Claroty: Enhancing Operational Technology Security

An overview of operational technology security landscape

Intro

In today's reality, where everything from power grids to manufacturing plants relies on advanced technology, the conversation around cybersecurity has shifted dramatically. Operational Technology (OT) environments, long considered insulated from the outside world, are now under the same cyber threats that plague IT systems. Claroty stands out in this landscape, bringing specialized solutions to help secure these critical infrastructures. But before diving into how Claroty makes a difference, it’s essential to grasp the fundamental connection between traditional cybersecurity measures and the evolving requirements of operational networks.

The Importance of Cybersecurity in a Connected World

As our devices become increasingly interconnected, the potential entry points for malicious activities multiply. A weak spot in one system can lead to breaches across others, illustrating the pressing need for comprehensive cybersecurity strategies. Just think of a chain: if one link is compromised, the entire system can fall apart. In operational settings like utilities or manufacturing, the stakes are remarkably high as cyber incidents can cause significant operational disruptions, life-threatening situations, and monumental financial losses.

The Convergence of Networking and Security

In the past, OT and IT networks operated almost in silos. However, as digital transformation sweeps through various sectors, there's been a push toward convergence. This shift means that IT security practices must be adapted for OT environments. This isn’t just a merger of networks; it’s about understanding the unique requirements of each world. OT may focus more on uptime and safety, whereas IT has always been about data integrity and protection.

This convergence raises several complexities. For example, incorporating IT security protocols can potentially disrupt the real-time functionalities of OT systems if not done carefully. Thus, security practitioners must tread lightly while appreciating the nuances that each realm presents.

"In the realm of cybersecurity, knowledge becomes your strongest armament. Understanding the interplay between IT and OT is crucial for creating a robust protective framework."

In grappling with these challenges, Claroty emerges as a pivotal player in operational technology security. By marrying both worlds, the company seeks to enhance the resilience of critical infrastructure against a growing array of cyber threats. As we explore Claroty’s offerings, we'll unpack how they address the convergence challenges while aligning their solutions with industry needs.

Prologue to Operational Technology

Understanding operational technology (OT) is crucial in today’s evolving digital landscape where cyber threats loom large. OT encompasses hardware and software that detects or causes changes through direct monitoring and control of physical devices, processes, and events. This goes beyond mere automation; it is pivotal in various sectors, including manufacturing, energy, and transportation, ensuring that physical infrastructure operates smoothly and safely.

In this article, we delve into several aspects of OT, focusing especially on security challenges and the role of specialized solutions like Claroty. Acknowledging the unique characteristics of OT, distinguishing it from information technology (IT), and understanding its risks can make all the difference when defending against threats. For professionals involved in network security, comprehending OT can lead to more elegant and effective strategies.

Definition and Scope of OT

Operational Technology refers to the technology that detects or controls physical devices, processes, and events within an operational environment. This tech is embedded in various critical infrastructure systems—be it in manufacturing with programmable logic controllers (PLCs) or in power plants with distributed control systems (DCS). To be more precise, OT is tailored to manage real-time operations that might include various facets of data acquisition, process control, and industrial automation.

The scope of OT is broad and often overlaps with IT, particularly in areas like data reporting and system integrity. However, it’s essential to draw clear lines: while IT focuses on managing data flows and processing, OT zeroes in on physical processes and safety. The importance of maintaining the integrity of OT cannot be overstated; failures or breaches can lead to disastrous consequences, both in terms of operational efficiency and safety.

Differences Between IT and OT

While both OT and IT serve essential functions, they differ fundamentally in purpose, functionality, and risk management. Here are several defining characteristics that highlight their divergence:

Purpose and Functionality: IT primarily aims at the management, storage, and dissemination of data—essentially handling information systems to enhance business processes whereas OT focuses on operating equipment and processes directly.
Data Flow: In IT, data flows are often handled through centralized systems with a focus on availability and confidentiality. OT data flows, on the other hand, prioritize real-time data communications between devices and control systems to ensure smooth operations.
Cybersecurity Strategies: The cybersecurity approaches diverge significantly. IT security often revolves around firewalls and intrusion detection systems, while OT security needs a broader focus on physical security and continuous monitoring of equipment health and functionalities.
Impact of Downtime: A system failure in IT may lead to a loss of records or financial impact; however, in OT, downtime can trigger safety hazards, disruptions of critical services, or even pose risks to human lives.

Understanding these differences is paramount for those in cybersecurity. The merging of IT and OT domains, often termed as IT-OT convergence, presents both challenges and opportunities regarding securing infrastructure. As we continue to explore Claroty's offerings in the upcoming sections, a solid grounding in OT will prove invaluable.

Overview of Cybersecurity in OT

The backbone of any operational technology (OT) environment is its integration within a larger context of information technology (IT) frameworks. Safeguarding these environments isn’t just an afterthought; it is a strategic necessity that has far-reaching implications for businesses and society alike. The interplay between these two domains highlights the importance of implementing robust cybersecurity measures tailored specifically for OT, given its distinct characteristics and vulnerabilities.

Understanding the overview of cybersecurity in OT helps organizations assess not just current threats, but also the evolving landscape of cyber risks.

The Increasing Cyber Threat Landscape

In today’s digital era, the landscape of threats targeting OT systems is expanding like a balloon ready to pop. The proliferation of connected devices, often referred to as the Internet of Things (IoT), exposes industrial environments to various cyber threats. Cybercriminals recognize the potential return on investment associated with attacking critical infrastructure—be it electricity grids or water treatment facilities.

According to findings by cybersecurity firms, the landscape is characterized by:

Ransomware attacks, which can cripple operations and severely impact productivity.
Intrusions or breaches, where attackers lever up vulnerabilities in lesser-secured devices.
State-sponsored attacks that aim to sabotage essential services.

Here’s the kicker though: many organizations still operate on outdated systems, knowing that they could be sitting ducks. This combination of legacy systems with a lack of comprehensive monitoring creates an inviting target for attackers.

"The reality is that given the stakes, neglecting cybersecurity in OT is akin to playing roulette with a loaded gun."

Impact of Cyber Incidents on OT Systems

The ramifications of cyber incidents on OT systems carry more than just financial implications; they encompass safety, reputation, and operational continuity. When a breach occurs, it can lead to:

Downtime that impacts not only production but also revenue. This is a slippery slope, as the longer the downtime, the more the recovery efforts stack up.
Data loss which can compromise operational decisions and efficiencies.
Safety hazards, especially in sectors like energy or manufacturing, where machinery is tightly controlled by software.

Claroty's key features and solutions for OT security

Consider the chaos that ensues when an energy plant is sabotaged—beyond the financial fallout, there's a potential risk to human lives and widespread disruptions to public services. Adopting effective cybersecurity measures is not merely a checkbox exercise but an ongoing commitment to protect both assets and individuals.

In summary, the ongoing evolution of cyber threats underscores the need for organizations to fortify their OT security frameworks. The risks are real and complex, but so too are the strategies available to combat them.

Claroty: A Leader in OT Security

In the realm of operational technology security, Claroty stands tall, emerging as a formidable force dedicated to protecting critical infrastructure. As industries face a growing chorus of cyber threats aimed at their operational frameworks, Claroty provides not just a shield but also a roadmap for fortifying systems that are foundational to global operations. This section will outline how Claroty has carved out its niche, understanding both the landscape of security challenges and the varied solutions required to address them.

Company Background and Vision

Claroty, founded in 2015, has swiftly evolved into a specialist in the cybersecurity realm, particularly focusing on operational technology. The company thrives on the premise that the fusion of IT and OT security is not merely a trend but a necessity in today’s digitally interconnected world.

The vision of Claroty hinges on making critical infrastructure more resilient to cyber threats. This vision is manifested through an unwavering commitment to innovation and collaboration, ensuring enterprises can maintain secure, efficient operations. The mindset within Claroty stresses adopting a proactive approach, which means not waiting for threats to surface but rather anticipating and preparing for potential vulnerabilities.

"Operational technology security is not just about precautions; it’s about forming a robust culture of awareness and readiness," states a company representative, encompassing the very essence of their mission. This forward-thinking philosophy guides their strategic decisions, shaping the tools and solutions they provide to clients.

Core Solutions Offered by Claroty

Claroty's offerings are architected around several pivotal solutions that cater to the unique needs of operational environments. Here are the core solutions that distinguish Claroty in the OT security landscape:

Threat Detection and Response:
The first line of defense, focusing on rapidly identifying and responding to threats. Claroty leverages advanced analytics and machine learning algorithms. This allows organizations to monitor their operations continuously and act swiftly if suspicious activities arise.
Risk Assessment Tools:
Claroty’s tools help organizations evaluate their environmental vulnerabilities, providing vital insights into potential risks and offering effective mitigation strategies. This proactive assessment aids in informed decision-making, guiding investments toward areas most in need of reinforcement.
Network Segmentation:
Given the interconnected nature of modern operations, Claroty emphasizes the importance of segmenting networks effectively. Through their segmentation strategies, organizations can isolate critical systems from less secure environments, thereby minimizing potential attack vectors.
Compliance Frameworks:
Claroty equips businesses with solutions that help navigate the complex landscape of regulatory requirements. This assists companies in not only meeting necessary compliance standards but also enhancing their overall security posture.

By staying ahead of trends and focusing on multi-layered solutions, Claroty exemplifies the role of a leader in OT security, bridging gaps that often lead to vulnerabilities. Their commitment to excellence is unwavering, continuously evolving to match the cyclical nature of cyber threats.

Claroty’s unique blend of deep cybersecurity expertise and operational technology knowledge sets it apart as an essential partner for companies striving to secure their OT environments.

Claroty’s Security Features

When discussing Claroty's contributions to operational technology security, its security features are core to the protection of critical infrastructures. These features are not just technical specifications; they embody a comprehensive approach to safeguarding operational environments against an increasingly relentless wave of cyber threats. Understanding these elements aids cybersecurity professionals in leveraging Claroty’s tools to defend their systems effectively.

Threat Detection Capabilities

In the realm of cybersecurity, the ability to detect threats before they wreak havoc is paramount. Claroty offers robust threat detection capabilities that combine advanced machine learning algorithms with real-time monitoring to identify potential vulnerabilities across the OT landscape. This means that even subtle anomalies in network patterns can trigger alerts, allowing teams to respond swiftly.

For instance, let's consider a scenario where an unauthorized device attempts to connect to a critical system. Claroty's system not only alerts the personnel but can also provide the contextual information necessary to understand the threat's nature and intent. The capability of early detection minimizes response times and helps mitigate risks significantly.

Moreover, this feature is crucial in environments where even a brief disruption can lead to significant operational downtime. The analytics provided are comprehensive, enabling users to discern important patterns and trends, ultimately fortifying their defenses against future attacks.

Risk Assessment Tools

Assessing risk is a continuous process, and Claroty's suite of risk assessment tools empowers organizations to make informed decisions about their security posture. These tools help users evaluate the vulnerabilities within their OT systems and prioritize remediation efforts based on potential impact.

Automated Vulnerability Scanning: This feature scans the entire network for weaknesses, automatically identifying assets that require immediate attention.
Prioritization Framework: Claroty ranks vulnerabilities based on exploitability, operational impact, and threat intelligence, ensuring that security teams focus on the issues that matter most.
Detailed Reporting: Each analysis comes with a digestible report that outlines the vulnerabilities and offers actionable insights, helping stakeholders understand the security landscape better.

By regularly utilizing these risk assessment tools, organizations can create a proactive security strategy, rather than a reactive one. Over time, this builds resilience against the evolving landscape of cyber threats looming over essential operations.

Network Segmentation Strategies

Effective network segmentation is critical in minimizing the attack surface within an OT environment. Claroty provides innovative strategies for segmenting networks, which can drastically reduce the risks associated with lateral movement in case of a breach.

Zone-Based Segmentation: This method involves dividing the network into distinct zones, each with tailored security protocols, which can contain threats within isolated segments if a breach occurs.
Micro-Segmentation: This advanced approach takes segmentation a step further by allowing even finer control of individual devices or applications, limiting their communication to only what is necessary thus reducing interaction with untrusted sources.
Policy Enforcement: With clearly defined policies in place, organizations can monitor and control traffic flow between segments, providing a clearer overview of potential risks and facilitating quicker incident response.

By implementing these segmentation strategies, organizations not only defend themselves better but can also maintain compliance with industry regulations, which increasingly call for stringent access controls.

Integration with IT Frameworks

Integrating operational technology with information technology is essential in today’s interconnected world. This integration not only enhances the overall security posture of organizations but also streamlines operations and fosters better communication between different systems. As OT and IT environments blend, the risks associated with cyber threats grow more complex. Hence, understanding how to seamlessly bridge these two domains is crucial for maintaining an effective security strategy.

Achieving Convergence Between OT and IT

The convergence of operational technology and information technology is like two rivers merging into a single strong current. This union facilitates unified communication, enhances operational efficiency, and ultimately leads to improved cyber resilience. To realize this convergence, organizations must focus on several key elements:

Integration of Claroty with IT systems for enhanced security

Unified Governance: Establishing a common governance framework helps in aligning policies and procedures across both domains, ensuring compliance and risk management are handled in tandem.
Interoperable Systems: Implementing solutions that allow OT and IT components to communicate and work together securely is vital. For instance, Claroty's capabilities can provide real-time visibility into OT environments while integrating with existing IT infrastructures.
Shared Security Protocols: Developing a consistent set of security policies and protocols across both domains can help organizations respond to incidents more effectively. A well-integrated security model ensures that any breach in either domain prompts an immediate response across both platforms, minimizing potential damage.

Achieving this convergence can seem daunting, especially in environments where legacy systems are prevalent. However, organizations that invest effort into this integration often discover that the rewards in terms of improved security and efficiency are substantial.

Collaborative Security Models

In an era where cyber threats are increasingly sophisticated, a collaborative security model proves indispensable. This model promotes cooperation between cybersecurity teams across IT and OT, thereby creating a fortified defense against potential breaches. Here are some benefits and considerations to keep in mind:

Enhanced Threat Intelligence: When IT and OT teams work together, they can pool their resources and knowledge. This collaboration leads to greater insights into vulnerabilities and emerging threats. For instance, sharing threat intelligence from IT systems can provide valuable context for securing OT devices.
Holistic Risk Management: A collaborative model allows for a comprehensive approach to risk management. By understanding the interdependencies between IT and OT, organizations can create targeted mitigation strategies that address risks where they are most prevalent.
Training and Awareness: Establishing joint training programs aids in building a culture of security awareness across both fields. Employees trained in both IT and OT aspects develop a more well-rounded understanding of the security challenges that lie ahead.

"The integration of IT and OT is not merely a technical requirement; it’s a forward-thinking strategy that places security at the forefront of operational success."

Challenges in OT Security Implementation

Operational Technology (OT) is increasingly becoming a target for cyber-attacks, yet many organizations still grapple with the complexities of securing these environments. Understanding the hurdles that accompany OT security implementation is crucial for professionals aiming to protect critical infrastructures effectively. This section sheds light on the specific challenges faced, emphasizing their significance within the realm of cybersecurity.

Legacy Systems Vulnerabilities

Legacy systems pose a significant threat to OT environments. Many organizations rely on outdated technology that may still perform essential functions, but these systems often lack modern security features.

Limited Patch Management: Older systems frequently do not receive consistent updates, leaving them vulnerable to exploitation. The inability to patch known vulnerabilities can turn even minor flaws into gateways for malicious actors.
Proprietary Protocols: Legacy systems often operate on proprietary protocols that are not well understood, even by their own IT personnel. This obscurity can lead to challenges in monitoring and security auditing, increasing risks further.
Integration Issues: Interfacing legacy systems with newer technology can create friction. Those trying to bridge the gap often find that the security measures do not align well, creating weaknesses that can be exploited.

Many organizations feel caught between the necessity of keeping these systems operational while ensuring their security, leading to a precarious balancing act.

Resource Constraints and Budgeting

Implementing robust security measures in OT environments often entails considerable financial and human resources. This means that many organizations face constraints that hamper their ability to secure their systems adequately.

Insufficient Funding: Budgets for OT security can be a tough sell, especially in organizations where IT and operational priorities diverge. Convincing upper management to allocate funding for security can be challenging, as organizations often prioritize immediate operational needs over long-term security investments.
Staffing Limitations: There is often a shortage of skilled cybersecurity professionals proficient in OT security. Organizations may find it difficult to hire or retain talent, leaving them with a lean team tasked with securing complex environments.
Time Constraints: Security implementations can be time-consuming, and organizations often operate under tight timelines and project deadlines. This adds pressure to expedite security processes, which can result in suboptimal implementations and oversight of critical security measures.

In summary, both legacy system vulnerabilities and resource constraints pose significant challenges within OT security implementations. Addressing these issues requires a thoughtful approach that balances operational needs, financial considerations, and a commitment to a secure operational landscape.

"In the world of cybersecurity, ignoring the vulnerabilities of the past can cost dearly in the future."

By acknowledging these challenges, organizations can begin developing strategies to fortify their OT environments against evolving threats.

Regulatory Compliance and Standards

Regulatory compliance in the realm of operational technology (OT) is akin to the protective armor that safeguards industries from the myriad threats prevalent today. The importance of adhering to regulations and standards cannot be overstated. Non-compliance can lead to severe penalties, both financially and operationally, undermining an organization's credibility and reliability. By understanding and navigating the complex web of compliance requirements, organizations not only mitigate risks but also enhance their reputations in a market increasingly concerned with safety and security.

The benefits of regulatory compliance go beyond avoiding fines or legal trouble. These regulations often encourage organizations to adopt robust security measures that can significantly reduce the likelihood of a cyber incident. With the rise of connected devices in OT, aligning with standards such as ISA/IEC 62443 can establish a strong foundation for security practices. This strong governance underpins efficient operations, promotes stakeholder trust, and contributes to the overall resilience of critical infrastructure.

Navigating Compliance Requirements

Navigating the complex landscape of compliance requirements in OT is like traversing a maze — it requires careful planning and strategy. Organizations must first identify the specific regulations that affect their operations, which often vary by industry and jurisdiction. Familiarity with frameworks such as NIST Cybersecurity Framework or the ISO 27001 standard can be invaluable in this process.

To kick off the journey, organizations should conduct a thorough gap analysis. This involves assessing current security practices against the required compliance standards. It’s not a one-and-done task; the landscape is constantly shifting. Regular audits and assessments should be a part of the process.

Steps for Navigating Compliance:

Identify relevant regulations that pertain to your industry.
Conduct a gap analysis to understand where you currently stand.
Develop a compliance roadmap tailored to your organization's needs.
Invest in training for staff to prepare them for compliance-related responsibilities.
Implement tools and technologies that streamline compliance monitoring.

These steps, when executed properly, prepare organizations to handle the challenges posed by compliance effectively.

Importance of Industry Standards

Industry standards, such as those developed by the International Organization for Standardization (ISO) and the International Electrotechnical Commission (IEC), act as guidelines for manufacturers and service providers to ensure uniformity and safety across operational environments. In a sector where downtime can lead to catastrophic failures, adhering to these standards is extremely crucial.

Employing industry standards not only promotes operational efficiency, but also enhances inter-organizational collaboration by ensuring everyone is on the same page. Energy firms collaborating with third-party vendors, for example, are more secure when all parties adhere to common standards, minimizing risks associated with misaligned practices.

Benefits of Industry Standards:

A view of critical infrastructure protected by OT security measures

Improved consistency in operations.
Enhanced collaboration between different stakeholders.
Increased customer trust through demonstrated safety measures.
Facilitated compliance with existing regulations.

In essence, industry standards are the bedrock of operational technology security, providing guidelines that prevent chaos and foster a culture of safety. These frameworks elucidate what’s expected, allowing organizations to chart their path forward in securing their critical systems.

Future Trends in OT Security

In the rapidly evolving landscape of operational technology (OT), understanding future trends is not just an option; it's a necessity. As cyber threats morph and diversify, organizations need to keep an eye on emerging technologies and solutions that can bolster their defenses. This section will shed light on key trends, emphasizing their importance and how they can lead to enhanced security measures within OT environments.

Emerging Technologies and Solutions

One of the most pressing trends in OT security revolves around the adoption of advanced technologies. This includes not just the latest software solutions, but also hardware innovations. For instance, next-gen firewalls and intrusion detection systems are now being supplemented with machine learning algorithms, significantly improving threat detection capabilities. Another emerging technology is the use of Internet of Things (IoT) devices; while they may introduce vulnerabilities, their integration with security systems can enhance real-time monitoring and response capabilities.

A few notable technologies gaining traction include:

Zero Trust Architecture: This security model reduces the chances of unauthorized access by constantly validating user identities and access privileges, even within the network.
Blockchain for OT Security: While commonly known for its role in cryptocurrency, blockchain can offer an immutable ledger for tracking changes and access in critical infrastructure systems.
Enhanced Analytics: With big data technologies, organizations can analyze vast amounts of data collected from various sources, identifying patterns that could signal a potential threat.

These technologies not only improve security but also enhance operational efficiency by streamlining processes and minimizing downtime. However, organizations must prepare for the challenges of integrating these technologies into existing infrastructures, often fraught with legacy systems not equipped to handle such advancements.

The Role of AI and Automation

Artificial Intelligence (AI) and automation are increasingly being recognized as game-changers in operational technology security. As cyberattacks become more sophisticated, deploying AI can help in predicting and proactively addressing potential threats. Automation of security processes reduces human error, ensuring continuous monitoring and quicker incident response.

Key aspects of AI and automation in OT security include:

Predictive Analysis: Using AI to analyze past incidents can help forecast potential vulnerabilities and attacks, allowing businesses to bolster their defenses accordingly.
Automated Threat Hunting: Instead of waiting for alerts from traditional monitoring tools, AI can autonomously search for anomalies within the network, acting as a skilled security analyst on call 24/7.
Efficiency in Compliance: Automated systems can help maintain compliance by continuously checking that security protocols and regulations are followed, which is especially pertinent in highly regulated industries.

As these technological advancements take hold, organizations should be prepared to invest not just financially, but also in developing a culture that embraces these technologies. Investing in training and upskilling employees will be essential for maximizing the benefits of AI and automation in security practices.

"The threat landscape is ever-changing and organizations must adapt swiftly to maintain a secure operational environment."

Overall, the future of OT security looks promising with these advances. However, successful implementation hinges on understanding their relevance and necessity in a comprehensive security strategy.

Best Practices for Protecting OT Environments

The safeguarding of operational technology (OT) environments is not just a technical requirement; it’s a crucial business imperative. As organizations become more reliant on interconnected systems, the need for robust protection practices intensifies. Implementing best practices ensures that vulnerabilities are reduced, and the integrity of critical infrastructures remains intact. This section covers vital elements, benefits, and critical considerations that can help organizations establish a strong security posture.

Developing a Robust Security Strategy

Creating a well-defined security strategy is the cornerstone of protecting OT environments. This strategy should integrate both short-term and long-term objectives, reflecting the unique nature of operational technology. The strategy must begin with a thorough risk assessment to identify the vulnerabilities specific to the industrial setting, such as older devices that may not have received regular updates.

An effective strategy includes:

Asset Identification: Understanding what assets are critical to your operations can prevent disruption. This means creating an inventory of devices, software, and data flows in your environment.
Risk Management Framework: Align your security measures with industry standards, such as NIST or ISO, to ensure a structured approach.
Incident Response Plan: Develop procedures for responding to breaches or failures that may harm your OT environment. Clear protocols will facilitate swift action, reducing potential damage.

An established security strategy not only facilitates the identification of gaps but also promotes coordination among teams, bridging the gap between IT and OT functions.

Establishing Continuous Monitoring

Continuous monitoring is essential to detect anomalies and mitigate threats before they escalate. Traditional security measures may be reactive, yet OT environments necessitate a proactive approach.

Incorporating continuous monitoring involves:

Real-Time Analysis: Tools should be in place for real-time threats detection. Automated alerts can inform security teams of unusual activities immediately.
Behavioral Analytics: This involves analyzing user behavior over time to establish a baseline. Any deviation from this norm can indicate a potential cybersecurity incident.
Regular Audits and Assessments: Frequent evaluations of all systems help in identifying new vulnerabilities introduced by hardware changes or software updates.

"In the world of OT security, the early bird doesn’t just get the worm; it sidesteps the threat entirely."

Establishing a monitoring culture embedded within daily operations will significantly bolster a firm’s overall security posture.

Employee Training and Awareness Programs

No security framework can be successful without the human element. Training staff to understand security best practices is paramount. Employee vigilance can curtail human errors, which often serve as the entry point for cyber threats.

Effective training and awareness programs should focus on:

Customized Training Sessions: Tailor programs to different roles within the organization. Operators may require different training compared to IT professionals.
Phishing Simulations: Conduct drills to educate employees on recognizing phishing attempts and other social engineering tactics. This serves as practical and instructive learning.
Regular Updates: With the cybersecurity landscape evolving rapidly, regular training updates can keep employees informed about the latest threats and tactics used by attackers.

Creating an environment of awareness fosters accountability, where employees feel empowered to take action when they perceive risks.

By adhering to these best practices for protecting OT environments, organizations can better equip themselves against the ever-evolving threats in the cyber landscape. It’s about building a strong foundation that prioritizes security and fosters a culture of continuous improvement.

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Claroty: Enhancing Operational Technology Security

Intro

The Importance of Cybersecurity in a Connected World

The Convergence of Networking and Security