Organizations face unprecedented security risks—over half of cloud-based applications in use are unsanctioned, leaving sensitive data vulnerable. As users increasingly bypass IT protocols for their work-related daily tasks, the Just-in-Time (JIT) Admin feature has overturned the tables. Providing temporary elevated permissions exactly when needed, effectively mitigates the risks associated with shadow IT. With striking statistics underscoring the critical nature of this issue, it’s clear that adopting JIT is not just beneficial but essential for securing your organization’s future. 

To understand the scale of this problem, consider the following statistics that highlight the pervasive impact of shadow IT on organizations today.

Did you know^[1]

• Nearly 270–364 SaaS applications are used daily in an average enterprise.
• Of them, 52% of SaaS applications in enterprises are unsanctioned.
• Approx. 50% of cyberattacks stem from shadow IT, costing an average of $4.2 million to fix.
• 30%–40% of IT spending in large enterprises goes to shadow IT.
• 16% of IT departments spend 20+ hours a week resolving end-user requests.

To effectively manage these challenges, especially in environments using macOS devices, the Just-in-Time Admin Access feature is essential. It necessarily controls risk mitigation associated with shadow IT, ensuring that users have access to the resources they need without compromising security.

macOS Just-in-Time Admin Access

The Just-in-Time (JIT) Admin feature for macOS devices is a powerful tool designed to enhance security and streamline administrative processes. As organizations increasingly seek sophisticated access management solutions, JIT Admin stands out by providing temporary elevated permissions only when necessary, allowing for a more controlled and secure environment. This functionality ensures that access to privileged accounts and sensitive resources is granted only when necessary, reducing the risk of unauthorized changes or security breaches.

Organizations can enforce strict access controls while still enabling users to perform essential tasks that require elevated permissions, such as installing software or configuring settings. It minimizes the potential for misuse while also simplifying compliance with security policies and audits.

By providing users with just-in-time access, organizations can balance operational efficiency with robust security measures, ultimately protecting their macOS environments from the perils of shadow IT and excessive privilege misuse.

Key Features of Just-in-Time Admin Access for macOS Devices

1. JIT Admin configuration

a. Duration of admin privilege

IT admins can specify the duration (in minutes) during which the user will have admin privileges. The account will be automatically reverted to a standard user once the specified duration ends. Admins can elevate the access from 5 minutes to 1 hour for more flexibility.

b. Allowed number of requests per Day

Administrators can configure the number of requests the user is allowed to make per day to gain admin privileges. Similarly, IT admins can configure the number of requests the user can make per day for accessing any app with admin privileges. IT teams can set the number of requests for a macOS and Windows user between 1 to 10 requests per day.

c. Enforce request justification text

Administrators establish accountability by requiring macOS users to justify privilege requests for assigning JIT Admin.

d. Enforce active internet connection

If this setting is enabled, a macOS user must have an active internet connection to access any application in admin mode. Alternatively, a macOS device user must have an active internet connection to request admin privileges.

e. Configure Disclaimer Note

IT admins include a disclaimer note for both Windows and macOS device users, displayed on the JIT Admin screen, to inform them when the set duration for admin privileges expires.

2. Log and Activities

The log and activities section enables IT admins to configure if logs of critical operations performed with admin privileges should be captured and synced to the dashboard. It further lets them configure the applications that need to be terminated when an admin user is downgraded to a standard user.

3. JIT Admin Access Summary

The JIT Admin Access Summary provides IT admins with the following details:

a. Device Summary

The device summary provides a comprehensive overview of devices with Just-In-Time (JIT) Admin configuration applied. It includes the total number of such devices, the count of standard users on these devices, and the number of admin users. This summary provides clear visibility into user distribution and administrative access across the configured devices.

b. Request Summary

The request summary provides an overview of the number of admin requests made in a single day, as well as the total number of admin requests made over the past 60 days.

c. Device Overview

The device overview section displays a complete table that includes the following information for devices with JIT Admin configuration: device names, serial numbers, the number of requests received for that day, total admin requests, and the name of the applied configuration.

4. Activity Logs

Activity logs enable admins to track user activities during their elevation from standard to admin user. These logs include essential details such as the device name, serial number, and the name of the user requesting Just-In-Time Admin access.

The logs also capture information about the start and end time of the JIT admin activity (indicating when the user was elevated to admin and when they were resumed to their original access viz. standard user), as well as the justification text provided by the user when requesting JIT admin access.

5. Recommendations

The recommendations section offers a summarized view of the admin accounts available on the devices. It includes the names and serial numbers of JIT-configured devices, the total number of users and admins on each device, the number of managed admins (Global admins), and the name of the JIT Admin configuration applied. It also allows IT admins to select admin users who they want to downgrade as standard users.

Streamline Just-in-Time Privileged Access Management with Scalefusion OneIdP

Scalefusion OneIdP provides organizations with comprehensive identity and access management capabilities, optimizing full control over user privilege elevation. It offers time-based admin access, preventing users from retaining extended admin privileges, thereby securing data and maintaining system integrity.

With Microsoft set to end support for Windows 10 by October 2025, enterprises face a critical decision: Should they transition to Windows 11 to ensure a secure IT environment or stick with Windows 10 for the time being? This choice is particularly urgent as cybersecurity threats rise, with nearly 68% of business leaders reporting increased risk to data security in 2023 alone.

As organizations continue to adopt hybrid work models and implement zero-trust architectures, the right operating system, or rather the right version of it, can make it or break it, for safeguarding sensitive enterprise data.

Windows 11 extends mandatory security enhancements, including TPM 2.0 and virtualization-based security, designed to combat increasingly sophisticated cyber threats and ensure data integrity across enterprise networks.

However, this new (newest) kid on the block has stringent hardware requirements that can bring in unique challenges, especially for organizations that still use legacy systems. For IT decision-makers, understanding the nuances of these two operating systems from a security and operational perspective is crucial.

So the burning question is: should you or should you not move to Windows 11?

The decision isn’t as easy as it seems! ITOps leaders need to consider their security architecture, compliance readiness, and management capabilities of Windows 10 and Windows 11 to make informed, strategic choices. Whether your organization is considering an upgrade or evaluating long-term investments, it is important to know how each OS version stacks up for enterprise security. The end goal is clear — a more resilient security foundation for your organization.

But first, consider the evolving security needs
As digital threats grow more sophisticated, enterprises face a heightened demand for robust security measures tailored to an evolving landscape. With 70% of cyber attacks targeting corporate data (Statista, 2023), it is no wonder that enterprises now prioritize advanced security strategies to protect sensitive assets, especially with the shift toward remote and hybrid work. Modern security must emphasize Zero Trust Architecture, data protection, and comprehensive support for remote work, creating a high bar for operating system security.

As cyber threats evolve, enterprises must regularly assess their OS security frameworks. Relying on legacy systems can expose vulnerabilities and prevent organizations from achieving optimal compliance and threat defense. According to Cybersecurity Ventures, by 2025, the global cost of cybercrime will reach $10.5 trillion annually, underscoring the critical need for proactive OS upgrades. Regular evaluations of security measures across operating systems like Windows 10 and 11 help ensure enterprises remain resilient, prepared, and compliant with emerging security requirements.

Compliance and future-proofing with Windows 11
Long gone are the days when compliance could be considered a ‘good to have’. With increasing regulatory compliances, it is as critical as having a working Wi-Fi.

Windows 11, with its hardware-based security requirements, aligns well with compliance standards like GDPR and HIPAA, providing built-in data protection that assists in meeting strict data privacy regulations. By mandating TPM 2.0 and Secure Boot, Windows 11 enhances device integrity, reducing the risk of unauthorized access to sensitive data—a critical requirement for regulated industries.

Windows 11 provides crucial future-proofing advantages for enterprises by offering an extended support cycle, frequent security updates, and feature enhancements aligned with Microsoft’s evolving OS capabilities.

Unlike Windows 10, which will reach end-of-support in 2025, Windows 11 secures a long-term foundation, minimizing the risks and costs associated with rushed transitions. This commitment to regular updates keeps systems secure and ensures compatibility with the latest tools and technologies, enabling businesses to streamline compliance, leverage advanced security, and meet both current and future industry standards.

Core Security Differences: Windows 10 vs. Windows 11
Windows 11 offers notable security advancements over Windows 10, positioning it as a robust option for enterprises focused on protecting their digital assets. Here is a comparison of Windows 10 and Windows 11 in terms of hardware security, system enhancements, identity management improvements, and device management from an IT admin perspective, focusing on Unified Endpoint Management (UEM) capabilities:

Feature Windows 10 Windows 11
UEM Integration Standard UEM support with MDM, Microsoft Endpoint Manager, and third-party tools like Scalefusion. Good for traditional management tasks. Improved integration with UEM, offering more granular control over security and updates, optimized for hybrid work environments.
Zero Trust Implementation Limited support for Zero Trust frameworks; relies on additional configurations and external solutions. Designed with Zero Trust in mind, with enhanced support for identity-based security and conditional access policies.
TPM and Hardware Requirements Optional TPM support, making it compatible with a wider range of devices, including older hardware. Requires TPM 2.0 and compatible CPUs, providing a more secure hardware environment but limiting compatibility with older devices.
Security Policies Allows configuration of Windows Defender and BitLocker, but lacks some of the advanced features present in Windows 11. More robust security policy management, including enhanced Windows Defender ATP, VBS, and more granular control over security features via UEM.
Patch and Update Management Standard patch management capabilities; IT admins can use Windows Update for Business and UEM tools to manage updates. Improved update management with more flexible update scheduling and delivery, reducing downtime and allowing more control over feature updates.
Application Control Basic application control; supports policies for app whitelisting/blacklisting, but less control over modern app management. Enhanced app control, including streamlined deployment and better compatibility with Microsoft Store for Business, facilitating secure application distribution and updates.
Remote Work and Hybrid Support Good remote work support but lacks some of the newer features like DirectAccess improvements, which are more integrated in Windows 11. Optimized for hybrid work with features like dynamic DNS, improved VPN, and remote troubleshooting, making it better for managing remote devices securely.
User Experience Enhancements Familiar interface for users; easier for IT to manage, but lacks newer productivity features. New user interface and Snap Layouts improve productivity, though may require user training. Better touch support helps manage 2-in-1 devices.
End of Support Support until October 2025, which limits long-term management planning for IT teams. Longer support lifecycle, which aligns with future UEM and device management updates, making it a more sustainable choice.
Advantages and Limitations
Aspect Windows 10 Windows 11
Advantages – Broad compatibility with older hardware- Familiar interface with lower training requirements- Reliable for stable UEM setups in mixed environments – Stronger security with TPM 2.0 and hardware isolation features- Optimized for Zero Trust and hybrid work environments- Better patch management and update control for reduced downtime
Limitations – Limited Zero Trust and hardware-based security options- End of support in 2025 necessitates eventual transition- Fewer enhancements for hybrid and remote management – Requires newer hardware (TPM 2.0), which may require additional upgrades- User interface changes may require initial training for staff- Limited compatibility with legacy applications and older hardware
Don’t forget the compatibility challenges and migration considerations
Okay, so if you’ve made the decision to upgrade, what’s next? Upgrading to Windows 11 involves specific hardware requirements that can pose challenges for enterprises relying on legacy systems. Windows 11 requires TPM 2.0, Secure Boot, and newer processors, such as Intel 8th Gen or AMD Ryzen 2000, which many older devices may not support. This incompatibility limits the upgrade path for organizations with significant investments in legacy hardware.

But it doesn’t have to be all or nothing. You can either replace your hardware replacement or maintain a hybrid environment where Windows 10 and 11 co-exist. A gradual migration strategy can help enterprises transition smoothly. Phased rollouts allow IT teams to prioritize critical systems for upgrade first, starting with departments or roles that would benefit most from enhanced security and performance features in Windows 11. A hybrid environment with both Windows 10 and 11 allows organizations to maximize their existing hardware investments while still moving toward Windows 11’s security standards.

Unified Endpoint Management (UEM) and Security Implications
For organizations with mixed hardware, Unified Endpoint Management (UEM) solutions like Scalefusion can streamline management, enabling IT teams to enforce security policies consistently across both operating systems. This approach allows enterprises to balance security and budget considerations, optimizing their transition to Windows 11 without significant operational disruptions.

UEM solutions enhance enterprise security on Windows 10 and 11 platforms by offering centralized control, granular security configurations, and seamless compliance monitoring.

By strategically planning this upgrade, enterprises can take advantage of Windows 11’s advanced security features. This approach helps minimize compatibility issues and budget impacts, ensuring a flexible and secure IT environment.

Conclusion and Recommendation
It’s clear that Windows 11 is an excellent choice for enterprises prioritizing forward-looking security. Its advanced features align seamlessly with Zero Trust principles and modern compliance standards, while Windows 10 is a viable interim for mixed hardware environments.

Although both Windows versions integrate effectively with Unified Endpoint Management (UEM) solutions, Windows 11 offers enhanced security and optimized update processes, making it particularly robust for policy-driven, compliance-oriented environments.

Recommendations:
Small to medium businesses with limited budgets or older hardware may find Windows 10 a practical option.
Larger enterprises with strict security requirements should consider Windows 11, ensuring maximum protection and long-term support

What if I told you that your personal data is worth more than gold on the dark web? Every time you shop online, post on social media, or manage your finances, you’re leaving a digital footprint that could be exploited. Data breaches are not just headlines; they are a looming threat that can affect anyone, from individuals to multinational corporations. Imagine waking up one day to find that your financial information has been compromised, your identity stolen, and your reputation in tatters.

Data Security Best Practices
Data Security Best Practices
In this blog, we’ll arm you with practical, actionable steps to safeguard your data. From using strong encryption techniques to implementing regular backups, these best practices are essential for staying ahead of potential threats. By understanding and applying these strategies, you’ll significantly enhance your ability to protect your most valuable asset: your information.

Decoding the Data Threat Framework: What You’re Up Against
Understanding data threats is essential for effective protection. Here’s a breakdown of the most pressing threats:

1. Phishing: Phishing continues to be a prevalent and dangerous threat. Attackers use deceptive emails or messages to trick individuals into revealing sensitive information, such as passwords or financial details. Phishing is not only common but also particularly insidious. According to IBM’s 2022 Data Breach Report,[1] breaches caused by phishing took the third longest mean time to identify and contain, averaging 295 days. This prolonged detection and response time underscores the severe and lingering impact of phishing attacks.

2. Ransomware: Ransomware remains a critical threat, with cybercriminals encrypting victims’ data and demanding a ransom for its release. In 2023, organizations worldwide detected a staggering 317.59 million ransomware attempts.[2] This dramatic increase in attempted attacks highlights the growing frequency and severity of ransomware threats. High-profile incidents, such as the Colonial Pipeline attack in 2021, illustrate the extensive operational disruptions and financial impacts ransomware can cause.

3. Insider Threats: Insider threats, whether malicious or unintentional, pose a significant risk to data security. These threats involve employees or contractors misusing their access to sensitive information. A recent study revealed that 76% of organizations have detected increased insider threat activity over the past five years.[3] However, fewer than 30% of these organizations believe they have the right tools to effectively handle such threats. This disparity underscores the critical need for monitoring and access management solutions to address insider risks effectively.

The Importance of Data Security: Why It Matters
Almost every digital interaction generates data and you can’t be irresponsible while protecting it. Whether you’re a multinational corporation or a small business, safeguarding information is essential to maintaining trust and staying operational.

The rise of remote work, cloud services, and digital transactions has significantly expanded the attack surface for cybercriminals. That’s why implementing best practices for data security is important. Regulatory requirements such as GDPR and CCPA mandate stringent data protection methods. These laws aim to protect personal data and impose heavy fines on organizations that fail to comply.

But it’s not just about avoiding penalties. By using advanced data security techniques such as encryption, regular backups, and employee training, companies can minimize their risk of falling victim to these dangers.

Failure to prioritize data will leave your organization vulnerable to threats. The importance of data security is only growing and therefore the need to take it seriously is critical for maintaining organizational security. But, where to start?

10 Best Practices for Data Security: Your Blueprint to Protect Sensitive Information
1. Encryption: Protecting Data in Transit and at Rest
Encryption is the first line of defense when it comes to securing sensitive data. It ensures that information is rendered unreadable to unauthorized users, even if intercepted or stolen. Always encrypt data both at rest and in transit, using strong encryption standards to safeguard sensitive information from breaches and leaks.

2. Backup and Recovery: Always Be Ready
Backing up your data regularly is most important. Having a recovery plan means that if a breach, malware attack, or system failure occurs, you can restore vital information quickly and minimize disruption. Ensure your backups are stored securely and automate the process to prevent any critical data from slipping through the cracks.

3. Access Control and Authentication: Limiting Entry Points
Strong access control is critical for ensuring that only authorized personnel have access to sensitive information. Implement multi-factor authentication (MFA), enforce strict password policies, and use role-based access control (RBAC) to grant the least privilege necessary to reduce potential internal threats.

4. Auditing and Monitoring: Constant Vigilance
Monitoring your data environment is essential for identifying potential threats before they escalate. Regular audits of access logs and system activity ensure that any anomalies are spotted early. Implement automated tools that continuously monitor and report suspicious activity to strengthen your data protection methods.

5. Regular Updates and Patching: Eliminate Vulnerabilities
Hackers exploit outdated systems with known vulnerabilities. By keeping your software, operating systems, and applications regularly updated and patched, you can close off entry points for attackers. Prioritize timely patching and ensure no system is left behind, no matter how minor it may seem.

6. Employee Training: The Human Firewall
Even the most sophisticated security systems can be undone by human error. Regularly educate employees on identifying phishing attempts, using secure communication tools, and recognizing potential security threats. Make sure they are trained in data protection best practices to minimize risks stemming from unintentional mistakes.

7. Securing Remote Work: Extending the Perimeter
Remote work is here to stay, and so are the security risks associated with it. Use secure VPNs, enforce encrypted communications, and implement stringent remote access policies to protect your data in distributed work environments. Don’t let distance compromise your security standards.

8. Compliance and Legal Standards: Stay on the Right Side of the Law
Adhering to regulatory standards like GDPR, CCPA, and HIPAA is about protecting the privacy and security of your customers’ data. Stay up-to-date on evolving regulations and ensure your security protocols align with these standards to avoid costly fines and legal repercussions.

9. Incident Response Planning: Plan for the Worst, Act Swiftly
Be prepared with a detailed incident response plan that outlines clear steps for containing and resolving data breaches. Define the roles of your response team, establish communication channels, and prioritize swift action to minimize the impact. Effective planning ensures faster recovery when breaches do happen.

10. Physical Security Measures: Don’t Overlook the Basics
Data security doesn’t end with digital protocols. Physical security measures, such as secure access to data centers and surveillance of sensitive areas, play a vital role in protecting your data from unauthorized access. Implement strict physical access controls to ensure data is safe from both digital and physical threats.

Future-Proofing Your Data Security Strategy with Veltar
Without any question, implementing strong data security practices is vital. Veltar provides a comprehensive endpoint security solution for managing and protecting your data across your devices.

With unified endpoint security and advanced threat protection, Veltar ensures your data is encrypted both at rest and in transit. Its intuitive management dashboard streamlines access controls, allowing only authorized personnel to handle sensitive information, while integrated mobile threat defense offers real-time insights to combat emerging risks.

By choosing Veltar, you’re safeguarding your data along with fostering innovation and agility within your organization.

Consult our product experts to learn more about how Veltar can modify your endpoint security strategy.