What varieties of viruses and ransomware are there?

What are the different types of viruses

 

What are the different types of viruses and ransomware?

In this digital age, viruses and ransomware are becoming a growing security concern for computer users. The threat of malicious software is real, and understanding the different types of viruses and ransomware is essential to protect yourself and your data. There are four main types of viruses, each with its own characteristics and potential harm. These include Trojans, bots, malware, and ransomware. With some basic knowledge, computer users can better protect themselves against these malicious programs. Knowing the differences between these types of viruses and their capabilities is the first step to keeping your computer safe and secure.

Virus:

A computer virus is a malicious code or program written to alter how a computer operates and is designed to spread from one computer to another. A virus operates by inserting or attaching itself to a legitimate program or document that supports macros to execute its code. In the process, a virus can potentially cause unexpected or damaging effects, such as harming the system software by corrupting or destroying data.

Two types of viruses causing headaches for security experts are multipartite virus and polymorphic virus. Multipartite viruses leverage multiple attack vectors to infiltrate systems, while polymorphic viruses cunningly change their code to evade detection. Understanding and defending against these sophisticated adversaries is crucial to safeguarding our digital world.

A macro virus is a malicious code quickly gaining popularity amongst hackers. It is a type of virus that replicates itself by modifying files containing macro language, which can replicate the virus. These can be extremely dangerous as they can spread from one computer to another and can cause damage by corrupting data or programs, making them run slower or crash altogether. Users need to take preventive measures against the threat of viruses, as they can eventually cause serious damage.

Worm:

A computer worm is a type of malware that spreads copies of itself from computer to computer and even operating system. A worm can replicate itself without any human interaction and does not need to attach itself to a software program to cause damage.

Ransomware:

The idea behind ransomware, a form of malicious software, is simple: Lock and encrypt a victim’s computer or device data, then demand a ransom to restore access.

In many cases, the victim must pay the cybercriminal within a set amount of time or risk losing access forever. And since malware attacks are often deployed by cyber thieves, paying the ransom doesn’t ensure access will be restored.

Ransomware holds your personal files hostage, keeping you from your documents, photos, and financial information. Those files are still on your computer, but the malware has encrypted your device, making the data stored on your computer or mobile device inaccessible.

Who are the targets of ransomware attacks?

Ransomware can spread across the Internet without specific targets since it’s one of the most common types of computer virus. But this file-encrypting malware’s nature means that cybercriminals can also choose their targets. This targeting ability enables cybercriminals to go after those who can — and are more likely to — pay larger ransoms.

Trojan:

A Trojan horse, or Trojan, is a type of malicious code or software that looks legitimate but can take control of your computer. A Trojan is designed to damage, disrupt, steal, or inflict some other harmful action on your data or network.

A Trojan acts like a bona fide application or file to trick you. It seeks to deceive you into loading and executing the malware on your device. Once installed, a Trojan can perform the action it was designed for.

A Trojan is sometimes called a Trojan or a Trojan horse virus, but that’s a misnomer. A Trojan cannot. A user has to execute Trojans. Even so, Trojan malware and Trojan virus are often used interchangeably.

Bots:

Bots, or Internet robots, are also known as spiders, crawlers, and web bots. While they may be utilized to perform repetitive jobs, such as indexing a search engine, they often come in the form of malware. Malware bots are used to gain total control over a computer.

The Good

One of the typical “good” bots used is to gather information. Bots in such guises are called web crawlers. Another “good” use is automatic interaction with instant messaging, instant relay chat, or assorted other web interfaces. Dynamic interaction with websites is yet another way bots are used for positive purposes.

The Bad

Malicious bots are defined as self-propagating malware that infects its host and connects back to a central server(s). The server functions as a “command and control center” for a botnet or a network of compromised computers and similar devices. Malicious bots have the “worm-like ability to self-propagate” and can also:

  • Gather passwords
  • Obtain financial information
  • Relay spam
  • Open the back doors on the infected computer

Malware:

Malware is an abbreviated form of “malicious software.” This is software specifically designed to gain access to or damage a computer, usually without the owner’s knowledge. There are various types of malware, including spyware, ransomware, viruses, worms, Trojan horses, adware, or any malicious code that infiltrates a computer.

Each type of malware has its own purpose and potential impacts, making it important to be aware of the different types of malware. We can protect ourselves from these malicious software threats with the right knowledge and resources.

Generally, the software is considered malware based on the creator’s intent rather than its actual features. Malware creation is rising due to money that can be made through organized Internet crime. Originally malware was created for experiments and pranks, but eventually, it was used for vandalism and destruction of targeted machines. Today, much malware is created to make a profit from forced advertising (adware), stealing sensitive information (spyware), spreading email spam or child pornography (zombie computers), or extorting money (ransomware).

The best protection from malware — whether ransomware, bots, browser hijackers, or other malicious software — continues to be the usual preventive advice: be careful about what email attachments you open, be cautious when surfing by staying away from suspicious websites, and install and maintain an updated, quality antivirus program.

Spyware:

Spyware is unwanted software that infiltrates your computing device, stealing your internet usage data and sensitive information. Spyware is classified as a type of malware — malicious software designed to gain access to or damage your computer, often without your knowledge. Spyware gathers your personal information and relays it to advertisers, data firms, or external users.

Spyware is used for many purposes. Usually, it aims to track and sell your internet usage data, capture your credit card or bank account information, or steal your personal identity. How? Spyware monitors your internet activity, tracking your login and password information, and spying on your sensitive information.

VDI vs DaaS

VDI vs DaaS

 

VDI vs DaaS, What is the Difference and which is best for your business virtualization needs?

Virtual desktops give users secure remote access to applications and internal files. Virtualization technologies often used in these remote access environments include virtual desktop infrastructure (VDI) and desktop as a service (DaaS).

Both remote access technologies remove many of the constraints of office-based computing. This is an especially high priority for many businesses right now, as a large portion of the global workforce is still working remotely due to the COVID-19 pandemic, and many organizations are considering implementing permanent remote work on some level.

With VDI and DaaS, users can access their virtual desktops from anywhere, on any device, making remote work much easier to implement and support, both short and long-term. Understanding your organization’s needs and demands can help you decide which solution is right for you

What Is VDI?

VDI creates a remote desktop environment on a dedicated server. The server is hosted by an on-premises or cloud resource. VDI solutions are operated and maintained by a company’s in-house IT staff, giving you on-site control of the hardware.

VDI leverages virtual machines (VMs) to set up and manage virtual desktops and applications. A VM is a virtualized computing environment that functions as though it is a physical computer. VMs have their own CPUs, memory, storage, and network interfaces. They are the technology that powers VDI.

A VDI environment depends on a hypervisor to distribute computing resources to each of the VMs. It also allows multiple VMs, each on a different OS, to run simultaneously on the same physical hardware. VDI technology also uses a connection broker that allows users to connect with their virtual desktops.

Remote users connect to the server’s VMs from their endpoint device to work on their virtual desktops. An endpoint device could be a home desktop, laptop, tablet, thin client or mobile device. VDI allows users to work in a familiar OS as if they are running it locally.

What Is Daas?

DaaS is a cloud-based desktop visualization technology hosted and managed by a third-party service provider. The DaaS provider hosts the back-end virtual desktop infrastructure and network resources.

Desktop as a Service systems are subscription-based, and the service provider is responsible for managing the technology stack. This includes managing the deployment, maintenance, security, upgrades, and data backup and storage of the back-end VDI. DaaS eliminates the need to purchase the physical infrastructure associated with desktop visualization.

DaaS solutions and technology stream the virtual desktops to the clients’ end-user devices. It allows the end-user to interact with the OS and use hosted applications as if they are running them locally. It also provides a cloud administrator console to manage the virtual desktops, as well as their access and security settings.

How Are VDI and DaaS Similar, and How Do They Differ?

VDI (Virtual Desktop Infrastructure) and DaaS (Desktop as a Service) share the common goal of providing centralized solutions for delivering desktop environments. Both leverage centralized servers to host desktop operating systems and applications, making managing and securing data easier. However, there are key distinctions. VDI typically requires on-premises infrastructure and demands significant IT management, making it suitable for organizations with specific customization needs or those handling sensitive data. DaaS solutions, on the other hand, are cloud-based, offering scalability and flexibility, making them ideal for task workers and organizations seeking a simplified, cost-effective approach to desktop provisioning and management.

Desktop as a service is a cloud-hosted form of virtual desktop infrastructure (VDI). The key differences between DaaS and VDI lie in who owns the infrastructure and how cost and security work. Let’s take a closer look at these three areas.

Infrastructure

With VDI, the hardware is sourced in-house and is managed by IT staff. This means that the IT team has complete control over the VDI systems. Some VDI deployments are hosted in an off-site private cloud that is maintained by your host provider. That host may or may not manage the infrastructure for you.

The infrastructure for DaaS is outsourced and deployed by a third party. The cloud service provider handles back-end management. Your IT team is still responsible for configuring, maintaining and supporting the virtual workspace, including desktop configuration, data management, and end-user access management. Some DaaS deployments also include technical support from the service provider.

Cost

The cost for DaaS and VDI depends on how you deploy and use each solution.

VDI deployments require upfront expenses, such as purchasing or upgrading servers and data centers. You’ll also need to consider the combined cost of physical servers, hypervisors, networking, and virtual desktop publishing solutions. However, VDI allows organizations to purchase simpler, less expensive end-point devices for users or to shift to a bring-your-own-device (BYOD) strategy. Instead of buying multiple copies of the same application, you need only one copy of each application installed on the server.

DaaS provider requires almost no immediate capital expenses because the cost model operates on ongoing subscription fees. You pay for what you use, typically on a per-desktop billing system. The more users you have, the higher the subscription fee you’ll have to pay. Every DaaS provider has different licensing models and pricing tiers, and the tiers may determine which features are available to the end-user.

Security

Both solutions move data away from a local machine and into a controlled and managed data center or centralized servers.

Some organizations prefer VDI because they can handle every aspect of their critical and confidential data. VDI deployments are single-tenant, giving complete control to the organization. You can specify who is authorized to access data, which applications are used, where data is stored and how systems are monitored.

DaaS is multi-tenant, which means your organization’s service is hosted on platforms shared with other organizations. DaaS service providers use multiple measures to secure your data. This commonly includes data encryption, intrusion detection and multi-factor authentication. However, depending on the service provider, you may have limited visibility into aspects such as data storage, configuration and monitoring.

How Do You Choose What’s Right for You?

Both VDI and DaaS are scalable solutions that create virtual desktop experiences for users working on a variety of devices. Choosing between the two depends on analyzing your business requirements to determine which solution best fits your needs.

DaaS is a good solution for organizations that want to scale their operations quickly and efficiently. The infrastructure and platform are already in place, which means you just need to define desktop settings and identify end-users. If you want to add additional users (such as contractors or temporary workers), you can add more seats to your subscription service and pay only when you are using them.

An in-house VDI solution is a good fit for organizations that value customization and control. Administrators have full control of infrastructure, updates, patches, supported applications and security of desktops and data. Rather than using vendor-bundled software, VDI gives the in-house IT staff control over the software and applications to be run on the virtual machine.

DaaS operates under a pay-as-you-go model, which is appealing for companies that require IT services but lack the funds for a full-time systems administrator or the resources to implement a VDI project.

DaaS is suitable for small- and medium-sized businesses (SMEs), as well as companies with many remote workers or seasonal employees. However, Desktop as a Service subscription rates, especially for premium services, may diminish its cost-saving appeal. With VDI, you must pay a high upfront cost, but the organization will own the infrastructure. Careful forecasting can help fix long-term costs for virtual desktops and applications.

Data Center Cable Management

Data Center Cable Management

 

Data Center Cable Management

 

Datacenter cable management is a complex task, Poor cable management will cause unexpected downtime and an unsafe environment.  Datacenter Cable management include Designing the network or structured cabling, Document all new patch cables, Determine the length of the cable, and plan for future expansion

Designing the network or structured cabling

When we design a new network, we need to identify where we need to keep the switch and patch panel also which colored cable we need to use to connect each server and type of cables like Ethernet or fiber cable. Also during the design, we need to design our network for future growth. When we run cables use the side of the racks  and also use cable ties to hold groups

Document all new patch cables

Documenting all patch cables is very important in a large Datacenter because it will be very helpful for troubleshooting any issues in the future and if we did not document patch cable that will cause unexpected downtime for our servers

Determine the length of the cable

Measuring cable length will help us to reduce costs and also will help us to make our data center clean

Plan for future expansion

This is one of the important when we design a new network because whenever we need to add more servers in the data center we do not want to redesign the entire network to add more servers.

5 Ways to Increase your Data Center Uptime

5 Ways to Increase your Data Center Uptime

 

5 Ways to Increase your Data Center Uptime

 

In today’s digital-first world, uptime is everything. Whether you’re running a healthcare system, financial institution, or SaaS platform, even a few minutes of downtime can cost millions in lost productivity, compliance penalties, and reputational damage. That’s why understanding how to increase data center uptime has become a top priority for IT leaders. By focusing on best practices and proven strategies, businesses can achieve higher reliability, better performance, and improved resilience.

A data center will not survive unless it can deliver an uptime of 99.9999%. Most of the customers are choosing the data center option to avoid any unexpected outage for them. Even a few seconds of downtime can have a huge impact on some customers. To avoid such types of issues there are several effective ways to minimize data center downtime. In this blog, we’ll explore five ways to improve data center uptime, from proactive monitoring to smarter resource allocation.

  • Eliminate single points of failure

Always use HA for Hardware (Routers, Switches, Servers, power, DNS, and ISP) and also setup HA for applications. If any one of the hardware devices or application fails, we can easily move to a second server or hardware so we can avoid any unexpected downtime.

  • Monitoring

Use data center uptime monitoring tools. The effective monitoring system will provide the status of each system and if anything goes wrong, we can easily failover to the second pair and then we can investigate faulty devices. This way datacenter Admin will be able to find any issues before the end-user report.

  • Updating and maintenance

Keep all systems up to date and keep maintenance for all your device to avoid any security breach in the operating system. Also, keep your applications up to date. Planned maintenance is better than any unexpected downtime. Also, test all applications in a test lab to avoid any application-related issues before implementing them in the production environment.

  • Ensure Automatic Failover

Automatic failover will always help any human errors like if we miss any notification in the monitoring system and that caused one of our application crash. Then if we have automatic failover, it will automatically move to available servers. Therefore, end-user will not notice any downtime for their end.

  • Provide Excellent Support

Always we need to take care of our customers well. We need to be available 24/7 to help customers. We need to provide solutions faster and quick way so customers will not lose their valuable time spending with IT-related stuff.

 

Conclusion
Maximizing uptime is not just about fixing problems as they arise—it’s about preventing them in the first place. With proactive maintenance data center uptime strategies, organizations can reduce risks, minimize outages, and deliver seamless user experiences. By implementing these five approaches, businesses can strengthen their IT backbone, future-proof operations, and stay competitive in a digital landscape where downtime is simply not an option. Investing in uptime today means protecting performance, compliance, and customer trust tomorrow.

Virtualization vs cloud computing

Virtualization vs cloud computing

 

Virtualization vs cloud computing

Cloud computing and virtualization are both technologies that were developed to maximize the use of computing resources while reducing the cost of those resources. They are also mentioned frequently when discussing high availability and redundancy. While it is not uncommon to hear people discuss them interchangeably; they are very different approaches to solving the problem of maximizing the use of available resources. They differ in many ways and that also leads to some important considerations when selecting between the two.

Virtualization: More Servers on the Same Hardware

It used to be that if you needed more computing power for an application, you had to purchase additional hardware. Redundancy systems were based on having duplicate hardware sitting in standby mode in case something should fail. The problem was that as CPUs grew more powerful and had more than one core, a lot of computing resources were going unused. This obviously costs companies a great deal of money. Enter virtualization. Simply stated, virtualization is a technique that allows you to run more than one server on the same hardware. Typically, one server is the host server and controls the access to the physical server’s resources. One or more virtual servers then run within containers provided by the host server. The container is transparent to the virtual server so the operating system does not need to be aware of the virtual environment. This allows the server to be consolidated which reduces hardware costs. Less physical servers also mean less power which further reduces cost. Most virtualization systems allow the virtual servers to be easily moved from one physical host to another. This makes it very simple for system administrators to reconfigure the servers based on resource demand or to move a virtual server from a failing physical node. Virtualization helps reduce complexity by reducing the number of physical hosts but it still involves purchasing servers and software and maintaining your infrastructure. Its greatest benefit is reducing the cost of that infrastructure for companies by maximizing the usage of the physical resources.

Cloud Computing: Measured Resources, Pay for What You Use

While virtualization may be used to provide cloud computing, cloud computing is quite different from virtualization. Cloud computing may look like virtualization because it appears that your application is running on a virtual server detached from any reliance or connection to a single physical host. And they are similar in that fashion. However, cloud computing can be better described as a service where virtualization is part of physical infrastructure.

Cloud computing grew out of the concept of utility computing. Essentially, utility computing was the belief that computing resources and hardware would become a commodity to the point that companies would purchase computing resources from a central pool and pay only for the number of CPU cycles, RAM, storage and bandwidth that they used. These resources would be metered to allow pay for what you use model much like you buy electricity from the electric company. This is how it became known as utility computing. It is common for cloud computing to be distributed across many servers. This provides redundancy, high availability and even geographic redundancy. This also makes cloud computing very flexible.

It is easy to add resources to your application. You just use them, just like you just use the electricity when you need it. Cloud computing has been designed with scalability in mind. The biggest drawback of cloud computing is that, of course, you do not control the servers. Your data is out there in the cloud and you have to trust the provider that it is safe. Many cloud computing services offer SLAs that promise to deliver a level of service and safety but it is critical to read the fine print. A failure of the cloud service could result in a loss of your data.

A practical comparison (Virtualization vs CLOUD COMPUTING)

VIRTUALIZATION

Virtualization is a technology that allows you to create multiple simulated environments or dedicated resources from a single, physical hardware system. Software called a hypervisor connects directly to that hardware and allows you to split 1 system into separate, distinct, and secure environments known as virtual machines (VMs). These VMs rely on the hypervisor’s ability to separate the machine’s resources from the hardware and distribute them appropriately.

CLOUD COMPUTING

Cloud computing is a set of principles and approaches to deliver compute, network, and storage infrastructure resources, services, platforms, and applications to users on-demand across any network. These infrastructure resources, services, and applications are sourced from clouds, which are pools of virtual resources orchestrated by management and automation software so they can be accessed by users on-demand through self-service portals supported by automatic scaling and dynamic resource allocation.

Evading Rise of Ransomware

Evading Rise of Ransomware

 

Evading Rise of Ransomware

Security can be termed as protection from unwanted harm or unwanted resources. Information security protects the data from unauthorized users or access. It can also be termed as an important asset for any organization which plays a vital role. In earlier days it was difficult to identify ransomware before it enters or attacks the user’s system. These attacks would damage the mail servers, databases, expert systems, and confidential systems. In this paper, we propose the analysis and detection of ransomware which will have a major impact on business continuity.

RANSOMWARE

Lately, with the extensive usage of the internet, cybercriminals are rapidly growing targeting naïve users thru threats and malware to generate a ransom. Currently, this ransomware has become the most agonizing malware. Ransomware comprises of two. They are locker ransomware and crypto-ransomware. Of them, crypto-ransomware is the most familiar type that aims to encrypt users‟ data and locker ransomware prevent the users from accessing their data by locking the system or device. Both types of a ransomware demand a ransom payable via electronic mode for restoring the access of the data and system. Locker ransomware claims fee from the victims in terms of fine for downloading illegal content as per their fake law enforcement notice. Crypto ransomware has a time limit that warns the victims to pay the ransom within the given time else the data will be lost forever.

Spreading of ransomware is possible by the following methods:

  1. Phishy e-mail messages with malicious file attachments;
  2. Software patches that download the threat into the victim’s machine whilst working online.

Spreading of Ransomware Attack

  1. Phishing emails: The most common way of spreading Ransomware is thru phishing emails or spam emails. These mails include a .exe file or an attachment, which when opened launches ransomware on the victim’s machine.
  2. Exploit kits: these are the compromised websites planned by the attackers for malicious use. These exploit kits search for vulnerable website visitors to download the ransomware onto their machine.

VULNERABILITY ASSESSMENT AND TOOLS

The vulnerability can be termed as unsafe or unauthorized access by an intruder into an unprotected or exposed network. Common vulnerabilities are worms, viruses, spyware applications, spam emails, etc. Vulnerability Assessment is the most important technique that is conducted to rate the spontaneous attacks or risks that occur in the system thereby affecting the business continuity of an organization. Vulnerability assessment has many steps such as

  1. Vulnerability analysis
  2. Scope of the vulnerability assessment
  3. Information gathering
  4. Vulnerability identification
  5. Information Analysis and
  6. Planning

Assessment Tools

Vulnerability assessment which is nothing but testing can be carried out by best-known tools which are called vulnerability assessment tools. These tools are used to mitigate the identified vulnerabilities such as investigating unethical access to copyrighted materials, policy violations of the organizations‟ etc. The red alert issue about the vulnerability assessment is that it warns us about the vulnerability before the system is compromised and helps us in avoiding or preventing the attack. These vulnerability assessment tools can also be categorized as proactive security measures of an organization. The major step of the vulnerability assessment is the accurate testing of a system. The major step of the vulnerability assessment is the accurate testing of a system. If overlooked, it might lead to either false positives or false negatives. False-positive can be presumed as quicksand where we can’t find what we are searching for. False-negative can be presumed as a black hole where we don’t know what we want to search for. False positives can be rated as a significant level in testing.

Common Vulnerability Assessment Tools

  • Vulnerabilities are the most crucial part of information systems. An error in configuration or violation of a policy might compromise a network in an organization. These attacks can be for personal gain or corporate gain.
  • Not only the local area networks but also the websites are also more susceptible to attacks where the systems can be exploited either by the insiders or outsiders of an organization.
  • Some of the very commonly used vulnerability assessment tools are listed below:
    • Wireshark
    • Nmap
    • Metasploit
    • OpenVAS
    • AirCrack

Limitations of Existing Vulnerability Assessment Tools

The concept of false positives is the dangerous and horrendous limitation of the existing vulnerability assessment tools. These false positives require lots of testing and study for assessing the nature of the errors that occurred, which is a very expensive and time taking process. All the identification-related information mostly leads to false positives.

Penetration Testing

  • Penetration Testing also called as Pen Test is an attempt to assess a malicious activity or any security breach by exploiting the vulnerabilities.
  • It includes the testing of the networks, security applications and processes that are involved in the network.
  • Penetration testing is done to improve the performance of the system by testing the system’s efficiency.

How the Shift to Virtualization will impact Data Center Infrastructure?

How the Shift to Virtualization

 

How the Shift to Virtualization will impact Data Center Infrastructure?

 

Virtualization is the process of creating software-based (virtual) versions of computers, Storage, Networking, Servers, or Applications. It is super important when it comes to building a cloud computing strategy. This can be achieved using HYPERVISOR which is software that runs above the physical server or host. What HYPERVISIOR does is pool the resources from the physical servers and allocates them to the virtual environment which can be accessed by anyone who has access to it located anywhere in the world with an active internet connection.

 

Virtualization can be categorized into two different types:

  1. Type 1: These are most frequently used which are directly installed on the top of the physical server. They are more secure, and latency is low which is highly required for best performance. Some commonly used examples are VMware ESXi, MS HYPER-V, KVM.
  2. Type 2: In this type, a layer of host OS exists between Physical Server and Hypervisor. Commonly they are referred to as Hosted Hypervisor.

Since clients nowadays do not want to host big equipment in their own office, they are likely to move towards the Virtualization in which a Managed IT Company like Protected Harbor will help them to prepare the virtual environment based on their needs and that too without any hassle. Data Center Infrastructure is expanding because of this and to keep the Data Center Scalable the best practices of the DCIM need to be performed.

Virtualization not only affects the size of the Data Centers, but it also involves everything that is located inside a Data Centers. Big Data Centers means it will need additional power units with redundancy, AC, etc. This also leads to the concept of interconnected Data Centers where one of them could be hosting certain parts of an application layer and another one hosting remaining. Virtualization gives the concept of cloud since Physical Servers and not visible to clients and they are still using their resources without being involved in the management of that equipment. One of the most important benefits of Virtualization is it gives the possibility to achieve the best Data Center Infrastructure Management Practice.

Data Center Infrastructure Management

Data Center Infrastructure Management

 

In today’s world, Data Centers are the backbone of all the technologies we use in our daily life starting from our Electronic Devices like Phones, PCs going through all the way to Software that makes our life easier. And to run everything without any glitches Data Center Infrastructure Management plays an important role.

DCIM includes all the basic steps of managing anything which consists of Deployment, Monitoring and Maintenance. For a company that wants their services with no downtime (99.99%), they always look for recent development in the technologies that will make their Data Centers Rock Solid. This is where Protected Harbor excels. We follow every single step in order to make our Data Centers equipped and updated with the latest development in the tech world.

Managing a Data Centers involves several people who are experts in their own department and they work as a team to reach the end goal. For example, A Network engineer will always make sure the networking equipment is functional and there are no anomalies. The Data Center Technician will be responsible for all other hardware that is deployed inside the Data Centers. In sort here are few things which should always be considered while Managing a Data Center:

  1. Who is responsible for the Equipment?
  2. Current Status of Equipment.
  3. Equipment physical location.
  4. When potential issues might occur.
  5. How the Equipment is interconnected?

Monitoring of a Data Center is as important as any other factor involves because it gives every perspective of the hardware and software and will send an alert in case of any event.

Power Backup and Air Conditioning are two vital resources to run a Data Center. Most people do not think of these two when they hear about Data Center. A power failure will bring it down and without a Power Backup, this is highly possible. Data Centers consist of expensive Power Backups which also have redundancy which plays an important role in case of a power failure. Data Center equipment generates massive heat and that’s when Air Conditioning comes into play. The temperature inside a Data Center should always remain within its limit. Few degrees (1-2) increase in temperature will put the hardware in jeopardy. In order to make sure all of these are functional the monitoring gives accurate data and actions are taken as per those events.

While deploying a Data Center, Scalability is always kept into account. A Scalable and Secure Data Center is always needed.

Crashes, Failures, and Outages are the biggest problem of bad management, and eliminating them effectively is the primary job of Data Center Infrastructure management. The end goal of DCIM is always to provide high availability and durability. An unexpected event can occur at any time and how effectively it’s recognized and resolved will change the availability percentage. Application Interface is one of the top priority which should always remain online and in order to keep it that way the best practices are followed. In order to deploy a Data Center, the first step that is carried out is planning. The plan gets an overview of the Assets that will be required to deploy and Manage. Planning also involves the people assigned to each task that will be carried out in the successful deployment of the Data Center.

 

Scalability of DATA CENTERS and Why it’s important?

Technology is being more advanced every single day and to keep up with its development the Data Centers should also be capable of all the changes that happen in Technologies. Scalability provides the concept of Data Centers which can be expanded based on the needs and its expansion will not affect any previously deployed equipment. Scalability is important because how fast a Data Center can grow depends on it and increasing demand does indicate the same.

DCIM involves Asset Management which is basically keeping checks on all the equipment deployed inside the Data Center when they will need replacement or maintenance. This also generates a report on the expenses involved. Since it’s been established that Data Centers has lots of equipment which mean in case of maintenance there may be times when the Hardware Company will also have to be involved to fix broken equipment.

In the end, DCIM can be categorized as the backbone of Data Centers which plays an important role in every aspect of a Tech Company, and using DCIM tools high availability can be achieved.

Top 10 Ransomware Attacks 2021

Top 10 Ransomware Attacks 2021

 

Top 10 Ransomware Attacks

 

Ransomware Definition

Ransomware is a type of malware (malicious software) that threatens to publish or prevent access to data or a computer system, typically by encrypting it. The victim is faced with the ultimatum of either paying a ransom or risking the publication or permanent loss of their data or access to their system. The ransom demand usually involves a deadline. If the victim doesn’t pay on time, the data is permanently lost, or the ransom is increased.

Attacks using ransomware are all too frequent these days. It has affected both large firms in North America and Europe. Cybercriminals will target any customer or company, and victims come from every sector of the economy.

The FBI and other government agencies, as does the No More Ransom Project, advise against paying the ransom to prevent the ransomware cycle because it doesn’t ensure retrieval of the encrypted data. If the ransomware is not removed from the system, 50% of the victims who pay the ransom will likely experience further attacks.

 

History and Future of Ransomware

According to Becker’s Hospital Review, the first known ransomware attack occurred in 1989 and targeted the healthcare industry. 28 years later, the healthcare industry remains a top target for ransomware attacks.

The first known attack was initiated in 1989 by Joseph Popp, Ph.D., an AIDS researcher, who attacked by distributing 20,000 floppy disks to AIDS researchers spanning more than 90 countries, claiming that the disks contained a program that analyzed an individual’s risk of acquiring AIDS through the use of a questionnaire.

However, the disk also contained a malware program that initially remained dormant in computers, only activating after a computer was powered on 90 times. After the 90-start threshold was reached, the malware displayed a message demanding a payment of $189 and another $378 for a software lease. This ransomware attack became known as the AIDS Trojan or the PC Cyborg.

There will be no end to ransomware anytime soon. Ransomware as a service raas attacks have skyrocketed in 2021 and will continue to rise. About 304.7 million ransomware attacks were attempted in the first half of 2021, and many attacks went unreported as per Ransomware statistics 2021.

A recent report by Tripwire supported the fact that ransomware will keep growing, and the post-ransomware costs will keep climbing significantly. There’s no denying the fact that Ransomware is being used as a weapon, and how ransomware spreads is no longer a mystery.

Modern-day attacks target operational technology, operating system, medical and healthcare services, third-party software, and IoT devices. Fortunately, organizations don’t have to be sitting ducks; they can minimize the risk of attacks by being proactive and having a reliable ransomware data recovery infrastructure.

Top Ransomware Attacks

 

1. Kia Motors

Kia Motors America (KMA) was hit by a ransomware attack in February that hit both internal and customer-facing systems, including mobile apps, payment services, phone services, and dealership systems. The hack also impacted customers’ IT systems that were required to deliver new vehicles.

DoppelPaymer was thought to be the ransomware family that hit Kia, and the threat actors claimed to have also targeted Kia’s parent business, Hyundai Motors America. Similar system failures were also experienced by Hyundai.

On the other hand, Kia and Hyundai denied being assaulted, a frequent approach victims use to protect their reputation and customer loyalty.

2. CD Projekt Red

In February 2021, a ransomware attack hit CD Projekt Red, a video game studio located in Poland, causing significant delays in developing their highly anticipated next release, Cyberpunk 2077. The threat actors apparently stole source codes for numerous of the company’s video games, including Cyberpunk 2077, Gwent, The Witcher 3, and an unpublished version of The Witcher 3.

According to CD Projekt Red, the unlawfully obtained material is currently being distributed online. Following the incident, the company installed many security measures, including new firewalls with anti-malware protection, a new remote-access solution, and a redesign of critical IT infrastructure, according to the company.

3. Acer

Acer, a Taiwanese computer manufacturer, was hit by the REvil ransomware outbreak in March. This attack was notable because it demanded a ransom of $50,000,000, the greatest known ransom to date.

According to Advanced Intelligence, the REvil gang targeted a Microsoft Exchange server on Acer’s domain before the attack, implying that the Microsoft Exchange vulnerability was weaponized.

4. DC Police Department

The Metropolitan Police Department in Washington, D.C., was hit by ransomware from the Babuk gang, a Russian ransomware syndicate. The police department refused to pay the $4 million demanded by the group in exchange for not exposing the agency’s information and encrypted data.

Internal material, including police officer disciplinary files and intelligence reports, was massively leaked due to the attack, resulting in a 250GB data breach. Experts said it was the worst ransomware attack on a police agency in the United States.

5. Colonial Pipeline

The Colonial Pipeline ransomware assault in 2021 was likely the most high-profile of the year. The Colonial Pipeline transports roughly half of the fuel on the East Coast. The ransomware attack was the most significant hack on oil infrastructure in US history.

On May 7, the DarkSide group infected the organization’s computerized pipeline management equipment with ransomware. DarkSide’s attack vector, according to Colonial Pipeline’s CEO, was a single hacked password for an active VPN account that was no longer in use. Because Colonial Pipeline did not use multi-factor authentication, attackers could access the company’s IT network and data more quickly.

6. Brenntag

In May, Brenntag, a German chemical distribution company, was also struck by a DarkSide ransomware attack around the same time as Colonial Pipeline. According to DarkSide, the hack targeted the company’s North American business and resulted in the theft of 150 GB of critical data.

They got access by buying stolen credentials, according to DarkSide affiliates. Threat actors frequently buy stolen credentials — such as Remote Desktop credentials — on the dark web, which is why multi-factor authentication and detecting unsafe RDP connections are critical.

The first demand from DarkSide was 133.65 Bitcoin, or nearly $7.5 million, which would have been the highest payment ever made. Brenntag reduced the ransom to $4.4 million through discussions, which they paid.

7. Ireland’s Health Service Executive (HSE)

In May 2021, a variation of Conti ransomware infected Ireland’s HSE, which provides healthcare and social services. The organization shut down all of its IT systems after the incident. Many health services in Ireland were impacted, including the processing of blood tests and diagnoses.

The firm refused to pay the $20 million ransom in Bitcoin because the Conti ransomware group provided the software decryption key for free. However, the Irish health service was still subjected to months of substantial disruption as it worked to repair 2,000 IT systems that had been infected by ransomware.

8. JBS

Also, in May 2021, JBS, the world’s largest meat processing plant, was hit by a ransomware attack that forced the company to stop the operation of all its beef plants in the U.S. and slow the production of pork and poultry. The cyberattack significantly impacted the food supply chain and highlighted the manufacturing and agricultural sectors’ vulnerability to disruptions of this nature.

The FBI identified the threat actors as the REvil ransomware-as-a-service operation. According to JBS, the threat actors targeted servers supporting North American and Australian IT systems. The company ultimately paid a ransom of $11 million to the Russian-based ransomware gang to prevent further disruption.

9. Kaseya

Kaseya, an IT services company for MSP and enterprise clients, was another victim of REvil ransomware — this time during the July 4th holiday weekend. Although only 1% of Kaseya’s customers were breached, an estimated 800 to 1500 small to mid-sized businesses were affected through their MSP. One of those businesses included 800 Coop stores, a Sweden-based supermarket chain that was forced to temporarily close due to an inability to open their cash registers.

The attackers identified a chain of vulnerabilities — ranging from improper authentication validation to SQL injection — in Kaseya’s on-premises VSA software, which organizations typically run in their DMZs. REvil then used MSP’s Remote Monitoring and Management (RMM) tools to push out the attack to all connected agents.

10. Accenture

The ransomware gang LockBit hit Accenture, the global tech consultancy, with an attack in August that resulted in a leak of over 2,000 stolen files. The slow leak suggests that Accenture did not pay the $50 million ransom.

According to CyberScoop, Accenture knew about the attack on July 30 but did not confirm the breach until August 11, after a CNBC reporter tweeted about it. CRN criticized the firm for its lack of transparency about the attack, saying that the incident was a “missed opportunity by an IT heavyweight” to help spread awareness about ransomware.

 

Bonus: CNA Financial (2021)

CNA Financial, the seventh largest commercial insurer in the United States, announced on March 23, 2021, that it had “experienced a sophisticated cybersecurity attack.” Phoenix Locker ransomware was used in the attack, which was carried out by a group called Phoenix.

CNA Financial paid $40 million in May 2021 to regain access to the data. While CNA has been tight-lipped about the specifics of the negotiation and sale, it claims that all of its systems have been fully restored since then.

 

Types of ransomware:

There are two main types of ransomware:

  1. Crypto Ransomware

    Crypto ransomware encrypts files on a computer so the user cannot access them.

  2. Locker Ransomware

    Does not encrypt files. Rather, it locks the victim out of their device, preventing them from using it. Once they are locked out, cybercriminals carrying out locker ransomware attack demands a ransom to unlock the device.

Now you understand what ransomware is and the two main types of ransomware that exist. Let’s explore 10 types of ransomware attacks to help you understand how different and dangerous each type can be.

  • Locky

    Locky is a type of ransomware that was first released in a 2016 attack by an organized group of hackers. With the ability to encrypt over 160 file types, Locky spreads by tricking victims to install it via fake emails with infected attachments. This method of transmission is called phishing, a form of social engineering. Locky targets a range of file types that are often used by designers, developers, engineers, and testers.

  • WannaCry

    WannaCry is a ransomware attack that spread across 150 countries in 2017. Designed to exploit a vulnerability in Windows, it was allegedly created by the United States National Security Agency and leaked by the Shadow Brokers group. WannaCry affected 230,000 computers globally. The attack hit a third of hospital trusts in the UK, costing the NHS an estimated £92 million. Users were locked out and a ransom was demanded in the form of Bitcoin. The attack highlighted the problematic use of outdated systems, leaving the vital health service vulnerable to attack. The global financial impact of WannaCry was substantial -the cybercrime caused an estimated $4 billion in financial losses worldwide.

  • Bad Rabbit

    Bad Rabbit is a 2017 ransomware attack that spread using a method called a ‘drive-by’ attack, where insecure websites are targeted and used to carry out an attack. During a drive-by ransomware attack, a user visits a legitimate website, not knowing that they have been compromised by a hacker. Drive-by attacks often require no action from the victim, beyond browsing the compromised page. However, in this case, they are infected when they click to install something that is malware in disguise. This element is known as a malware dropper. Bad Rabbit used a fake request to install Adobe Flash as a malware dropper to spread its infection.

  • Ryuk

    Its a ransomware, which spread in August 2018, disabled the Windows System Restore option, making it impossible to restore encrypted files without a backup. Ryuk also encrypted network drives. The effects were crippling, and many organizations targeted in the US paid the demanded ransoms. August 2018 reports estimated funds raised from the attack were over $640,000.

  • Troldesh

    The Troldesh ransomware attack happened in 2015 and was spread via spam emails with infected links or attachments. Interestingly, the Troldesh attackers communicated with victims directly over email to demand ransoms. The cybercriminals even negotiated discounts for victims with who they built a rapport with — a rare occurrence indeed. This tale is the exception, not the rule. It is never a good idea to negotiate with cybercriminals. Avoid paying the demanded ransom at all costs as doing so only encourages this form of cybercrime.

  • Jigsaw

    Jigsaw is a ransomware attack that started in 2016. This attack got its name as it featured an image of the puppet from the Saw film franchise. Jigsaw gradually deleted more of the victim’s files each hour that the ransom demand was left unpaid. The use of horror movie imagery in this attack caused victims additional distress.

  • CryptoLocker

    CryptoLocker is ransomware that was first seen in 2007 and spread through infected email attachments. Once on your computer, it searched for valuable files to encrypt and hold to ransom. Thought to have affected around 500,000 computers, law enforcement, and security companies eventually managed to seize a worldwide network of hijacked home computers that were being used to spread Cryptolocker. This allowed them to control part of the criminal network and grab the data as it was being sent, without the criminals knowing. This action later led to the development of an online portal where victims could get a key to unlock and release their data for free without paying the criminals.

  • Petya

    Petya (not to be confused with ExPetr) is a ransomware attack that first hit in 2016 and resurged in 2017 as GoldenEye. Rather than encrypting specific files, this vicious ransomware encrypts the victim’s entire hard drive. It does this by encrypting the primary file table, making accessing files on the disk impossible. Petya spread through HR departments via a fake job application email with an infected Dropbox link.

  • GoldenEye

    The resurgence of Petya, known as GoldenEye, led to a global ransomware attack that happened in 2017. Dubbed WannaCry’s ‘deadly sibling,’ GoldenEye hit over 2,000 targets, including prominent oil producers in Russia and several banks. Frighteningly, GoldenEye even forced workers at the Chernobyl nuclear plant to check radiation levels manually as they had been locked out of their Windows PCs.

  • GandCrab

    GandCrab is a rather unsavory famous ransomware attack that threatened to reveal the victim’s porn-watching habits. Claiming to have a high-jacked user’s webcam, GandCrab cybercriminals demanded a ransom, or otherwise, they would make the embarrassing footage public. After having first hit in January 2018, GandCrab evolved into multiple versions. As part of the No More Ransom Initiative, internet security providers and the police collaborated to develop a ransomware decryptor to rescue victims’ sensitive data from GandCrab.

How to Spot a Ransomware Email

You now know about the various types of ransomware attacks that have been perpetrated against individuals and businesses in recent years. Many of the victims of the ransomware attacks we’ve mentioned became infected after clicking on links in spam or phishing emails or opening malicious attachments.

So, how can you avoid being a victim of a ransomware assault if you receive a ransomware email? Checking the sender is the easiest approach to recognizing a ransomware email. Is it from a reliable source? Always be cautious if you receive an email from someone or a firm you don’t recognize.

Never open email attachments from senders you don’t trust, and never click on links in emails from untrustworthy sources. If the attachment asks you to activate macros, proceed with caution. This is a popular method of ransomware distribution.

 

Using a Ransomware Decryptor

Do not pay a ransom if you are the victim of a ransomware assault. Paying the ransom demanded by cybercriminals does not guarantee that your data will be returned. After all, these are crooks. It also strengthens the ransomware industry, increasing the likelihood of future assaults. You will be able to restore the data that is being held to ransom if it is backed up outside or in cloud storage.

 

Types of Ransomware Extensions

The ransomware includes a particular file extension, you can point it out with some of the extensions defined below

.ecc, .ezz, .exx, .zzz, .xyz, .aaa, .abc, .ccc, .vvv, .xxx, .ttt, .micro, .encrypted, .locked, .crypto, _crypt, .crinf, .r5a, .XRNT, .XTBL, .crypt, .R16M01D05, .pzdc, .good, .LOL!, .OMG!, .RDM, .RRK, .encryptedRSA, .crjoker, .EnCiPhErEd, .LeChiffre, .keybtc@inbox_com, .0x0, .bleep, .1999, .vault, .HA3, .toxcrypt, .magic, .SUPERCRYPT, .CTBL, .CTB2, .locky or 6-7 length extension consisting of random characters

Best Tips to Protect yourself from Ransomware

Best Tips to Protect yourself from Ransomware

 

Tips to Protect yourself against Ransomware attacks

It is becoming more difficult to prevent ransomware attacks, event large IT departments can have difficulty, just ask Sony, the City of Baltimore, or the City of Atlanta.

For the last 40 years, we have built networks and office systems with the concept of sharing data. Shared folders for example make it easy for users to exchange and edit documents, but also those shared folders are the target of Ransomware attacks.

Some tools can be added to reduce the likelihood of ransomware, but nothing can be purchased to “protect” a company.

The most effective protection for Ransomware starts with a network and desktop redesign followed by layers of security and isolated backups. The best approach is not to try to protect against Ransomware, it is to develop a plan that minimized the impact of an attack. Unfortunately, many of the steps listed below require a desktop or office changes and many organizations are unwilling to change.

tips to protect against ransomware

The Protected Harbor Difference

At Protected Harbor we will not onboard a client without making the changes needed to protect against Ransomware. We think a new reality is that only good network design and good governance can keep networks safe. Most small IT companies are ill-equipped to understand the depth of the risk, much less take the necessary steps to protect against Ransomware.

The end-user resistance to change combined with tight IT budgets and the concept that IT is low cost has created a climate of a one-stop drop-in application or solution to stop all IT problems. This approach will not work to stop Ransomware. In short at Protected Harbor we protect our clients through better design.

keep your business protected from ransomware

Ways to PROTECT YOUR SYSTEM FROM RANSOMWARE

Below are the steps we take to protect our clients and we recommend the steps are deployed by all organizations.

Desktop/Network & Backup Isolation

The first step in a new network design is to limit through segmentation the network. Desktops, Servers and the backup should all be on separated and isolated networks. Using this approach an infected desktop will not be able to access the backups and will not infect the backups.

Virtualization

Protected Harbor will accomplish desktop and network isolation using virtualization. Virtualization allows Protected Harbor to back up the entire desktop, not just shared folders, or databases, or scanned folders, but all folders. This means we can recover the entire office, and not pieces of the office.

Email & Web Filtering

Filtering of email and web content is an important part of the Protected Harbor Ransomware defense. Good email filtering should include pattern recognition. The initial Ransomware attacks follow a template and email filtering systems when properly configured either block or quarantine the attack.

Enable network monitoring

We monitor for inbound and outbound traffic, which allows us to react to attack patterns in addition to standard monitoring. Network monitors can alert and warn on unusual traffic, or traffic that is typical of an attack; for example, if certain information is transmitted out of the network that would trigger an alert. We protect our customers by constantly monitoring network traffic, especially activity to or from parts of the world that are high sources of attacks, for example, Russia or China. We also monitor and alert on traffic flow. Oftentimes, if an end-user connects an infected phone or laptop to the network, we will see a change in the traffic flow which will trigger an alert.

ransomware traffic monitoring
Above is a sample of our traffic monitoring.
ransomware network traffic monitoring

Tighten local server/desktop permissions

Our clients do not run their programs as Administrators. Enhancing the security drastically reduces a ransomware attack and virtually eliminates malware attacks. Enhanced security reduces what an attack can affect through better design.

Reduce the number of common shares folders

Typically, clients will have one or two shared folders that all users have access to. Ransomware attacks not only infect those shares but then use them to spread the attack to other non-infected systems. We work with clients to reduce or eliminate shared folders, increasing the protection through better design to ransomware.

Reduce public corporate contact information

Live email addresses should not be published on a website. If a website needs an email address, the published address shouldn’t use the same format as the internal address. If jsmith is the email prefix, as in jsmith@abc.com then for the website the published email should be jacksmith@abc.com. Additionally, sensors can be added to the content filter for petersmith@abc.com for example. This would mean the attacking IP (the one attempting to send email to petersmith@abc.com) is really a robot attacker; adding that IP to the block list would prevent all future attacks from occurring.

Parameter or Geo Blocking

For our clients we maintain enhanced network protection that includes active parameter checking and Geo-Blocking. For example, we check the address of inbound requests, and if the IP is from a blocked country, then the traffic is blocked even before it reaches the client’s network. Countries we routinely block are North Korea, Russia and countries are known for sending out Ransomware attacks. If access is needed from a blocked country, a simple support ticket resolves the issue.

Testing & Training

At Protected Harbor we perform routine simulated Ransomware attacks. These tests are productive at helping end user stay vigilant to attacks and the tests allow end users to be identified that might need some additional assistance to understand the importance of being careful with email.