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How Many Types of Cyber Security Measures 

Businesses have valued cybersecurity ever since the internet was created. However, more workers than ever before hold totally or partially distant jobs and require remote access to corporate resources. Over the last ten years, there has been an exponential increase in the volume of data stored in cloud-based systems and the associated danger of unauthorized breaches, hacks, or exposes.   

Maintaining the safety and security of your company in 2023 is very different from what it was simply a few years ago. According to new data, up to 90% of organizations aren't prepared for cyberattacks despite the constant threat of ransomware assaults, data breaches, and sneaky web scams. 


Types of Cyber Security

How can you maintain your safety? Continue reading to learn about all the types of cyber security precautions that businesses should take to shield themselves from online threats. 


Types Of Cyber Security Measures  

Cybersecurity necessitates the use of cybersecurity goods and solutions and the understanding of cyber threats and hygiene. Users working from home, large and small businesses, the banking and health industries, and the defense department require different types of cyber security measures. There are different cybersecurity methods, but cyber security classifications are network security, application security, endpoint security, data security, and many others. 


Defining Network Security 

Securing computer networks against unauthorized access to data is referred to as network security. By utilizing hardware and software technologies, network security protects against various risks.  

Acting as a barrier between your network and malicious activity, businesses need to ensure network security to maintain consistent service for clients and staff members. In essence, network security protects a company's reputation. 


Here are the types of Network Security 


A firewall

Hardware, software, or both may be involved. A firewall separates your trustworthy internal network from the outside network. 

Email Safety

One of the most frequent entry points for a security compromise is an email. Email security blocks all incoming threats to prevent sensitive data from being lost. 

Anti-virus

A program that blocks malware and viruses. When malware enters a file, anti-malware programs check it for anomalies, remove it, and repair any harm it may have caused. 

Secure Applications

Our network may be compromised by flaws in the programs you use to operate your business. Application security stops breaches by patching these vulnerabilities. 

Data Loss Avoidance

As company owners, you want to ensure employees outside your network don't send confidential information. DLP stops users from sending, uploading, or sharing content. 


Can small businesses benefit from advanced cybersecurity measures?  

 

In today's digital age, safeguarding a company's network from cyber threats has become essential to business operations. Small businesses can benefit from partnering with trustworthy third-party security providers offering comprehensive solutions to secure their networks and keep them informed about unauthorized access attempts or data breaches. By leveraging the expertise of these reliable security providers, businesses can implement adequate cybersecurity measures and enjoy peace of mind, knowing that their sensitive data and network are well-protected. 

 

Endpoint Security 

Endpoint security is one of the cybersecurity techniques used to safeguard end-user devices, such as desktops, laptops, and mobile phones, against malicious actors and campaigns attempting to exploit entry points. Endpoint security technologies shield these network or cloud endpoints from cybersecurity attacks. 


Endpoint security replaces traditional antivirus software and provides comprehensive defense against advanced malware and newly emerging zero-day threats. 


Cybercrimes with greater sophistication are posing a rising danger to cybersecurity in today's commercial environment. Considering how many endpoints are used to connect to networks, they are among the most often targeted targets. There were 22 billion connected devices in 2018, and Strategy Analytics Insight estimates the number would increase to 38.6 billion by 2025 and 50 billion by 2030. Thus, malware installation on endpoints was shown to be a factor in up to 30% of data breaches, according to Verizon's threat analysis


The demand for increasingly sophisticated endpoint security solutions has increased along with the volume and sophistication of cybersecurity threats. Today's endpoint protection solutions are built to swiftly identify, examine, stop, and contain active assaults. They must work with other security technologies to enable administrators to see sophisticated threats and respond more quickly to remediate them. 


Application Security  

Developing, integrating, and testing security features within applications is a crucial aspect of cyber security known as application security and one of many types of cyber security. The purpose of application security is to safeguard applications against potential threats such as unauthorized access and modification. Application security includes various features such as authentication, authorization, encryption, logging, and application security testing.   

By implementing these security features while coding applications, developers can minimize the occurrence of security flaws.  


Cloud Security 

Cloud security combines technological tools and practices to mitigate internal and external security risks that businesses may face. As companies advance their digital transformation efforts and integrate cloud-based tools and services into their infrastructure, ensuring cloud security becomes crucial.  


Digital transformation and cloud migration have become standard in business environments over the past few years. Although the meaning of these expressions may vary depending on the organization, they are all motivated by the same thing: the need for change.  


Since most businesses currently use cloud computing in one way or another, cloud security is essential. The state of cloud computing is as ever-changing as the weather. Based on the rapid advancements in cloud computing and the constant release of new tools and services, Gartner® projects that global end-user spending on public clouds will approach $600 billion by 2023. It's a dynamic, promising, yet occasionally disorienting environment. 


Data Security 

Protecting sensitive company information and preventing unauthorized access or data loss is critical to data security. Data security entails implementing measures to safeguard information from cyber threats, such as ransomware, which can cause damage, alter, or delete data entirely.  

By employing robust data security protocols, individuals within the organization can access information securely, ensuring that confidential data remains protected against cyber threats. These measures encompass a variety of online security, including encryption, multi-factor authentication, and intrusion detection, creating a comprehensive shield against unauthorized access and potential breaches.  


Identity and Access Management (IAM) 

IAM, a crucial security and business practice, aims to prevent fraudulent activities and unauthorized access by allowing only authorized individuals or machines to access the relevant resources in a timely and legitimate manner. IAM is composed of multiple technologies and business procedures. 

Identity and Access Management (IAM) plays a crucial role in ensuring cybersecurity in an organization. It helps the IT department strike the right balance between restricting access to essential data and services while ensuring that most users can access them. IAM enables controls that provide secure access to employees and their devices while making it challenging for unauthorized users to access the system. 

IAM is essential due to the ever-evolving tactics used by hackers, such as phishing emails that target user access. These tactics are the primary cause of data breaches and cyber-attacks. IAM is the only way to manage who and what has access to an organization's systems. It is challenging to remove access from a compromised user and identify who has access, which is why breaches and attacks continue to occur frequently. 

 

What are the common signs of a cyber-attack?  

Watch for signs of a cyber-attack, such as slow connections, pop-ups, unusual computer behavior, unknown programs running, inability to update your computer, and phishing attempts. 

Protect your business from cyber-attacks! 

Contact the Prismawre team today and take the first step towards safeguarding your business from cyber-attacks. 

 

Protective measures for cyber security 

Along with the above-discussed types of cyber security, taking a proactive approach to cybersecurity can bring about many evident and inconspicuous benefits that are crucial in safeguarding against potential cyber threats. 


Proactive cybersecurity 

Hunting for threats and spotting weaknesses in your security posture before an incident or breach occurs is known as proactive cybersecurity. With binoculars in hand, you scout ahead and examine your surroundings. Additionally, acting before a problem arises reduces the likelihood that one will.  


Reactive security measures 

The practice of responding to threats and situations that are either ongoing or have already occurred is known as reactive cybersecurity.  

Reactive cybersecurity is like the broom and dustpan in the closet compared to proactive cybersecurity, which is like a protective glass case surrounding your surroundings. Reactive security strategies assist you in handling an incident's aftermath. 


Security Awareness Training  

IT and security professionals use security awareness training to educate users and mitigate risks. The purpose of these programs is to teach staff members and users about their role in preventing breaches in information security. Practical security awareness training equips employees to identify possible cyberattacks through email and online platforms, understand proper cyber hygiene, and evaluate the security risks associated with their actions. 


Behavior Analytics 

A popular method among other cybersecurity techniques, for gaining insight into different behavioral patterns to make data-driven decisions is behavior analytics or BA. 

Behavior analytics, a cybersecurity branch, uses artificial intelligence (AI) and machine learning (ML) tools to analyses big data sets. It enables you to spot anomalous patterns that diverge from typical usage patterns or patterns that point to malicious activity from cyber attackers.  

Unusual patterns, including data exfiltration attempts, possible distributed denial-of-service (DDoS) assaults, and insider threat actions, can be identified by BA. 


Role of Encryption in Cyber Security  

Online linked servers or the cloud store enormous amounts of sensitive data. Encryption is used in cybersecurity to protect against cyberattacks, including brute-force attacks and ransomware. Data encryption secures digital information transmitted through computer networks and the cloud. Two types of digital data exist: data at rest (stored digital data) and in-flight data (shared data).  

Current encryption techniques have replaced the obsolete Data Encryption Standard to protect data. These methods provide security measures such as non-repudiation, integrity, and authentication. The authentication process verifies the message's source, while the integrity check ensures the content remains unchanged. Lastly, non-repudiation efforts prevent senders from repudiating legitimate activities.  


AI in Cyber Security  

Sophisticated cyber attackers, a growing attack surface, an explosion of data, and increasingly complicated infrastructure are just a few hurdles modern security teams must overcome to protect sensitive information, control user access, and quickly identify and address security risks. 

Prismware cyber security specialists offer revolutionary AI-driven solutions that maximize analysts' time by preserving user identity and information, detecting threats faster, and responding to them, all while keeping cybersecurity teams informed and in control.  

Some interesting stats 

  1. AI is seen as essential in dealing with cyberattacks by 69% of enterprise executives

  1. The AI industry is expected to reach USD 407 billion by 2027. 

  1. 44% of executives are evaluating security systems powered by artificial intelligence (AI). 

Pretty much on the hype AI in cybersecurity is, right!  

Achieving Comprehensive Cybersecurity with Prismware  

A consolidated and modern cybersecurity infrastructure is created by utilizing solutions designed to work in unison. To achieve this, it is essential to partner with a security provider with experience safeguarding an organization’s assets against different types of cybersecurity threats.  


Different cybersecurity approaches can be employed to secure your company assets and crucial information based on the nature of your business. Investing in cybersecurity is a wise decision to protect your organization. If you wish to know more about the best cybersecurity solution for your enterprise, send us a message, and we will assist you in developing the most appropriate strategy.

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