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Category: Cybersecurity

Best Cloud Security Tools in 2022

Posted on by EES

There are multiple cloud security tools, but all of them serve the same purpose of enhancing the security of cloud-based systems. These cloud security tools keep the cloud-based systems protected in every aspect. Cloud security tools have been a success and used widely.

Cloud-based systems have increased in popularity over the past few years. Many companies, organizations, and industries have shifted towards Cloud-based systems. However, there is a market sentiment that cloud-based systems are not reliable since people can access data via the internet from anywhere. There are many cloud security tools made to counter this sentiment.

Cloud security tools serve the following primary purposes:

  • Data Protection
  • Threat Protection
  • Identity
  • Visibility

Top Cloud Security Tools

The following list comprises the best cloud security tools in 2021. The following list of tools is a tried and tested list. Every tool mentioned here is robust and widely used.

Bitglass: Total Cloud Security

BitGlass is a more current CASB arrangement that assists clients with overseeing and securing cloud systems from both norm and Zero-Day malware and information spill dangers. This incorporates consistent application to the board, and danger discovery for both oversaw and unmanaged cloud applications.

BitGlass additionally incorporates Data Loss Prevention and Access Control components to assist with learning what information is being gotten to by which applications and deal with the entrance controls in like manner. It is one of the best tools for cloud security.

Cisco Systems Cloudlock

Cisco’s Systems Cloudlock offers an endeavor-centered CASB answer for securely moving and overseeing clients, information, and applications on the cloud.

The biological system is API-based and helps with associations meeting consistent guidelines while fighting potential information breaks. It highlights application disclosure, secure and synchronized security strategy reception cross-stage, and dynamic checking continuously.

SpectralOps

Seamlessly find privileged insights, weaknesses, and setup issues because of coding mistakes or lacking security rehearses. SpectralOps uses AI and Machine Learning calculations to distinguish mysteries and frailties with a high likelihood while decreasing bogus up-sides.

Not at all, like many other SAST apparatuses, Spectral easily incorporates the CD/CI pipeline without dialing back the improvement pipeline. You can use Spectral to screen public Git archives used by workers. Including identifying incidental or malevolent resource submissions for public storehouses.

Security Code Scan

This open-source instrument identifies different security weakness designs like SQL Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF), XML eXternal Entity Injection (XXE), and so forth. Security code scan offers a CI/CD coordination just as a Visual Studio module.

Cato Networks | Cato SASE

Cato’s SASE device is a cloud-based security device including a blend of SD-WAN, an organization security arrangement, and backing for various cloud applications and cell phones.

IT experts can use screens proficiently through a concentrated center, assign and allow security conventions across their association’s organization, and help cross-group efficiency. Cato SASE likewise offers hands-off support that stays up with the latest and is adaptable without consistent upkeep.

Perimeter 81

Perimeter 81 offers a personality-driven, edge-to-edge SASE stage that is easy to set up and use without long periods of setup and tweaking. It permits associations bound to cloud the board and a few progressed security controls covering both the cloud and nearby organization exercises. Perimeter 81 also offers a Sandbox to keep away dangerous unknown files and SaaS security.

Fugue

Fugue is a cloud-based CSPM arrangement planned to offer all-encompassing organization security. They center fugue around keeping up with consistent guidelines and give an API to clear execution.

Fugue builds an association’s public cloud foundation model to offer total permeability and ongoing movements or dangers. The apparatus additionally incorporates revealing and information examination abilities from the central dispatch.

XM Cyber: Attack-Centric Exposure Management

XM Cyber is a security instrument zeroed in on command over an association’s security pose. The intention is to show a client the organization as potential programmers would and offer remediation plans dependent on a resource’s need inside a venture’s cloud foundation. The CSPM likewise incorporates recreations of assaults to permit customers to discover possible flimsy parts.

Illumio Core

Illumio Core is a CWPP arrangement that underscores forestalling the horizontal development of information. It considers command over an association’s information centers and cloud conditions to screen and understand application connections inside cloud conditions.

This incorporates how virtual and actual machines are conveying and getting to information and the cloud framework. Illumio Core additionally gives division strategies that make upgraded controls for every application and layout from as of now tried arrangements.

Orca Security

Orca Security is a SaaS-based responsibility insurance device for AWS, GCP, and Azure-put together cloud networks to eliminate security holes and dependence on outsider specialists.

The side-scanning highlights project a wide net over likely weaknesses, misconfiguration, malware, hazardous passwords, high-hazard information, and parallel development chances.

C3m–Cloud Infrastructure Entitlement Management (CIEM)

C3M Access Control is a CIEM arrangement that oversees and allows access advantages across the cloud framework to forestall over-provisioned admittance and potential attacks.

The C3M device figures out the personalities of the association’s organization and features which cloud assets they approach, which records have an excessive amount of access, and which disregard best practices. It remediates issues with record admission and plugs common weaknesses at the source.

CloudKnox: Cloud Infrastructure Entitlement Management CIEM

CloudKnox is a speedy and productive CIEM instrument for finding who is doing what, where, and when across an association’s cloud organization.

It offers cloud observing with a continuous detailing of odd action and the board of least-advantaged access approaches and once access exceptional cases. CloudKnox additionally upholds quick danger reaction and the most well-known private and public cloud stages and administrations.

EES cyber security consulting services teach you technical ways of boosting the ability to tackle malicious insiders or prevent accidental insider attacks. Achieve your security goals with effective risk mitigation!

US Cybersecurity Statistics You Should Know In 2022

Posted on by EES

No doubt, cybersecurity is one of the biggest trends and all-time evolving departments. Being a concern of every business, small or large, one can face the problems of cybercriminals. In the past years, multiple cybersecurity advancements have been made for better practicality. Whereas, the number of sophisticated tactics has been increased that continue disrupting organizations.

Let’s dive into some significant trends, facts, and figures along with classic US cybersecurity statistics!

2022 Cyber Security statistics – Surprising Facts and Figures

  • Last year, about 99% of the cyberattack vectors were identified as cybersecurity professionals
  • As per 2022 stats, more than 20% of attacks were projected to include IoT on enterprises
  • You would be amazed to know how over 38 million new and more strengthened malware were launched by the end of April 2022, as per US cybersecurity statistics
  • In 2022, 86% of the data breaches were monetarily motivated
  • In total, about 22 security breaches were experienced by global companies by the end of 2022.
  • In 2022, only 57% of the US companies had carried out a data security risk assessment.
  • Surprisingly, data breach worth more than $150 million was observed
  • The UK has faced the biggest cybersecurity threats. About 86% of the successful UK companies has faced a phishing attack
  • Solely in the 1st half of 2022, data breaches left 36 billion records unprotected, as explained by US cybersecurity statistics

US CyberSecurity Statistics Predicting Future

  • Among all cyberattacks, 75% of the consumers estimated the frequency of attacks asking for money or targeting essential, private data to increase in 2022.
  • The total sum of passwords will keep on growing to 300 billion in the coming years worldwide.
  • Talking about the Cybersecurity professionals, 76% of the members are getting more disturbed about social engineering attacks as a serious consequence of the pandemic.
  • Among all cybersecurity breaches, 95% are usually instigated by human error.
  • The international information security market size and worth are likely to cross $170.4 billion by the end of 2022
  • With the increasing trend, 68% of business leaders are inclined to believe that their cybersecurity is at increased risk.
  • Currently, 58% of the businesses have 1,000 plus inactive user accounts
  • The price you need to pay for staying ahead of cyber-attackers is considered unsustainable by 69% of businesses.
  • The peak malicious email attachment formats include .doc and .dot, making about 37%, and the next maximum damaging format is .exe, making 19.5%.
  • Once the company has faced a cyberattack, its repute is decreased. That is why over 59% of the users/buyers prefer to avoid opting for companies that have suffered a cyberattack in their past years of service.

Cyber Security and Small Business

  • The small businesses make 28% of the total Cybersecurity Breaches
  • As the BillGuard survey depicts, a greater percentage of small businessmen are taking care of their cybersecurity in-house (65%), and only 10% or less have hired a skilled and competent IT team
  • For all small-scale companies, regardless of the niche, has phishing is the top threat
  • As of 2022, 43% of small-scale business owners tend to implement no effective cybersecurity defense plan
  • The data breaches linked with nation-state or state-affiliated actors are 70% based on phishing
  • If we estimate, every worker is provided access to almost 11 million files, but unfortunately, only 5% of all companies’ folders are appropriately protected
  • 43% of overall cyberattacks target only small businesses.

Cyber Security Crime Statistics

  • As the US cybersecurity statists state, cybercrime is predictable to impose an overall sum of $6 trillion USD in data damages by the end of 2022. It will potentially increase to $10.5 trillion USD yearly by 2025.
  • About 4.72 million frauds and Identity Theft reports were made
  • People don’t know how to face cybersecurity issues. The 7.56% of the native Americans are not familiar with the precautionary steps or counter actions in the event of a big data breach
  • On average, the cost of a malware attack for a single company worth $2.4 million
  • Considering the IBM X-Force Threat Intelligence Index Report, 23% of the total attacks are known to be based on ransomware
  • Within every 14 seconds, a company gets trapped by a ransomware attack
  • The globe is facing more than 100,000 malevolent websites and over 10,000 malicious files on a daily basis
  • As the 2022 State of Phish Annual Report shows: 65% of US Organizations were trapped by the phishing attack that made them lose tons of revenue
  • Google has listed more than 2 million phishing sites in 2022
  • Back in 2019, about 93.6% of experienced malware was polymorphic
  • The CyberSecurity cost is likely to surpass $1 trillion, worldwide

Learn about cloud computing statistics.

EV Cyber Security: How Secure Are Electric Vehicles?

Posted on by EES

As technology is making human life more advanced and more accessible, threats to humanity are also increasing. We need security in every perspective of life, either for the safety of our home, life, belonging, or anything important to us. With the growing advancement of IT, internet-based threats are increasing rapidly.

Cybersecurity

Cybersecurity helps to protect to deal with these cyber threats. Cybersecurity refers to safeguarding internet-connected systems, including hardware, software, and data, from cyber threats. Both organizations and individuals use the technology to prevent unauthorized access to data centers and other digital systems.

The necessity of cybersecurity continues to expand as the number of people, devices, and programs in the modern company grow, along with the rising deluge of data, most of which is sensitive or confidential. The problem is aggravated by the vast number of cyber attackers and their sophisticated attack tactics.

Automated Vehicles and Cybersecurity

Regardless of difficulties caused by COVID-19 in the automobile industry, economists expect that demand for electric vehicles will increase in 2021. In upcoming years, there will be millions of electric automobiles on the road worldwide. The auto industry has made significant progress in producing self-driving vehicles called autonomous cars, thanks to ever-improving technology. Hyundai, Tesla, and Google are the frontrunners in the development of these vehicles.

EV Security

As much as the EV sector assists in reducing the automobile industry’s overall environmental impact, there is also a growth in cybersecurity dangers. Experts say that before widely deploying electric vehicles, firms must address security concerns.

Strategies for Autonomous System Cybersecurity

Different machine learning algorithms are used for the protection of autonomous systems from cyber threats. Autonomous systems are protected by using different machine learning algorithms. Using these algorithms, the vehicle learns the pattern of the owner with time. Anything that happens against the owner’s pattern algorithm detects it and alerts the owner and demand for the user credentials.

On the other hand, some hackers have the skills to spoof user credentials and get through this first layer of defense. Experts can use deep learning and machine learning techniques to look for anomalies in data from continually growing datasets to combat this. Furthermore, vehicle-to-vehicle communication can be examined to see if the data received is “normal driving behavior” or a malicious attack.

As self-driving vehicles, drones, and automated industrial equipment become more common, cybersecurity professionals working in the autonomous machine business may anticipate confronting new obstacles.

Professionally experienced attackers can reduce the efficiency of Electric vehicles up to 50% by lowering their battery capacity and energy. The researchers looked into vulnerabilities to cyberattacks aimed at various goals, including energy efficiency and safety, and developed an architecture for next-generation power electronics systems. A few of the cybersecurity issues that can affect electronic vehicles are mentioned below:

Charging Stations

For electric vehicles, commercial charging stations will be available. Still, Electric vehicles are more vulnerable to cyberattacks than conventional internal combustion engine automobiles since they tap into the grid to charge batteries. A Hacker can use a charging station to accomplish the following tasks by rewiring charging requests and turning off charging stations.  

 
  • Bypass  vehicle control systems
  • Can quickly copy ID badges and use them for various transactions
  • could disable networks, range sensors, and cameras, resulting in multiple collisions
  • autonomous vehicle’s operating systems could be hacked, exposing personal information on other connected devices.
  • Can control Headlights
  • Can take the steering control
  • Can disable the brakes

Wireless Accessibility

Cybercriminals are especially interested in smartphone apps because they can use them to access electric automobiles. Hackers can also gain access to WiFi networks. Once inside, hackers can disable a vehicle’s alarm system, take control of other systems, and do whatever they want.

Control Over the Server

Hackers can target an entire fleet of automobiles vehicles using command and control servers. They can destroy a company’s fleet in various ways, including harassing customers to pay their bills and repeatedly blowing horns. The worst-case scenario is that hackers might jeopardize the safety of drivers.

Conclusion

The repercussions of a hacked car are severe, but there are solutions available. According to Andy Greenburg, “solving autonomous vehicles’ security flaws will require some fundamental changes to their security architecture.” It will also necessitate collaboration among automobile manufacturers, security professionals, and government organizations. As a result, a unified security architecture will be created, verified by security experts, and adhere to government guidelines. Unfortunately, security specialists are in short supply.

Most experts think there will be a shortage of roughly two million cyber professionals in the next several years. Organizations have increased their efforts to supply the pipeline with educated and highly skilled individuals who can defend vital cyberinfrastructures and information assets to address this deficit. Autonomous vehicles are on the way, and trained cyber specialists will be required to prevent and mitigate assaults and vulnerabilities in this rapidly developing technology.

Cyber Security Checklist to Make Smart Home Network Safe

Posted on by EES

What is Cybersecurity?

“Cybersecurity is the technique of checking harmful attacks on computers, servers, mobile devices, electronic systems, networks, and data. It’s often referred to as electronic information security or information technology security.”

What is Smart Home Cyberattacks?

Cyberattacks are ruthless attempts to get access to another person’s data. Basic device security protections, such as securing intelligent devices, creating complex passwords, utilizing SSL proxy or device upgrades, and the like, can help prevent these attacks.

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Introduction

In 2021, consumer interest in cybersecurity technology skyrocketed, and it shows no signs of abating. The trend is mainly due to developers introducing numerous innovations in this field at a rate that meets market demand.

In our modern era, we can trace the rise of innovative home technology to society’s current support of high-tech gadgetry and the internet.

The mechanism that currently powers smart homes is the Internet of Things (IoT). The internet is connecting all programmable devices, smart appliances, and devices in modern smart homes or smart condos. Consider the possibility of remotely changing the thermostat while away from home or monitoring your children via security cameras 20 years ago. These abilities are now not only feasible but also becoming increasingly common.

It’s secured from cyber threats by internet-connected systems, which include hardware, software, and data. In this context of computers, security comprises cybersecurity and physical security, which businesses employ to protect data centers and other computerized systems from illegal access. A component of cybersecurity is data security, which aims to maintain data confidentiality, integrity, and availability.

What is Network Security?

The word “network security” contains a wide range of technology, devices, and procedures. It’s a set of rules and configurations that use software and hardware to protect the reliability, secrecy, and availability of computer networks and data. Nevertheless, of its size, industry, or infrastructure, every business needs network security solutions to protect itself from the ever-increasing landscape of cyber threats that exist today.

How to Secure Internet Connection?

Network security is vital for protecting your data and keeping your online activity private, especially when working from home. Network security refers to the safety of your Wi-Fi network or internet connection from unauthorized users and hackers. These are a few simple steps you can take to secure your internet connection, whether you are working from home or at work.

Why Security is Important for Your Home Network?

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For both home and commercial networks, network security is critical. Most homes with high-speed internet have one or more wireless routers hacked if they are not sufficiently secured. Data loss, theft, and sabotage are all reduced by having a sound network security system.

Cybersecurity Checklist

Antivirus Updates

Antivirus programs may be the program to check for updates often and scan the device regularly and any media inserted into the workstation (USB thumb drives and external hard drives). In larger organizations should be set up workstations to notify the status of antivirus updates to a centralized server, which may b then send out updates as needed.

Email Awareness Training

Should be warned employees to be wary of unexpected emails and out of character. Employees should be reminded to hover over an email link before clicking it or to check the email properties to see if the sender’s email address is correct. They should also be reminded regularly not to open or click on suspicious attachments rather than report them to the IT team for review. If you’re unconfident about a link in an email, go directly to the website by putting the address into a browser. rather than risk clicking on the link.

Encrypt Sensitive Company Data

In addition to achieving applicable legislative standards for information security, encryption should use encryption to protect any data that your firm considers sensitive. Under various circumstances, different encryption techniques are appropriate. Give a variety of choices for data security on disc and in transit. If you decide to provide a safe environment for your customers, consult your service provider about possible SSL alternatives for transactions made through your company’s website.

Update Your Wi-Fi Password

  • To view the website, you’ll need to utilize a browser. your router’s setup page to update your Wi-Fi password.
  • When you purchase a new router, you should update your Wi-Fi password to prevent others from accessing your network.
  • You can update your Wi-Fi password at any time if you suspect that someone has figured it out.
  • For additional information, visit the Business Insider Tech Reference Library.
  • Update default passwords of all internet-connected devices you use
  • Create Strong Passwords

Would you use a predictable code to lock your luggage or safe? Certainly not! Why would you do this with a smart home gadget? For cybersecurity, the fantastic thing you can do is generate strong passwords for each device.

Please create a password using random numbers, letters, or special characters, and remember it all with the help of a password manager. Use various passwords for individually devices or accounts so that if one of hacked, the others remain secure. Password managers are difficult to hack, so do not be concerned. Furthermore, the manager monitors how frequently you update your password.

Use complex and strong passwords
Use complex passwords to secure your data from cyber-attacks and other security patterns.

Always Use Updated Software

Would you please not wait till your phone manufacturer sends you a software update to install it? It could be a fix for a vulnerability. Because you can connect to your smart home via mobile devices, mobile security is vital. You may also receive updates from your Internet device manufacturers, or you may need to check their websites for them. To help keep your device secure, make sure to download and install updates.

Hackers can gain access to outdated equipment. Even though a smart home router and home network provide enhanced security, older gadgets can pose a security risk. Online fraudsters can quickly obtain access to your data and exploit it.

There are a few things you can take to avoid this:

  • Update your devices’ software to the latest recent version.
  • Install the most recent security fixes.
  • Install security software such as antivirus or anti-malware on any devices linked to the home network.

Host-Based & Network-Based Security: Issues & Best Practices

Posted on by EES

In this fast-paced world where a variety of technological advancements have been observed, one of the most difficult decisions has been the selection of a security system. It can be either a network-based or host-based system, but both have their advantages as well as disadvantages.

On the one hand, we consider a network-based security system somewhat attractive, all due to its ease of management and deployment. In comparison to its simplicity, a host-based system is considered complex yet MORE refined and capable system to deliver maximum security. Both can help you solve security challenges but remember YOU MUST CHOOSE WHAT SUITS YOUR BUSINESS.

Host-Based Security System (HBSS) and Network-Based Security System

Starting from the scratch, let’s see what is meant by HBSS and NBSS before moving on to their best practices and common issues! Truly speaking, host based and network based security issues can get tricky to handle

Network security is a system solely made to target all the traffic passing from the Internet to LAN and vice versa to create a secure infrastructure. It filters out all the users and is found ideal for the defense of the underlying networking structure from illegal access, misuse, or shoplifting. For enhanced security purposes of devices, applications, and customers, it guards your data against intrusions and cyber threats.

A host-Based Security System is an advanced software application, or we can say a collection of various applications that are installed on a singular server, laptop, or computer. It is made to offer consistent and fool-proof security by detecting upcoming traffic or new hosts, confirming signatures, and inspecting firewall strategies. Majorly used in the United States Department of Defense security system, HBSS analyzes and eliminates minor to major threats via robust firewall protection.

Placement

  • NETWORK-BASED SECURITY SYSTEM:  Customarily installed at the perimeter of the network such as Internet handoff point for identifying and catching all unlicensed entries right at the entry or exit point
  • HOST-BASED SECURITY SYSTEM: Considering it a 2nd line of defense, it is installed somewhere inside the systems to detect the unauthorized entry if Network based firewall fails to block

Hardware or Software Based

  • Network based security system is hardware based
  • Host based security system is software based

Work On

  • Network based security system is network level
  • Host based security system is host level

Movement

  • Network based security system is not so flexible in terms of mobility. It can only be moved when all LAN assets are migrated to a new & secure location
  • HBSS is mobile-friendly as it is implemented on end machine (Computer/ Laptop)

Protection for the Same VLAN

  • NBSS: Doesn’t offer internal security in end host to end host communication using similar VLAN
  • HBSS: It offers maximum communication security control and protection even if operating in the same zone

Network Protection

  • NBSS: Stronger defense barrier in comparison to HBSS
  • HBSS: Limited defense barrier

Scalability

  • NBSS: Easy to scale whenever more bandwidth is required
  • HBSS: Needs hard work and effort to scale up for more installations and features

Cost

  • NBSS: Lower when it comes to huge enterprise
  • HBSS: Higher when it comes to huge enterprise

Issues in the Host-Based Security System (HBSS)

In HBSS, most of the problems are caught in 3 principal areas:

  • Application protection – protecting agents from hostile hosts
  • Host environment protection – protecting hosts from agents
  • Data protection – protecting data in transit

It highlights the problem of this system is less capable and prone to be compromised by any cyber-attack. Moreover, they need additional computing power to work correctly.

Issues in Network-Based Security

  • The signatures are usually outdated, not advanced, and fail to detect Zero-day attacks
  • Packet inspection seems to act blindly towards encrypted traffic. Besides, it gives tough time to upgrade
  • Network monitoring cannot see any host activity or any new processes carried out by the customer
  • The removable media cannot be detected
  • They are not capable of handling switched networks
  • Network monitoring fails in the department of “log collection”

Best Practices in Network-Based and Host-Based Security Systems

  • To ensure the maximum safety and remove host-based and network-based security issues, always make your password intense and unique, lengthy and unpredictable
  • Keep a close check on customer’s permissions
  • Always go for a well-planned and fool-proof security policy
  • Prefer using Centralized Logging and never miss out on Immediate Log Analysis
  • Allow a restricted number of users/team members to access the accounts and other services
  • To guarantee the best flow of services and task deployment, keep security devices correctly
  • Never practice Disabling the Personal Firewalls upon installing HBBS or NBSS
  • Do not forget to change the default or well-known login accounts on the machine
  • Quickly disable the accounts or any special services that are not in use anymore
  • Make visibility your top priority
  • Use Honeypots and Honeynets
  • Create and implement the least-privilege principle (feasible for access management and control)
  • Never skip the testing of the system’s backups and disaster recovery plan in a consistent manner, as it is an efficient solution to host-based and network-based security issues
  • The easiest way to maximize the protection is to use VPNs
  • Install the IDS (intrusion detection system) correctly
  • The preferable option is to opt for an automated response to cyber threats
  • Don’t forget to secure your network equipment physically

Security Issues In Cloud Computing and Its Solution

Posted on by EES

Common Security Issues in Cloud Computing

Security issues in cloud computing are almost unavoidable in an organization where any computer connects with other computers through a network. The entire network is prone to vulnerabilities, because even a single user’s problem may affect the entire network. Major concerns arise because in cloud computing everything depends on data security.

Data security issues present costly business vulnerabilities and after the adoption of cloud computing, you need to ensure cloud security to protect your business data and maintain smooth operation. EES’s cyber security consulting services helps identify attacks faster and limit their destructive impacts. Whereas security solutions provide realistic and tactical approaches to meet security project goals more quickly.

What are Cloud Security and Its Importance?

Securing the data on the cloud from the attacker, crackers, or hackers is an important aspect. Cloud data security is important when it comes to owning an online business.

To secure our data, business owners either need to hire a cybersecurity firm or to have in-house data security resources. Having an in-house team to secure data remains recommended. Outsourcing your cybersecurity may sometimes be a privacy issue.

The Major security issues in cloud computing.

The Major Security Issues in Cloud Computing

Misconfiguration

The main leading cause of cloud data breaches is the misconfiguration of cloud security. Configuration issues in the cloud environment may cause the system’s vulnerability for outside cyber-attacks. Therefore, this becomes necessary to have a solid cloud environment to avoid any susceptibility to intrusion. They designed the cloud infrastructure to be easily accessible.

This promotes the business of the organization. An organization must ensure that the data is only accessible by allowed users. This issue can arise because of the lack of visibility control on the infrastructure. Misconfiguration of the cloud environment is the main security issue. Cloud service providers (CSP) need to configure the environment correctly to avoid deployment issues.

Malicious Insiders

So it can be more difficult to identify suspicious activity on the computer system. It’s related to malicious insiders. Every organization must have proper security controls to identify malicious insider activity before it causes any big impact on the business operation.

Every organization has its own set of rules to secure the infrastructure. Cloud-based deployment outside the network perimeter is directly accessible from the public Internet.

Unauthorized Access

Infrastructure is an asset that both employees and customers can access from any other network. And poor security makes it an effortless task for hackers to gain unauthorized access to your organization’s cloud-based resources. Network attackers can easily access improperly set or configured security credentials.

Denial of Service Attacks (DOS)

Unlike the many cyber attacks, the denial of services is different. Many organizations use cloud services, and we know that the cloud is important for your business to perform its operational activities.

Your business either uses the cloud to store critical data or to run applications.

Denial of Services (Dos) attacks can create a big impact on your business operations. A DoS attack aims to make your legit website unavailable when it receives too much traffic. This buffers the server for a short time, for the users.

The attack uses a smokescreen for different malicious activities and slows down the security appliances such as the web application.

How to Prevent Cloud Security Threats?

  • Provide awareness to employees about the security practices.
  • You should secure a backup plan for your data.
  • Make sure your data is secure and cannot get accessed by any other public network.
  • You need to be sure to store the encrypted key separately from the data.
  • Every day; you must evaluate the weakness and the security of your cloud.

Security Concerns for Cloud-Based Services

The cloud is open for business storage, access, flexibility, and to increase productivity. Here is the big security concern of cloud-based services:

  1. Data Privacy/Confidentiality
  2. Accidental Exposure of Credentials
  3. Data Loss/Leakage
  4. Incident Response
  5. Legal and Regulatory Compliance
  6. Data Sovereignty/Residence/Control
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