Improvements in corporate data protection
The information held by a company is one of its most valuable assets and, therefore, the protection of corporate data is a priority. In addition to establishing appropriate security policies, there are methods and practices to reduce breaches and keep data secure. Discover how to improve enterprise data protection and secure critical information. In this post we look at the importance of using techniques that help cybersecurity departments develop an effective enterprise data protection strategy. The most common procedures used in corporate information security include data security audits, data access control or the inclusion of data encryption tools. Below, we will discover some of the most important ones, but in order to optimize their development, it is advisable to rely on a partner such as aggity which, thanks to its Cyber & Cloud solutions portfolio, simplifies the adoption of these procedures. Regular security audits Security audits should be included in enterprise data security policies. Thanks to them, cybersecurity departments can know whether their security controls are effective, identify potential vulnerabilities and take measures to reduce risks. In addition, these reports ensure that organizations are fully up to date on data compliance . Continuous training It is often said that the weakest link in the corporate information security chain lies with the users. For this reason, in addition to raising awareness of cybersecurity, it is necessary to provide users with adequate tools and training so that they make as few mistakes as possible that could lead to a fatal incident. In this regard, it is important for organizations to provide employees with ongoing training to enable them to carry out secure data handling practices, recognize malware or act appropriately in the event of a cyberattack. The role of encryption This is one of the most basic aspects of any data risk management strategy. Data encryption protects the confidentiality and integrity of the organization’s information, even if the data has been intercepted or stolen. The goal of data encryption, which is essential in preventing data loss, is to make it inaccessible to cybercriminals – so the more robust the encryption, the less chance of unauthorized access to sensitive company information. Related to information encryption is access and identity management, including different types of identities in cybersecurity. The implementation of appropriate tools in this area ensures that only authorized users have access to sensitive data. By implementing role-based access controls, multi-factor authentication and user activity monitoring, enterprises reduce the chances of unauthorized access and protect sensitive organizational information. The importance of updates One of the most common mistakes when approaching a business cyber resilience strategy is not having updated operating systems, applications or communication networks. Outdated software increases the vulnerabilities of the company’s IT environment. The IT department and cybersecurity managers must be vigilant in implementing these updates as quickly as possible and deploy available security patches. This allows closing security gaps and protecting the company against exploits and malware attacks. It is also a simple and inexpensive task that can be automated. Incident response However, as all cybersecurity experts assure, adopting these practices does not ensure that an organization is exempt from suffering an incident. For this reason, it is important that, once a data threat detection occurs, the company knows how to respond to it in the most appropriate way. It is therefore essential to know what to do after a cyber attack and have developed a response and recovery plan well-structured system that includes rapid identification and notification of incidents, containment of the security breach, restoration of affected data and systems, and transparent communication to internal and external stakeholders.
How to improve cyber intelligence
Cyber intelligence is essential in a company’s security strategy as it allows to understand and mitigate digital threats in the environment. In this article, we explore proven methods and emerging strategies for strengthening cyber intelligence in an organization. Discover how to improve your cyber intelligence to better protect your business against digital threats. Cyber intelligence is a discipline that encompasses the collection, analysis and exploitation of information in order to detect and prevent cyber attacks before they occur. It is one of the fundamental elements that make up cyber risk management and should be part of any company’s information security strategy. Thanks to cyber intelligence, companies can stay one step ahead of malicious actors. Implementing a robust cyber intelligence system not only improves security, it also fuels cybersecurity awareness and proper preparedness that can mean the difference between a secure operation and a costly breach. What sets cyberintelligence apart The usual problem is that, on numerous occasions, organizations do not work correctly with cyber intelligence. For cyberintelligence to work, there are several elements to be taken into account, such as the constant monitoring of cyber security and online data sources, including social networks, public and private databases, as well as proprietary and third-party network infrastructure. Often, cyber intelligence can be confused with other cyber intelligence tools that focus, for example, on vulnerability assessment or cyber attack prevention. What sets cyber intelligence apart from other cyber defense techniques is that it focuses on understanding the tactics, motivations and capabilities of cybercriminals using threat intelligence sources or dark web forums. With the data obtained, companies can implement countermeasures and collaborate with other organizations to increase defenses. In contrast, traditional cyber security focuses more on protecting enterprise data and detecting known threats. Importance in corporate security Cyber intelligence is a key element in an organization’s cyber mitigation strategies. Cybersecurity software solutions such as those from aggity Cyber & Cloud help make cyber intelligence effective, but it is important to understand that this discipline relies on data collection and analysis to understand, mitigate threats and respond to cyber incidents. These processes involve the use of technological tools to gather information from digital sources and extract meaningful data to enable correct decision making. Among the most common tools for extracting such data are the Web Scrapingwhich allows structured and unstructured information to be extracted from websites in an automated manner; the use of APIs for accessing data from online services such as social networks and threat analysis platforms, or the network sensorsThe software is designed to monitor network traffic in order to identify anomalous or suspicious activity in real time for subsequent analysis. Threat analysis techniques In addition to obtaining data to make decisions, digital threat analysis is vital to any successful cyber intelligence strategy. Cybersecurity risk analysis techniques are what will enable the cybersecurity department to understand and mitigate the risks it faces. These techniques require a systematic process of collection, evaluation and action based on relevant data to effectively identify and respond to threats. Among the most common procedures is vulnerability scanning, which involves the assessment of systems, applications and networks to identify potential weaknesses that could be exploited by malicious actors. It is also common in cyber attack prevention to systematically perform malware analysis to understand the behavior and impact of malicious programs such as viruses, Trojans and ransomware. The techniques used also include threat intelligence analysis, in which they collect and evaluate data to identify patterns and trends in the threat landscape and anticipate potential attacks. Equally important is the analysis of anomalous behavior to identify unusual or suspicious activity on systems and networks that could indicate a security compromise. Challenges and limitations Like any other discipline in the world of cybersecurity, cyber intelligence also faces a number of challenges. The main challenge is the constant evolution and increase in cyber threats, but compliance with security regulations and cybersecurity training are also important. Regarding the former, it should be stressed that companies are obliged to comply with regulations such as the General Data Protection Regulation (GDPR), to protect data privacy and avoid legal and financial penalties. In addition, because cybersecurity is such a fast-changing environment, it is essential that employees receive training in cybersecurity. continuous cybersecurity training to keep up to date with the latest attack trends and techniquesespecially when the current situation is characterized by a shortage of qualified professionals, making it difficult to recruit and retain talent.
Implementation of cybersecurity honeypots
Honeypots in cybersecurity are decoy systems designed to simulate vulnerabilities or valuable resources to lure attackers. In this way, security teams capture and analyze their tactics without exposing the company’s real assets. This post explores the basics of honeypots. Discover how honeypots can strengthen your cybersecurity strategy and catch attackers before they can do damage. Cybersecurity honeypots must play a relevant role in an organization’s asset and application protection strategy. This cybersecurity deception technique enables CISOs and security managers to gain relevant information about emerging threats and allows them to improve incident response and fine-tune security policies. Honeypots are one of the most widely used defensive cybersecurity tools by organizations because, in addition to allowing them to discover the tactics used by cybercriminals when launching and executing an attack, they do so without compromising the company’s network or data. The use of honeypots allows the detection of malicious activities at an early stage, which makes it possible to provide a rapid response to malicious activities. security incident response and is also important in a performance digital forensics and malware analysisas well as within a cybersecurity auditby enabling security managers to identify potential entry points and vulnerabilities in their infrastructure. Select a honeypot type There are different types of honeypots, from low-interaction honeypots, which simulate services and applications and are typically used for early threat detection to collect basic information; to high-interaction honeypots, which mimic complete operating systems and provide more valuable information for the intrusion prevention and the improvement of the cyber threat management. Selecting the right type of honeypot in cyber attack simulation is key to executing defense-in-depth strategies. Therefore, it is important to have clear objectives when implementing the honeypot. These may be aimed at cybersecurity risk analysis and malicious trafficthe improvement of the advanced network security o of the responses given to possible incidents, as well as the establishment of a policy of proactive IT security. Depending on the objectives to be achieved, one honeypot type or another should be chosen. Isolation and control In digital risk mitigation, the use of honeypots requires that they be completely isolated from the production environment. This is because by simulating vulnerable systems or services that can be easily exploited by a cybercriminal, if the honeypot is connected to the production network, there is a risk that the attacker can compromise it and, through it, gain access to other critical systems of the organization. This arrangement also provides greater flexibility and control over their configuration, monitoring and management as CISOs can adapt them as needed and minimize any potential risk to the production network. Monitoring and analysis Cyber surveillance and monitoring are two essential elements in any enterprise cybersecurity strategy. Whether it’s catching hackers with honeypots or understanding their tactics, monitoring is critical to detect any suspicious activity. Continuous monitoring of honeypots will enable the establishment of a robust and adaptive cybersecurity posture and provide an additional layer of defense to the organization’s IT infrastructure. Choosing a partner Establishing intrusion detection systems (IDS) as honeypots is, therefore, one of the actions to be considered within a cybersecurity strategy, which must be adequately defined. For this, it is essential to have an experienced partner such as aggity, with a comprehensive proposal such as Cyber & Cloud by aggity, working in an integrated manner with the cybersecurity department to strengthen resilience against cyber threats in a digital environment that is constantly evolving.
Security tips for mobile applications
In this post we focus on the importance of adopting robust security measures in mobile applications and what are the challenges for enterprise cybersecurity departments to ensure the security of mobile devices. Learn how to strengthen the security of your mobile applications to protect vital business information. Mobile application security is one of the most important elements in the security strategy of any type of enterprise. If we ask any CISO or cybersecurity director of a company what is the main difference in the current cybersecurity strategy compared to that of a few years ago, they will probably answer that the perimeter has disappeared. And he will not be wrong. In the past, organizations only had to protect the technological fabric within the organization. Today, however, connections to an organization’s applications and data are established from different points and through different devices. The increase in hybrid work, as well as the access of suppliers and customers to company data or applications, means that the attack fronts have multiplied. The vast majority of these accesses are carried out through different terminals, mainly smartphones, so that the mobile data protectionthe access control in applications and the management of different types of digital identities are essential to improve the protection of the company’s data and infrastructure. Some relevant actions Smartphones can be the gateway for cybercriminals to access a company’s systems, whether they are on-premise or hosted in cloud environments. Mobile vulnerability management therefore becomes a fundamental action both to ensure security and to prevent possible attacks that could compromise the security of the company. Next to the cyber security awareness, establish security policies on mobile devices, implement the multifactor authentication in apps, performing security audits for mobile applications or incorporating a security framework for applications, as well as protection technologies for mobile apps such as Cloud & Cybersecurity by aggity, are just some of the actions that should be incorporated into the cybersecurity strategy. Let’s take a look at some of the most important ones: Use data encryption Smartphones store a significant amount of data relevant to any organization. Using data encryption in data encryption in applications will reduce security risks in mobile apps by protecting sensitive information such as passwords, financial data or customer data. By using apps that have data encryption you are adding an additional layer of security that makes unauthorized access to data more difficult, even in the event that the phone is lost. If, in addition, this encryption is accompanied by multi-factor authentication, the risk of unauthorized access is further reduced. Perform safety tests When it comes to mobile application security, regular security testing is an important aspect that is not always taken into account. These tests will enable threat mitigation in mobile applications and uncover potential vulnerabilities before they are exploited by cybercriminals. Among the most common techniques are ethical hacking and mobile penetration and mobile penetration tests that simulate attacks against the mobile infrastructure to uncover weaknesses. Develop with a focus on safety Security in app development is another important element when implementing a cybersecurity strategy for mobile environments. Also called «Security by Design», it implies having security in place at all times: from the time the app starts to be developed to the implementation of the app. This is a concept in which security is a priority instead of waiting until the app is developed and having to discover and patch vulnerabilities when it is already operational. In short, it is becoming increasingly important to implement a mobile application security policy because it exponentially reduces the possibility of a successful attack. This strategy will help companies to be more protected, align their cybersecurity strategy with regulatory compliance in mobile apps and improve the company’s image in the eyes of users, customers and partners.
Types of digital identities in cybersecurity
In this post we look at the different types of digital identities and what role they play in protecting digital assets; also best practices for managing and securing identities in a corporate environment, and laying the foundation for a robust and efficient security strategy. Delves into the types of digital identities and their importance for enterprise security. Practical advice for security managers. It is important to understand what the types of digital identities are in order for companies to succeed in their cybersecurity strategy . In fact, with cyber threats on the rise, establishing identity security policies is more important than ever. Identity and access management (IAM) includes different techniques used to authenticate users and ensure that only authorized users have access to sensitive systems and data. The establishment of these access and identity management protection measures also improves cybersecurity compliance. Tools such as Cloud & Cybersecurity by aggity help organizations manage access and identities by covering aspects such as personal data protection, device identity management or different digital identification systems. Here are some of the main types of digital identities: User identity User identity is the most common type of digital identity in the context of cybersecurity. It is a type of digital identity that is associated with individuals and used to authenticate their access to systems, applications and online resources. This is a common method in companies and also among users, who use it every time they try to access any type of service they have contracted. The usual form of authentication is to use a user name and password. However, these types of secure authentication protocols are evolving given the ability of cybercriminals to get their hands on keys. Therefore, the use of more advanced authentication methods, such as Multifactor Authentication (MFA), or biometric authentication, is becoming increasingly common. Device identity This is based on the fact that, just as it is important to identify the person connecting, it is also important to identify the device that is trying to access a system or a corporate network. These types of digital identities only allow access to authorized devices. Device authentication is critical to ensure security in Internet of Things (IoT) environments, where a wide variety of devices are interconnected and information security is essential to prevent cyber-attacks. Application identity These types of digital identities are used by software and systems to authenticate each other when interacting in networks and distributed environments. The principle they start from is that applications verify the authenticity and integrity of communications with each other, which is crucial to prevent spoofing attacks and ensure cybersecurity and data privacy. Service identity In this case, it is used for the relationship between companies and users with services provided over the Internet or in the cloud. Service identity is also fundamental to web application security and cloud security. cloud security . Thanks to it, services can communicate securely and access protected resources in networks and cloud environments. They are usually associated with digital certificates and service-specific access keys, which are used to guarantee the authenticity of requests and the integrity of data transmitted between services. Identity of the organization These identities are responsible for granting access rights to users and systems within an organization’s infrastructure. As such, they encompass different elements: from individual user accounts to automated systems to network devices and business applications. In this regard, some of the cybersecurity strategies that are included in this section are the. Role Based Access Control (RBAC)which assigns permissions and privileges to users according to their roles within the organization or the Minimum Access Privilegewhich states that users should have only the privileges necessary to perform their specific job functions. Federated identities Federated identities or identity federation allow enterprises to share user authentication and authorization between different security domains. These simplify access and password management for users, while improving security by reducing the proliferation of login credentials.
Advanced IoT Security Strategies
Every device is a potential access point for IoT security threats, requiring a sophisticated, multifaceted security strategy. This strategy ranges from data encryption to vulnerability scanning and rigorous identity and access management. Secure your IoT network with leading-edge strategies and effectively protect connected devices IoT security is one of the most important aspects to consider for different types of companies, especially those related to Industry 4.0, as they increasingly rely on IoT devices to maintain their productivity and cyber-attacks on smart factories have increased. Technological advances have radically transformed industries in different sub-sectors and have also led to the emergence of multiple IoT security risksorganizations must therefore implement IoT security policies that ensure the IoT device protectionfor which traditional cybersecurity measures are not enough. One of the first steps is to have a platform such as Cloud & Cybersecurity by aggitydesigned to protect the assets of the organizations and incorporates different IoT security solutions to have an adequate access control, a continuous monitoring of the activity or a system to ensure business continuity. In general, an IoT solution should offer a number of important functions for the proper management of IoT threats. Authentication and rigorous access control Authentication and access control play a key role in IoT cybersecurity. Enterprises, especially those in the industrial sector, use multiple IoT devices and are required to implement identification and authentication mechanisms, so the devices themselves must be able to verify the identity of other devices and systems with which they interact. Proper credential management and constant updating of passwords is mandatory to prevent unauthorized access. The implementation of biometric systems or multifactor authentication methods will provide companies with additional layers of security. Network segmentation and micro-segmentation Security in corporate networks is paramount and network security for IoT is one of the most important aspects of improving the organization’s IoT security. This is why micro-segmentation of the network micro-segmentation is one of the fundamental points to improve the protection of IoT devices. The formula consists of dividing the networks into smaller segments. This limits access and minimizes the impact that security breaches can have on the entire organization. This ensures that, if one device is compromised, the damage is confined to a limited segment of the network without affecting the rest. Comprehensive data encryption IoT encryption is another of the techniques most commonly used by companies, especially those in the industrial sector. With end-to-end end-to-end encryption of data organizations ensure that data is protected during transmission and also when it is at rest. Automatic updates and patches Having applications up to date and with the latest security patches should not be an exclusive element of IoT security, but should be a must for any application or system, whether it is for enterprise or individual use. However, in IoT environments it is even more important. Since most IoT devices operate in distributed environments and are often difficult to update manually, it is important to implement a system of automatic updates and patches to ensure that devices are protected against the latest threats. Constant monitoring Monitoring is another important practice for IoT security. IoT security monitoring enables rapid detection and response to potential threats. With monitoring, data can also be collected and analyzed in real time to uncover suspicious patterns and anomalous behavior that could indicate a cyberattack is about to occur. In addition, the IoT and data privacy binomial is another important point, and with constant monitoring, data privacy is greater than if it were not executed.
Maximizing security in cloud data processing
Data processing in the cloud provides companies with advantages such as scalability, flexibility and cost efficiency. In this post we will explore innovative strategies and proven methods to leverage these advantages without compromising data security. Discover essential techniques for securing data processing in the cloud while maintaining integrity and confidentiality. Although the elements to ensure improvement in the data processing in the cloud are several and include everything from data encryption to multi-factor authentication to security policies and regulatory compliance, perhaps most important is to have a data security in the cloud And to do so, companies must implement a robust security framework that adapts to their dynamic needs, without compromising operability or agility. Security in cloud data processing Securing any type of load that has been moved to the cloud is essential to an organization’s overall strategy. Threat protection in the cloud will not only allow data or applications to be protected, but will also ensure that a company’s recurring operations are not affected. A platform such as Cloud & Cybersecurity by aggity The cloud environment can protect the assets that companies have in cloud environments, but it must be emphasized that, beforehand, it is necessary to design a cloud security architecture so that the cybersecurity department can extract the full value from any type of cloud security solution. Within that cloud cybersecurity strategy there are some elements that should not be overlooked. One of them is an identity and access management in the cloud that secures and prevents access to the cloud environment by agents (cybercriminals or malware) without permissions to do so. In this area, the most important sections are the role-based access control (RBAC) in the cloud which, in order to define and control user permissions, uses their roles within the organization; or the multifactor authentication (MFA)The new system, in which users are required to verify their identity through multiple methods, such as temporary codes, authentication applications, fingerprints, voice, etc., is also used. Data encryption Cloud encryption is one of the key elements to maximize security in cloud environments. It is a technology that ensures the confidentiality of data, especially sensitive data such as financial information, health data and business communications. Data encryption also plays a key role in data loss prevention (DLP) in the cloud and improves security in public cloud platforms by preventing cybercriminals from accessing sensitive information. Compliance and regulatory standards Regulatory compliance is another essential element when talking about protection in cloud data processing. Security in the hybrid and private cloud is subject to compliance with security standards and regulations, especially in highly regulated industries such as finance and healthcare. In order for the company to ensure regulatory compliance in the cloud, it is necessary to apply different actions. These include cybersecurity audits audits, which ensure that the company’s security practices are aligned with specific regulatory requirements. Thanks to cloud security audits, the following are performed cloud security risk analysis The cloud security audits help to avoid penalties and strengthen the organization’s position in the face of potential threats. Security monitoring and analysis Another key element of cloud data processing security is cloud security risk monitoring and analysis. Security monitoring in cloud environments allows to quickly detect and respond to any cyber-attack attempt. It also improves resilience and disaster recovery in the cloud by providing a real-time view of the security status of the cloud infrastructure. Training and awareness Although the implementation of cloud security management tools is very important to establish multi-layer security strategies in the cloud or to carry out a management of security configurations in the cloudtraining of employees and the cybersecurity awareness in cloud adoption is even higher. In the end, an organization may have very well-defined multi-layer security strategies in the cloud o possess the best tools to guarantee the security in data migration to the cloudThe user remains the weakest link in a company’s cybersecurity strategy. For this reason, cybersecurity training courses and regular attack simulation tests are essential to ensure the security of cloud data processing.
Strengthening Corporate Network Security
corporate network security
ENS Certification: Why is it essential for your security?
ENS (National Security Scheme) Certification is essential to safeguard the integrity of an organization’s systems and data. In this article, we will explore why ENS certification can strengthen cyber defenses and improve partner and customer confidence. Get ENS certification to protect your digital assets. ENS Certification guarantees adequate security conditions for users. But what is the National Security Scheme? It is one of the main IT security regulations and is a strategic element in cybersecurity policies in Spain. The first standard dates back to 2010 and was created with the aim of establishing the minimum security principles and requirements to be applied in the field of public administrations. Since then, as risks and threats have increased and become more sophisticated, it has undergone several modifications. In this way, the ENS has been evolving to improve security compliance. The two most important modifications took place in 2015 and 2022. The fundamental change with respect to the beginning is that the ENS certification, with the different reforms, now affects all Public Administrations and Public Bodies and also those suppliers and companies that work with the Public Administrations. In other words, ENS certification is currently mandatory for the entire public sector and for suppliers that collaborate with the Administration. ENS certification objectives The National Security Scheme plays an important role in the digital risk management The new system provides a common framework of basic principles, requirements and security measures in order to ensure the safety and security of the data protection in the company and in the Public Administration, thus guaranteeing access, confidentiality, integrity, traceability, authenticity and data preservation, among others. The ENS has a series of basic principles that are the guide to establish a strategy for the protection of sensitive information and thus comply with and obtain ENS certification. These basic principles are integral security and are comprised of all human, technical, material and organizational elements related to the information system. This principle is the pillar on which the implementation of the ENS is based. The second principle is that of prevention, reaction and recovery to identify risks to the security system and prevent them from materializing or, in the event of a successful attack, to have the appropriate measures in place to stop the threat. Also important are the sections that make it possible to establish different lines or layers of defense, the periodic re-evaluation of the measures and the identification of those responsible, who are in charge of determining compliance with the requirements and making the decisions that guarantee security. In this sense, the Cloud & Cybersecurity by aggity proposal is specifically designed to ensure the security, integrity and operational continuity of the technological elements, as well as the processes and professionals. Benefits of ENS certification Obtaining ENS certification provides a number of benefits for organizations. Fundamentally, the main advantages are the availability of a system that guarantees the management of security incidents or security in corporate networks, thanks to the availability of adequate measures to protect against incidents. In addition, ENS certification improves trust by demonstrating an organization’s commitment to information security. Certification also ensures that the company or public body complies with legal and regulatory requirements in its information security policies. ENS certification is also a requirement for participation in public procurement, which opens up business opportunities for certified organizations. ENS certification process The ENS is structured in three blocks that address the organizational framework, the operational framework and the protection measures. In the case of the former, regulation comprises a set of measures related to the structure of the security organization such as policies, regulations or procedures. The operational framework provides the series of processes that must be implemented within the IT system, such as risk analysis or capacity management. Finally, protection measures focus on protecting assets with very specific measures such as, for example, data encryption. In general, in order to comply with the three blocks and obtain certification, it is necessary to carry out different actions. Among them, it is essential to perform a security analysis of the systems, processes and data; design and establish the appropriate security measures and perform an IT security audit to evaluate the effectiveness of the measures implemented and ensure compliance with the requirements of the ENS. Finally, it is only necessary to submit the application to the corresponding certification body.
Cybersecurity Awareness
Cybersecurity awareness is crucial at a time when the number and sophistication of cyberattacks is on the rise. The first line of protection is for the user to be able to distinguish potential threats, and a solid security culture is crucial for this. Discover strategies, case studies and real-world examples to strengthen online security. In the digital world in which organizations operate, protection against cyber-attacks is one of the pillars on which the operations of any company must be based. Given the increase in cyber-attacks, technology and cybersecurity departments are implementing an increasing number of solutions and platforms. Incorporating an enterprise cybersecurity platform such as Cloud & Cybersecurity by aggity enables companies to have data protection against cyber threats. And protect against a wide variety of cyber-attacks. However, a company’s security policies must also be based on the IT security awareness of employees and partners, as they are often the weakest link in the chain of data and system protection. These are some of the most important areas to focus on when providing cybersecurity training to employees: Phishing simulations After ransomware attacks, phishing is a constant threat and the common attack technique among cybercriminals. The objective of these cyber-attacks is to obtain access codes to corporate sites or bank accounts and credit card data by sending e-mails or SMSs pretending to be from a financial institution or service provider. The user believes it to be an original message and provides the necessary data for the cybercriminal to access systems or accounts. Although an old technique, it is still very lucrative for cybercrime and, for this reason, phishing awareness is critical. By conducting phishing drills, phishing scenarios are simulated in a controlled environment so that organizations can assess the level of preparedness of their employees. In addition, users gain experience in identifying phishing attempts without compromising the security of the organization. Secure password policies This is another common challenge faced by cybersecurity departments. The use of repetitive passwords to access different services or platforms or the use of passwords that are very easy to guess is often a headache as it facilitates unauthorized access to systems and data by intruders. Password management is, in fact, one of the most important tasks of these departments. Password management awareness is the first step in strengthening online security. It is essential to educate users about the importance of using complex passwords and avoiding the use of predictable patterns. In this way, the organization will be helping to create a culture of corporate cybersecurity. Policies for the use of personal devices With the outbreak of the pandemic, and unable to use the resources available in the office, many companies opted for employees to use their own personal devices. This allowed business continuity to be maintained, but also led to numerous security breaches. Today, many users still use their own computers to access the company’s platforms and data. To ensure cybersecurity in teleworking, it is crucial that the corporate cybersecurity strategy establishes clear guidelines on the use of devices and stresses the importance of keeping devices constantly updated. Raising awareness of the importance of data The business of any company is in the data. In fact, cyber threats are only after two things: money or organizational data that can then be sold on the dark web. Companies generate and manage huge volumes of data on a daily basis, from customer information to sensitive business strategies, and it is crucial that users understand that data protection is not just the job of technology departments, it is also their responsibility. Employees must understand that their actions can affect the integrity of corporate data and that a security breach can pose a risk that can even lead to the demise of the organization. Continuous training Finally, given that threats are constantly changing and evolving, it is important that users’ cybersecurity training is extended over time. Just as companies keep their defenses on the cutting edge with constant updates to their protection tools, continuous training of users in cybersecurity allows them to anticipate and respond to almost any type of cyber threat.