The 7 cybersecurity trends you need to know by 2026
Cybersecurity has ceased to be a purely technical matter and has become a top-tier strategic element. In a context marked by automation, hyperconnectivity, and intensive data use, anticipating cybersecurity trends for 2026, it is no longer an option but an absolute necessity for companies, institutions, and public administrations.
Investing in security today means protecting business continuity tomorrow, preserving the trust of customers and partners, and complying with an increasingly demanding regulatory framework.
Next, we analyze the cybersecurity trends for 2026 that are already redefining how digital defense and risk management are understood.
Importance of cybersecurity in the current context
The digital environment in which organizations operate is more complex and exposed than ever before. Cloud migration, hybrid work, interconnected systems, and reliance on third parties have significantly expanded the attack surface.
Cybersecurity is no longer just about preventing external intrusions. Today it involves guaranteeing the confidentiality, integrity, and availability of information, protecting the digital supply chain, and having the capacity for early detection and response to incidents.
Furthermore, data protection and operational resilience regulations require organizations to adopt robust technical and organizational measures. Non-compliance not only incurs financial penalties but also directly impacts reputation and market trust.
In this scenario, staying up to date on cybersecurity trends is key to developing realistic, persistent strategies that adapt to increasingly sophisticated threats.
Discover the top cybersecurity trends for 2026
Technological evolution is progressing at the same pace as cyberattacks. Understanding where both are headed allows us to design more effective and sustainable defenses. These are the trends that will shape the short and medium term.
1. Artificial Intelligence and autonomous systems in cybersecurity
Artificial intelligence is no longer just a support tool, but a core component of security strategies. By 2026, the focus will shift to increasingly autonomous AI capable of analyzing complex contexts, correlating events, and making decisions without constant human intervention.
These technologies enable the detection of anomalous patterns in large volumes of data, anticipate malicious behavior, and reduce incident response times. Their value lies primarily in their ability to learn from previous attacks and adapt to new tactics.
However, this advance also poses risks. Attackers are using AI to automate campaigns and personalize attacks. It i,s and makes its detection more difficult. Therefore, defensive evolution must always be one step ahead.
Key areas of application of AI in cybersecurity
Among the most relevant uses are:
- Advanced phishing detection, analyzing emails, domains, social networks, the deep web, and the dark web.
- Reduction of false positives, a significant historical problem in security tools.
- Continuous monitoring of the digital footprint of organizations and their suppliers.
Solutions such as Kartos by Enthec integrate their own artificial intelligence to provide a precise, actionable view of risk, eliminating unnecessary noise and enabling informed decision-making.
2. Use of AI in Cognitive Warfare
Cognitive warfare represents one of the most sophisticated and worrying threats in the cybersecurity landscape for 2026. It involves operations designed to influence the perceptions, emotions, and behaviors of individuals and societies by manipulating information and leveraging generative artificial intelligence.
AI can analyze sentiment and emotions in real time, identify cognitive biases, and create personalized narratives for specific audiences. Furthermore, it enables the complete automation of disinformation campaigns, from content generation to distribution and real-time impact measurement.
3. Zero Trust as a consolidated security model
The Zero Trust approach is no longer an emerging trend; it will consolidate as a benchmark standard in cybersecurity in 2026.
Its principle is clear: do not trust any user, device, or system by default. Regardless of whether it is inside or outside the corporate network, every access must be verified, authorized, and monitored.
This model is especially relevant in distributed environments with remote employees, cloud infrastructure, and multiple digital identities. Furthermore, microsegmentation limits lateral movement by potential attackers, thereby reducing the impact of a breach.
Adopting Zero Trust requires technical and cultural changes, but it offers a more realistic framework for addressing current threats.
4. Evolved ransomware: new models and persistent threats
The ransomware attacks remain at the forefront of global cyber threats and are far from stagnant; they continue to evolve. Throughout 2025, criminal organizations operating under the Ransomware-as-a-Service (RaaS) model maintained a consistent level of activity, demonstrating that this criminal scheme continues to generate profits and adapt to the environment.
Artificial intelligence has been integrated into all phases of the attack cycle, not just the development of malicious code. It encompasses everything from creating variants with greater obfuscation and evasion capabilities, to refining techniques for lateral movement within networks, to more sophisticated extortion methods that incorporate automated negotiations and psychological pressure tactics based on artificially generated content.
Looking ahead to 2026, the main concerns include:
- Multi-stage extortion: gradual leaking of information, direct pressure on customers and suppliers, and intimidation through AI-created synthetic material.
- Atomization of the criminal landscape, where small cells leverage AI tools to expand the reach of their operations.
- Faster incidents that are difficult to attribute. This complicates both the immediate response and subsequent investigations.
- Expansion of AI utilities for malicious purposes, specifically designed to automate and scale cyberattacks.
Given this scenario, organizations must review and update their backup strategies, recovery plans, and business continuity protocols. The 3-2-1 model (three copies of the information, stored on two different media, with at least one located off-site) remains a fundamental reference, complemented by regular restoration drills.
5. Hyper-personalized phishing and social engineering attacks
Phishing remains one of the most effective attack vectors and, far from disappearing, is evolving. In 2026, we are talking about
highly personalized phishing, driven by AI and by massive access to public information and previous leaks.
Attacks are no longer based on generic messages but on credible communications tailored to the recipient's context and difficult to distinguish from legitimate interactions.
To address this cybersecurity trend, organizations must combine:
- Ongoing employee training.
- Behavior-based detection technologies.
- Multi-factor authentication and access control.
Cyber intelligence platforms allow the identification of active campaigns before they impact end users.
6. Quantum computing and post-quantum cryptography
ComputingAntiquity is progressing gradually, but its implications are already present in cybersecurity trends for 2026. Its ability to solve some mathematical issues puts traditional cryptographic systems at risk.
According to the National Institute of Standards and Technology (NIST), the transition to post-quantum cryptography must be initiated in advance to avoid future vulnerabilities.
Although it is not yet an immediate threat, organizations should assess their critical assets, identify vulnerable algorithms, and plan an orderly migration to standards resistant to quantum attacks.
7. Security in IoT and OT environments
The expansion of the Internet of Things (IoT) and connected industrial (OT) systems introduces new risks. Many devices have inherent safety limitations by design and operate in critical environments.
Protecting these ecosystems requires a specific approach that combines:
- Network segmentation.
- Continuous monitoring.
- Periodic firmware updates.
- Constant evaluation of exposed vulnerabilities.
IoT cybersecurity will remain one of the most significant trends in 2026, with a substantial impact across the industrial, energy, and healthcare sectors.
Discover our cybersecurity solution for businesses.
In this scenario, having accurate and up-to-date information is essential. At Kartos, we help organizations anticipate real threats through continuous monitoring, real-time alerts, and advanced risk analysis.
Thanks to its proprietary AI, Kartos provides a clear view of the company's digital exposure and value chain, eliminating false positives and enabling action prioritization.
Such Artificial Intelligence has evolved that enables Kartos to be the only cybersecurity solution for businesses, capable of avoiding false positives in search results, thereby ensuring effective protection.
If you want to prepare your organization for 2026 cybersecurity trends, contact our team to learn how Kartos can help you strengthen your cybersecurity strategy starting today.
Edge computing: what it is and why it poses a new cybersecurity challenge
For years, the cloud computing model has been the driving force behind digital transformation. Centralizing data and processes appeared to be the most logical option. However, the growth of the Internet of Things (IoT), the need for real-time responses, and the proliferation of connected devices have spurred the adoption of another approach: edge computing.
Understanding what edge computing is, how it works, and its security implications is now crucial for any organization managing critical data or distributed infrastructure. While edge computing offers speed and efficiency, it also raises new cybersecurity challenges that cannot be ignored.
Before we get into the subject, it's worth noting something important: the more processing points and devices a system has, the larger the attack surface. . And that's where solutions like Kartos by Enthec begin to play a strategic role.
Edge computing, what exactly is it?
When we ask the question, "What is edge computing?" we refer to a model in which data processing is performed as close as possible to its point of generation, rather than sending it to a centralized data center or the cloud.
In practice, this means that sensors, IoT devices, local servers, or gateways process information in real time, reducing latency and bandwidth consumption. Only the necessary or already filtered data is then sent to the central systems.
This approach is instrumental in environments where every millisecond counts, such as industry, healthcare, or intelligent transport systems.
How edge computing works in practice
To understand how edge computing works, it's helpful to imagine a distributed architecture with several layers:
Edge processing
Devices located at the "edge" of the network (sensors, cameras, industrial machines, smart routers) collect and analyze data in real time. Here, decisions are made quickly, without depending on the cloud.
Selective communication with central systems
Not all information travels to central servers. Only aggregated data, alerts, or historical information are transmitted, thereby reducing costs and improving efficiency.
Cloud integration
Edge computing doesn't eliminate cloud computing; it complements it. The cloud remains key for advanced analytics, long-term storage, and global coordination.
This hybrid model is powerful, but also more complex to protect.
Edge computing and examples in different sectors
Examples of edge computing help to understand why this technology is spreading so rapidly:
- Industry 4.0: Machinery that detects faults in real time and adjusts its operation without waiting for external instructions.
- Smart Cities: traffic lights that adapt to live traffic or video surveillance systems that process images locally.
- Health: Medical devices that instantly analyze vital signs, which are critical in emergencies.
- Retail: analysis of customer behavior in physical stores without depending on constant cloud connections.
All these cases share one characteristic: sensitive data, distributed devices, and the need for continuous availability.
Edge computing applications and their impact on security
The edge computing applications are typically deployed in highly heterogeneous environments. . Protecting a data center is not the same as protecting hundreds or thousands of devices spread across factories, streets, or homes.
Several challenges arise here:
- Difficulty of updating: Many edge devices are not updated as frequently as needed.
- Uncontrolled physical environments: third-party physical access to devices.
- Inconsistent configurations: Each node can have different security settings.
From a cybersecurity perspective, this requires a shift from a reactive approach to a continuous and proactive one.
Why edge computing expands the attack surface
One of the less visible aspects of edge computing is its risk exposure. Each new node is a potential entry point for an attacker. Not all edge devices have the same security capabilities as a traditional server.
This makes it critical to know what you have exposed, where, and how.
Disadvantages of edge computing from a cybersecurity perspective
Although the operational advantages are clear, it is essential not to overlook the disadvantages of edge computing, especially in matters of security:
Greater operational complexity
Managing hundreds of nodes requires specialized tools and mature processes. Without them, human error multiplies.
Limited visibility
Many organizations lack up-to-date inventories of their edge assets, making it difficult to detect vulnerabilities.
Difficulty in applying homogeneous policies
Maintaining the same level of security at all points is a real challenge, especially in hybrid environments.
These disadvantages do not invalidate edge computing, but they force a rethinking of the cybersecurity strategy.
From one-off security measures to continuous exposure management
This is where an increasingly relevant concept comes into play: the Continuous Threat Exposure Management (CTEM).
In edge environments, one-off audits or sporadic scans are no longer enough. What's needed is:
- Identify assets in real time
- Continuously detecting vulnerabilities
- Prioritize risks based on actual impact
- Validate whether the security measures work
Kartos, Enthec's solution for businesses, is positioned precisely within this approach, not as an isolated tool, but as a system that helps to maintain controlled risk exposure in dynamic infrastructures, such as those that arise with edge computing.
Kartos and edge computing: a necessary relationship
In scenarios where processing is decentralized, visibility becomes a strategic asset.. Kartos allows organizations to:
- Have a clear view of your attack surface.
- Detect changes in exposure to threats.
- Prioritize actions based on the actual risk of the business
This is especially useful in edge computing projects, where changes are constant, and mistakes are costly.
It's not just about knowing what vulnerabilities exist, but about understanding which ones really matter and which ones can wait.
You may be interested in→ Real-time vulnerability management: a step forward in cybersecurity.
What should companies consider before investing in edge computing?
Before deploying solutions, it is advisable to ask some key questions:
- Do we have real visibility of all our assets?
- Do we know what data is processed at each node?
- Can we detect changes in threat exposure in real time?
Answering these questions is not just a technical exercise, but a strategic one.
Returning to the starting point, to understand what edge computing is, we must see it not only as a technological evolution but also as a profound change in how data and risks are managed.. Its adoption will continue to grow, driven by the need for immediacy and efficiency.
However, that growth must be accompanied by a cybersecurity approach aligned with the distributed reality.. Continuous exposure management, supported by solutions such as Kartos by
Enthec, allows you to proceed without losing control.
If your organization is exploring or already working with edge computing applications, it might be time to review how you are managing your attack surface.
Contact us and start understanding your actual exposure before a third party does.
How to detect vulnerabilities in Active Directory before they are exploited
Active Directory has been the heart of IT infrastructure in thousands of organizations for years. Regardless of company size or industry, if there's a Windows domain, there's an Active Directory managing identities, access, and permissions.
That's precisely why it has become a favorite target for attackers. Not because it's inherently weak, but because it's often to grow, change, and be inherited over time... and that's where the cracks appear.
Detecting vulnerabilities in Active Directory before they are exploited is not a one-off task, nor is it something that can be resolved with an annual audit. It's an ongoing process that combines technical knowledge, real-world visibility, and risk context. In this article, we'll see how to do it in practice, without unnecessary technical jargon, and what role the Continuous Threat Exposure Management (CTEM) solutions play in this process.
At Enthec, we work precisely on this continuous approach. Kartos, our cybersecurity solution for businesses, helps identify, prioritize, and reduce exposure to real threats, including risks associated with Active Directory. It's not just about seeing vulnerabilities, but about understanding which ones truly matter and why.
If you want to know how this translates into the day-to-day work of a security team, keep reading.
Why does Active Directory remain a critical security point?
Active Directory is not just an authentication service. It's a complete ecosystem where users, computers, servers, group policies, services, and trust relationships coexist. A small error in your configuration can have a considerable impact.
Furthermore, attackers no longer improvise. In many recent incidents, the primary objective is not to encrypt data or exfiltrate information, but to take control of Active Directory.. Once inside, everything else falls into place.
Common vulnerabilities in Active Directory
Excessive permissions and poorly managed groups
One of the most frequent problems is the accumulation of privileges. . Users who change positions, service accounts created "temporarily," or groups that no one has reviewed for years.
A user with more permissions than necessary is an open door,. and in Active Directory, those doors are usually well hidden.
Outdated accounts and weak credentials
Accounts that shouldn't exist anymore, passwords that aren't rotated, or services that work with shared credentials. All of this is still commonplace. The use of compromised credentials remains a leading cause of security breaches, especially in corporate environments.
You may be interested in→ How to manage business passwords and credentials easily and securely to avoid online threats.
Poorly configured group policies
Group Policy Objects (GPOs) are powerful, but also delicate. A poorly implemented policy can disable security controls on hundreds of computers without anyone noticing. The problem here is usually not a lack of controls, but rather a lack of visibility into its real impact.
How to proactively detect vulnerabilities in Active Directory
1. Technical audits… but with continuity
The classic cybersecurity audits are helpful, but they have a clear limit: the photo becomes outdated very quickly.. Active Directory changes every week, sometimes every day. It's recommended to move from one-off audits to continuous review processes that analyze changes in real time.
2. Analysis of attack routes
Not all vulnerabilities carry the same weight. Some are only a problem when combined with others. That's why it's crucial to analyze real attack vectors, not just bug lists. This approach allows us to answer a much more helpful question:
"If an attacker logs in with this user account, how far could they go?"
3. Correlation with real threats
This is where Active Directory security often fails. Insecure configurations are detected, but they are not linked to
active threats or to techniques currently used by attackers.
CTEM methodologies focus precisely on that: on actual exposure, not on theoretical risk.
The role of cyber surveillance in Active Directory security
Traditional scanning tools often generate lengthy reports that are difficult to prioritize. The result is predictable: urgent issues are addressed, while the rest remain unresolved.
Cybersurveillance applied to Active Directory aims to detect early signs of exposure, even before it becomes an incident.
Kartos as support in continuous risk management
Kartos, our CTEM solution for businesses, is designed to identify attack surfaces, assess their impact, and prioritize actions.. In the case of Active Directory, this translates to:
- Continuous visibility over critical configurations.
- Detection of changes that increase exposure.
- Context to identify which vulnerabilities are truly exploitable.
It's not just a technical issue but also a strategic one: helping teams decide where to invest time and resources.
Indicators that your Active Directory needs urgent attention
Frequent changes without precise control
If no one is clear on who modifies what in Active Directory, it's a red flag. Changes without traceability often lead to accumulated errors.
Recurring minor incidents
Account lockouts, unauthorized access, or recurring alerts can be symptoms of a deeper structural problem.
Excessive dependence on privileged accounts
When too many processes depend on high-privilege accounts, the risk multiplies.
Reducing that dependency is key to improving Active Directory security.
Good practices for reducing exposure to threats
Among the best practices for reducing exposure to threats, we highlight:
Periodic review of privileges
It's not a pleasant task, but it works. Reviewing who has access to what and why drastically reduces the chances of abuse.
Segmentation and the principle of least privilege
Applying the principle of least privilege is not just a theoretical recommendation. It is one of the most effective measures to limit the impact of an attack.
Continuous monitoring with a CTEM approach
This is where many organizations are moving from reacting to anticipating, relying on solutions that provide continuous visibility and intelligent prioritization.
Active Directory as part of a broader security strategy
A common mistake is treating Active Directory as an isolated element. In reality, it's connected to email, applications, VPNs, cloud environments, and external services.
Therefore, Active Directory security must be integrated into a global strategy that accounts for the organization's entire attack surface.
In this context, tools like Kartos enable a unified view that links internal vulnerabilities to external threats and suspicious online activity. Detecting vulnerabilities in Active Directory before they are exploited is not a matter of luck or simply checking off a list. It's a matter of focus, visibility, and continuity.
If you want to know how Kartos can help you identify and reduce your Active Directory's actual exposure, at Enthec, we would be happy to analyze your case and show you how to apply a CTEM approach adapted to your environment.
Contact our team and start seeing your Active Directory from an attacker's perspective, before someone else does.
What is a ransomware attack, and how to anticipate it with advanced monitoring
Most organizations and, increasingly, individuals have heard of ransomware attacks. Still, few people really know what it entails, how it originates, and, above all, how to anticipate it before it causes real harm.
In recent years, incidents of this kind have become much more sophisticated and insidious. They don't usually begin with an alarming on-screen message, but with subtle signs that go unnoticed until it's too late.
Before we get into the subject, it is worth remembering that traditional prevention is no longer an option, especially as automated attacks proliferate and cybercriminals exploit any oversight.
For individual users, Enthec offers Qondar, a customized cyber-monitoring tool that detects early warning signs, data leaks, and suspicious activity that may indicate an attack on your digital identity.. It's a continuous service that alerts you when something requires your attention, preventing a minor incident from escalating into a serious security breach.
If you are an individual and want to know whether your information is circulating where it shouldn't be, Qondar can help you start today.
What exactly is a ransomware attack?
A ransomware attack is a type of cyberattack in which malware encrypts system files or locks the victim's device, demanding a ransom for their release.. The worrying aspect is that it's not just about "kidnapping" data; many current variants also steal data before encrypting it and threaten to leak it if the ransom isn't paid publicly.
Most common types of ransomware
There are several types of ransomware, and knowing them helps to understand the risk better:
- Encrypting ransomware:. It is the most common. It encrypts documents, databases, or backups, rendering daily operations unusable.
- Locking ransomware:. Prevents access to the entire operating system. It usually affects individual users more.
- Double extortion:. First, they steal the data, then they encrypt it. This model has grown significantly since 2021.
- Targeted ransomware:. Attackers select a specific company, study it, and orchestrate a manual attack that has been prepared over weeks.
- Ransomware-as-a-Service (RaaS):. Anyone without technical expertise can rent a "kit" to launch attacks. This model has multiplied incidents worldwide.
Ransomware symptoms that can warn you before disaster strikes
Many attacks take days to activate. During that time, systems may show signs that, if detected early, enable action before severe damage occurs. Among the most common ransomware symptoms are:
- Teams are slower than usual for no apparent reason.
- Programs that close automatically or stop responding.
- Appearance of new background processes that you do not recognize.
- Changes to system files or folder permissions.
- Unusual login alerts on online platforms.
- Notifications of failed login attempts to your accounts.
In organizations where systems are adequately monitored, these behaviors should trigger early warnings. For individual users, detecting these signals is more challenging, and automated tools like Qondar are handy.
Ransomware: what to do if we suspect we are being attacked
There is no magic formula, but there is a series of recommended steps to take when you think you are having an attack:
- Disconnect the affected device:. Disconnect the affected device: It prevents malware from spreading to other connected computers or services.
- Never pay the ransom:. INCIBE and Europol agree that the payment could worsen the situation. It does not guarantee recovery and fuels the criminal industry.
- Review the backups:. If they are recent and isolated, they can save all the information.
- Record all possible information:. Screenshots, messages, file names, or any other trace that helps identify the variant.
- Contact professionals:. Specialized support can stop the attack, recover data, and manage internal and external communication.
Recent ransomware examples that show its real impact
Analyzing real-world incidents shows that no sector is safe. Some recent cases include:
- An attack on several London hospitals in 2024, in which medical records were encrypted, and there were threats to publish sensitive patient information.
- Education sector, with universities paralyzed for weeks as internal management platforms were encrypted.
- SMEs from different countries were attacked via RaaS and forced to halt basic operations, such as logistics and customer service.
These ransomware examples demonstrate that the target is not always a large corporation; attackers look for any vulnerability, no matter how small.
Why advanced monitoring is key to anticipating problems
This point is where the modern approach to Continuous Threat Exposure Management (CTEM) comes in. . It is a process in which weaknesses, suspicious movements, external leaks, and any data that may indicate an imminent risk are constantly analyzed.
How CTEM helps against a ransomware attack
- Identifies credential leaks before they are used.
- Monitors domains, the deep web, and external sources for dangerous mentions.
- Controls vulnerabilities publicly exposed.
- Detects anomalous behavior indicative of early-stage infection.
- Reduces the time between detection and response.
Within the Enthec ecosystem, this approach materializes in two solutions:
Kartos, for companies
A cyber surveillance platform designed for organizations that need to monitor their attack surface 24/7. It allows them to detect threats before they become incidents.
Qondar, for private users
The ideal tool for those who don't have a technical team but still want to know whether their data is at risk. Qondar continuously analyzes whether your information appears in suspicious contexts, whether your credentials are being circulated, or whether someone is impersonating you.
This is precisely why it is beneficial to anticipate a ransomware attack targeting the end user, since many campaigns begin with prior espionage or password theft.
How to realistically anticipate a ransomware attack
Anticipation doesn't depend on a sophisticated trick, but on a combination of sensible measures:
- Review passwords and always enable two-factor authentication;. many incidents begin with stolen credentials via leaks or phishing.
- Keep systems updated:. Although it may seem basic, it remains one of the most exploited weaknesses.
- Monitor digital identity:. If your data appears to have been leaked, you are likely to be targeted for future attacks.
- Keep backups offline:. Copies linked to the system are encrypted in the same way as the primary data.
- Train the staff:. It's essential in companies. An employee who recognizes a suspicious email can prevent a disaster.
Ransomware has become one of the biggest digital threats of our time. Understanding what it is, knowing its variants, and learning to identify early warning signs gives us a better chance of protecting ourselves.
And if you're an individual, remember that you don't have to do it alone. With Qondar, you can let advanced monitoring do the work for you, alerting you when it detects any signs of risk. Protecting your identity is easier when you have tools designed for it.
Do you want to know if your data is exposed? Discover Qondar and start monitoring your digital security today.
Why operational technology needs a proactive cybersecurity strategy
Industrial digitization is advancing faster than many imagine. What was once a largely isolated environment (production lines, machines, control systems, etc.) is now connected and therefore exposed.
We're talking about operational technology, or OT, an area where security can no longer be treated as an optional add-on, but as a critical part of the daily operation of any company.
Some tools stand out, such as Kartos, which provides organizations with a clear, up-to-date, and prioritized view of the cybersecurity risks affecting them. It doesn't just identify vulnerabilities; it helps assess the company's actual exposure, where the risk lies, and how to reduce it before it is exploited.
Operational technology: an industrial environment that is no longer isolated
For decades, operational technology networks operated separately from traditional computer systems. This isolation was, in itself, a layer of security. However, the need to improve efficiency, share data, and remotely control processes has led OT systems to be interconnected with IT networks and cloud services.
What does this mean in everyday life?
IT/OT convergence offers clear advantages: continuous monitoring, predictive maintenance, energy savings, and reduced downtime. But it introduces a new scenario:
-
- More entry points for external threats.
- Industrial equipment that was not designed with cybersecurity in mind.
- Complicated updates that are delayed for fear of halting production.
- Dependence on external providers whose own vulnerabilities can affect the company.
In this scenario, relying on traditional controls or one-off reviews is no longer enough. The exposure changes weekly, sometimes daily.
You might be interested in> IoT and cybersecurity: Risks and strategies to protect connected devices.
Main risks affecting operational technology OT today
Operational technology (OT) faces very different risks than those typically found in office computer systems. Here are some of the most common:
1. Ransomware in industrial environments
Ransomware attacks are no longer solely focused on stealing or encrypting data. They also aim to paralyze entire factories, disrupt supply chains, or compromise critical equipment.
2. Misconfigured remote access
Remote access is proper, yes, but it's often enabled hastily, with weak passwords, or without adequate controls. This is one of the vectors that causes the most incidents in OT environments.
3. Older equipment without support
Many industrial machines are decades old. They're still working, but they no longer receive security patches. When connected to the network, they become easy targets.
4. Configuration errors
Even a small, unmonitored open port can serve as a gateway for attackers.
5. Risks in the supply chain
Suppliers are also part of the OT ecosystem. A security breach in their network can ultimately affect the company as a whole.
All these factors make it clear that a specific protection strategy is needed for operational technology.
Why proactive cybersecurity is essential in OT
The philosophy of proactive cybersecurity is based on anticipating risks.. It is not enough to react when something goes wrong; we must identify threats before they create a real problem.
1. Operational technology cannot stop
In IT, a failure can lead to data loss or work interruptions. Serious, of course, but manageable. In OT, a failure can halt a production line, generate millions in losses, endanger workers, or affect critical services.
That's why OT security should aim to prevent incidents from their origin.
2. Threats are constantly evolving
The attackers already know the weaknesses in the operational technology. They are looking for old faults, careless configurations, or forgotten access.
. An annual review or a static analysis is not enough to keep up with them.
3. The exposure changes, although the infrastructure does not.
Even if the company does not install new machines, its exposure may vary due to:
- New connections.
- Changes in suppliers.
- Software updates.
- Human errors.
- Newly discovered vulnerabilities.
Supervision must be continuous.
What does a CTEM approach bring to operational technology environments?
The Continuous Threat Exposure Management (CTEM) is a framework that has gained traction in recent years. It enables organizations to, on an ongoing basis, understand the risks they face, their potential impact, and the actions to prioritize.
How CTEM is applied to OT operational technology
A well-implemented CTEM strategy in OT helps to:
- Identify exposed assets, including those the company may have forgotten.
- Detect insecure configurations.
- Control how the attack surface changes.
- Prioritize risks based on actual impact, not assumptions.
- Guiding teams towards faster and more informed decisions.
This is where solutions like Kartos stand out for their comprehensive approach and their ability to continuously monitor exposure without interrupting industrial operations.
Kartos: a realistic and helpful solution for protecting operational technology
Unlike other tools that focus on vulnerability detection, Kartos helps visualize the actual exposure of each asset, supplier, and process connected to the network.
Advantages of using Kartos in an OT environment
- Provides a clear, prioritized view of the attack surface.
- Identifies risks in external providers.
- Facilitates quick decision-making.
- Reduces the likelihood of incidents that affect production.
- Provides context: it not only shows vulnerabilities, but also their potential impact.
For companies with complex OT environments, this is critical. Knowing what might fail before it does is a matter of money and safety.
Proactive cybersecurity best practices in operational technology
To strengthen an OT environment, these measures are especially recommended:
1. Complete and up-to-date inventory
You can't protect what you don't know. A living inventory, not a static document, is essential.
2. Network Segmentation
Properly separating IT and OT environments limits lateral movement in the event of an intrusion.
3. Continuous monitoring
OT systems require constant monitoring to detect unexpected changes.
4. Strict access control
You have accounts with minimal privileges and remote access protected by multiple factors.
5. Constant review of the supply chain
Every vendor is a potential point of attack. The good news is that many of these measures can be automated or better managed with CTEM tools like Kartos.
Anticipating is the only viable strategy
Digital transformation is already a reality in the industrial sector. Operational technology is more connected than ever, and that brings enormous benefits… but also obvious risks. In this environment, reactive cybersecurity falls short. Companies need approaches that are up to today's challenges: continuous, intelligent, and aligned with real impact.
Solutions like Kartos help organizations understand and manage their exposure without slowing operations. That's the key: protect without stopping, anticipate without alarm, monitor without interrupting.
If your company works with operational technology and wants to understand its actual exposure to threats, start today with continuous, proactive analysis.. Discover how Kartos can help you protect your industrial environment before risks become problems.
How automation in cybersecurity helps reduce human error in online protection
Cybersecurity has been evolving for years at a pace that is sometimes difficult to keep up with. Threats change, attack methods become more subtle, and the amount of information we manage continues to grow.
Amid this scenario, one factor remains decisive: the human error,. not out of ill intent, but because we humans can't be aware of everything, all the time. Fortunately, cybersecurity automation has become an ally that helps us strengthen protection without adding complexity to daily life.
Before delving into the subject, it's worth pausing to consider a tool that perfectly encapsulates this evolution. We're discussing Qondar, Enthec's solution designed for individuals who want to manage their exposure to digital risks.. Its practical, visual, and continuous approach reveals where the sector is heading: constant monitoring, clear warnings, and the ability to make informed decisions without needing a master's degree in cybersecurity.
In short, Qondar shows how automation can be close, practical, and, above all, accessible.
Why human error remains one of the most significant security breaches
Most security incidents are not due to complex failures in highly advanced systems, but to everyday actions such as opening a suspicious email, reusing passwords, or downloading a file without thinking.
This makes sense; whoever attacks finds the easiest way to access a system,and we humans are often that weak point. While training is essential, relying solely on human attention isn't sufficient, especially in environments where we receive hundreds of notifications, messages, and tasks vying for our attention.
This is where cybersecurity automation becomes essential. It's not about replacing anyone, but about minimizing unavoidable oversights by delegating repetitive tasks, from surveillance and analysis to systems that do not get tired, do not get distracted, and do not forget.
How automation strengthens online protection
Automated cybersecurity is not an abstract or futuristic concept. It's already being implemented in companies large and small, and increasingly in solutions for individual users.. Here are some of the areas where it has the most significant impact:
1. Continuous, uninterrupted monitoring
An automated system can monitor in the background 24/7, detect unusual patterns, and provide instant alerts. This type of monitoring would be impossible if it depended solely on a person. Furthermore, it allows for anticipating attacks before they fully materialize.
At this point, automation in cybersecurity acts as a radar that never turns off.
2. Reduction of repetitive and error-prone tasks
Checking links, validating emails, verifying configurations, comparing databases… These are necessary tasks, but they are also precisely the type of processes where errors can occur due to fatigue or simple saturation.
Automating them is doubly beneficial:
- Time is gained.
- It prevents an oversight from turning into a bigger problem.
3. Incident classification and prioritization
One common problem is the number of alerts generated each day. Without automation, many go unnoticed or are addressed late. With advanced tools, incidents are ordered by severity, allowing us to react sooner where it really matters.
4. Updates and patches without manual intervention
An essential part of security is keeping everything up to date.. Automation saves headaches here, too. A self-updating system reduces risks without requiring additional time.
CTEM: the new approach that unites surveillance and automation
In recent years, the concept of CTEM (Continuous Threat Exposure Management) has gained traction.. It is not a fad or an empty word; it is a methodology that combines continuous evaluation, risk prioritization, external and internal visibility, and agile response.
Essentially, CTEM applies automation in cybersecurity to keep under control what can be compromised, how, and with what level of urgency.
Enthec's solutions, Kartos, focused on businesses, and Qondar,designed for individuals, are a clear example of this philosophy. Both monitor in real time, detect leaks or exposures, and display information clearly so that each person can make decisions based on real, up-to-date data.
The importance of automating personal cyber surveillance
When we think about digital threats, we usually picture companies, large organizations, or critical infrastructure. However, individual users are increasingly becoming targets, not because we hold big secrets, but because we accumulate data, access credentials, and accounts that attackers can exploit.
What kind of risks do we avoid with automation?
- Password leaks in external services.
- Appearance of personal data in leaks.
- Identity theft on social networks.
- Suspicious access from unusual locations.
- Involuntary disclosure of private information.
Qondar automates this surveillance and provides clear, understandable notices for everyone. . You don't need to be a cybersecurity expert to recognize the risk and take action.
You may be interested in→ 9 healthy digital habits that will protect you from identity theft and leaks.
Automation doesn't mean disengagement; instead, it means making better decisions.
It's important to clarify that automating security doesn't mean "putting everything on autopilot," but rather ensuring that essential alerts don't go unnoticed,. while maintaining a balance between technology and human judgment.
The ideal combination is:
- Automation for monitoring, classifying, and alerting.
- The person to make the final decision.
This alleviates the mental burden and enables stronger protection without requiring additional time.
Real advantages of automation in cybersecurity for businesses and individuals
Although the contexts are different, both companies and individual users can benefit from a user-based approach to automation in cybersecurity:
For companies
- Fewer errors resulting from manual processes.
- Greater visibility over the attack surface.
- Early detection of exposures in equipment, employees, or suppliers.
- Optimization of IT department resources.
For individuals
- Absolute control over one's digital footprint.
- Clear, actionable alerts without technical jargon.
- Continuous security without relying on remembering to check.
- Ongoing updates to address new threats.
Automation is about better protection, not more complexity.
Automation does not replace human care, but it does add a layer of precision and consistency that is hard to match.. In an environment where cybercriminals automate their attacks, it is logical to respond with tools that can monitor at the same scale.
If you genuinely want to understand your digital exposure, receive early warnings, and improve your personal security without complications, Qondar by Enthec is a good starting point. If your company needs more comprehensive oversight, Kartos offers a level of depth designed for organizations.
Start protecting your online identity today.
Try Qondar and discover how cybersecurity automation can give you continuous, precise monitoring tailored to your daily life.. Your digital peace of mind starts with a click.
Managed Security Services (MSS): Features and Benefits
Cybersecurity has become a critical aspect for any organization. Threats evolve rapidly, attackers automate processes, and attack surfaces expand as companies incorporate new systems and tools.
In this context, MSS (managed security services) have become established as an effective option to strengthen digital protection without requiring companies to maintain internal resources that are difficult to sustain.
Before delving into what MSS contributes and why it's so prevalent in modern security strategies, it's worth taking a look at a tool that perfectly complements this model: Kartos, the solution from Enthec designed for companies that need a constant and realistic visibility of your external exposure. . This tool is part of the CTEM philosophy, an approach that continuously analyzes the attack surface, identifies real risks, and enables prioritizing efforts.
At a time when most incidents are triggered by known vulnerabilities or misconfigurations, having this view is crucial for any security strategy, including those based on MSS.
What precisely are Managed Security Services (MSS)?
The MSS are outsourced services offered by specialized providers to continuously monitor, manage, and improve an organization's security.. Although each provider may have its own catalog, the essence is the same: to provide expert knowledge, advanced tools, and constant follow-up.
An approach that frees up internal burden
Many companies don't have dedicated cybersecurity staff, or if they do, they're focused on day-to-day operational tasks. Internal teams are often left out overflowing for tasks such as:
- Analyze alerts that keep growing.
- Review security settings on various systems.
- Prioritize vulnerabilities that change every week.
- Keep an eye on emerging threats.
MSS allows some or all of these tasks to be delegated to specialists who work with technology, processes, and equipment dedicated exclusively to this.
Main features of MSS
Although each model is tailored to specific needs, most managed security services share a standard set of functionalities.
Continuous monitoring
It is one of the central components. MSS providers constantly monitor infrastructure, networks, and services to detect suspicious behavior, failures, or signs of intrusion.
Incident Management
When an attack attempt is detected, the provider not only generates alerts but also assists with analysis, containment, and recovery. Having processes defined and executed by professionals reduces damage, downtime, and financial losses.
Vulnerability Management
MSS typically include periodic scans, configuration reviews, and patch prioritization. However, this is where solutions like Kartos become essential, because they complement this internal view with an external X-ray that reflects what an attacker would see from the outside.
If you want to delve deeper into this topic, visit our blog→ Real-time vulnerability management: a step forward in cybersecurity.
Threat analysis and context
A Security Management System (SMS) doesn't just review logs: it interprets what's happening in the security world. For example, if a critical vulnerability is actively exploited, the provider helps the client assess whether their infrastructure is exposed and what measures they should take.
Periodic reports and advice
Those in charge typically receive accessible analyses that allow them to understand the evolution of risk, the level of exposure, and the impact of the measures taken. This transparency facilitates strategic decision-making.
The value of combining MSS with a CTEM approach
The traditional security model focused on protecting what was already within the perimeter. However, today that perimeter has become blurred: there are cloud services, external applications, remote access, personal devices, databases exposed in error, and a long list of constantly changing threat vectors.
This is where the CTEM and MSS complement each other naturally.
Internal visibility + external visibility
- The MSS review logs, devices, networks, and internal activity.
- Tools such as Kartos analyze what is exposed externally: domains, subdomains, leaks, unknown assets, third-party risks, and poorly published configurations.
By combining both perspectives, the company obtains a more complete and realistic map of its situation.
Prioritization based on actual risk
Many companies have hundreds or even thousands of vulnerabilities detected by their internal systems. The CTEM simplifies this landscape by highlighting what is truly urgent. If something can be exploited from the outside or appears on cybercrime forums, it moves to the top of the list.
Reduction of “noise” in MSS
A managed SOC receives thousands of alerts every week. When the provider leverages a CTEM platform, it eliminates noise and focuses on relevant threats. This results in more effective defense and faster response times.
Benefits of MSS for organizations
The Managed Security Services have become a key solution for businesses of all types. Their most valued advantages are usually:
1. Controlled and predictable costs
Hire cybersecurity specialists is complex and expensive; keeping them trained is even more so. MSSs allow access to complete teams at a known monthly or annual cost.
2. Greater security maturity without increasing staff
Especially useful for SMEs and companies that cannot (or do not want to) create an internal team.
3. Rapid incident response
Response time is critical. MSS drastically reduces the hours (or days) that an internal team would spend detecting a problem on its own.
4. Regulatory compliance
Many standards, such as the ENS or the NIS2,require continuous monitoring and risk management. An MSS service facilitates compliance with these requirements through appropriate documentation and processes.
5. Tranquility
Perhaps the least technical benefit, but the one most valued by management. Knowing that experts are monitoring the infrastructure 24/7 provides security and prevents improvised decisions.
Kartos and the MSS: a strategic combination
Companies across all sectors use Kartos to strengthen their security processes, and many integrate it directly into their MSS strategy. At Enthec, we've observed that this combination enables:
- Reduce actual exposure to attacks.
- Optimize response times.
- Improve coordination with internal or external security teams.
- Avoid breaches caused by unknown or misconfigured assets.
Furthermore, Kartos provides clear, practical reports that facilitate the work of both the MSS provider and the client. This alignment between internal and external capabilities is, today, one of the cornerstones of effective security.
MSS have become established because they help organizations protect themselves in an increasingly complex environment.. However, monitoring is not enough: it is necessary to understand the exposure, prioritize what really matters, and act continuously.
That's where the combination of managed services and solutions like Kartos, based on CTEM, comes in to elevate security to a more practical, intelligent level, adapted to current reality.
If your company wants to strengthen its security strategy, improve its external visibility, and have a modern, comprehensive, and sustainable approach, we invite you to learn how Enthec can help you achieve this. Contact us.
Cybersecurity and the human factor: the most common mistake in digital protection
Cybersecurity is one of those issues we all know we should be taking care of, but we keep putting it off. Updating passwords, checking permissions, verifying links… These are simple tasks, yes, but they're often overlooked. And that's precisely the root of the problem: In cybersecurity, the human factor remains the weakest link.
This isn't about blaming anyone, but about acknowledging an apparent reality. Human error is, currently, the most common cause of digital incidents.
In recent years, the rise of remote work, the fast pace of life, and the daily use of connected devices have made this vulnerability even more pronounced. And if we think about it for a moment, it makes sense: an impulsive click or a weak password can open the door to problems that cost time, money, and reputation.
Before moving on, it's worth introducing a tool that's helping to reduce this exposure in the daily lives of all users: Qondar, Enthec's cyber-surveillance solution for individuals. Qondar is a key component of Continuous Threat Exposure Management, providing timely warnings about data breaches, password leaks, and other risks that directly affect a person's digital life.
Understanding the relationship between cybersecurity and the human factor
The expression “cybersecurity and the human factor” encompasses a straightforward idea: Digital security does not depend solely on systems, firewalls, or artificial intelligence,but also on how we use technology. Companies can invest in advanced tools, but they're of little use if an employee falls for a phishing email or unintentionally shares sensitive information.
Why do we keep failing at the same things?
Several reasons explain this phenomenon:
- Information overload. We live surrounded by notifications and simultaneous tasks. In that pace, double-checking a suspicious email isn't always a priority.
- Overconfidence. In both our professional and personal lives, we often think, "It won't happen to us." But no one is safe: neither individuals nor companies.
- Lack of ongoing training. Many attacks evolve so rapidly that what we knew a year ago is no longer sufficient. And this is where the CTEM concept comes into play.
The importance of Continuous Threat Exposure Management (CTEM)
Cybersecurity can no longer be viewed as a one-off project. It's not enough to conduct a single audit and assume everything is under control. Threats evolve. Data moves. And attackers refine their techniques.
Continuous Threat Exposure Management (CTEM) seeks precisely this: to constantly monitor which vulnerabilities we have and which risks are active at any given time. . It's not just about reacting, but about detecting before the damage occurs.
What does CTEM contribute to the field of human factors?
- Constant visibility: allows you to see if leaked credentials, breaches, or risk signals associated with common errors have appeared.
- Realistic prioritization: It helps determine which vulnerabilities require immediate attention and which do not.
- Data-based prevention: The sooner a problem is identified, the easier it is to correct.
This is where solutions like Kartos (for businesses) and Qondar (for individuals) play an instrumental role. Both allow this continuous exposure approach to be implemented without complex processes or specialized equipment.
Most frequent human errors in cybersecurity
Below are some of the most common mistakes in both the business and personal spheres. All of them are directly related to cybersecurity and the human factor, and many could be avoided with minimal monitoring or training.
1. Reusing passwords
A classic. According to a NordPass study, most users still reuse the same password across more than 10 different services. If one of those platforms suffers a data breach, they are all exposed.
You may be interested in→ How to manage business passwords and credentials easily and securely to avoid online threats.
2. Falling for fraudulent emails or messages
Phishing is becoming increasingly sophisticated. Many attacks perfectly mimic well-known companies, banks, or even coworkers. An innocent click can compromise the entire device.
3. Underestimating “harmless” information
Sometimes we share seemingly irrelevant data: a photo with location, a personal email on a website without HTTPS, an automatic response on vacation… All of that can be useful to an attacker.
4. Trusting open Wi-Fi networks
Having a coffee while we work is tempting, but connecting to an open network can expose sensitive information to third parties.
5. Failure to monitor personal data leaks
Many users are unaware whether their credentials have been exposed on forums, in leaked databases, or on the dark web. This lack of control fuels risks that accumulate without us even realizing it.
How to reduce human vulnerability: habits and tools
The good news is that improving cybersecurity and the human factor doesn't require being an engineer or dedicating hours every week. Often, simple measures are enough.
Basic digital hygiene
- Use unique and strong passwords.
- Activate two-step verification.
- Be wary of unsolicited links or files.
- Review application permissions.
- Keep systems updated.
Continuing education in companies
It's not just about giving an annual talk. Organizations that reduce incidents typically implement short, dynamic, and frequent training sessions. Even small reminders have a real impact.
Cyber surveillance for individuals
This is where Qondar comes in, designed so that anyone can:
- Find out if passwords have been leaked.
- Detect digital identity theft.
- Monitor mentions or data in high-risk areas.
- Receive clear and actionable notifications.
It's a simple way to effortlessly integrate the CTEM mindset into your daily routine, helping to make the human factor no longer a permanent problem.
Technology helps, but the responsibility is shared.
Although tools like Kartos or Qondar facilitate risk management, cybersecurity remains a shared responsibility. The sum of human behavior and technological surveillance is what truly builds a safe environment.
The key is to create a culture where asking questions, checking, and being skeptical are the norm, not the exception, where it's understood that a mistake isn't a personal failing, but a reminder that we are all vulnerable.
The relationship between cybersecurity and the human factor is undeniable. As long as distractions, overconfidence, and a lack of healthy digital habitsexist, incidents that could have been avoided will continue to occur. That's why it's so important to integrate continuous monitoring at both the company and individual levels.
If you want to improve your personal protection,whether it's your own data or that of your close circle, Qondar is an accessible, practical option that lets you see what's happening with your data in real time. Discover our tool and start controlling your digital exposure today. More conscious cybersecurity is just a step away.
The relevance of cybersecurity audits in companies
Any company, even the smallest ones, operates in some way connected to the online world and depends on data, devices, and applications. The reality is simple: if your business uses the internet, it's also exposed to threats. And that's precisely why the cybersecurity audit has become a fundamental tool for maintaining operational continuity and preventing further damage.
Before delving deeper into this type of analysis, it is worth mentioning a solution driving a remarkable evolution in the sector: Kartos by Enthec,. a platform designed for companies that need a clear, consistent view of their exposure. More than just a monitoring tool, Kartos is part of the Continuous Management of Threat Exposure.
Throughout the article, you will understand why both things need each other and how integrating them can strengthen the security of any company.
What is a cybersecurity audit, and why should you care?
Although it may sound technical, this type of audit is simply a detailed analysis of an organization's systems to assess its actual level of protection. When someone asks what a cybersecurity audit is, the answer involves checking processes, infrastructure, internal policies, and any weaknesses that attackers could exploit.
Unlike other technical reviews, an audit examines habits, roles, access, security culture, and the way things are done. It's not enough to have good firewalls: you have to review how information is managed daily.
Cybersecurity auditing for companies is a necessity
In practice, security incidents don't only affect banks or large technology companies. Therefore, cybersecurity audits in businesses are no longer just a recommendation; they are now a mandatory step for any organization that depends, even minimally, on its systems.
The most interesting thing is that the result of a good audit is not just a report. It also provides:
- A clear record of vulnerabilities.
- A roadmap to solve them.
- Indicators of the return on investment in security.
- Guidelines for improvement, both technical and organizational.
- A higher level of regulatory compliance (GDPR, ENS, ISO 27001…).
And if the company combines this one-off audit with CTEM tools like Kartos, continuous monitoring allows it to detect new threats even after correcting previous ones.
Types of cybersecurity audits: approaches according to need
When discussing the types of cybersecurity audits, they are usually divided into three main categories:
1. Internal cybersecurity audit
The internal cybersecurity audit is conducted from within the organization. It is typically carried out by in-house teams or consultants who work closely with the company.. Their main advantage is that they understand the real context, procedures, and potential points of friction.
It is beneficial for:
- Verify compliance with internal policies.
- Review access and permissions.
- Analyze data management.
- Check the staff's level of awareness.
2. External Audit
The external audit aims to obtain an independent and unbiased view.. Specialized third parties usually intervene, analyzing the system from the perspective of a real attacker and combining methodologies such as OWASP or OSINT analysis.
It adds value by allowing you to identify failures that have gone unnoticed and to validate whether internal measures actually work.
3. Specialized technical audits
They include tests such as:
- Pentesting (controlled attacks).
- Code review.
- Network analysis.
- Phishing simulations.
- Cloud security review.
This set allows for a comprehensive view and is suitable for companies with more specific needs or complex infrastructures.
Why an audit is not enough without continuous monitoring
This is where Enthec's CTEM perspective becomes especially relevant. Although the audit provides a detailed snapshot of the moment, that snapshot can become outdated in a matter of weeks. Systems change, new updates are installed, vulnerable software appears, or information is unintentionally exposed.
Platforms like Kartos allow the company to:
- Detect data leaks or exposures in real time.
- Identify open services that shouldn't be open.
- Continuously monitor domains, subdomains, or IPs.
- Receive direct alerts when a relevant threat appears.
- Prioritize risks according to their actual impact.
Main benefits of auditing cybersecurity
Everything learned during the audit is a dynamic process that evolves in tandem with the business. This allows us to gain various advantages for the organization.
1. Reduction of economic risks
An attack can paralyze operations for days. The average cost of a security breach is estimated to exceed $4.45 million. Obviously, these figures are lower for small and medium-sized businesses (SMEs), but the proportional impact remains enormous.
2. Better decision making
When a company has clear, well-explained, and prioritized results, it knows where to invest and what to expect in return.
3. Alignment with legal requirements
In regulated sectors, demonstrating that regular audits are conducted is almost mandatory. Audits facilitate this traceability and provide verifiable reports.
4. Strengthening customer confidence
More and more users and companies are asking about security before hiring services. Demonstrating formal auditing processes can be a deciding factor.
How Kartos fits into the audit cycle
We can summarize the relationship between both elements in three steps:
1. Before the audit
Kartos identifies exposures, neglected domains, vulnerable services, leaked information, and emerging risks. This allows for audit preparation using real-world data.
2. During the audit
Auditors can use Kartos' findings to delve deeper into critical areas, reducing time and improving accuracy.
3. After the audit
Instead of leaving the report in a drawer, Kartos maintains active surveillance, detects new flaws, and alerts when something is at risk again.
In other words, the audit establishes the framework, and Kartos keeps it up to date.
The combination of traditional auditing and continuous monitoring is currently the most realistic way to protect a business. Auditing detects structural weaknesses; a CTEM platform, such as Kartos, prevents those weaknesses from recurring without warning.
If your company has not yet conducted a cybersecurity audit, or if you have been putting it off, now is the time to do it.
Do you want to discover how to improve your company's security with Kartos? Contact Enthec to learn how to combine regular audits with a continuous monitoring system to help you anticipate real threats.