With the advent of digitalization, power distribution systems have become increasingly reliant on technology. However, this also exposes them to the threat of cyber attacks. In this blog, we will explore the importance of industrial cybersecurity measures in the power distribution sector and some key compliances that need to be adhered to.
Understanding the Risks: Cyber Threats in Power Distribution Sector
The power distribution sector is highly vulnerable to cyber attacks, which can result in power outages, data theft, and other security breaches. Cyber criminals can exploit vulnerabilities in the industrial control systems (ICS), including SCADA systems, programmable logic controllers (PLCs), and distributed control systems (DCS).
Compliance and Regulations: NERC CIP, IEC 62443, and more
The North American Electric Reliability Corporation (NERC) Critical Infrastructure Protection (CIP) standards and the International Electrotechnical Commission (IEC) 62443 are some of the key compliances that need to be followed by power distribution companies. These standards ensure that the industrial cybersecurity measures are in place to protect the critical infrastructure from cyber attacks.
Industrial cybersecurity services can help power distribution companies in assessing their cybersecurity risks and implementing the necessary measures to protect their critical infrastructure. They can also provide ongoing monitoring and support to ensure that the systems remain secure.
Industrial Cybersecurity Solutions: Network Segmentation, Firewalls, etc.
Industrial cybersecurity solutions such as network segmentation, firewalls, intrusion detection and prevention systems (IDPS), and endpoint protection can help in safeguarding the power distribution sector against cyber attacks. These solutions can help in preventing unauthorised access to critical infrastructure systems, detecting and responding to security breaches, and minimising the impact of cyber attacks.
Industrial cybersecurity services can provide several benefits to power distribution companies, including improved security posture, reduced downtime due to cyber attacks, compliance with regulations, and increased customer trust. They can also help in identifying vulnerabilities in the system before they are exploited by cyber criminals.
As power distribution systems become increasingly digitised, industrial cybersecurity measures become more critical than ever. Power distribution companies need to comply with the regulations and standards and implement the necessary cybersecurity measures to protect their critical infrastructure. Industrial cybersecurity services can provide the expertise and support required to ensure the effective defence against cyber attacks.
Critical infrastructure, such as power plants, water treatment facilities, and transportation systems, are the backbone of modern society. These systems are increasingly connected to the internet and other networks, making them vulnerable to cyber attacks. Industrial cybersecurity is the practice of protecting these critical systems from cyber threats. In this blog, we’ll explore the role of industrial cybersecurity services in securing critical infrastructure.
Industrial cybersecurity services and solutions are designed to protect critical infrastructure from cyber attacks. These services and solutions can include:
Risk assessments: A risk assessment is an evaluation of the potential for harm to a system from a cyber attack. Industrial cybersecurity providers can perform risk assessments to identify vulnerabilities in critical infrastructure.
Penetration testing: Penetration testing involves simulating a cyber attack to test the effectiveness of a system’s security measures. Industrial cybersecurity providers can conduct penetration testing to identify weaknesses in critical infrastructure security.
Network monitoring: Network monitoring involves continuous monitoring of a system’s network for suspicious activity. Industrial cybersecurity providers can offer network monitoring services to detect and respond to cyber threats in real-time.
Incident response: Incident response involves a coordinated approach to respond to a cyber attack. Industrial cybersecurity providers can help critical infrastructure organisations develop and implement incident response plans to minimise the impact of cyber attacks.
Industrial Control Systems (ICS) are used to control critical infrastructure systems. Industrial control systems are increasingly connected to the internet and other networks, making them vulnerable to cyber attacks. IACS (Industrial Automation and Control Systems) cybersecurity services are designed to protect ICS from cyber threats. These services can include:
IACS risk assessments: An IACS risk assessment is a comprehensive evaluation of the potential for harm to an ICS from a cyber attack. IACS cybersecurity providers can perform risk assessments to identify vulnerabilities in ICS.
IACS penetration testing: IACS penetration testing involves simulating a cyber attack on an ICS to test the effectiveness of the system’s security measures. IACS cybersecurity providers can conduct penetration testing to identify weaknesses in ICS security.
IACS security solutions: IACS cybersecurity providers can offer a range of security solutions, including firewalls, intrusion detection systems, and access control systems, to protect ICS from cyber threats.
Operational Technology (OT) and Internet of Things (IoT) devices are increasingly used in critical infrastructure systems. These devices can include sensors, controllers, and other devices that are used to control critical infrastructure systems. OT/IoT security assessments are designed to identify vulnerabilities in OT and IoT devices. These assessments can include:
IoT device discovery: IoT device discovery involves identifying all IoT devices connected to a critical infrastructure system.
OT device discovery: OT device discovery involves identifying all OT devices connected to a critical infrastructure system.
OT device vulnerability assessment: OT device vulnerability assessments involve identifying vulnerabilities in OT devices.
Thus, we could conclude that Industrial cybersecurity is critical to securing critical infrastructure systems. Industrial cybersecurity services and solutions, IACS cybersecurity services, and OT/IoT security assessments can help protect critical infrastructure from cyber threats. As critical infrastructure systems continue to become more connected, the importance of industrial cybersecurity will only continue to grow.
The health industry has experienced a significant shift towards digital transformation, with the adoption of telemedicine and teleconsultation becoming more widespread. While these advancements have brought many benefits, they have also brought new cyber threats and vulnerabilities that put sensitive patient data at risk. That’s why it’s crucial for the health industry to invest in web service and API penetration testing services to ensure their digital infrastructure is secure and resilient.
The health industry is one of the most targeted industries for cyberattacks due to the sensitive nature of the data they hold. Webservice and API penetration testing is an essential component of cybersecurity that ensures the security of an organisation’s digital infrastructure by identifying vulnerabilities in web applications and APIs. By conducting regular penetration testing, health organisations can prevent data breaches and avoid the costly consequences that follow.
The Risks of Cyber Attacks in the Health Industry
With the increase in teleconsultation and telemedicine, healthcare providers are now accessing and transmitting sensitive patient information over the internet. This information could be vulnerable to cyber attacks, which can result in:
Theft of patient data – Cybercriminals can steal sensitive patient data, including medical records, personal identification, and payment information.
Ransomware attacks – Ransomware attacks can encrypt data, rendering it unusable and demanding payment for the decryption key.
Downtime – Cyber attacks can cause disruptions in health services, leading to downtime and financial losses.
Loss of trust – A data breach can lead to a loss of trust between the patient and healthcare provider, damaging the provider’s reputation and financial standing.
The Need for Webservice and API Penetration Testing
Webservice and API penetration testing service is crucial in the health industry to ensure that patient data is protected and healthcare providers can continue to provide quality care. Some of the benefits of webservice and API penetration testing include:
Identifying vulnerabilities – Webservice and API penetration testing helps identify vulnerabilities in an organisation’s digital infrastructure that can be exploited by cybercriminals.
Compliance – Regular penetration testing is required by many regulations and industry standards, such as HIPAA, to ensure that sensitive data is protected.
Cost savings – Detecting and addressing vulnerabilities before a cyber attack can result in significant cost savings, as data breaches can be expensive to remediate.
Reputation management – Conducting regular penetration testing can help healthcare providers maintain the trust of their patients and protect their reputation.
As healthcare continues to rely on digital transformation and remote services, the risks of cyber attacks continue to increase. Web and API penetration testing service is an essential component of cybersecurity in the health industry. By identifying vulnerabilities and addressing them promptly, healthcare providers can ensure the protection of sensitive patient data and maintain the trust of their patients.
Vulnerability Assessment and Penetration Testing (VAPT) is a crucial security measure for e-commerce websites. As the number of online transactions continues to grow, the threat of cyberattacks also increases. Vulnerability Assessment Services and Penetration Testing services help e-commerce websites identify and mitigate vulnerabilities in their systems, ensuring the security of their customers’ information and their own sensitive data. In this blog, we will discuss the benefits of VAPT for e-commerce websites.
Early Detection of Vulnerabilities
VAPT is a proactive approach to security, allowing e-commerce websites to identify and fix vulnerabilities before they can be exploited by attackers. By conducting regular VAPT, e-commerce websites can identify and fix vulnerabilities in a timely manner, reducing the risk of a cyber attack.
Compliance with Industry Regulations
Many industries have regulations that require companies to ensure the security of their customers’ information. VAPT services can help e-commerce websites comply with these regulations, such as the Payment Card Industry Data Security Standard (PCI DSS) and the General Data Protection Regulation (GDPR).
Improved Customer Confidence
When customers see that an e-commerce website has taken the necessary steps to secure their information, they are more likely to trust the website and make purchases. VAPT demonstrates a commitment to security and helps to build customer confidence in the e-commerce website.
Better Preparation for Cyber Attacks
No system is completely secure, and cyberattacks can happen to any website. However, by conducting VAPT, e-commerce websites can better prepare for these attacks and minimise their impact. VAPT helps e-commerce websites identify and fix vulnerabilities, reducing the risk of a successful attack.
Cost-Effective
VAPT is a cost-effective way to improve the security of an e-commerce website. While the cost of a breach can be significant, the cost of VAPT services is relatively small compared to the potential damage from a successful attack. In addition, VAPT can help e-commerce websites avoid the costs associated with complying with industry regulations.
Protecting Sensitive Data
VAPT helps e-commerce websites identify and protect sensitive data, such as credit card numbers, personal information, and proprietary information. This not only helps to prevent identity theft and financial fraud, but also protects the e-commerce website’s reputation.
Staying Ahead of the Threat Landscape
The threat landscape is constantly evolving, with new vulnerabilities and attack methods being developed all the time. By conducting regular VAPT, e-commerce websites can stay ahead of the curve and ensure their systems are secure against the latest threats. VAPT helps e-commerce websites stay ahead of the threat landscape and keep their customers’ information secure.
In conclusion, Vulnerability Assessment and Penetration Testing (VAPT) service is a crucial security measure for e-commerce websites. VAPT helps e-commerce websites identify and mitigate vulnerabilities, improve customer confidence, comply with industry regulations, better prepare for cyberattacks, and is a cost-effective way to improve the security of an e-commerce website. By taking the necessary steps to secure their systems, e-commerce websites can protect their customers’ information and their own sensitive data.
Transportation is a critical aspect of our daily lives and the economy. As we rely more and more on transportation, it becomes increasingly important to ensure that the systems, processes, and technologies we use are secure and safe. Vulnerability assessments services are an essential tool for identifying and addressing the vulnerabilities in transportation systems, ensuring that they can operate effectively and securely.
The Importance of Vulnerability Assessments in Transportation
Vulnerability assessments in transportation help to identify potential security threats and risks, including those that may result from physical attacks, cyber attacks, and natural disasters. By identifying and addressing these vulnerabilities, transportation systems can be made safer and more secure, reducing the risk of accidents and disruption.
The Process of Conducting a Vulnerability Assessment
A vulnerability assessment service in transportation typically involves a thorough examination of the transportation system, including its infrastructure, processes, and technologies. This may include a review of physical security measures, such as security cameras and access controls, as well as a review of the system’s cybersecurity measures, such as firewalls and encryption.
Once the assessment is complete, the results are used to develop a plan for addressing any identified vulnerabilities. This may involve implementing new security measures, improving existing ones, or training personnel to better respond to potential threats.
Benefits of Conducting Vulnerability Assessments in Transportation
Vulnerability assessments in transportation offer a number of benefits, including:
Improved safety: By identifying and addressing potential security risks, transportation systems can be made safer for passengers and personnel.
Enhanced security: Conducting vulnerability assessments can help to identify and prevent potential security breaches, reducing the risk of data theft or malicious attacks.
Increased efficiency: By addressing vulnerabilities, transportation systems can operate more efficiently, reducing the risk of downtime and disruption.
Better preparedness: By identifying potential threats, transportation systems can be better prepared to respond to emergencies, reducing the risk of damage and injury.
In conclusion, conducting vulnerability assessments is a crucial step towards ensuring the smooth operation and protection of transportation systems. It helps to highlight areas of weakness and implement effective measures to address these vulnerabilities, reducing the likelihood of accidents, disruptions, and other security threats. Whether you are a player in the transportation sector or simply depend on these systems for mobility, it’s imperative to comprehend the significance of vulnerability assessments and take proactive steps towards securing transportation systems for the safety of all.
Disaster recovery and business continuity planning are critical components of any organization’s IT infrastructure. These plans are designed to ensure that your business can continue to operate in the event of an outage or crisis, whether that be due to a natural disaster, cyber attack, or human error. Explore our services and see how we can help you achieve your IT infrastructure goals.
Surviving a crisis: Strategies for disaster recovery and business continuity planning
One of the key strategies for disaster recovery and business continuity planning is to have a comprehensive understanding of your organization’s critical systems and data. This includes identifying which systems and data are essential for your business to operate, and which can be restored or recreated in the event of a disaster.
Once you have a clear understanding of your critical systems and data, it is important to develop a disaster recovery plan that includes specific procedures for restoring those systems and data in the event of an outage or crisis. This plan should include details such as how to restore data from backups, how to re-establish communication with remote sites, and how to bring new systems online.
Another important strategy is to conduct regular testing and simulations of your disaster recovery plan. This will help you identify any weaknesses or gaps in your plan, and give you an opportunity to make any necessary changes before an actual crisis occurs.
It’s also important to have a solid business continuity plan in place. This plan should outline the steps your organization will take to maintain critical business functions in the event of an outage or crisis. This might include implementing alternative communication methods, delegating responsibilities to different employees, or relocating to a temporary location.
In addition, it is crucial to have a disaster recovery and business continuity plan that is flexible enough to adapt to different types of crises. This means having different plans in place for different types of disasters, such as natural disasters, cyber attacks, and human error.
Finally, it is important to regularly review and update your disaster recovery and business continuity plan, to ensure that it remains relevant and effective in the face of new and emerging risks.Contact us today and experience the benefits of our IT infrastructure solutions.
How to build an effective BCDR plan
Disaster recovery and business continuity planning are crucial for any organization. The BCDR plan is a comprehensive document that outlines the procedures and processes that an organization will follow in the event of a disaster or crisis. It is designed to minimize the impact of a disaster on the organization and ensure that it can continue to operate even in the face of unexpected events.
The steps to building a BCDR plan includes assessing the risk, identifying critical systems and data, developing procedures, testing and simulating, developing a business continuity plan / bcp assessment, communication and training, maintenance and updating, establishing a crisis management team, and having a communication plan and testing and reviewing schedule.
By following these steps, an organization can ensure that it is prepared to respond to and recover from any type of disaster. A solid BCDR plan can help minimize the impact of a disaster on the organization and ensure that it can continue to operate even in the face of unexpected events.
In conclusion, Disaster recovery and business continuity planning are essential for any organization. By identifying critical systems and data, developing a comprehensive disaster recovery plan, testing and simulating the plan, having a solid business continuity plan, being adaptable to different types of crisis, and regularly reviewing and updating the plan, organizations can ensure they are prepared to respond to and recover from any type of disaster. Get a customized DR solution and BCP plan services tailored to your business needs. Contact us now
HITRUST (Health Information Trust Alliance) is a third-party organization that provides a framework for information security and privacy for the healthcare industry. The HITRUST CSF (Common Security Framework) is a set of standards and guidelines that organizations can use to protect sensitive patient information, including electronic protected health information (ePHI). Organizations that are HITRUST certified have been independently verified to have the appropriate controls and processes in place to safeguard ePHI. Not sure where to start with HITRUST compliance? Learn more about IARM’s HITRUST readiness offerings and get a guide to all the ins and outs of the certification process.
If your organization is considering HITRUST certification, it’s important to be prepared for the assessment process. Here are some steps you can take to identify gaps in your current information security controls and develop a Hitrust Readiness plan to address them.
Review the HITRUST CSF: The first step in preparing for a HITRUST assessment is to review the HITRUST CSF and understand the requirements. The CSF includes detailed controls and requirements that must be met in order to achieve certification. This will give you an idea of what areas your organization needs to focus on in order to be compliant.
Perform a gap analysis: Once you have a good understanding of the HITRUST CSF requirements, you’ll need to perform a gap analysis to determine where your organization currently stands in terms of compliance. This involves comparing your current information security controls to the HITRUST CSF requirements and identifying any gaps that need to be addressed.
Develop a plan: After identifying gaps in your information security controls, you’ll need to develop a plan to address them. This plan should include specific steps that your organization will take to bring your controls into compliance with the HITRUST CSF. Be sure to include timelines for each step, as well as the resources (such as personnel and budget) that will be required.
Implement the plan: Once the plan is developed, it’s time to start implementing it. Make sure you have the necessary personnel and budget in place to carry out the plan, and that everyone understands their role and responsibilities. This can include updating policies and procedures, implementing new controls, and conducting training for employees.
Regularly review and update the plan: As your organization continues to implement the plan, you’ll need to regularly review and update it as needed. The HITRUST CSF requirements may change over time, and your organization’s information security controls may need to be updated as well. It’s important to keep track of these changes and make sure your organization stays compliant.
By following these steps, your organization can prepare for a HITRUST assessment and be on the path to achieving certification. Remember to also consider using a HITRUST Assessor service to help during the process. And in addition, Keep monitoring the HITRUST official website for recent updates and changes for the HITRUST CSF requirements. Contact a HITRUST compliance expert today and start developing a plan to achieve compliance.
If you’re ready to take the next step toward HITRUST certification, schedule a consultation with one of our experts today
In the healthcare sector, the protection of sensitive patient data is of utmost importance. The Service Organization Control (SOC)2 Compliance report is a widely recognized standard for evaluating the effectiveness of a service organisation’s controls related to security, availability, processing integrity, confidentiality, and privacy.
In this blog, we will explore the importance of SOC2 compliance in the healthcare sector and the key considerations for healthcare organizations looking to achieve SOC2 compliance Audit.
1: The Importance of Protecting Patient Data in the Healthcare Sector
The sensitive nature of patient data and the need to protect it from unauthorized access or breaches. SOC2 Compliance can ensure the protection of data. The impact of data breaches on patient trust and the reputation of the healthcare organization. The potential legal and financial consequences of a data breach in the healthcare sector
2: The Regulatory Landscape for Patient Data Protection in Healthcare
Overview of relevant regulatory frameworks, such as HIPAA and HITECH. The role of SOC2 compliance in meeting regulatory requirements for patient data protection. This can be achieved by a third party cyber security solution provider. The potential consequences of non-compliance with patient data protection regulations
3: The Benefits of SOC2 Compliance for Healthcare Organizations
Demonstrating a commitment to protecting patient data and meeting regulatory requirements. Building trust with patients and other stakeholders. Reducing the risk of data breaches and the associated consequences
4: Key Components of a SOC2 Report for Healthcare Organizations
Overview of the five trust services principles (security, availability, processing integrity, confidentiality, and privacy). Examples of controls that may be evaluated in a SOC2 report for a healthcare organization. The role of independent third-party auditors in conducting a SOC2 audit compliance
5: Best Practices for Maintaining SOC2 Compliance in the Healthcare Sector
Regular review and updates to policies and procedures related to patient data protection. Training and education for employees on patient data protection best practices. Regular monitoring and testing of controls to ensure they are effective. Responding to and addressing any issues or vulnerabilities identified during the SOC2 compliance audit service.
Achieving SOC2 compliance demonstrates that a healthcare organization has appropriate controls in place to protect patient data and meet regulatory requirements.
IARM, one of the leading SOC2 Audit companies in India, can empower healthcare organizations to ensure the security and privacy of patient data and build trust with their patients and other stakeholders. Contact IARM for consultation.
Twenty first century, the era of Information Technology and services is overwhelmed day by day with neo cyber threats and data breaches that hinder development of organisations, its critical infrastructures, and causes severe financial losses, trashed reputation among customers, submerging Lawsuits and in some cases total abomination of business.
Especially for enterprises that outsource important operations to third party vendors, they always possess a high vulnerability to security threats. Inorder to reduce the probability of a cyber attack and data breach, standards and benchmark compliance are being developed and adopted in the digital world by International community. SOC2 Type2 Compliance, one such standard plays a vital role in acting as a buffer and first line of defence against data breach
What is SOC2 Compliance ?
System and Organisation Controls is developed by American Institute of Certified Public Accountants, as a Compliance mechanism for Organisations in order to manage customer data according to Trust Services Criteria.
SOC2 Compliance is one of the basic requirements for enterprises considering a SaaS provider undertaken by outside auditors, to ensure security during storage and processing of data by third party vendors. SOC 2 audit ensures that the organisation follows information security practices and assures that clients data in the cloud is secured. IARM, a renowned SOC2 Audit company in India, can be consulted for any SOC2 compliance related queries.
Which Organisations need SOC2 Compliance?
Organisations which are dealing with management of customer data in the cloud like Technology service providers and SaaS companies, are in need of SOC2 compliance. Along with them, Enterprises which are subjected to HIPAA and PCI DSS standards for data privacy, are recommended to comply with SOC2 Type2.
Trust Service Criteria (TSC): Bulwark of SOC 2
The SOC 2 framework is based on five “Trust Services Criteria” to protect the customer data from any kind of data breach. they are:
1. Privacy
2. Availability
3. Security
4. Processing integrity
5. Confidentiality.
With these criteria, SOC2 regulates vendor management, internal governance and risk management for the organisations to avoid any third party data breach.
Who performs a SOC2 Audit?
Independent Certified Public Accountants (CPA) and CPA organisations with technical expertise, trained personnel and Certification can perform SOC2 audits. These CPAs must always be updated with recent upgradation of each and every type of SOC audit, developed by AICPA.
Thus SOC2 compliance cumulatively boosts the growth trajectory of organisations with data security and customer satisfaction as its twin core of operation.
SOC2 Type2 Compliance with IARM
IARM Information Security, with experts in Compliance and ISO standards, provides customised SOC2 Compliance Audit Service with end-to-end customer services. Adhering to the professional standards by the AICPA, IARM reviews the organisation’s security standards and ensures that their audits are performed on par. Consult IARM and Prevent Data breach!
Cyberattacks are becoming more common and the cyber threat landscape is constantly changing. It is essential to be vigilant and respond quickly. A cybersecurity incident that is not dealt with quickly can cause serious damage to an organization and increase the cost. These risks are managed by the Security Operations Centre (SOC) of an organization. The SOC should have the ability to monitor cyber threats round-the-clock, seven days a semaine, and respond quickly to any incidents.
What is SOC (Security Operations Centre), and how can it be used?
An information security operation centre (SOC), is a structure that houses an information security team responsible for continuously monitoring and assessing the organisation’s security status.
To detect, assess, and respond to cybersecurity issues, the SOC team employs a variety of processes. To ensure security vulnerabilities are fixed as soon as possible, the SOC team works with organisations’ incident response teams. Security operations center monitors and analyses networks, servers and endpoints as well as websites and apps. They look for unusual behavior that could indicate security incidents or compromises. The SOC is responsible to properly identify, analyse, defend, investigate, and report potential security threats.
Security Operations Center (SOC), Roles and Responsibilities
The SOC is responsible for responding to any incident within an organisation and pushing for security improvements that will protect it from cyber threats. The following benefits will be realized by a well-functioning SOC. They use a complex combination of technologies and the right people to monitor the network and manage it.
Identify assets
A SOC team’s activities begin with a thorough understanding of all the technology and tools available.
This team acquires knowledge about the hardware and software of the systems. This knowledge is used to detect cyber threats early and identify existing weaknesses.
Proactive Monitoring
The primary purpose of a Security Operations Centre is to detect malicious network activity and prevent it from causing significant damage.
Severity of Rank Alerts
SOC analysts must give a severity rating to each occurrence when they find a threat. This information helps to prioritize the event’s response.
Continuous behavioural monitoring involves reviewing all systems seven days a week, 24 hours a day. SOCs are able to provide the same weight as proactive and reactive efforts, since any anomaly inactivity can be identified immediately. You can use behaviour models to train data gathering systems about suspicious activities and alter false positives.
Incidence Recovery
Incident recovery can help recover data from an organisation. This includes system reconfiguration, backups, and updates.
Compliance Management
It is crucial to ensure that the SOC team members and the company follow all regulatory and organizational requirements when executing business objectives. One member of the team is usually responsible for compliance education and enforcement.
The SOC gathers data from all over the network. Various devices monitor for irregularities and alert employees about potential dangers. The SOC does more than just deal with problems as they arise.
Organizations often use a security operation center (SOC) to monitor and respond to potential threats. This provides centralized and consolidated cybersecurity incident detection, prevention, and response capabilities.
Which SOC is best for your organisation?
An SOC can be part of a comprehensive strategy that protects organizations against advanced threats. There is no single solution that will provide the best balance between effectiveness and cost.
There are many types of SOC models that can be used to create and maintain security operations.
SOC Distributed
In-house, a semi-dedicated part-time or full-time employee is hired to work with a third party managed security service provider in a comanaged SOC. This is also known as a MSSP (co-managed SOC).
Managed SOC
MSSPs can provide all SOC services for a company using this approach. Managed security operations models augment existing network security tools by providing continuous threat monitoring, detection and response. You can also include security operations solutions to help reduce cyber risk and assess vulnerabilities.
Security Operations Center Benefits
Have a look of some of the benefits that Security Operations Center offers
Improvements in incident response time and practices
Reduced gaps between the time at which compromise occurred and the mean time to detect (MTTD).
Monitoring and analysis of suspicious activity. Effective communication and collaboration.
For a more comprehensive security strategy, consolidate software and hardware assets. Both customers and employees feel more comfortable sharing sensitive information.
Control and transparency of security activities.
If a company plans to prosecute cybercriminals, it will need a data chain of control.
IARM is a pioneer in the field of SOC-as-a-Service and has top listed from Gartner Peer Insights and Clutch for the best Cybersecurity Service Company.
It’s a big decision whether to develop your own on-premise SOC or outsource it to a business that specialises in SOC-as-a-Service. If you’d like to learn more, please contact us.
SOC Best Practices
Here are the top practices of the Security Operations Center
Risk Assessment
SOC leaders use formal risk assessment procedures to determine gaps in detection coverage and respond coverage, and to influence future investments.
Data collection and aggregate
The best SOCs use the most cutting-edge technology to efficiently consolidate and analyze data from all parts of an enterprise.
Prioritize
The volume of alarms and security data can overwhelm even the most powerful SOC teams. It is important to have established mechanisms for prioritizing and triaging incident response in order not to ignore critical threats.
Playbooks
SOC playbooks provide operational procedures and structure for common attack scenarios to analysts. They increase response time and improve investigative quality.
Automation
SOCs automate key incident response steps, data collection, processing and reporting to increase response time. All data should be measured and reported. SOCs don’t just respond to security issues, they also monitor cybersecurity effectiveness and demonstrate compliance.
IARM, the market leader in cybersecurity operations, offers an outsourced, fully-managed security operations solution that assists organizations of all sizes to increase their defenses and reduce organizational risk.
Our experts offer strategic and tactical insights that will help you improve your security posture, compliance and capabilities.
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