Recovery of files affected by pHv1 Ransomware
It is possible for us to retrieve data that has been encrypted by a wide range of ransomware file extensions on any type of storage device
- VMware ESXi
- Microsoft Hyper-V
- Microsoft SQL Server
- Firebird
- Oracle
- VMware ESXi
- Microsoft Hyper-V
- Microsoft SQL Server
- Firebird
- Oracle
WORLDWIDE SERVICES
CASES OF LOCKBIT ATTACK
CASES OF BLACK CAT ATTACK
CASES OF HIVE LEAKS ATTACK
CASES OF MALLOX ATTACK
AMOUNT SAVED FOR NOT DEALING WITH HACKERS
Decrypt pHv1 ransomware files
Our bespoke solutions have made it possible to recover pHv1 encrypted files.
When faced with such a calamitous event, the options available are limited, particularly if backups have been compromised or are not current. The count of companies that have ceased operations due to the encryption of their data has reached a staggering level.
In numerous instances, even if the ransom is paid, the cyber criminals fail to provide the pHv1 decryption key, leaving victims with no recourse to a higher authority.
Digital Recovery has introduced solutions that can successfully decrypt files that have been affected by ransomware. Our track record of recovery projects is impressive and reliable.
Why Digital Recovery?
Having amassed over 23 years of experience, we have garnered a vast array of contented clients from across the globe. Our solutions can be executed remotely in most cases, and we offer multilingual support.
With the surge of pHv1 ransomware attacks worldwide, we specialise in decrypting ransomware. We have devised a distinct solution that can be utilised for the vast majority of storage devices, Virtual Machines, RAID Systems, Storages (NAS, DAS, SAN), Databases, Servers, and many other applications.
Our specialists are highly qualified and have the latest technologies in the data recovery market, the main one is called TRACER, a proprietary technology with which we have obtained expressive results in the decryption of pHv1 ransomware files.
We offer an advanced diagnostic service that allows us to determine the scale of the attack. This initial assessment can be performed within the first 24 working hours from the time we receive the samples. Following this, we present a commercial agreement, and upon acceptance, we commence the process of decrypting the files.
All our solutions are GDPR-compliant, ensuring total security for our customers. We also provide a confidentiality agreement (NDA) that has been drafted by our legal team. However, if you prefer to provide an NDA prepared by your own organisation, we are willing to review and accept it, if necessary.
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Success stories
What our clients say about us
"We had a serious problem after a power failure of a NAS server in Raid 5. I immediately contacted DIGITAL RECOVERY. After a few days of hard work the problem was solved."
"One of our raid servers had stopped. After several attempts without solving the problem we found DIGITAL RECOVERY and 5 hours later, at 4am, the data was recovered."
"We appointed DIGITAL RECOVERY in a special case (of data loss) in a raid 5 storage. Digital Recovery was able to recover 32 million files so our customer was extremely satisfied.”
"Without a doubt the best data recovery company in Latin America. The contact Digital Recovery will always be saved on my phone, because inevitably I will need again."
"The quality of the service is excellent. The attention given to customer service is gratifying and the feedback we receive reassures us that we can trust the work and dedication."
Customer since 2017
"Great company, they saved me from a big problem! I recommend, fast service, my thanks to the Digital Recovery team for the attention and quick solution to the problem! Show!"
"Second time that I count with the agility and professionalism of the Digital Recovery team, they are very experienced and agile. I recommend to all"
"They helped me recover some data that I had thought was lost. I had a great experience with the team for their calmness, agility and transparency."
Answers from our experts
The recovery of pHv1 ransomware files is only possible because we have developed a proprietary technology that allows us to locate the encrypted files and reconstruct them, in many cases. This process requires knowledge about the storage device that was affected, without which the files can be corrupted and recovery would not be possible. Our experts have extensive knowledge about each of the major storage devices, such as: RAID systems, Storages (NAS, DAS, SAN), Databases, Servers, Virtual Machines, and more.
How to choose a company to decrypt my data?
Only a handful of companies across the globe possess the capability to decrypt pHv1 ransomware files, and as a result, information on this possibility is limited. In fact, many people believe that recovery is impossible, owing to the lack of knowledge and incorrect information circulating online.
Nonetheless, there are reputable companies, like Digital Recovery, that have developed reliable solutions for decrypting pHv1 ransomware files. However, due to the confidential nature of such operations, formal testimonials are often hard to come by.
Considering all these factors, it is crucial to seek out reputable companies with several years of experience in the data recovery industry. These companies should provide expert assistance from the initial contact, enabling customers to communicate with professionals who can address their concerns and provide appropriate solutions.
How much does the process to decrypt pHv1 ransomware cost?
It is not possible to state the price of the process before the initial diagnosis, only after it is possible to measure the size of the damage caused by pHv1 ransomware and analyse whether decryption will be possible or not.
After the initial diagnosis, a commercial proposal is made available and, once accepted, the recovery process is started. In most of the cases the payment is only made after the validation of the recovered files, done by the customer himself in a remote session.
Is negotiating with pHv1 hackers a good option?
No, negotiating with hackers is generally not a good option. When you negotiate with pHv1 hackers, you are essentially agreeing to their demands and supporting their criminal activities. This can encourage them to continue their illegal activities and target other victims.
Moreover, there is no guarantee that the hacker will actually release your data or decrypt your files, even if you pay the ransom. In some cases, pHv1 may take the money and still refuse to provide the decryption key or release the data.
Additionally, paying the ransom can also lead to other negative consequences. It can put your personal information and sensitive data at risk, as the hacker may have gained access to your system and stolen additional information. It can also lead to legal and ethical issues, as paying the ransom is considered to be supporting criminal activities.
Therefore, it is generally recommended to not negotiate or pay the ransom to hackers. Instead, victims should report the attack to law enforcement and seek the assistance of a reputable data recovery to retrieve their data and strengthen their security measures to prevent future attacks.
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What you need to know
How to prevent a pHv1 ransomware attack?
pHv1 Ransomware attacks are becoming increasingly common and can have devastating effects on businesses and individuals alike. Here are some steps you can take to help prevent a ransomware attack:
- Keep your software up to date: Make sure your operating system, web browser, and other software are all up to date with the latest security patches. Many ransomware attacks exploit vulnerabilities in older software versions.
- Use strong passwords: Use long, complex passwords and two-factor authentication to protect your accounts from unauthorised access. Avoid using the same password for multiple accounts.
- Be cautious of suspicious emails: Phishing emails are a common way for ransomware to infiltrate systems. Be wary of emails from unknown senders or emails that contain unexpected attachments or links.
- Back up your data: Regularly back up your important files to an external hard drive or cloud storage service. This can help you restore your data in case of a ransomware attack.
- Install antivirus software: Install reputable antivirus software on your computer and keep it up to date. Antivirus software can detect and prevent many types of malware, including ransomware.
- Limit access to sensitive information: Limit access to sensitive information only to those who need it. This can help reduce the risk of accidental exposure or intentional theft.
- Train employees: Educate your employees about ransomware and how to avoid it. Teach them to be cautious of suspicious emails and to report any potential security threats to IT.
By following these steps, you can help reduce the risk of a pHv1 ransomware attack and protect your data and systems.
What is the most common means of access used by pHv1 hackers to break into environments?
The most common means of access used by pHv1 hackers to break into environments is through exploiting vulnerabilities in software, hardware, or human behaviour. This can include:
- Phishing attacks: Hackers use fraudulent emails, social media messages, or phone calls to trick individuals into revealing their login credentials or other sensitive information.
- Password attacks: Hackers use various techniques, such as brute force or dictionary attacks, to guess or crack passwords.
- Malware: Hackers use malicious software, such as viruses, worms, or Trojans, to infect computers or other devices and gain access to sensitive data.
- Software vulnerabilities: Hackers use known vulnerabilities in software, such as operating systems, web servers, or applications, to gain unauthorised access to a system.
- Misconfigured or unpatched systems: Hackers exploit weaknesses in system configurations or outdated software that has not been patched or updated to gain access.
- Social engineering: Hackers use social engineering techniques, such as pretexting or baiting, to manipulate individuals into divulging sensitive information or granting access to secure systems.
To reduce the risk of a successful attack, it’s important to implement security best practises, such as strong passwords, two-factor authentication, regular software updates and patches, employee security awareness training, and the use of security tools like firewalls, intrusion detection systems, and antivirus software.
Is there any behaviour of my server that I can analyse to know if I am being attacked by pHv1 Ransomware?
Suspicious behaviour such as high usage of processing, memory, and disk access should be thoroughly investigated to determine if a ransomware attack is in progress. pHv1 Ransomware typically exploits a machine’s own resources to carry out the encryption process and exfiltration of data. Detecting the attack can also be done by observing changes in file extensions, although this method is more complicated as the encryption process may have already started.
What happens if I don't pay the pHv1 ransom?
If your machine is affected by pHv1 ransomware, your data will be inaccessible until the encryption is removed. Unfortunately, removing the encryption typically requires formatting the affected machine, which will result in the loss of all stored data.
However, some ransomware attackers also use the double extortion tactic, which involves copying and extracting all files from the affected machine and then encrypting the original data. In such cases, the attackers may post the stolen files on their website or Dark Web forums while keeping the original data encrypted on the affected machine. In such scenarios, formatting the device will not recover the original data, and the only way to retrieve the stolen files may be to pay the ransom or seek professional help.