might look reassuring, but it can be misleading. Many systems don’t verify that a backup is actually usable – they just report that data was copied. If the backup is corrupted or includes hidden malware, you won’t know until restore day. And by then, it’s too late.

DPX 4.13 tackles this head-on by automatically checking backup integrity and scanning for malware. This gives you true confidence that your data is both clean and recoverable.

What DPX 4.13 Does Differently

DPX 4.13 introduces automatic backup verification with a two-part process: it checks that data can be restored, and it scans for threats. This happens right after a backup finishes – no extra steps needed from your team.

Filesystem Check

DPX mounts your backup and acts like it’s about to perform a full restore. It then inspects the file system, partition layout, and access permissions. If anything’s wrong – corruption, inaccessible data, structural issues – you’ll know immediately.

Malware Scan (GuardMode)

Once a backup passes the integrity check, GuardMode scans it for malware. This scan looks for known signatures and unusual file behavior that might indicate ransomware or dormant threats.

Live Monitoring and Alerts

Every step of the verification process is visible in real time. If a backup fails verification or the scan detects a threat, your team gets alerted right away via the built-in notification system.

Where It Works

DPX 4.13 supports two major types of backups out of the box:

VMware Backups

For agentless VMware jobs, DPX automatically mounts and verifies the virtual machine backups without needing to install anything on the guest systems. It handles multiple disks, complex partition setups, and guest filesystems without any manual steps.

Block-Level Backups

The same verification engine also works for block-level (physical server or bare-metal) backups. This includes different operating systems, partition types, and recovery formats. You get the same level of validation for your physical infrastructure as for your virtualized one.

Important Note: You Need vStor

This new verification feature only works for backups stored on Catalogic’s vStor. That’s because vStor provides the mounting technology DPX needs to simulate restores and run scans. If you use another storage backend, you’ll need to migrate those backups to vStor to take advantage of this functionality.

This tight integration with vStor ensures smooth performance, fast scans, and reliable results – all without affecting production systems.

How It Works: A Behind-the-Scenes Look

Here’s what happens step-by-step once a backup completes:

  1. Backup finishes

  2. Verification kicks off (automatically if enabled)

  3. DPX accesses the backup using vStor

  4. Filesystem check: verifies integrity and access

  5. GuardMode scan: scans for malware (if enabled)

  6. Results posted: in the backup job report, with detailed info

If the backup doesn’t pass the filesystem check, the malware scan doesn’t run – so you’re not wasting resources on corrupted data. All results are logged and can be downloaded for auditing or compliance needs.

Why It Matters in the Real World

Reducing Risk

Most restore failures are due to one of two things: corrupted backups or hidden threats. DPX 4.13 helps you avoid both. It ensures that backups are truly restorable and free from malware before you ever need to use them. For companies with compliance needs, these automated checks and audit logs provide an added layer of documentation and assurance.

Saving Time

Manual restore testing is tedious and easy to skip. This system does it automatically. Once set up, it runs in the background – no need for staff to validate backups manually. It also scales with your environment. Whether you’re backing up 10 machines or 10,000, the verification engine runs checks independently without slowing down your backup jobs.

The Bigger Picture: From Guesswork to Assurance

Backup used to mean, “We hope this works.” With DPX 4.13, it becomes “We know this works.” It’s a quiet but much needed evolution in how backup is done – transforming the last step of your data protection plan into something you can rely on with confidence. The real value? Peace of mind. When something goes wrong—and it will—you’re not crossing your fingers. You’re restoring from a backup that’s been proven to work and scanned for threats.

Coming Soon

DPX 4.13 will be available in summer 2025. If you’re already using vStor and DPX for VMware or block-level backups, enabling verification is straightforward. For others, it may be time to revisit your backup strategy. Ask yourself: can you trust your backups today? If the answer isn’t a confident yes, DPX 4.13 is worth a look.

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06/18/2025 0 Comments

Enhancing Data Recovery with vStor Snapshot Explorer and GuardMode Scan

Data recovery in complex IT environments presents numerous challenges for backup administrators. As organizations grapple with increasing data volumes and evolving security threats, the need for efficient, secure, and flexible recovery solutions has never been more critical. Catalogic Software addresses these challenges with the introduction of vStor Snapshot Explorer, a significant enhancement to the DPX Data Protection suite.

vStor Snapshot Explorer: Expanding DPX Capabilities

vStor Snapshot Explorer is designed to streamline the data recovery process by allowing administrators to mount and explore RAW or VMDK disk images directly from VMware backups. This feature integrates seamlessly with existing DPX backup types, including:

  • Agentless VMware backups
  • File system backups
  • Application-consistent backups (e.g., SQL Server, Oracle, Exchange)
  • Bare Metal Recovery (BMR) snapshots
  • Hyper-V backups
  • Physical server backups

This comprehensive integration enhances the overall functionality of the DPX suite, providing administrators with a unified approach to data recovery across various backup scenarios.

vStor Snapshot Explorer offers a range of powerful capabilities that significantly improve the efficiency and flexibility of data recovery processes. These features work together to provide administrators with a robust toolset for managing and restoring backed-up data:

  1.  Direct Mounting: Quickly mount disk images from backups without full restoration, saving time and resources.Screenshot of vStor Snapshot Explorer’s direct mounting feature
  2. Intuitive Interface: Browse filesystem content easily through the vStor UI, improving efficiency in data exploration and recovery.Screenshot showing the vStor Snapshot Explorer intuitive interface
  3. Broad Compatibility: Works with numerous DPX backup types, ensuring versatility across diverse IT environments.
  4. Granular Recovery: Restore specific files or folders without the need for a full system recovery.
  5. Network Share Restoration: Directly restore data to network shares, bypassing local storage limitations.

The compatibility of vStor Snapshot Explorer with various DPX backup types ensures that it can be utilized across a wide range of backup scenarios, making it a versatile tool for administrators managing diverse IT environments.

GuardMode Scan: Enhancing Security in Data Exploration and Recovery

GuardMode Scan is an integral component of vStor Snapshot Explorer, complements the snapshot exploration process by providing a crucial security layer. This feature allows administrators to identify potentially compromised snapshots before restoring them to production environments, significantly reducing the risk of reintroducing malware or corrupted data into live systems.

GuardMode Scan offers several key functionalities that enhance the security and reliability of the data recovery process:

  1. Automated Scanning: Scans mounted filesystems for potential ransomware infections or data encryption, providing a comprehensive security check before data restoration.
  2. Real-time Analysis: Displays detected suspicious files as the scan progresses, allowing for immediate assessment and decision-making during the recovery process.
  3. Comprehensive Reporting: Provides detailed information on suspicious files, including:
    – Entropy levels (indicating potential encryption)
    – Magic number mismatches (suggesting file type inconsistencies)
    – Matches against known malware patterns
  4. Snapshot Timeline Analysis: Enables administrators to scan multiple snapshots chronologically, helping identify the point of infection or data corruption.
  5. Integration with Recovery Workflow: Seamlessly incorporates security checks into the recovery process, ensuring that only clean data is restored to production environments.

GuardMode Scan not only enhances the security of the data recovery process but also provides several key benefits that address critical concerns in modern data protection strategies:

  1. Proactive Threat Detection: Identify potential security issues before they impact production systems, reducing the risk of data breaches or ransomware spread.
  2. Informed Decision Making: Provides administrators with detailed insights into the state of backed-up data, allowing for more informed recovery decisions.
  3. Compliance Support: Helps organizations meet regulatory requirements by ensuring the integrity and security of recovered data.
  4. Reduced Recovery Time: By identifying clean snapshots quickly, GuardMode Scan can significantly reduce the time spent on trial-and-error recovery attempts.
  5. Enhanced Confidence in Backups: Regular scanning of backup snapshots ensures that the organization’s data protection strategy is effective against evolving threats.

By incorporating GuardMode Scan into the recovery workflow, administrators can confidently restore data, knowing that potential threats have been identified and mitigated. This integration of security and recovery processes represents a significant advancement in data protection strategies, addressing the growing concern of malware persistence in backup data.

Practical Applications of vStor Snapshot Explorer

vStor Snapshot Explorer addresses several common challenges in data recovery. Here are specific scenarios illustrating its utility:

  1. Granular File Recovery: An administrator needs to recover a single critical file from a 2TB VM backup. Instead of restoring the entire VM, they can mount the backup using vStor Snapshot Explorer, browse to the specific file, and restore it directly. This process reduces recovery time from hours to minutes.
  2. Data Validation Before Full Restore: Before performing a full restore of a production database, an administrator mounts the backup snapshot and uses GuardMode Scan to verify the integrity of the data. This step ensures that no corrupted or potentially infected data is introduced into the production environment.
  3. Audit Compliance: During an audit, an organization needs to provide historical financial data from a specific date. Using vStor Snapshot Explorer, the IT team can quickly mount a point-in-time backup, locate the required files, and provide them to auditors without disrupting current systems.
  4. Testing and Development: Development teams require a copy of production data for testing. Instead of creating a full clone, administrators can use vStor Snapshot Explorer to mount a backup snapshot, allowing developers to access necessary data without impacting storage resources or compromising production systems.
  5. Ransomware Recovery: After a ransomware attack, the IT team uses vStor Snapshot Explorer to mount multiple snapshots from different points in time. By utilizing GuardMode Scan on these snapshots, they can identify the most recent clean backup, minimizing data loss while ensuring a malware-free recovery.

Optimizing Recovery Strategies with vStor Snapshot Explorer

The introduction of vStor Snapshot Explorer to the DPX Data Protection suite offers several opportunities for organizations to optimize their recovery strategies:

  1. Reduced Recovery Time Objectives (RTOs): By allowing direct mounting and browsing of backup snapshots, vStor Snapshot Explorer significantly reduces the time needed to access and restore critical data. This capability helps organizations meet more aggressive RTOs without the need for costly always-on replication solutions.
  2.  Improved Recovery Point Objectives (RPOs): The ability to quickly scan and verify the integrity of multiple snapshots allows organizations to confidently maintain more frequent backup points. This flexibility supports tighter RPOs, minimizing potential data loss in recovery scenarios.
  3. Enhanced Data Governance: vStor Snapshot Explorer’s browsing capabilities, combined with GuardMode Scan, provide improved visibility into backed-up data. This enhanced oversight supports better data governance practices, helping organizations maintain compliance with data protection regulations.
  4. Streamlined Backup Testing: Regular mounting and verification of backup snapshots become more feasible with vStor Snapshot Explorer, encouraging more frequent and thorough backup testing. This practice enhances overall backup reliability and readiness for recovery scenarios.
  5. Efficient Storage Utilization: By enabling granular file recovery and snapshot browsing without full restoration, vStor Snapshot Explorer helps organizations optimize storage usage in recovery scenarios, potentially reducing the need for extensive recovery storage infrastructure.

Elevating Your Data Protection Strategy with vStor Snapshot Explorer

vStor Snapshot Explorer and GuardMode Scan address the complex challenges of managing and protecting critical information assets in today’s IT environments. By offering rapid access to backed-up data, enhanced security measures, and flexible restoration options, these tools provide a comprehensive approach to data recovery and exploration.
Ready to enhance your data recovery capabilities? Contact our sales team today to learn how these tools can augment your existing data protection suite and provide greater control over your backup and recovery processes.

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11/05/2024 0 Comments

Ransomware Attack Prevention: Insights, Real-Life Cases, and Proven Defenses

Ransomware is like an evil character lurking in the shadows, preying on businesses and governments. Its impact can be profoundly devastating, wreaking havoc through significant financial losses and reputational damage. Even the mightiest organizations, seemingly well-fortified, are vulnerable to these menacing attacks. While ransomware attacks continue to rise in number, it’s essential to know that there are good defenses you can use to stay safe.

Understanding Ransomware

Ransomware is a type of malicious software (malware) that encrypts the victim’s data, rendering it inaccessible. The attackers then demand a ransom payment in exchange for the decryption key necessary to regain access.

The type of ransomware used in an attack can vary. Some common varieties include crypto-ransomware, which encrypts important files; locker ransomware, which completely locks the user out of their device; and scareware, a type of ransomware that deceives users into thinking they have received a fine from a government agency.

A ransomware infection often happens through phishing emails or malicious websites. Cybercriminals trick users into clicking on a link or opening an attachment that installs the ransomware on their device.

Real-life Examples of Ransomware Attacks

WannaCry
Losses: $4 billion

In May 2017, WannaCry ransomware spread like wildfire throughout the Internet, locking up the data of 250,000 Microsoft Windows users in 150 countries. The hacking organization Shadow Brokers actively used a tool called EternalBlue, reportedly developed by the United States National Security Agency, to exploit a flaw in Microsoft Windows computers.

NotPetya
Losses: $10 billion

Petya first appeared in March of 2016. It hijacked Windows machines by infecting the master boot record. In June of 2017, a variation of the Petya ransomware was launched called NotPetya. There were two ways in which it differed from Petya. It infected systems using the EternalBlue exploit, and it was updated such that the infection could not be undone.

Costa Rican Government
Losses: $30 million per day of attack

The pro-Russian Conti group has declared a ransomware attack on the Costa Rican government. Thirty different government agencies in Costa Rica were targeted, including the Ministry of Finance and the Ministries of Science, Innovation, Technology, and Telecommunication, as well as the state-run internet service provider RACSA.

The Escalation of Ransomware Attacks

Ransomware attacks are on the rise globally. Every day, 1.7 million ransomware attacks happen, which means that 19 attacks happen every second. Cybersecurity Ventures predicts that by 2024, cybercrime will have cost the global economy $9.5 trillion USD. Cybercrime would rank as the third largest economy in the world, behind the United States and China, if assessed as a nation.

There are three main reasons why ransomware threats are growing and changing. First, hackers are always coming up with new ways to attack because they want to make a lot of money. Large ransom payments, which are common in cryptocurrencies to protect privacy, are still a strong motivation. Second, the fact that attackers are getting smarter is a very important factor.

Cybercriminals are getting better at taking advantage of software flaws, using advanced encryption methods, and tricking people into giving them information. Lastly, the move to work from home during the COVID-19 pandemic has widened the attack area, giving hackers more targets and chances to do damage.

Certain industries are more prone to attacks, including healthcare, education, and financial services. These industries are targeted due to their sensitive data and the high impact of disruptions.

The Cost of Ransomware Attacks

The cost of a ransomware attack can be staggering. Many victims opt to pay the ransom to quickly restore their operations. According to a report by Coveware, the average ransom payment in Q3 2020 was $233,817. By 2031, ransomware is projected to cost its victims about $265 billion (USD) a year.

However, the financial impact extends beyond the ransom payment. Businesses also face costs related to data recovery, system reinforcement, and potential regulatory fines. Plus, there’s the intangible cost of reputational damage and loss of customer trust.

Ransomware Groups: Who Are They?

Various ransomware groups operate worldwide, each with its own unique tactics and targets. Groups like REvil and Maze have gained notoriety for their high-profile attacks. These groups often operate as “Ransomware-as-a-Service” (RaaS), where they lease their ransomware to other criminals.

How to Safeguard Against Ransomware Attacks

Preventing a ransomware attack requires a multi-faceted approach. Key measures for ransomware protection include:

  • Regular data backups: Regularly back up your data to an external device or cloud service. This allows you to restore your system without paying the ransom.
  • Cybersecurity awareness: Educate employees about phishing scams and safe online practices.
  • Software updates: Keep all software and systems up-to-date to patch vulnerabilities that ransomware might exploit.
  • Security tools: Use antivirus software, firewalls, and other security tools to detect and prevent malware infections.

Introducing GuardMode

GuardMode protects backups from ransomware and works with server and edge protection, letting you find viruses or other problems with your data very early. It does this by keeping an eye on file shares and system behavior, even over the network, instead of using a specific code fingerprint.

GuardMode keeps track of and regularly updates more than 4,000 known ransomware threat patterns. It also checks for damaged files. While ransomware detection tools were made for security teams, GuardMode was made with the backup administrator and your backup solution in mind.

It has an easy-to-use detection system and can help administrators get back important data that was lost.

Conclusion

With the growing prevalence of ransomware attacks, understanding and protecting against this threat is crucial. Staying informed about the latest developments in ransomware and implementing robust security measures can help safeguard your data and operations against this cyber menace. Remember, prevention is always better than cure, especially when it comes to cybersecurity.

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11/02/2023 0 Comments