Рубрика: Cybersecurity

Cybersecurity attacks can happen to any organization at any time. In 2020, established organizations such as Marriott, MGM Resorts, Twitter, and Magellan Health all fell victim to cyber-attacks. Yet hackers don’t just go after heavyweights. More than one in four data breaches involved small businesses, according to Verizon Business’s 2020 Data Breach Investigations Report. These attacks can be expensive. A 2019 report from Hiscox revealed the average cost of a cyber-attack to be around US$200,000. This economic impact has created great concern, especially among small business owners. A survey conducted by the U.S. Small Business Association revealed 88% of small businesses felt their operation was vulnerable to a cyber-attack. Preventing these attacks is financially critical. There are several different cybersecurity issues to be aware of in today’s business landscape — issues that only a seasoned cybersecurity professional can prevent.

According to the National Crime Records Bureau (NCRB) data, India reported 52,974 cases of cybercrime in 2021, an increase of over 5 percent from 2020 (50,035 cases) and over 15 percent from 2019 (44,735 cases). Whereas the old methods of cybersecurity were conceived to protect data on the local front, enterprise cybersecurity strategies are designed to safeguard data as it travels between distant wireless devices and onto cloud servers. This means that enterprise cybersecurity involves protecting your company’s on-premise and cloud-based infrastructure as well as vetting third-party providers and securing the expanding number of endpoints connected to your network via the Internet of Things (IoT).

The post Cybersecurity and Finance: Why Preventing Attacks is Financially Critical? appeared first on Analytics Insight.

As digitalization expands and finds new horizons, the ever-looming threat of Cybersecurity will rear its ugly head. Global cyber-attacks rose by 28% in 2022 with more than 1,130 weekly attacks per organization globally. If there is any way to prevent it, it is to face it, say cybersecurity experts. They say preparing ourselves for impending threats is a key component of cybersecurity. Various studies show that human actions account for a large part of cyber-attacks. A report published by Verizon found that the human element was responsible for 82% of the cyber-breaches studied.

Having exposure to cyber threats first-hand helps companies respond immediately and disclose a data breach immediately. The longer one waits the less trustworthy the company becomes. Prior experience helps the management to be resilient with respect to running core operations while remediating the cyber threats and executing a crisis management plan subsequently. The teams who participate in the drills learn from their mistakes and do not get caught off-guard when a real security breach occurs.

A typical incidence response plan has many components. It can be a planned exercise, a spot check, or even a role-playing exercise. It allows the security team to understand how far they understand the security threats and also the employees understand security risks. The major takeaway here is that you will know exactly which approach works for your organization.

The post Try it to Prevent it: Fire Drill Your Way into Cybersecurity appeared first on Analytics Insight.

Business leaders all over the world are seeking to deploy advanced cybersecurity measures to gain an edge over their competitors, but most importantly, to safeguard sensitive information about the company, its employees, and customers from attackers and malpractitioners. Our growing dependence on technology is one of the major reasons why malpractitioners are getting easy access to our personal information and sensitive data, leveraging it, and gaining billions in return. In a nutshell, cybersecurity has become crucial for our safe existence.

Over the years, the concept of cybersecurity has mostly denoted a malicious position. But to counter hacking, companies are also using hacking as a solution. White-hat hacking or ethical hacking has become a predominant method in cybersecurity to ensure the safety of the company and the individuals who are associated with it. However, even after adopting advanced cybersecurity solutions, companies are still being easily hacked by malpractitioners. Based on reports, around 45% of cyberattacks are directed toward small and medium-sized businesses, and only 15% of them are able to defend themselves efficiently. The need to constantly evolve with the expanding domination of technology is quite critical in these times.

Coming to the scenario of cybersecurity in India, it is quite needless to mention that businesses in India also need the embrace the changing requirements in this domain and adopt the essential solutions that can prevent thefts and scams. Cybersecurity scams in India dramatically increased during the pandemic period. Companies across the world, especially India, reported cybersecurity breaches that took days to get resolved. India’s fast-growing digital market is only fuelling cyber threat issues. The heavier dependence on technology is causing the number of malicious practitioners to grow by the day.

While the need for cutting-edge cybersecurity policies remains dominant in India, this Analytics Insight survey reveals how much Indian companies and business leaders are aware of the different types of threats that are predominant today and the steps they are taking to fight back. The survey highlights the following key findings:

• Around 91.2% of the respondents are well aware of cybersecurity and the significance it carries.
• Approximately 50% of the respondents believe that the work-from-home environment is safer to protect personal and company data, whereas, 33.8% of them believe otherwise, and other rest of the respondents are unsure about the situation.
• About 61.8% of them have accepted that their companies have been under cyberattacks, whereas 38.2% of them have denied it.
• Out of the 268 respondents, 60.3% of them have accredited that employees working from home with less supervision and technical knowledge end up making the system vulnerable, however, 30.9% of them believe otherwise and the remaining respondents are unsure of the situation.
• A majority (66.2%) of respondents feel that the post-pandemic era is witnessing an influx in the number of cyberattacks, whereas, 19.1% of them deny it. Other 14.7% of them are unsure.

The report explores more such interesting insights and will be beneficial for individuals/organizations embracing advanced cybersecurity solutions to protect their organizations from malpractitioners.

The post Post-pandemic Era is Witnessing an Influx in the Number of Cyberattacks appeared first on Analytics Insight.

The iPhone is considered more secure than any other Android smartphone. However, the enhanced security of iPhones doesn’t mean that you have to turn a “blind eye” to your device’s security. Hackers can steal your data from your iPhone if you don’t follow safety practices. Keep reading this blog to learn how to stay safe from hackers as an iPhone user.

Before We Get Started

Let’s take a look at the hot topic related to iPhones before we jump into iPhone security tips. Many people debate whether an iPhone can be hacked or not. Though it’s very rare, an iPhone can get hacked if it’s Jailbroken. You should learn to remove phone virus if you think your phone isn’t working properly because of an attack launched by hackers.

With that out of the way, let’s take a look at seven important iPhone safety tips:

1. Remove Unwanted Apps

You should remove those apps from your iPhone that you don’t use regularly. Doing so will ensure that your data isn’t sent to app developers that might not know how to handle it the right way. Make a list of the apps on your iPhone that you use daily, and get rid of any apps that are cluttering up space on your device.

2. Use A VPN

It’s always a better option to browse the internet after connecting your phone to a trusted VPN service. Hackers can try to track your IP Address and steal your important data, whether you’re connected to your home’ WiFi or a Public WiFi network.

A VPN connection masks your IP address and makes it nearly impossible for hackers to track down your identity. Make sure you choose a reliable internet connection so you can browse the internet safely on your iPhone.

3. Keep Your iPhone Updated

Regular system and security updates pushed by Apple ensure that iPhone users stay safe from hacking attempts. If you don’t want to lose your precious data, you have to ensure that you update your iPhone whenever a major update is released.

You should follow leading news sources that share news about iPhones so you never miss out when a new update for your iPhone is rolled out.

4. Enable the “Find My iPhone” Feature

You must enable “Find My iPhone” on your device so you can get your device back in case you lose it. Find My iPhone is Apple’s built-in tracking software that uses GPS functionality to locate your iPhone. When this Feature is enabled, the person who founds your iPhone cannot access or wipe data from your device.

You can enter the Settings App on your iPhone and search for Find My iPhone to enable this tracking feature on your device within minutes.

5. Create Strong Passwords

Using a four-digit passcode on your iPhone is not a safe option. You should change the settings from numeric passcode to alphanumeric passcode to increase the security of your iPhone. After you enter the Settings App, locate Touch ID & Passcode and then set a custom password.

Here are some tips for creating a strong password:

• Never use your name as a password for your iPhone.
• Avoid setting a string of numbers or characters as a password.
• Include numbers and special characters to make your password stronger.

6. Review Your Privacy Settings

The Privacy menu present in the Settings App allows you to track all the apps that have permission to access your data. It’s better to check the list of apps every now and then to ensure that any unwanted app doesn’t have unsupervised access to your sensitive information. Checking this list will also help you uninstall any apps from your device that you don’t use regularly.

7. Encrypt Your Data

Data encryption is the most important thing you can do to keep your data safe. As you use your iPhone, you will create data that you must back up somewhere safe. The best way to create copies of your data is to use iTunes and its encryption feature.

Launch the iTunes app on your desktop and connect your iPhone to your computer. Select your device in the iTunes menu, and when creating a copy of your data, make sure to click the Encrypt iPhone Backup feature. Doing so will create encrypted copies of your data that hackers cannot access.

The post 7 Actionable Security Tips Every iPhone User Should Know appeared first on Analytics Insight.

Cybersecurity has become a complex and fast-moving security challenge in the age of Information Communication and Technology (ICT). As the dependence on ICT is deepening across the globe, cyber threats appear likely to penetrate every nook and corner of national economies and infrastructure; indeed, the growing dependence on computers and internet-based networking has been accompanied by increased cyberattack incidents around the world, targeting individuals, businesses, and governments.

Meanwhile, ICT is increasingly being seen by some governments as both a strategic asset to be exploited for the purposes of national security and as a battlefield where strategic conflicts can be fought. This paper examines the primacy of cybersecurity in the contemporary security debate, deepening the analysis by looking at the domain of cybersecurity from the perspective of India.

The covid-19 outbreak proved to be a threat to India’s cybersecurity and led to the leaks of Covid-19 test results and a cyberattack on systems of an airline service provider that resulted in the leakage of the personal data of 4.5 million passengers. India is one of the fastest-growing markets for digital technologies fuelling the government’s push towards actualizing its Digital India mission. Whether creating broadband highways or rolling out services such as DigiLocker and e-governance schemes like the Jan Dhan Yojana, the government has pushed for as much digital adoption as possible over the past five years.

The pandemic has only exacerbated this problem as it resulted in an even heavier dependence on digital technologies. From payments to e-shopping to WFH, the pandemic led to greater adoption of interconnected devices and hybrid work networks. Consequently, this vast and rapid expansion of digital assets has increased the surface area for cyber-attacks by malicious actors and adversaries. The recent spate of attacks on electricity grids and financial institutions should alert us to the true possibility of potentially dangerous scenarios in the future.

The post Cybersecurity and Pandemic: Covid-19 made India vulnerable to Cyberattacks appeared first on Analytics Insight.

Updates on 2023 Cybersecurity, will Ransomware shift its primary focus away from encryption?

2023 Cybersecurity: We saw a discernible increase in ransomware incidents including data theft and encryption incidents. Even while this was nothing new in 2022, it became much more obvious that attackers preferred a variety of extortion techniques. In addition to an increasing emphasis on data deletion, this trend is projected to pick up steam in 2023 coupled with a revived focus on data backups. The number of encryption events will probably decline in response to these increases.

One of the most sophisticated and feared threats in the current security landscape is ransomware. Ransomware is a specific type of malware that is intended to compel the encryption of victim’s files. The attacker then demands money from the victim in return for the decryption key, which may then be used to regain access to the data. In addition to the inconvenience experienced when the data was unavailable, costs can range from a few hundred dollars to millions. Furthermore, there is no assurance that the claimed key will be delivered, even if the ransom is paid. Ransomware prevention should be a top priority for every organization’s cyber defence strategy since ransomware attacks pose a much higher hazard than simple data theft.

What is Ransomware encryption?

The malware writer and online crooks, both work using the same suite of cyphers that the government uses to protect classified information.

RSA (Rivest-Shamir-Adleman).

SHA (Secure Hash Algorithm).

AES (Advanced Encryption Standard).

ECDH (Elliptic Curve Diffie–Hellman).

These are merely acronyms without understanding how malware writers employ the potent cipher or how the cipher functions. For this reason, we will first define what encryption is. Theoretically, encryption refers to the process of encrypting data such that only those with access can decode it.

The real act of encoding (and ransomware encryption) consists of swapping out the characters with new ones. An encoding cipher appears when such characters are combined with a certain method of replacement. The same idea is used in file encryption, except a new character is substituted for the file’s usual code. Characters are substituted differently depending on the algorithm that is being utilized and how powerful it is.

Now that we know how it works, hopefully, it’s time to focus on the different kinds of encryptions that are available. There are two known types of it:

Symmetric (Private) key encryption – a system where the sender’s and the recipient’s keys are identical. It is currently used in the majority of chat systems you use, like Viber, Skype, and others, and is mostly used for secure communication.

Public key encryption – this kind of encryption contains a public key that is widely accessible to everyone. The user’s knowledge of the decryption key is the only need.

Will Ransomware Stop Focusing on Encryption?

Ransomware will stop concentrating primarily on encryption in 2023. The capacity of ransomware victims to recover their data without having to pay the attacker for a decryptor is getting better thanks to technology and generally accepted best practices. This is related to the fact that it has come up in numerous public conversations that purchasing decryptors frequently leads to lost data or more ransom demands, which is why the FBI advises against doing so.

Cybercriminals have discovered that a ransomware event’s “hack and leak” component offers a second extortion alternative or another revenue stream. As rules and governance requirements become more prevalent, this becomes more obvious.

Conclusion: Making an efficient encryption/decryption tool requires more technical work than simply stealing data and then using a variety of techniques to alter victim data. For ransomware criminals, stealing data, offering to “sell it back,” and if that doesn’t work, threatening to publicly disclose the data or sell it to other bad actors, is probably a lesser technological hurdle. Data destruction can also put a victim under a lot of stress, which benefits the cybercriminal.

The post 2023 Cybersecurity: Will Ransomware Stop Focusing on Encryption? appeared first on Analytics Insight.

UK’s Morgan Advanced Materials has reported an incident of a cyber attack on its network

Cybersecurity is a day-to-day operation for many businesses as the cases of cyber attack is constantly increasing. British industrial firm Morgan Advanced Materials reports a cyber attack on Tuesday. The UK’s Big Tech said it was assessing a cybersecurity incident after detecting unauthorized activity on its network.

UK’s Big Tech faces cybersecurity incident. The manufacturer of a variety of industrial materials, including those that are heat-resistant, announced that it had opened an investigation and was taking measures to guarantee that its businesses could continue to do business with its clients and suppliers.

Today cybersecurity has become a big concern. A significant rise in data breaches and hacks from sources that are becoming more and more widespread in the workplace, such as mobile and IoT (internet of things) devices, can be attributed to a lack of data protection, the consequences of a global pandemic, and an increase in the sophistication of exploits. Additionally, COVID-19 has increased the use of remote workers, paving the way for cyberattacks. Recent security research suggests most companies have poor cybersecurity practices in place, making them vulnerable to data loss. To successfully fight against malicious intent, it’s imperative that companies make cybersecurity awareness, prevention, and security best practices a part of their culture.

As a result, Cybersecurity Ventures expects global cybercrime costs to grow by 15 percent per year over the next five years, reaching $10.5 trillion USD annually by 2025, up from $3 trillion USD in 2015. In addition to being exponentially larger than the damage caused by natural disasters in a year, this represents the largest transfer of economic wealth in history and poses a threat to the incentives for innovation and investment. It will also be more lucrative than the global trade of all major illegal drugs put together.

The post UK’s Big Tech Is Under the Fear of Cyber Attack appeared first on Analytics Insight.

SaaS cybersecurity threats that your organization should be aware of when using SaaS services

Modern businesses are increasingly turning to the cloud to reap the operational benefits of outsourcing critical business functions. Many businesses are now utilizing cloud computing, such as software-as-a-service (SaaS) services. SaaS solutions assist organizations in achieving critical goals such as cost reductions and faster time-to-market. However, they do introduce SaaS cybersecurity threats and risks.

When organizations sign on as customers, they ultimately put their sensitive data in the hands of third-party vendors. Despite this trust, a data breach caused by a SaaS provider’s poor data security practices is the client’s responsibility.

Here are the top 10 SaaS cybersecurity threats risks that are introduced by SaaS solutions and how organizations can address them before they result in data breaches.

1. Cloud misconfigurations: Misconfigurations frequently expose sensitive data or leave cloud resources vulnerable to attack. A cloud misconfiguration occurs when a cloud-based service or application is set up or configured incorrectly. Organizations should establish clear policies and procedures for configuring and managing cloud resources to avoid cloud misconfigurations.
2. Supply chain attacks: A supply chain attack is a type of cyberattack in which an attacker attempts to gain access to a company’s or organization’s internal systems and data by targeting a weak link in the company’s or organization’s supply chain. Because it allows the attacker to circumvent the organization’s security measures, this type of attack is frequently used to target large organizations with many vendors and partners.
3. Advanced persistent threats (APTs): APTs are a type of cyber-attack in which an attacker establishes a long-term presence on a network to steal sensitive data or disrupt operations. APTs are typically carried out by state-sponsored or well-funded groups and can be difficult to detect and defend against due to the use of custom malware and tactics designed to avoid detection. APTs are distinguished by their persistence and ability to avoid detection for long periods, often months or even years.
4. Phishing and social engineering: Cybercriminals use phishing and social engineering to trick people into providing sensitive information or access to systems. Phishing and social engineering are both becoming more advanced and sophisticated, posing a significant threat to both organizations and individuals.
5. IoT and OT attacks: Attackers seeking to gain network access are increasingly targeting Internet of Things (IoT) and operational technology (OT) devices. IoT (Internet of Things) and OT (Operational Technology) attacks are cyber-attacks that target internet-connected devices and systems used in industrial and operational environments.
6. Ransomware: Malware that encrypts a company’s data and then demands payment to unlock it. Once infected, the malware will usually encrypt files and display a message to the victim demanding payment in exchange for the decryption key. The ransom is typically paid in cryptocurrency, and if the ransom is not paid, the attackers may threaten to destroy or publicly release the victim’s/data. company’s
7. Cryptojacking: It is the use of malware by attackers to mine cryptocurrency on a company’s systems without their knowledge.
8. AI-powered attacks: Attackers are employing artificial intelligence (AI) and machine learning (ML) to develop more sophisticated attacks that are more difficult to detect and defend against.
9. Insider attacks: Employees, contractors, or vendors with access to company systems and data can cause damage intentionally or unintentionally.
10. Account Takeover: Attackers use a variety of methods to gain access to a user’s account, including phishing, password spraying, and social engineering.

Finally, as more businesses move their operations to the cloud, SaaS (Software as a Service) cybersecurity threats are becoming a growing concern for organizations. The threats to SaaS cybersecurity listed above are some that every organization should be aware of.

The post Top 10 SaaS Cybersecurity Threats You Must Know in 2023 appeared first on Analytics Insight.

With the dearth of qualified tech professionals in the industries like cybersecurity there is an increasing demand for trained experts. Finding the right candidate with the necessary skill set can take time. While looking for specific technical skill sets, many professionals from other industries can also be a good fit for joining a cybersecurity team. In this article, we will explore five such roles that can be perfect for transiting career to a cybersecurity team.

1. Software Engineers

Software engineers have a wide range of technical abilities, including coding and software development. They also comprehend the complexities of developing a secure application. As a result, they are well-suited for a variety of cybersecurity tasks. For example, by introducing security features at the code level, they can be used to create applications that are more resistant to cyber-attacks.

2. IT Support Specialists

IT support specialists have strong analytical skills, which allow them to identify problems and devise solutions quickly. Their ability to think critically qualifies them to investigate security incidents and track down malicious actors. Furthermore, they are knowledgeable in various hardware and software systems, which is critical in comprehending the implications of cyber threats.

3. Network Architects

Network architects understand networking technologies and are skilled at setting up secure networks. While not all security roles necessitate in-depth technical knowledge, network architects are well-suited to design secure networks and implement security measures. They can also assess existing systems for vulnerabilities and recommend risk-mitigation solutions.

4. Cloud Specialists

Cloud specialists are familiar with cloud providers’ powerful security services, such as identity and access management (IAM). They can use these services to ensure that only authorised individuals have access to sensitive data stored in the cloud. Furthermore, cloud specialists are familiar with the various security risks associated with cloud technologies and can offer valuable advice on how to mitigate them.

5. AI Developers

The ability of machine-learning algorithms to detect patterns in large datasets is well understood by AI developers. As a result, they can be used in real-time to detect and respond to security threats. AI developers can use specialised skills to build AI-assisted security solutions and powerful penetration testing tools.

The post 5 Roles That Can Easily Transition to A Cybersecurity Industry appeared first on Analytics Insight.

The top essential programming languages for Cybersecurity pros is the key element of cybersecurity development.

Intro: Cybersecurity deals with the protection of digital information and digital assets and so does its demand is increasing day by day. Cybersecurity experts need to have a firm grasp of programming languages. The top cybersecurity programming languages include Java, JavaScript, Python, SQL, PHP, PowerShell, and C, all mainly depend on a career path.

Cybersecurity is defined as the practice of protecting data, websites, networks, and individual devices from digital attacks. In cybersecurity attacks, hackers may attempt to access, change, or erase information. Understanding programming helps cybersecurity experts examine software and discover security vulnerabilities, detect malicious codes, and execute tasks that involve analytical skills in cybersecurity. Coding is also an essential skill to interpret the activity of malicious actors on a network. There are about 250 prominent programming languages most used and around 700 used around the world. Out of which, around 10-15 are used in cybersecurity. Here are the 10 top essential programming languages for Cybersecurity Pros:

1. Python

Python is a popular programming language and a dominant language in cybersecurity. The language is used to create web applications and other software. Hackers use Python to write malicious programs, exploits, and hacking scripts. Python has an expansive user community which makes it popular with new hackers. The high readability of the language makes it a good choice for programmers and hackers.

1. Java

Java is a programming language that is used to create standalone applications or to run applications inside of a browser. Java is used in system programming and mobile app development and it’s popular with hackers who want to access operating systems or exploit mobile vulnerabilities. The language is used in ethical hacking programs and sends a message from victims’ phones.

1. C and C++

C and C++ programming languages are used to write a large portion of malware. These are low-level languages that give hackers access to system infrastructure like RAM.

C ++ is an extension of C, and both of these are powerful in the hands of experienced cybercriminals.

1. JavaScript

JavaScript is a scripting language used to power web pages, and it is one of the easiest languages to learn, which makes it an excellent choice for beginners looking to start programming. The language uses code to tell the computer what to do. JavaScript is used in cybersecurity to create cross-site scripting attacks, which involve injecting malicious code into a website or app. Since most web applications use JavaScript, it is frequently used for hacking websites.

1. SQL

SQL also called Structured Query Language is a programming language used to manage databases. It allows searching through large amounts of data quickly and easily. SQL organizes relational databases, allowing users to query the database and find records that match their search. Hackers can run an SQL injection on an SQL database, allowing them access to confidential information.

1. HTML

HTML or Hyper Text Markup Language is a programming language essential skill for cybersecurity professionals as so many attack types revolve around HTML code. HTML creates web pages, including text, images, video, etc. Attackers use the language to trick by clicking on malicious links or downloading malware onto their computers.

1. Shell Scripting

Shell Scripting enables developers to write automated scripts to accomplish many routine tasks. These programming language use many of the same commands that’s in use in terminal sessions on operating system.

1. Ruby

Ruby is a web-oriented programming language with a syntax similar to Python. This high-level language become one of the most popular languages in the world. Ruby is written in C. Its ability to manage massive code projects makes it popular among coders. The language manages the machine’s complex information which makes programs easier to develop with less code.

1. PHP

PHP is a server-side programming language used to build websites. This helps hackers understand how web hacking techniques work. The language helps cybersecurity professionals defend against malicious attackers. Some of the most popular content management systems, including WordPress and Drupal, run on PHP.

1. Power Shell

Power Shell is a scripting language through which users can instruct the system. PowerShell is deeply integrated with Microsoft Net. framework, which creates a massive platform for functionality and various use cases. Due to its seamless integration with Microsoft NET. framework, it provides hackers with an ideal platform to breach through PowerShell into the windows environments. In fact, recent trends have shown that PowerShell has been used in various cyber-attacks.

The post Top 10 Essential Programming Languages for Cybersecurity Pros. appeared first on Analytics Insight.