Biometric security key for phishing-resistant MFA

Biometric security key for phishing-resistant MFA 

Biometric security keys, like those compliant with FIDO2, offer phishing-resistant multi-factor authentication (MFA) by using fingerprint or facial recognition alongside a secure element on the key. This method combines the strength of hardware-based security keys with the convenience of biometrics, making it difficult for attackers to gain unauthorized access even if they obtain a user's password. 

How it works:

·        FIDO2 Compliance:

These keys adhere to the FIDO2 standard, which is a set of protocols designed for strong, phishing-resistant authentication. 

·        Biometric Authentication:

The key incorporates a fingerprint sensor or other biometric scanner. 

·        Secure Element:

The key contains a secure element to store cryptographic keys and biometric data, preventing compromise. 

·        Phishing Resistance:

Even if a user is tricked into entering their password on a fake website, the attacker would still need the physical security key and the corresponding biometric information to authenticate. 

Token has announced the launch of Token BioKey, a new line of FIDO-compliant security keys that provide enterprises with phishing-resistant, passwordless multifactor authentication (MFA). Built with on-device fingerprint sensors and secure elements, Token BioKey delivers biometric authentication in a compact, field-upgradable form factor and complements Token’s wearable biometric smart ring.

The Token BioKey series includes two models:

• Token BioKey: USB-only connectivity.

• Token BioKey Plus: USB + Bluetooth + NFC + USB-rechargable.

Both models feature a capacitive fingerprint sensor for on-device biometric verification and an EAL5+ certified secure element for safe storage and use of FIDO credentials. The Plus model features a battery that powers radio functions when the device is not connected to the user's device.

“Token BioKey is designed to meet the evolving security needs of modern enterprises,” said Rob Osterwise, VP R&D, CTO of Token. “By combining biometric authentication with flexible connectivity options and centralised management, we are providing organisations with a scalable solution to combat phishing and other cyberthreats.”

Key features

• Phishing-resistant MFA: Mitigates risks associated with phishing, man-in-the-middle attacks, and other vulnerabilities of legacy MFA solutions.

• Biometric security: Ensures that only the registered user can use the key, even if it is lost or stolen.

• Field upgradable: Allows for firmware updates to address emerging threats and maintain cutting-edge security.

• Centralised management: The Token Authenticator Console enables administrators to manage hardware assignments, customise security settings, and handle provisioning and deprovisioning across the organisation.

• Seamless integration: Compatible with major IAM and SSO solutions, including Microsoft, Cisco Duo, Okta, Google, and Ping.

Benefits of Biometric Security Keys for MFA:

·        Enhanced Security:

Biometrics add an extra layer of security, making it much harder for attackers to impersonate a user. 

·        Phishing Resistance:

Hardware security keys are inherently resistant to phishing attacks because they are not vulnerable to the same threats as passwords or one-time codes sent via SMS or email. 

·        Convenience:

Biometric authentication can be more convenient than entering long passwords or waiting for SMS codes. 

·        Passwordless Authentication:

In some cases, biometric security keys can enable passwordless logins, further simplifying the authentication process. 

·        Compliance:

Organizations are increasingly adopting phishing-resistant MFA solutions to meet security standards and regulations. 

 

PCI- SSC in Access & Video Surveillance

PCI- SSC in Access & Video Surveillance 

The Payment Card Industry Security Standards Council (PCI SSC) does not mandate specific video surveillance requirements, but it does have general physical security requirements that can be fulfilled through video surveillance or other methods. PCI DSS Requirement 9.1.1 specifically states that organizations must monitor physical access to sensitive areas using either video cameras or access control mechanisms. 

In this era of widespread digital transactions, we cannot overstate the importance of PCI-SSC. PCI-SSC serves as a guiding beacon, directing organizations toward the highest levels of security when handling payment card information. By prioritizing and adopting PCI-SSC standards, organizations can defend themselves against online attacks and enhance the overall integrity and reliability of the global payment ecosystem. The dedication of PCI-SSC to protecting the cornerstone of contemporary commerce remains unwavering, even as technological improvements continue.

What is PCI-SSC?

The Payment Card Industry Security Standards Council is a global organization founded in 2006 by credit card companies such as Visa, MasterCard, American Express, Discover, and JCB. Its mission is to develop and improve security standards for payment card transactions. The PCI-SSC is crucial in bringing stakeholders from the payments industry to create and promote adopting data security standards and resources. It is responsible for crafting and updating the PCI Security Standards, guidelines that dictate how organizations must protect cardholder data.

Compliance with PCI-DSS is mandatory for all entities that handle credit cards, encompassing those that accept, transmit, or store such information. To assist organizations in meeting PCI-DSS requirements, the PCI-SSC offers a range of resources, including training programs, assessment tools, and best practices. The significance of PCI-SSC lies in its dedication to safeguarding cardholder data from fraud and theft, aiding organizations in reducing the risk of data breaches, and ensuring the security of their customers.

Role of PCI-SSC

1. Develop and Maintain the PCI-DSS:

The PCI-SSC actively develops and updates the PCI Data Security Standard (PCI-DSS), outlining guidelines for safeguarding cardholder data. It ensures the PCI-DSS remains current and addresses the latest security threats. The PCI-SSC actively maintains and evolves the standards to meet the dynamic challenges of securing payment card information.

2. Promote Awareness of PCI-DSS Compliance:

The PCI-SSC actively raises awareness about PCI-DSS compliance through its website, social media, and public relations campaigns. Collaborating with industry organizations, it strives to promote understanding and adherence to PCI-DSS across various channels. The PCI-SSC engages in widespread efforts to highlight and encourage compliance with PCI-DSS standards.

3. Assess Organizations for PCI-DSS Compliance:

The PCI-SSC does not directly assess organizations for PCI-DSS compliance. Instead, it approves and supervises Qualified Security Assessors (QSAs) who conduct PCI-DSS assessments. In essence, the PCI-SSC delegates the assessment process to qualified professionals to ensure compliance with PCI-DSS standards.

4. Educate and Train Organizations on the PCI-DSS:

The PCI-SSC provides diverse training programs and resources to educate organizations on complying with the PCI-DSS. These offerings encompass a broad spectrum of subjects, including security requirements, assessment procedures, and best practices, aiming to equip organizations with comprehensive knowledge and skills. The PCI-SSC actively fosters education and training to implement PCI-DSS guidelines effectively.

Importance of PCI-SSC

1. Protection Against Cyber Threats:

In the digital age, there’s been a concerning rise in cyber threats like data breaches and identity theft. PCI-SSC serves as a safeguard by establishing and maintaining security standards that businesses must follow, guaranteeing the protection of sensitive payment information from potential threats.

2. The PCI-DSS is Up-to-Date:

The PCI-SSC actively updates the PCI-DSS to address the latest security threats, ensuring that organizations employ the most effective security measures for cardholder data protection. This ongoing process reflects the commitment to staying ahead of evolving risks in the digital landscape. In essence, organizations benefit from a current and robust framework to safeguard sensitive information.

3. Facilitating PCI-DSS Compliance:

The PCI-SSC provides diverse resources, such as training programs, assessment tools, and best practices, to assist organizations in complying with the PCI-DSS. These offerings simplify the compliance process for organizations of all sizes, ensuring accessibility and support in implementing PCI-DSS guidelines.

4. Comprehensive Security Framework:

PCI-SSC establishes a comprehensive framework encompassing payment card security aspects like network security, encryption, access controls, and regular testing. This all-encompassing strategy ensures vulnerabilities are tackled from various perspectives, establishing a solid defense mechanism against potential breaches.

PCI DSS and Physical Security:

PCI DSS (Payment Card Industry Data Security Standard) includes requirements for protecting physical access to areas where cardholder data is stored, processed, or transmitted.

The PCI standard requires, “either video cameras or access control mechanisms (or both) to monitor individual physical access to sensitive areas,” which allows some flexibility. “Sensitive areas” include:

“data centers, server rooms, back-office rooms at retail locations, and any area that concentrates or aggregates cardholder storage, processing, or transmission. . . This excludes public-facing areas where only point-of-sale terminals are present, such as the cashier areas in a retail store ”

Bottom line: If your PCI compliance solution lacks relevant access control, then you will need security cameras monitoring individual physical access to your organization’s sensitive areas.

Requirement 9.1.1:

This requirement focuses on monitoring physical access to sensitive areas, which include data centers, server rooms, and other locations where cardholder data is handled.

Video Surveillance as a Solution:

Organizations can use video cameras or other access control mechanisms (like keycard systems) to meet this requirement.

Not a Requirement for Footage Retention:

Importantly, PCI DSS does not mandate a specific retention period for video surveillance footage.

Focus on Access Control:

The primary goal of these physical security measures is to prevent unauthorized access to sensitive areas, thus protecting cardholder data.

Key considerations when using security cameras for PCI compliance

Here are four additional considerations specific to security cameras in the context of PCI compliance:

1. Regularly scheduled risk assessments. A full understanding of the security camera system, business environment, and threat environment allows for any adjustments needed to maintain compliance and continuously improve processes.
2. Employee training & awareness. Educating employees about PCI compliance is essential to program success. Employees who are aware can understand how their role can impact compliance and support ongoing program success.
3. Partnering with a vendor. A vendor that understands PCI compliance using security cameras and that offers solutions can remove the burden of program management from your staff, so you can focus on your mission-critical activities. Vendors also have knowledge leadership in the field that typically yields optimal program performance and results.
4. Security cameras + access control. A hybrid solution provides the highest level of compliance and protection. Seamless integration of access control with security cameras provides a framework for full visibility and control of your security environment.

Can the video retention be motion-based?

The PCI standard does not specify whether security systems that utilize motion-based video may be used. However, 24/7 recording with time stamps provides a comprehensive, clear record of all entry and exit events in an area for access control purposes.

The advantage of motion-based recording is reduced costs for storage. The disadvantages include false positives from background motion (passing cars, blowing leaves, birds, etc.) and false negatives (cameras not activating to record incidents). 24/7 recording avoids those disadvantages, while the three-month requirement under PCI makes data storage costs manageable.

Maintaining compliance

Achieving PCI compliance is simply the beginning. Maintaining compliance requires a consistent, strategic commitment to an ongoing compliance program. The three most important elements of an effective program are:

1. Dedicate resources necessary to continuously maintain compliance. This includes commitments of people and technologies.
2. Regularly assess & test the information security environment. Implement a framework to identify whether controls are working and enact appropriate changes that support continuous improvement.
3. Mature your vulnerability management. Vulnerability scans, patching, configuration management, passwords, and permissions reviews are part of an ongoing program to understand and respond to evolving vulnerabilities.

Ref:

1.      https://kirkpatrickprice.com/video/pci-requirement-9-1-1-use-either-video-cameras-access-control-mechanisms-monitor-individual-physical-access-sensitive-areas/

2.      https://www.getscw.com/knowledge-base/pci-compliance-doesn-t-need-90-days-of-footage#:~:text=PCI%20DSS%20has%20no%20specific,no%20requirements%20for%20footage%20retention.

3.      https://www.pcisecuritystandards.org/

 

Emergency Response and Access Control

Emergency Response and Access Control 

When it comes to ensuring safety and effectively managing critical incidents, emergency response and access control are two crucial factors. Secure Entry Solutions understand the importance of integrated solutions that provide a seamless balance between the needs of visitors and staff, while maintaining secure zones and customizing security features to meet specific requirements.

With over 90,000 organizations already choosing Keri Systems for their security needs, our solutions offer comprehensive automation of day-to-day operations, multi-site management, and proactive emergency response capabilities.

By implementing our access control systems, organizations can enhance security and prevent disasters by effectively restricting access to sensitive equipment, tightly controlling access to high-value assets, and protecting sensitive data through integration with CCTV and anti-passback systems.

Our software package enables easy management of perimeter access control, threat-level activation, CCTV integration, and auditing. With our multi-site management capabilities, organizations can effortlessly manage security across multiple locations and compile access reports for investigative purposes.

At SSA INTEGRATE, we prioritize rapid emergency response and situational awareness. Our advanced notification systems provide crucial information and situational awareness to emergency responders, enabling them to take immediate action in critical situations. With the ability to grant specific access levels to different zones or buildings, organizations can effectively manage occupancy limits and protect sensitive information and equipment.

Our cloud-based security solution (Bravo Based), offers a powerful lockdown feature that can be initiated remotely, ensuring peace of mind and enhanced security. During a lockdown, first responders are still granted access permissions to enable them to respond effectively. Once the all-clear is given, only authorized administrators have the ability to clear the lockdown.

With comprehensive integrations across security, administrative, and identity solution ecosystems, Brivo makes it easier for organizations to manage their security needs efficiently and with confidence.

Secure Entry Solutions are committed to providing top-notch emergency response and access control solutions that prioritize safety and protect against critical incidents. Partner with us to ensure the utmost security for your organization.

Enhancing Security and Preventing Disasters

Keri Systems has developed robust access control systems specifically designed for emergency responders. Our access control systems offer a wide range of features that enhance security and prevent disasters. With these systems, organizations can efficiently manage access to sensitive equipment, tightly control entry to high-value areas, and protect sensitive data.

Restricting Access to Sensitive Equipment

• Our access control systems allow organizations to restrict access to sensitive equipment, such as fire-fighting gear, ensuring that only authorized personnel can access it.

Tightly Controlling Access to High-Value Areas

• With our systems, organizations can establish strict access control measures for high-value areas, minimizing the risk of unauthorized entry and theft of valuable equipment or weaponry.

Protecting Sensitive Data through Integration

• Our access control systems integrate with CCTV and anti-passback systems to provide enhanced data protection. This integration ensures that only authorized individuals can access sensitive data, reducing the risk of data breaches.

In addition to these features, Keri Systems provides a comprehensive software package that enables efficient management of access control. With our software, organizations can easily manage perimeter access control, activate threat-level protocols, integrate with CCTV systems, and generate audit reports.

Furthermore, our access control systems offer multi-site management capabilities, allowing organizations to effectively manage security across multiple sites. This feature streamlines security operations and provides a centralized platform for compiling access reports, facilitating investigative processes.

By choosing Keri Systems’ access control systems, organizations can enhance their security measures, prevent disasters, and protect sensitive equipment and data.

Rapid Emergency Response and Situational Awareness

Keri Systems understands the critical importance of rapid emergency response and situational awareness in ensuring the safety and security of organizations. Our advanced notification systems are designed to provide real-time updates and alerts to fire fighters and police officers, enabling them to respond swiftly and effectively to emergencies.

Advance Notifications

With our advanced notification systems, organizations can receive immediate alerts about critical incidents, such as unauthorized access attempts, fire alarms, or security breaches. These advance notifications allow emergency responders to have timely information, enabling them to make informed decisions and take appropriate actions.

Dual Verification

In emergency situations, every second counts. Our dual verification feature ensures an added layer of security by requiring users to authenticate their identity through multiple verification methods. This prevents unauthorized individuals from gaining access to restricted areas and enhances the overall security of the organization.

Access Levels

Organizations often have areas with varying levels of security clearance. With our access control systems, specific access levels can be assigned to different zones, areas, or buildings, ensuring that only authorized personnel can enter certain areas. This not only helps manage occupancy limits but also protects sensitive information and equipment from unauthorized access.

Multi-Site Capabilities

For organizations with multiple locations, our systems offer seamless multi-site management capabilities. This allows for centralized control, monitoring, and reporting across all sites, ensuring consistent security protocols and efficient emergency response coordination.

Occupancy Counting

Managing occupancy limits is crucial for maintaining a safe and secure environment, especially during emergencies. Our systems enable organizations to accurately monitor and track the number of people in specific areas in real-time. This information can be used to ensure compliance with occupancy regulations and aid emergency responders in making informed decisions based on accurate occupancy counts.

With the ability to integrate with other security systems and solutions, Keri Systems offers comprehensive emergency response support for organizations of all sizes. By leveraging our advanced notification systems, dual verification capabilities, access level management, multi-site capabilities, and occupancy counting features, organizations can enhance their emergency preparedness and ensure the safety and security of their premises.

Cloud-Based Security and Peace of Mind

When it comes to ensuring the safety and security of your organization, Brivo, a leading cloud-based security solution, offers a powerful lockdown feature that brings peace of mind to both administrators and first responders. With the ability to initiate a lockdown from anywhere using a laptop, phone app, or a hardwired button in the building, Brivo’s lockdown feature provides a quick and efficient response to potential threats.

During a lockdown, first responders are still granted access permissions, ensuring their ability to swiftly enter the premises and respond effectively. This feature allows them to carry out their critical duties without any unnecessary obstacles. Once the all-clear is given, authorized administrators have the ability to clear the lockdown, restoring normal operations securely and efficiently.

Brivo goes beyond just offering a lockdown feature. Their comprehensive integrations across security, administrative, and identity solution ecosystems provide organizations with a seamless experience in managing their security needs. The cloud-based nature of Brivo’s platform enables easy access and real-time updates, making it simpler than ever to monitor and control access to your facilities.

By leveraging Brivo’s cloud-based security and innovative integrations, organizations can benefit from enhanced security measures, streamlined access control, and increased flexibility. With Brivo, you can have the peace of mind knowing that your security system is reliable and up-to-date, allowing you to focus on what matters most – your business and the safety of your employees and assets.

Authentication Vs. Authorization

Authentication and authorization are two fundamental components of information security that are used to safeguard systems (like Access Control) and data (Access Management Software). Authentication is the method by which a user or service’s identity is confirmed. At the same time, authorization determines what actions or resources a user or service is permitted to access after they have been authenticated.

Authentication involves verifying a user’s identity through a username and password, biometric authentication, or other security measures. It ensures that solely permitted individuals or systems can enter a system. Conversely, authorization entails assigning access permissions to particular resources or actions contingent upon the authenticated identity of a user or service.

The two processes work together to ensure the security of a system. If authentication is compromised, an attacker can get unauthorized system access. If authorization is not correctly configured, even authorized users may be granted excessive access privileges that can lead to data breaches. Thus, it is necessary to comprehend the difference between authentication and authorization and to verify that both are effectively configured to ensure system security.

 

What is Authentication (AuthN)?

Authentication, commonly shortened as “AuthN,” refers to verifying a user’s or entity’s identity when they seek entry into a network or system. Essentially, it validates that the user is indeed the individual they assert to be. In other words, it is the process of confirming that the user is who they claim to be. Authentication may entail something a user knows, like a password or PIN; something they have, like a security token; or something they are, like biometric authentication (e.g., fingerprint or facial recognition).

 

Purpose of Authentication

Authentication primarily identifies the user’s identity as an individual or entity attempting to access a system or resource. Authentication ensures that only authorized individuals or entities are granted access to sensitive data, systems, or resources while unauthorized access is prevented. Authentication is crucial in maintaining data and systems’ confidentiality, integrity, and availability. It prevents malicious actors from accessing sensitive information, performing unauthorized actions, or compromising the system’s security.

Authentication helps to establish accountability by ensuring that users are responsible for their actions and cannot hide behind the identities of others. Additionally, it aids in maintaining adherence to regulations and standards mandating secure access to systems and data.

Types of Authentication

Several types of authentication methods are used in information security, including:

·        Password-based Authentication: This is the most common authentication method, where users must enter a username and password to access a system or resource.

·        Multi-factor Authentication (MFA): This method combines two or more authentication factors to verify the user’s identity, for example, a password and a security token, a fingerprint and a PIN, or a smart card and a biometric scan.

·        Biometric Authentication: This method authenticates the user’s identity by leveraging distinctive physical characteristics like fingerprints, facial recognition, or iris scans.

·        Certificate-based Authentication: This method uses digital certificates to verify the user’s identity. The user’s private key is stored on a smart card or other devices, and public key infrastructure (PKI) is used to verify the certificate’s authenticity.

·        Single Sign-on (SSO): This approach permits users to authenticate once and gain access to various systems or resources without the need to re-enter their credentials.

·        Token-based Authentication: This method uses a security token or a one-time password (OTP) to authenticate the user.

 

What is Authorization (AuthZ)?

Authorization, frequently abbreviated as “AuthZ,” involves permitting or denying access to resources or actions depending on the authenticated identity of a user. In other words, authorization determines what actions or resources a user or system can access or perform after completing authentication.

Authorization typically involves assigning permissions or access levels to users or systems based on their roles, responsibilities, or request context. For example, a user with administrative privileges may be granted access to perform tasks that an ordinary user cannot perform.

 

Types of Authorization

Several common types of authorization methods are used in information security, including:

·        Role-Based Access Control (RBAC): This is one of the most commonly used authorization methods, which assigns users or systems access rights based on their roles, responsibilities, or job functions. For example, a manager might possess permission to view sensitive financial reports that regular employees are restricted from accessing.

·        Attribute-Based Access Control (ABAC): This authorization method assigns access rights based on a user’s attributes, such as their location, time of day, device used, or other contextual information. ABAC is a flexible method that allows fine-grained control over access based on specific criteria.

·        Discretionary Access Control (DAC): This authorization method empowers the resource owner to manage its access control. The owner can assign permissions to specific users or groups, and those users or groups can further delegate permissions to others.

·        Mandatory Access Control (MAC): This authorization method assigns access rights based on a security policy enforced by the system rather than the resource owner. MAC is commonly used in high-security environments such as government or military systems.

·        Rule-Based Access Control (RBAC): This authorization method employs a predetermined set of rules to ascertain access privileges. The rules may be based on specific conditions, such as the user’s department, job title, or other criteria.

 

Difference Between Authentication and Authorization

Here are the key differences between authentication and authorization:

Parameters	Authentication	Authorization
Definition	Authentication is a method of validating a user’s or system’s identity.	The process of providing or refusing access to resources or actions based on that identity is known as authorization.
Purpose	Authentication ensures that exclusively authorized users or systems can access a specific resource or execute a particular action.	Authorization specifies the access rights or permissions granted to users or systems for accessing resources or performing actions following authentication.
Objective	The objective of authentication is to confirm a user’s or system’s identity.	Authorization ensures that only authorized users or systems can access sensitive data or perform actions based on their privilege or access rights.
Aim	Authentication focuses on the user or system’s identity.	Authorization focuses on the user or system’s access rights.
Process	Authentication typically involves providing credentials such as a username and password or a security token.	Authorization, assigning permissions or access levels to users or systems based on their roles, responsibilities, or request context.
Risk	The risk of authentication is that an unauthorized user may gain access to a system.	The risk of authorization is that an authorized user may misuse their access privileges.

 

Final Thoughts

Authentication occurs before authorization, as the user or system must first be verified as legitimate before being granted access to resources or actions.

In short, authentication and authorization are two distinct but interrelated processes in information security that serve different purposes and objectives. If you want to gain more knowledge about authentication and authorization, write us ssaintegrate@gmail.com

Ways to Secure Data Centres

Data Centre Security- 11 Ways To Secure Data Centres 

In today’s world the most valuable assets is data. Together with the data centres that hold and process it, they underpin almost all facets of modern life. This makes data centres an attractive target for threat actors, due to the large and diverse amount of information that supports our national infrastructure and businesses.

The term data centre security conjures images of lines of code, hackers and firewalls. However, there is a huge requirement for physical security within a data centre too.

Data centres are used to house computer systems. They often include backup data, core data, replicated data and on the whole, are huge part of an organisation’s Disaster Recovery Strategy.

In a world where technology impacts many industries, data centres are crucial for businesses and therefore data centres security is a hot topic. Not only should data be protected from potential cyber-attacks, the physical building should be secure.

The security and resilience of your data and the infrastructure beneath it are therefore critical. High-profile data breaches and disruption to services are frequently reported, with each incident, causing operators and data owners potentially huge financial losses in regulatory fines, loss of sensitive IP, downtime, post-incident recovery, security improvements, and perhaps most valuably of all, reputation.

Cyber intrusion methodology evolves constantly, and sophisticated attackers have a strong incentive to defeat the defences you put in place. It should be assumed that at some point your defences will be breached and therefore it is also important to be able to respond proactively by detecting attacks and having measures in place to minimise the impact of any cyber security incidents.

Cyber security focuses on the prevention of data theft or destruction by malicious attacks; however, this is not enough to ensure your data centre remains safe. The building also has to be protected from physical attacks.

Here, we discuss 11 ways you can physically secure data centres.

1. Use Crash Barriers

Stop unauthorised vehicle entry with the installation of road blockers. These have been designed specifically to prevent the threat of potential intruders or terrorist attacks in high-security areas. Varying in height, these road blockers will restrict the entry of vehicles.

2. Use Bollards

Avoid anything impacting and colliding into the building by installing bollards. Install permanent bollards around the building entrances. Alternatively, you could install adjustable bollards that can be lowered to allow access to authorized vehicles.

3. Limit Entry Points

Where possible, try and limit the possible entry points to only one door. If you require additional fire doors, ensure these extra doors are exit only. Limit exterior door handles to prevent any re-entry.

4. Use Security Cameras

Surveillance cameras should be installed throughout the perimeter of the data centre. Consider installing adequate CCTV signage as this can be a physical deterrent.

5. Hire On-Site Security

Threats can happen at any time. You may consider an additional layer of physical security by hiring on-site staff. Having someone monitoring the site acts as a strong deterrent to intruders and can raise the alarm if they spot any potential issues.

6. Build The Data Centre In The Best Location

Plan the best location for your data centre. If possible, choose a location away from the company’s head office or headquarters.

Ensure the data centre is set back from the main road. Consider using landscaping to help form additional protection as trees can help obscure the building from passers-by. Avoid building data centres in locations that are prone to natural disasters such as in a flood area or an area prone to earthquakes or fires.

7. Plan The Data Centre Carefully

When you design a data centre, avoid unnecessary windows. Build walls that are extremely thick as they work an effective barrier as well as improving thermal insulation.

8. Embrace Biometric Technology

Biometric technology is increasingly popular and is now part of our every day lives. Install biometric identification systems in the building to control access. This is often a fingerprint recognition device. In addition to biometric technology, ensure multi-factor authentication is in place. This method utilises two or more authentication methods. For example, someone may use their fingerprint but will still need to type in a pin code or show an access card.

9. Install Perimeter fencing

Data Centres have access to unprecedented levels of data. It is important to protect data from digital hackers, but the data also needs to be protected in the physical sense. Therefore, security-rated fencing is of the utmost importance for these buildings and keeping data secure. As a physical security breach has the potential risk just like a digital attack would.

Perimeter security is also vital. Have strong fencing around your entire site. Ensure the gates and barriers are placed where surveillance equipment, a guard, or preferably both are in place.

This is why, at SSA INTEGRATE, we understand how vital data centre fencing is in the wider security strategy of sites. The ultimate goal is to detect potential threats early on and then allow enough time to intercept a risk or threat.

10. Use Access Control Equipment

Data centres should adopt a Zero Trust Network. This means that no one is trusted until they can prove who they are. Access control equipment is an important element of implementing this.

While it may seem simple, access lists should also be provided to ensure that only approved individuals can access data centre. Ensure these lists are kept up to date and are stored securely.

11. Install a Sophisticated Alarm System

Alarm systems are costly. However, these costs are outweighed by the potential benefits. Some systems are linked to local police stations or security companies. Others are silent, but trigger alerts to key staff. Whatever the system you choose, it will bring peace of mind.

People value physical security. They trust places that are secure when they can actually see forms of security such as gates, barriers and alarm systems.

Many companies may forget about the physical form of security when it comes to data centres as they are concentrating on the risk of cyber threats. Although cybersecurity is vital and needs to be as sophisticated as possible, teaming this up with physical security can ensure your data centre is as secure as it can be.

As data centres evolve in the future, the need for physical measures will remain vital. However, physical security measures may also evolve. Having a multi-layer approach that considers both physical and cyber elements will ensure the best protection.