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Mobile Security Compliance: Risks, Best Practices, and Frameworks

As mobile devices become indispensable tools in modern workflows, the stakes for securing these endpoints rise exponentially. Data breaches, compliance violations, and operational disruptions stemming from unsecured mobile environments are becoming increasingly common and can no longer be viewed as mere possibilities, but critical threats to organizational success.

Mobile security compliance isn’t just a checkbox exercise; it’s the foundation for trust, resilience, and operational excellence in the digital era. In this blog post, we delve into the intricacies of mobile security compliance — from the inherent risks and best practices to the frameworks that guide organizations toward a secure mobile-first future.

What is Mobile Security Compliance?

Mobile security compliance refers to the policies, practices, and frameworks organizations implement to ensure that mobile devices and the data they access are secure and adhere to relevant laws, regulations, and standards. These measures aim to protect sensitive information from threats while maintaining operational efficiency and legal accountability.

Compliance requirements can vary widely based on industry and geography. For example:

In essence, mobile security compliance is a cornerstone for ensuring mobile data protection and maintaining trust among stakeholders.

Common Mobile Security Compliance Risks

Despite advances in security technology, mobile device security risks remain a significant concern. Some of the most prevalent risks include:

1. Unsecured Devices

Mobile devices are often lost or stolen, exposing sensitive data to unauthorized access. Without encryption and remote wipe capabilities, compromised devices can become a gateway for data breaches.

2. Unsecured Networks

Connecting to public Wi-Fi or other untrusted networks can expose devices to attacks like man-in-the-middle (MITM), where cybercriminals intercept data in transit.

3. Malicious Apps

Downloading apps from untrusted sources can introduce malware designed to steal data or compromise system integrity. Even legitimate app stores may host apps with hidden vulnerabilities.

4. Lack of Regular Updates

Outdated software and operating systems are prone to vulnerabilities. Failure to patch these vulnerabilities can result in exploitation by hackers.

5. Insider Threats

Employees or contractors with malicious intent or poor cybersecurity practices can unintentionally or deliberately compromise mobile security.

6. Inadequate Access Controls

Allowing excessive or unchecked access to sensitive systems and data can lead to unauthorized use or breaches.

Understanding these risks is the first step toward implementing robust mobile data protection measures.

Best Practices for Achieving Mobile Security Compliance

Adhering to compliance best practices ensures that organizations protect sensitive data and remain compliant with relevant standards. Here are key strategies to achieve mobile security compliance:

1. Establish a Comprehensive Mobile Security Policy

A well-documented mobile security policy should outline acceptable device use, data handling protocols, and security requirements. This policy must address:

  • Guidelines for personal and corporate device use.
  • Minimum security standards for devices, such as encryption and password protection.
  • Rules for accessing sensitive data remotely. Ensure this policy is regularly updated to reflect evolving risks and compliance standards, and communicate it clearly to all employees.

2. Implement Robust Mobile Device Management (MDM)

MDM platforms are vital for enforcing security policies across a diverse device ecosystem. Advanced MDM solutions enable organizations to:

  • Automate the enforcement of security configurations.
  • Monitor device compliance with real-time insights.
  • Restrict unauthorized applications and data sharing.
  • Securely separate corporate and personal data on employee devices.

3. Encrypt All Data

Encryption is the backbone of mobile data protection. Employ end-to-end encryption for:

  • Data stored on devices, ensuring it remains secure even if the device is compromised.
  • Data in transit, protecting it from interception during transmission over unsecured networks.

4. Conduct Continuous Risk Assessments and Security Audits

Periodic risk assessments allow organizations to identify vulnerabilities and prioritize remediation. Complement these with regular security audits to:

  • Validate compliance with industry standards.
  • Ensure that all devices and applications are up-to-date.
  • Uncover potential gaps in security protocols. Use audit findings to enhance your mobile security strategy continually.

5. Foster a Culture of Cybersecurity Awareness

Employee negligence remains a major factor in security breaches. Build a culture of vigilance through:

  • Regular training on phishing scams, secure password practices, and identifying suspicious activity.
  • Simulated security drills to prepare employees for potential incidents.
  • Clear communication channels for reporting security concerns.

6. Adopt Multi-Factor Authentication (MFA)

MFA significantly strengthens user authentication by requiring at least two forms of verification—something the user knows (password), has (security token), or is (biometric data). Enable MFA for:

  • Access to sensitive corporate applications.
  • Remote access to the corporate network.

7. Monitor and Respond to Threats in Real Time

Deploy security tools capable of real-time threat detection and response, such as:

  • Intrusion detection systems that flag unauthorized access attempts.
  • Behavioral analytics to identify unusual activity patterns.
  • Automated incident response mechanisms to neutralize threats quickly. Regularly review threat intelligence reports to adapt to emerging risks.

8. Segment and Limit Access to Data

Implement the principle of least privilege by:

  • Restricting user access to only the data necessary for their role.
  • Using role-based access control (RBAC) systems to manage permissions effectively.
  • Segregating sensitive data from less critical information.

9. Establish a Robust Incident Response Plan

Prepare for potential breaches with a detailed incident response plan, including:

  • Steps for identifying, containing, and mitigating security incidents.
  • Defined roles and responsibilities for response teams.
  • Procedures for notifying stakeholders and regulatory bodies. Test and refine this plan regularly to ensure its effectiveness.

10. Leverage Cloud Security Tools

For organizations using cloud-based mobile solutions, ensure compliance by:

  • Selecting providers that meet strict security certifications.
  • Enforcing encryption for cloud-stored and transmitted data.
  • Continuously monitoring cloud environments for misconfigurations.

By implementing these comprehensive measures, organizations can effectively mitigate mobile device security risks and build a resilient, compliant mobile infrastructure.

Key Security Compliance Frameworks for Mobile Environments

Several security compliance frameworks provide guidelines for safeguarding mobile environments. Some of the most widely recognized frameworks include:

1. HIPAA

For healthcare providers, HIPAA compliance ensures that patient data accessed or stored on mobile devices is secure and private.

2. GDPR

Organizations handling data of EU residents must comply with GDPR, which mandates stringent data protection measures for mobile devices and applications.

3. Department of Defence Advisory DODIG-2023-041 

This management advisory highlights violations of Federal and DoD policies regarding mobile device and application usage by DoD personnel, including the use of unmanaged messaging applications and the download of potentially risky applications.

4. ISO/IEC 27001

This international standard specifies requirements for establishing, implementing, maintaining, and improving an information security management system (ISMS). It addresses mobile security as part of an organization’s broader security posture.

5. NIST Cybersecurity Framework (CSF)

Developed by the National Institute of Standards and Technology, the NIST CSF provides a flexible framework for managing cybersecurity risks. It includes guidelines for securing mobile devices and protecting sensitive data.

6. CIS Controls

The Center for Internet Security (CIS) provides a prioritized set of actions to protect systems, including mobile devices. CIS Controls include guidelines for implementing security measures such as access control and vulnerability management.

Streamlining Mobile Data Governance with Symmetrium

Implementing and managing compliant and secure mobile environments can be daunting. While many solutions focus on securing devices, this approach leaves sensitive data exposed when it resides on the devices themselves. To address this vulnerability, Symmetrium has introduced an innovative zero-trust data mobile access solution that prioritizes compliance and security without compromising usability.

Virtual Mobile Devices (VMDs): A Game-Changing Approach

Symmetrium’s solution revolves around Virtual Mobile Devices (VMDs). These virtual devices operate entirely within the secure perimeter of an organization’s network, ensuring that no sensitive data is ever transferred to physical mobile devices. Instead, users access data through peer-to-peer encrypted streaming, allowing them to view and interact with information securely without leaving any data at rest on external endpoints.

Key Benefits of Symmetrium’s Zero-Trust Solution

  1. Enhanced Data Protection: By keeping all data within the organization’s network, Symmetrium eliminates the risk of data breaches stemming from lost or compromised mobile devices.
  2. Seamless Integration: Organizations can adopt VMDs without overhauling their existing infrastructure. Symmetrium’s solution integrates smoothly with current enterprise security protocols and IT systems.
  3. Reduced Compliance Risks: The ‘no data at rest’ methodology ensures compliance with stringent data protection standards like GDPR, HIPAA, and PCI DSS, reducing regulatory exposure.
  4. Real-Time Security: Peer-to-peer encrypted streaming ensures secure access, while real-time threat detection mechanisms identify and address vulnerabilities as they arise.
  5. Scalability: Symmetrium’s solution adapts to evolving organizational needs, accommodating new devices, users, and compliance requirements effortlessly.

In an era where mobile devices are indispensable, Symmetrium empowers organizations to manage security and compliance effectively. This helps businesses protect their data, meet regulatory requirements, and focus on innovation rather than security challenges.

Conclusion: Compliance Without Compromises

Mobile security compliance is a critical aspect of modern cybersecurity strategies. By understanding the risks, adopting compliance best practices, and leveraging robust security compliance frameworks, organizations can protect sensitive data and maintain regulatory compliance. 

Symmetrium enables organizations to seamlessly implement a secure, complaint environment without impacting user productivity. Employees can continue to work efficiently, accessing the tools and data they need while the organization retains full control over data security and compliance.

As mobile technology continues to evolve, prioritizing compliance and security is not just a necessity — it’s a competitive advantage. Organizations that invest in strong mobile security measures will be better equipped to navigate the complexities of today’s digital landscape.

Discover why Symmetrium is the ideal solution for meeting mobile compliance regulations without impacting on productivity by scheduling a demo today.

Symmetrium in Action: How Real-Time Security Alerts Ensure Threats Are Easily Identified and Resolved

In the ever-changing threat landscape of the mobile threat landscape, maintaining a proactive approach to safeguarding sensitive data is vital. Mobile devices are often targeted by malware and phishing, but while unauthorized access by internal employees may seem less sinister, it can also put sensitive data at risk. 

So, what happens when one of your employees breaks a security protocol? Let’s see how Symmetrium instantly deals with it. Joan Diaz, is responsible for the administration of Symmetrium in her company. After being notified by an alert of suspicious activity over the weekend when screenshots of corporate data were taken on an employee’s mobile device, Joan messages Lisa Thompson, the System Manager. You can view within the Symmetrium platform how Joan and Lisa deal with this issue, and others examples of Symmetrium in action, via our product demo hub here.  

Taking Action to Immediately Control Potential Security Situations 

Symmetrium ensures data never leaves the security of the corporate network. So it will automatically send an alert when someone takes a screen shot of data they are viewing using Symmetrium’s end-to-end encryption. The potential security situation is then automatically controlled to nullify the risk and allow the issue to be quickly and easily investigated. Symmetrium achieves this by helping System Managers, like Lisa, to:

  1. Monitor user activities and system alerts

Within the Symmetrium dashboard, Lisa can see there was a spike in alerts over the weekend. She identifies the specific alert Joan messaged her about. It was automatically sent when a user broke protocol and took a screen shot while the Symmetrium app was open on their device. 

  1. Identify suspicious user activity 

When Symmetrium sends an alert, its dashboard will specify the time, type of infraction and the device owner. So Joan immediately can see June Rivera, a new temp worker from R&D was at fault for triggering the alert. 

  1. Set stringent security guardrails 

The alert triggered specific actions Joan had set as security guardrails. This included shutting down the device’s access to sensitive data, sending email to the admin and sending a warning notification to the user. The guardrails are set to ensure compliance to security protocols. Once these have been breached, the system has been set up to suspend the offending device. 

  1. View the suspicious activity

Safe in the knowledge that June’s device was instantly suspended, Joan has the time to do some investigative work. She can see the screenshot, which is stored directly on the platform, taken by June’s mobile device, and opens it for review with one click. 

  1. Take the appropriate action 

Joan is relieved. After reviewing the screen shot taken by June she can see it was accidental and taken in error. She reactivates June’s device with one click. Mistakes happen, and Symmetrium, leaving nothing to chance, has the flexibility to quickly review and take the appropriate action.  

Security Alerts: Ensuring Constant Enforcement of Security Policies

Security alerts are vital to provide real-time notifications of potential risks and breaches of sensitive data. These alerts help security teams to enforce compliance with security policies, reduce downtime caused by breaches, and enhance overall visibility into device activities, ensuring a robust defense against an ever-evolving threat landscape. 

As demonstrated by Joan and Lisa’s experience, Symmetrium’s automated alerts, instant device controls, and streamlined investigation tools transform potentially risky situations into quickly resolved incidents. The platform’s balance of rigorous security and operational flexibility ensures your sensitive data stays protected without sacrificing productivity. 

Ready to see how Symmetrium can strengthen your organization’s mobile security? Book your personalized demo today and discover why leading companies trust us to protect their most valuable assets.

What is Virtual Mobile Infrastructure? Benefits, Challenges and Use Cases

As mobile devices become increasingly central to both personal and professional life, the need for secure, efficient, and flexible technologies has grown. One such technology that’s gaining traction is Virtual Mobile Infrastructure (VMI).

What is Virtual Mobile Infrastructure?

VMI is a technology that allows mobile applications and environments to run on centralized servers rather than directly on physical mobile devices. In essence, VMI separates the mobile operating system from the hardware, enabling users to access their mobile apps and data through a virtual instance hosted in the cloud or on a private server.

Unlike traditional mobile infrastructure solutions, which focus on securing devices through hardware or software-based controls, VMI eliminates the need to secure the physical device altogether. Users interact with a virtual mobile device through a lightweight client app or browser, which streams the virtual device’s interface to their endpoint. This approach significantly enhances security and scalability for organizations dealing with sensitive information.

How Virtual Mobile Infrastructure Works

The core of VMI lies in the concept of mobile virtual machines. Here’s how it typically works:

  1. Centralized Hosting: The mobile OS and apps are hosted on a server, which could be in a public cloud, private cloud, or on-premises data center.
  2. Streaming Interface: The interface of the hosted mobile OS is streamed to the user’s endpoint device in real time. This is similar to how virtual desktop infrastructure (VDI) works, but optimized for mobile interfaces.
  3. Lightweight Client App: Users access the virtual mobile environment via a lightweight client app or web browser. The endpoint device becomes a mere display and input tool, with no data stored locally.
  4. Secure Communication: Data is transmitted between the server and the client using secure protocols, ensuring end-to-end encryption and protecting against breaches.

This architecture ensures that sensitive corporate data remains within the controlled server environment, mitigating the risks associated with data loss or theft from compromised devices.

Benefits of Virtual Mobile Infrastructure

VMI offers several compelling advantages for organizations, especially those managing large fleets of mobile devices or handling sensitive data. Here are the primary benefits:

1. Enhanced Security

With VMI, no sensitive data is stored on the physical device. Even if a device is lost, stolen, or compromised, the data remains secure within the centralized server. This makes it an ideal solution for industries with strict compliance requirements, such as healthcare, finance, and government.

2. Simplified Mobile Device Management

Traditional mobile device management remote control solutions can be complex and resource-intensive. VMI simplifies this by eliminating the need for device-level configurations. IT teams can manage all virtual devices centrally, reducing overhead and improving efficiency.

3. Device-Agnostic Access

VMI enables users to access their virtual mobile environment from any device, regardless of its operating system or hardware capabilities. This flexibility is particularly valuable in bring-your-own-device (BYOD) environments.

4. Cost Efficiency

By reducing the reliance on high-end mobile hardware and minimizing the need for expensive device management tools, VMI can lower total cost of ownership (TCO) for organizations.

5. Scalability

Since virtual mobile environments are hosted on servers, scaling up or down is as simple as allocating more resources to the server. This makes VMI an excellent choice for organizations with fluctuating workforce sizes or seasonal demands.

Potential Challenges and Limitations of Virtual Mobile Infrastructure

While VMI has numerous advantages, it’s not without its challenges. Organizations considering adopting this technology should be aware of the following limitations:

1. Network Dependency

Since VMI relies on streaming the mobile interface to the user’s device, a stable and high-speed network connection is critical. In areas with poor connectivity, the user experience may suffer.

2. Latency and Performance Issues

Although VMI technology has advanced significantly, latency can still be an issue, particularly for resource-intensive applications like video editing or gaming. Organizations need to invest in robust server infrastructure to minimize these issues.

3. Initial Setup Costs

Implementing VMI requires investment in server infrastructure, software licenses, and possibly custom development. While the long-term cost savings are significant, the initial setup can be a barrier for smaller organizations.

4. Limited Offline Functionality

Since VMI relies on real-time streaming, offline access is not possible. This can be a drawback for users who need to work in environments without reliable internet access.

5. User Training

Adopting a new technology like VMI may require training for employees, especially those who are less tech-savvy. Ensuring a smooth transition is critical to maximizing adoption rates.

Use Cases for Virtual Mobile Infrastructure

Despite its challenges, VMI is well-suited for a variety of industries and scenarios. Here are some of the most promising use cases:

1. BYOD Environments

With the rise of bring-your-own-device (BYOD) policies, organizations face the challenge of securing corporate data on personal devices. VMI allows employees to access a secure virtual mobile environment on their own devices, eliminating the need for invasive device management solutions.

2. Highly Regulated Industries

Industries such as healthcare, finance, and government are subject to strict data security and compliance requirements. VMI provides an extra layer of security by ensuring that no data is stored locally on the device.

3. Field Work and Remote Teams

For field workers and remote employees who rely on mobile devices, VMI offers a secure and scalable solution. They can access their virtual mobile environment from anywhere, without risking data breaches if their device is lost or stolen.

4. Testing and Development

Developers can use VMI to test applications on virtual mobile environments without the need for multiple physical devices. This streamlines the development process and reduces costs.

5. Temporary Workforces

Organizations with temporary or seasonal employees can use VMI to provide them with secure access to corporate resources. Once the employment period ends, the virtual environment can be easily decommissioned.

How Symmetrium Leverages VMI to Deliver the Optimum Solution for Zero-Trust Mobile Security

Symmetrium leverages Virtual Mobile Infrastructure (VMI) to provide zero-trust mobile security by transforming any mobile device into a virtual extension of an organization’s network. This approach ensures that sensitive data remains within the secure corporate environment, aligning with zero-trust principles.

Key Components of Symmetrium’s VMI:

  1. Virtual Mobile Devices (VMDs): Symmetrium deploys VMDs hosted within the organization’s IT infrastructure. These virtual devices inherit all compliance, security, and IT protocols of the enterprise, ensuring consistent policy enforcement.
  2. No Data at Rest: By utilizing end-to-end encrypted streaming, Symmetrium ensures that no data resides on the physical mobile device. Users interact with a virtual workspace, and all data processing occurs within the secure network, minimizing the risk of data breaches.
  3. IP-Layer Security: Symmetrium assigns static IP addresses to VMDs, allowing precise control over network access and web filtering. This method simplifies management and enhances security by eliminating the complexities associated with VPN configurations.
  4. Zero-Trust Architecture: The platform enforces strict authentication and authorization protocols, including multi-factor authentication and biometric login. This ensures that only verified users can access the virtual mobile environment, adhering to the zero-trust model of “never trust, always verify.”
  5. Seamless User Experience: Symmetrium provides a native mobile experience, allowing users to access a secure work environment without compromising personal data or privacy. This separation is crucial for Bring Your Own Device (BYOD) policies, ensuring organizational data remains protected.

By integrating VMI with a zero-trust framework, Symmetrium offers a robust solution that secures mobile access, maintains data integrity, and simplifies management for IT administrators. This approach effectively mitigates risks associated with mobile device usage in corporate settings.

VMI: Transforming the Deployment of Mobile Security 

VMI is transforming the way organizations think about mobile security and management. By centralizing the mobile environment on servers and eliminating the need to store data locally on devices, VMI offers a secure, scalable, and flexible solution for modern businesses. While challenges such as network dependency and setup costs exist, the benefits—enhanced security, simplified management, and cost efficiency—make VMI a compelling choice for many use cases.

Whether you’re navigating BYOD challenges, securing data in a regulated industry, or seeking scalable solutions for remote workforces, VMI could be the future of your mobile security strategy. As more organizations adopt this technology, it’s poised to become a cornerstone of enterprise mobility and security in the years to come.


Discover why Symmetrium is the optimal VMI solution to protect your organization from escalating mobile security threats by scheduling a demo today.

Enterprise Mobile Device Management Pros and Cons

In our mobile-centric world, companies rely on a vast array of mobile devices, such as smartphones, tablets, and laptops, to facilitate operations and communication. With the unstoppable rise of mobile workforces, ensuring security and productivity across these devices is crucial. To achieve this, Enterprise Mobile Device Management (MDM) has become an increasingly essential solution for organizations. MDM, in short, is a centralized solution designed to manage, monitor, and secure mobile devices within an enterprise environment. But while enterprise MDM offers many benefits, it also comes with challenges. In this article, we’ll dive into the pros and cons of MDM solutions, highlighting its features, benefits, and potential limitations.

What is an MDM Solution?

MDM is a technology solution that enables organizations to secure, control, and monitor mobile devices such as smartphones, tablets, and laptops used by employees. With the goal of safeguarding enterprise mobile device security, MDM provides businesses with centralized control over the devices accessing corporate networks and sensitive information. MDM solutions allow administrators to manage device configurations, enforce security policies, and, if necessary, remotely wipe data from lost or compromised devices.

Enterprise MDM solutions typically involve software tools that can be deployed on devices through cloud or on-premises platforms. The solution provides IT departments with greater visibility over mobile devices, helping to ensure that only authorized devices and users have access to company resources. This is especially crucial for organizations operating under regulatory compliance requirements, where maintaining enterprise mobile security is paramount.

Key Features of MDM Solutions

MDM solutions for enterprises vary in complexity, but most offer a suite of features to manage and protect devices within an enterprise setting. Here are some key features commonly found in enterprise device management platforms:

  1. Device Enrollment and Authentication

Simplifies the process of enrolling new devices and authenticating users, ensuring that only verified devices and employees can access corporate resources.

  1. Policy Enforcement and Compliance Management

Allows organizations to enforce security policies and monitor compliance, helping to ensure that devices adhere to specific standards, such as password protection, encryption, and app restrictions.

  1. Application Management

Provides the ability to manage applications on employee devices, including app deployment, updates, and removal, which helps keep software consistent and secure across the enterprise.

  1. Content Management

Allows for controlled access to company content, enabling secure file sharing and document collaboration while maintaining the integrity of sensitive information.

  1. Remote Device Control and Support

Enables IT administrators to remotely manage, troubleshoot, and control devices. This feature is invaluable for offering real-time support to employees, especially those working remotely.

  1. Data Loss Prevention (DLP) and Remote Wiping

DLP features safeguard against unauthorized data transfers, and remote wipe capabilities allow IT to erase data on lost or stolen devices to protect sensitive information.

  1. Real-Time Monitoring and Reporting

Provides insights into device usage, security compliance, and application performance, helping IT teams quickly identify potential issues or security threats.

Benefits of Implementing Enterprise MDM

The adoption of MDM offers numerous advantages that help streamline operations, enhance security, and improve productivity. Here are the primary benefits of implementing a MDM solution for your organization:

  1. Enhanced Enterprise Mobile Device Security

Security is the most significant driver behind enterprise MDM implementation. MDM solutions allow organizations to establish and enforce security policies across all devices, minimizing the risk of data breaches and unauthorized access. MDM provides tools such as encryption, secure access protocols, and the ability to monitor device compliance in real-time, ensuring that company data remains protected.

  1. Improved Device Visibility and Control

With MDM, IT departments have a centralized view of all mobile devices within the organization. This visibility makes it easier to monitor usage, detect unusual activity, and manage device settings. The ability to remotely control and support devices allows for quick resolution of technical issues and streamlined management of device configurations.

  1. Increased Employee Productivity

By giving employees access to secure, company-approved applications and data, MDM solutions enable a more productive mobile workforce. Employees can work from anywhere, using their devices to complete tasks without compromising security. Additionally, MDM solutions can restrict access to non-work-related apps, helping employees stay focused on their tasks.

  1. Streamlined IT Operations and Support

Enterprise MDM simplifies the management of multiple devices by consolidating them into one system. IT departments can quickly deploy updates, install apps, and provide troubleshooting support from a centralized platform. This efficiency reduces the time and resources needed to manage each device individually and allows IT staff to focus on more strategic tasks.

  1. Regulatory Compliance

Many industries, such as healthcare and finance, are subject to strict regulatory requirements for data security. MDM solutions support compliance by enforcing necessary security policies and tracking user activity. For organizations in regulated industries, MDM provides an added layer of assurance that they are meeting compliance standards for data protection.

  1. Cost Savings on Long Run

While MDM solutions require an upfront investment, they often result in long-term cost savings by reducing security breaches, minimizing device downtime, and lowering the time required for device management. MDM also helps prevent the loss of intellectual property, which can be financially devastating.

Potential Challenges and Drawbacks of Enterprise MDM

While enterprise MDM offers several benefits, it’s not without challenges. Here are some of the potential drawbacks and limitations of MDM:

  1. Privacy Concerns

MDM solutions monitor device activity and location, which may raise privacy concerns among employees, especially if they are using personal devices for work. The ability to remotely control and wipe devices can feel intrusive, creating potential tension between employees and IT departments. Organizations must balance security needs with respect for employee privacy by establishing clear policies and communication regarding device monitoring.

  1. Implementation Complexity

Setting up and managing an MDM solution can be complex, especially for large organizations with a diverse range of devices and operating systems. Deployment can require significant IT resources, and onboarding new devices may involve training employees on how to use MDM tools properly. Additionally, maintaining compatibility with various devices and operating systems can be challenging, particularly in organizations with bring-your-own-device (BYOD) policies.

  1. Upfront Investment Costs

Implementing MDM involves upfront costs, including software licensing fees and potential infrastructure upgrades. For smaller businesses, these costs may be prohibitive, and they may find it difficult to justify the expense relative to the benefits. Additionally, some MDM solutions charge on a per-device basis, which can lead to higher costs for organizations with a large number of mobile devices.

  1. Device Performance Issues

Some MDM solutions can impact device performance, particularly when operating system updates or security scans are running. Employees may experience slower device speeds or shorter battery life due to the constant background processes associated with MDM. Ensuring that MDM tools do not hinder employee productivity requires careful optimization and testing.

  1. Dependency on Network Connectivity

Since MDM relies on continuous communication between the device and the MDM server, network connectivity is crucial. In areas with poor network coverage or during times of internet outages, certain MDM features may be limited, affecting productivity and the effectiveness of security measures. Organizations need to consider these limitations and provide alternative solutions when network connectivity issues arise.

  1. Potential Resistance from Employees

Introducing an MDM solution can be met with resistance from employees who view the software as restrictive or invasive. Implementing a change management strategy and educating employees on the benefits of MDM is essential to fostering acceptance and compliance. Clear policies and transparent communication about how MDM supports security and protects both company and employee data can help alleviate concerns.

Symmetrium: The Optimal Scalable Solution for Enterprise Mobile Security

Symmetrium’s highly scalable zero-trust mobile solution is purpose-built to provide organizations the optimal secure and flexible mobile device management to secure data and meet regulatory requirements. 

Symmetrium creates virtual devices within an organization’s IT environment that, when accessed remotely, serve as secure extensions of the organization’s security and compliance policies. The outcome is a seamless, native mobile experience, leveraging end-to-end encrypted streaming, that simplifies secure data access.

Unlike other MDM solutions that focus on protecting mobile devices and users, Symmetrium protects data no matter what device or user is accessing it. This is possible because using Symmetrium corporate data is always accessed virtually through the organization’s network and never physically leaves the security of the network to reside on the user’s device. This approach ensures sensitive data stays secure, even if a user’s device is compromised, eliminating potential risks.

Final Thoughts: Balancing Security and Usability

With key features like remote device management, application control, and data loss prevention, MDM solutions for enterprises can significantly enhance organizational mobile device security, streamline IT operations, and improve the overall user experience.

For enterprises considering MDM, the key to maximizing its benefits lies in selecting the right solution flexible to meet the organization’s specific needs and creating an environment of trust and collaboration between employees and IT teams. By doing so, businesses can achieve a robust mobile security strategy that supports productivity and growth in today’s fast-paced digital landscape.

Discover why Symmetrium is the optimal MDM to protect your organization from escalating mobile security threats by scheduling a demo today.

What is HIPAA-compliant Messaging? Here’s Everything You Need To Know

Communication tools and protocols used by organizations operating in the health sector need to meet HIPAA’s requirements for protecting the confidentiality, integrity, and availability of PHI (Protected Health Information). Traditional messaging apps often lack the stringent security measures HIPAA mandates, making them unsuitable for healthcare communications involving sensitive patient information. Their use can therefore result in hefty fines from HIPPA, such as the $3.2 million penalty imposed on The Children’s Medical Center of Dallas after the theft of unencrypted devices compromised the PHI of 6,262 individuals. 

An HIPAA-compliant messaging app is specifically designed to meet the required standards, while providing healthcare professionals with a secure, efficient way to exchange patient information.

These secure messaging systems are typically used for sending lab results, patient updates, treatment information, and scheduling data. They employ a range of security features — such as encryption, access controls, and audit logs — to prevent unauthorized access to PHI. By adhering to these standards, healthcare providers can improve communication workflows without compromising data security.

Benefits of HIPAA-Compliant Messaging

Implementing compliant messaging systems within healthcare organizations offers numerous benefits, not just for data security but also for patient care, operational efficiency, and regulatory compliance. Here are the key advantages:

1. Enhanced Data Security Compliance

Helps organizations adhere to strict data security compliance standards, ensuring PHI is adequately protected. This minimizes the risk of breaches that could result in heavy fines, lawsuits, and reputational damage. With features like encryption and two-factor authentication, these systems safeguard PHI at rest and in transit.

2. Improved Communication and Collaboration

HIPAA-compliant instant messaging provides healthcare professionals with a secure and immediate way to communicate, which is especially valuable in urgent medical situations. Instead of relying on phone calls or emails, care teams can instantly share critical patient information while maintaining HIPAA compliance, resulting in faster decision-making and improved patient outcomes.

3. Reduced Administrative Burden

Traditional communication methods — such as faxing and emailing — can be time-consuming and prone to delays. Compliant messaging apps streamline these processes, allowing for faster exchanges of lab results, consultation notes, and discharge instructions. This efficiency reduces the administrative workload, allowing healthcare professionals to focus more on patient care.

4. Increased Patient Trust

Patients are increasingly aware of privacy concerns, and knowing that their healthcare provider uses compliant messaging can enhance trust. When patients feel confident that their information is being handled securely, they’re more likely to be open and transparent, which can lead to more accurate diagnoses and better care.

5. Protection Against Legal Liability

Non-compliance with HIPAA can result in significant penalties. Compliant messaging solutions help mitigate these risks by maintaining a record of all communications, ensuring that PHI is handled according to federal guidelines. This provides organizations with documentation and evidence of compliance, which is essential in case of audits or legal challenges.

HIPAA Secure Messaging Requirements

To be considered HIPAA-compliant, messaging systems must meet specific security requirements outlined by HIPAA’s Security and Privacy Rules. These requirements ensure that patient information remains protected and accessible only to authorized individuals.

1. End-to-End Encryption

Encryption is a fundamental requirement for compliant messaging. This involves encoding data so it cannot be read by unauthorized individuals during transmission. End-to-end encryption ensures that only the sender and the intended recipient can access the message, even if the data is intercepted.

2. Access Controls

HIPAA mandates strict access controls to prevent unauthorized individuals from accessing PHI. Compliant messaging apps often require unique usernames, passwords, and two-factor authentication to verify the identity of users. Role-based access further restricts data access based on an individual’s responsibilities, ensuring that only necessary personnel can view sensitive information.

3. Audit Logs and Tracking

HIPAA requires healthcare organizations to maintain detailed records of all interactions involving PHI. Compliant messaging platforms include audit logs that track who accessed or modified a message, when it occurred, and what information was shared. These logs are crucial for demonstrating compliance and investigating potential security incidents.

4. Automatic Log-Off

Automatic log-off is a security feature that prevents unauthorized access by automatically logging users out after a period of inactivity. This reduces the risk of sensitive information being viewed by unauthorized persons if a device is left unattended.

5. Data Integrity Controls

To ensure data integrity, messaging systems must prevent unauthorized modifications to PHI. These controls ensure that messages remain unaltered during transmission and storage, preserving the accuracy of medical information exchanged between healthcare providers.

6. Data Storage and Retention Policies

HIPAA requires that PHI be retained according to specific guidelines. Compliant messaging solutions offer data storage and retention capabilities that comply with these guidelines, allowing healthcare organizations to securely store and archive messages as needed.

How to Make a Messaging App HIPAA Compliant?

Building or converting a messaging app to be HIPAA compliant involves integrating essential security features and undergoing a comprehensive compliance process. Here’s a step-by-step guide to ensuring your messaging app in compliant:

1. Integrate HIPAA Security Requirements

Start by implementing the core security requirements — end-to-end encryption, secure data storage, access controls, and audit logs. Ensure the app’s infrastructure supports secure communication, and confirm that data is encrypted both in transit and at rest. This is essential for preventing unauthorized access and safeguarding PHI.

2. Partner with a HIPAA-Certified Hosting Provider

If your app requires cloud storage, choose a hosting provider that is HIPAA-certified. HIPAA-certified providers offer compliant infrastructure and security controls, reducing the risk of data breaches. Always review the provider’s Business Associate Agreement (BAA) to ensure it covers all aspects of HIPAA compliance.

3. Implement User Authentication and Access Control Mechanisms

Secure user authentication is crucial for HIPAA compliance. Implement robust access controls, including unique usernames, strong passwords, and multi-factor authentication. These measures limit access to authorized personnel, ensuring that PHI is only available to those who need it.

4. Establish a Business Associate Agreement (BAA)

Under HIPAA, any third-party vendor handling PHI on behalf of a healthcare provider must sign a Business Associate Agreement (BAA). This contract outlines each party’s responsibilities and ensures that third parties adhere to HIPAA regulations. Part of ensuring a messaging app is HIPAA-compliant, requires all business associates to sign a BAA.

5. Conduct Regular Risk Assessments and Audits

HIPAA requires organizations to conduct regular risk assessments to identify vulnerabilities and implement necessary safeguards. Periodically audit the app’s security features, access logs, and data storage protocols to ensure continuous compliance. Any identified risks should be addressed promptly to maintain data security compliance.

6. Educate Users on HIPAA-Compliant Use

Once your app is HIPAA-compliant, train users on how to use it in a compliant manner. Educate healthcare providers on secure messaging practices, such as not sharing passwords, logging out after use, and avoiding discussions of PHI on non-compliant platforms.

7. Enable Automatic Log-Off and Session Expiration

To prevent unauthorized access, configure the app to automatically log users out after a period of inactivity. Session expiration ensures that if a device is left unattended, the app will securely log out, minimizing the risk of unauthorized access to PHI.

8. Ensure Data Backup and Recovery

HIPAA requires that organizations have a data backup and recovery plan. Your app should automatically back up PHI in compliance with data retention policies, ensuring that patient information remains accessible and recoverable in the event of data loss or hardware failure.

How Symmetrium Takes Care of Your HIPAA Compliance Requirements 

HIPAA compliance for the use of  mobile devices can be instantly achieved using Symmetrium. To achieve this, Symmetrium creates virtual mobile devices (VMDs) that reside within the protected network of a healthcare organization. This ensures ePHI data remains private and protected, avoiding security breaches and fines.

Symmetrium VMDs use encrypted peer-to-peer streaming, allowing healthcare workers to view ePHI data through a portal on their own devices. Since the data never leaves the protected network, it stays secure and compliant.

Key benefits of Symmetrium include:

  1. VMDs integrate seamlessly with existing HIPAA compliance protocols, offering a native mobile experience.
  2. Symmetrium ensures HIPAA compliance in BYOD environments using encrypted streaming with no ePHI data at rest. Each mobile user is treated as an on-premises endpoint.
  3. Symmetrium’s lightweight, low-resource mobile access solution meets high security compliance demands and integrates with existing data access protocols.

The result is HIPAA compliance achieved through a single, easy-to-manage app. 

Ensuring Secure, Compliant Healthcare Mobile Communications 

HIPAA-compliant messaging is a vital asset for healthcare organizations striving to protect patient privacy, ensure regulatory compliance, and streamline communication among care teams. With stringent security requirements such as end-to-end encryption, access controls, and audit logs, HIPAA-compliant messaging apps make it possible to share critical patient information securely and efficiently. By using these secure tools, healthcare providers not only enhance patient care and collaboration but also protect themselves from the risks associated with data breaches and non-compliance.

As the healthcare industry continues to rely on mobile devices and digital communication, adopting HIPAA-compliant messaging solutions becomes increasingly essential. Symmetrium eases the path to compliance by offering virtual mobile devices (VMDs) that keep ePHI secure within protected networks, providing a seamless, compliant solution for BYOD environments. 

Want to learn more about the optimal solution for HIPAA-compliant messaging? Book a demo with Symmetrium.

 

Why Humans are Your Biggest Vulnerability and What You Can Do About it

The significant and evolving security risks mobile devices pose when it comes to safeguarding sensitive corporate data are forcing organizations to constantly reassess their approach to mobile security. But while technology is evolving to try to minimize the threat, the human factor remains the weakest link for organizations. 

The numbers are alarming: the World Economic Forum’s “Global Risks Report 2022” shows a staggering 95% of cybersecurity breaches stem from human error. This isn’t just a statistic – it’s a harsh reality. Take the infamous 2017 Equifax breach, where a single employee’s failure to install a security patch exposed the personal information of over 143 million people.

As we integrate more advanced technologies into our lives, the human element in cybersecurity remains a critical vulnerability. Large language models like ChatGPT and deepfakes can be incredibly powerful tools, for example, but they can also be weaponized by attackers. These sophisticated techniques can create hyper-realistic phishing attempts, emails, or even videos that could potentially bypass even the most careful user.

When assessing the human threat it is important to consider the scale of the following vulnerabilities and how susceptible your organization is to them.

Vulnerability #1:  Lack of Awareness and Training

One of the primary reasons humans are a major security vulnerability is the lack of awareness and training. Employees often underestimate the importance of mobile security and are unaware of the risks associated with using their devices for work. This lack of knowledge leads to risky behaviors, such as downloading unverified apps, connecting to unsecured Wi-Fi networks, and failing to update software regularly.

Vulnerability #2: Social Engineering Attacks

Social engineering exploits our tendency to trust, and uses this to manipulate individuals into divulging confidential information or performing actions that compromise security. Phishing emails, fraudulent text messages, and fake apps are common tactics used by cybercriminals to exploit our innate trust and curiosity.

Vulnerability #3:  Weak Password Practices

Despite repeated warnings, weak password practices remain a common issue. Many employees use simple, easily guessable passwords or reuse the same passwords across multiple accounts. This practice makes it easier for attackers to gain access to sensitive data. Furthermore, the reluctance to use multi-factor authentication (MFA) exacerbates the problem, leaving accounts more vulnerable to unauthorized access.

Vulnerability #4:  Device Loss and Theft

When an employee loses a device, the data stored on it can easily fall into the wrong hands if the device is not adequately protected. Without proper encryption and remote wiping capabilities, the loss or theft of a mobile device can lead to severe data breaches.

Vulnerability #5:  Unauthorized Access and Usage

Employees sometimes share their devices with family members or colleagues without considering the security implications. This practice can lead to unauthorized access to corporate data and applications. Additionally, using personal devices for work purposes (BYOD) without proper security measures can expose corporate data to potential risks.

The Solution: Create a Walled Garden for Corporate Data  

Traditional security focuses on securing devices, but security can be compromised when data travels outside of the corporate network and comes to rest on mobile devices. Symmetrium creates a true zero-trust environment for your data, where no device is inherently trusted, and no data leaves the security of the corporate network. 

Here’s how it works:

  • Virtual Mobile Devices (VMDs): We transform regular mobile devices into secure extensions of your network. Imagine your phone becoming a secure window into your corporate environment.
  • Peer-to-Peer Encryption: Data stays within your network perimeter. Users access and view information through secure, encrypted streaming, eliminating the ability to download or store data on their devices.
  • No Data at Rest: Sensitive data never resides on the user’s device, significantly reducing the risk of breaches.

Separation of Personal and Work Data: Symmetrium automatically provides the complete separation between an employee’s personal data on their mobile device and work data, ensuring and maintaining their privacy.

A Seamless, Zero-Trust Approach to Mobile Security

Symmetrium integrates easily with an organization’s existing infrastructure to offer a smooth transition to a secure zero-trust environment without requiring a full technology overhaul. This is accomplished using virtual mobile devices (VMDs) that stay within the organization’s network perimeter. These use peer-to-peer encrypted streaming, enabling authorized users to securely access and view data, without transferring it to external devices. This innovative approach turns all mobile devices into secure virtual extensions of the organization’s network, ensuring compliance, security, and adherence to IT protocols.  Organizations can therefore maintain their current enterprise security protocols while protecting data and resources. 

In today’s world, data and employees are no longer confined to traditional offices. Symmetrium’s VMDs embody the true essence of zero-trust – robust security that empowers a mobile workforce while keeping data secure and safe.

Ready to secure your corporate data? Book a demo today!

 

The Flaws and Costs of Mobile Security Policies and How to Instantly Fix Them

The era of hybrid and remote work environments has given Chief Information Security Officers (CISOs) many sleepless nights as they struggle to ensure optimal protection for their corporate networks. With the frequency of cyber attacks targeting mobile devices and remote workers continuing to rise, implementing a comprehensive mobile security policy is essential to safeguard an organization’s work environment.

While there has been a rapid increase in the popularity of Bring Your Own Device (BYOD) policies over the past number of years, its inherent security flaws has seen organizations embrace other models in search of a better solution, such as

Choose Your Own Device (CYOD), Corporate-Owned, Personally Enabled (COPE) and Corporate-Owned, Business-Only (COBO). The truth is, however, that all of these policies leave networks and their data vulnerable.

However, there is another option available. Organizations can quickly and cost effectively implement a zero-trust data mobile access solution that enables productive collaboration while dramatically minimizing the risk of data breaches. This is achieved by turning any mobile device, managed or unmanaged, into a virtual extension of an organization’s network, with all its compliance, security, and IT.

So, let’s first look at the pros, cons and costs associated with traditional solutions, and then outline how organizations can implement a truly zero-trust mobile security environment that will immediately optimize data security using a minimum resources approach.

 

Bring Your Own Device (BYOD)

BYOD policies allow employees to use their personal mobiles, reducing the financial burden on companies, as employees bear the cost of purchasing and maintaining their devices. It promotes flexibility and mobility, enabling employees to work from anywhere, at any time. However, implementing BYOD requires proper security measures to protect company data, ensuring strong device management and encryption protocols are in place.

Pros:

  • Enables employees to work from anywhere, at any time.
  • Reduces need to purchase and maintain devices for employees.

Cons:

  • Increases security concerns, as personal devices may be vulnerable to data breaches or malware attacks.
  • Different devices and operating systems may pose challenges in terms of integration with existing IT infrastructure.
  • IT departments may face additional workload in terms of software updates, and troubleshooting.
  • Balancing employee privacy with the company’s need to protect sensitive data can be challenging.
  • Companies may have limited control over employee devices, making it harder to enforce policies and ensure compliance.

Costs:

  • Investment in security solutions, such as mobile device management (MDM) software, encryption, and remote wiping capabilities.
  • Additional resources may be required to provide technical support and address device-related issues.
  • Expenses may arise from ensuring compatibility with existing systems and software.
  • Companies must consider the costs associated with meeting legal and regulatory requirements related to data protection and privacy.

 

Choose Your Own Device (CYOD)

CYOD allows employees to select their devices from a list of approved options from their employer.

Pros:

  • Ensures that only approved and secure devices are used for work, reducing the risk of data breaches and malware attacks.
  • Limiting selection of devices ensures better compatibility and seamless integration with existing IT infrastructure and software.
  • Technical support is more streamlined and efficient.

Cons:

  • Companies need to invest in purchasing and maintaining a range of devices.
  • Introducing new devices may require additional training and support.
  • Upgrades and replacements will increase costs over time.

Costs:

  • Purchasing and maintaining devices.
  • Allocating resources for training employees on the selected devices.
  • Expenses may arise from ensuring compatibility with existing systems and software.
  • Device upgrades and replacements.

 

Corporate-Owned, Personally Enabled (COPE)

COPE provides employees with company-owned devices that can also be used for personal purposes.

Pros:

  • Greater control over device security measures, ensuring compliance with data protection and privacy regulations.
    Better compatibility and integration with existing IT infrastructure and software.
    Software updates, and technical support is more streamlined and efficient.

Cons:

  • Reduced device choice for employees, limiting personal preferences and flexibility.
  • Purchasing and maintaining company-owned devices.
  • Employees reservations about using company-owned devices for personal use.
  • Training and learning curve.
  • Employees may prefer using their personal devices.

Costs:

  • Purchasing devices.
  • Device management and technical support.
  • Training and onboarding.
  • Upgrades and replacements.

 

Corporate-Owned, Business-Only (COBO)

Corporate-Owned, Business-Only (COBO) is where companies provide employees with company-owned devices strictly for work-related purposes.

Pros:

  • Can enforce strict policies to protect sensitive data and ensure compliance with regulations.
  • Consistent hardware and software configurations across devices.
  • Minimizes the risk of data breaches, malware infections, and unauthorized access.
  • IT departments have centralized control over devices, making troubleshooting, and support more efficient.
  • Optimized for work-related tasks, promoting focused and efficient work.

Cons:

  • Concerns about privacy and potential monitoring by the employer.
  • Employees heavily rely on IT support for device-related issues, increasing workload for the IT department.
  • Employees may resist using COBO devices, preferring to use their personal devices instead.

Costs:

  • Device procurement.
  • Device management.
  • Training and onboarding.
  • Upgrades and replacements.

 

How to Solve these Security Flaws and Eliminate Associated Costs

The traditional solutions to mobile device access, detailed above, are far from ideal. Each has its flaws and ultimately leaves organizations vulnerable to security breaches to greater or lesser degrees. Each one also has associated costs and requires oversight. Organizations today, however, can quickly benefit from a solution created by Symmetrium that not only offers vastly superior levels of security, but also requires minimum resources.

The zero-trust environment needed to keep data private and protected is achieved by deploying Symmetium’s virtual mobile device (VMD) solution. When these virtual devices, which reside within the organization’s network, are remotely accessed by employees using their mobile phone or laptop, they act as extensions of all organizational security and compliance policies using end-to-end encrypted streaming. The result is a completely native mobile experience with seamless deployment and management.

Corporate data is accessed virtually and therefore at no time sits on the user’s actual device. The result is that data remains secure and is never put at risk.

Maintaining Full Control Over Mobile Data Access

Organizations using Symmetrium are able to maintain full control over the data accessed by employees through their mobile devices, safeguarding it from potential risks. This allows for the efficient management of multiple devices, regardless of their brand or operating systems, with minimal resource allocation, thanks to a centralized management console.

The integration seamlessly aligns with existing security and GRC (Governance, Risk, and Compliance) protocols through a unified application. As a result, organizations gain confidence in the security and protection of their data, irrespective of the device used for access.

Symmetrium instantly deliveries the following benefits:

  • Seamlessly maintains and enforces strict network policies to protect sensitive data and ensure compliance with regulations.
  • Works with all hardware and software configurations across devices.
  • Eliminates the risk of data breaches, malware infections, and unauthorized access.
  • Requires minimal resource allocation.
  • IT departments have centralized management via console.
  • Allows employees to use their own devices without compromising their experience and privacy.
  • Highly cost effective as it requires no investment in purchasing, maintaining or upgrading devices.

By using Symmetrium’s streamlined approach organizations can confidently ensure data remains secure at all times, reinforcing data governance and mitigating potential vulnerabilities.

Discover how easy it is to optimize your network security by booking a demo with Symmetrium here.

How to Overcome the Problems Achieving HIPAA Compliance for Mobile Devices

Implementing and maintaining a secure and compliant HIPAA environment places a heavy burden on healthcare organizations, with current solutions failing to consistently meet the strict regulatory requirements. Symmetrium’s compliant-by-design mobile device management solution is now a game changer, ensuring HIPAA compliance through the use of a single, low maintenance application. 

The use of mobile devices has become a staple feature of every healthcare environment. But while they are transforming patient care, the security risks mobile devices pose to confidential patient information is a growing risk. This is why access to healthcare data via mobile devices has been specifically targeted by the Health Insurance Portability and Accountability Act (HIPAA), a federal law requiring the creation of national standards to protect sensitive patient health information from being disclosed.

 

Challenges Involved in Protecting ePHI

HIPAA protects electronic protected health information (ePHI) that is produced, saved, transferred or received in an electronic form. Every entity that has access to ePHI needs to be compliant to HIPAA rules. This applies to doctors, nurses, clinics, pharmacies, insurance companies and anyone accessing ePHI — they all need to be compliant. 

HIPAA states: “Healthcare providers, other covered entities, and business associates may use mobile devices to access electronic protected health information (ePHI) as long as appropriate physical, administrative, and technical safeguards are in place to protect the confidentiality, integrity, and availability of the ePHI on the mobile device and appropriate BAAs [Business Associate Agreements] are in place with any third-party service providers for the device and/or the cloud that will have access to e-PHI.”

However, staff mobility, remote employees, third-party contractors and BYOD policies are just a few of the reasons implementing adequate security and compliance solutions to meet HIPAA requirements is increasingly difficult. 

 

Vulnerabilities in Current Solutions 

With a heavy burden placed on the healthcare sector to be HIPAA compliant, the first line of defense is to ensure devices include the necessary safeguards to guarantee against theft and data loss through the use of a robust layer of security.
HIPAA regulations also require that ePHI data must be encrypted when transmitted over a network. The most popular way of doing this is to create a VPN through which VDIs (virtual desktop infrastructure) can connect to the data, therefore negating the need for it to be encrypted. This however raises problems.

Usage can be limited because a user needs to make sure no one else is using the VDI. This means they have limited flexibility and can be more difficult to scale as needed. This can be a problem for organizations with fluctuating user numbers or those looking to implement a bring-your-own-device (BYOD) policy. There are also security concerns as users operating in a VDI environment can as easily click on a malicious link in an email or on a web page as someone using a physical desktop. 

VDIs also require a heavy level of management and maintenance, which places a heavy burden for qualified IT staff where ongoing training and staff turnover can become problematic. To comply with HIPAA data encryption and data wiping tools may also need to be implemented and maintained. This can add to the management burden. 

 

Achieving HIPAA Compliance with One Solution

HIPAA compliance can be achieved using only one solution. Symmetrium is HIPAA compliant by design for mobile devices. Symmetrium creates virtual mobile devices (VMDs) that reside within the protected perimeter of a healthcare organization’s network and thus adhere to all existing enterprise network and HIPAA security protocols. This ensures that ePHI data is kept private and protected, avoiding security breaches and massive fines.

Symmetrium VMDs use P2P encrypted streaming, which allows healthcare workers to view ePHI data via a portal using their own devices. This view-only access means ePHI data never leaves the protected organizational network and therefore is never transferred to a user’s external device. This ensures the data at all times remains secure and compliant, never coming to rest on devices outside of the protected organizational IT environment.

The result is an easier life for regulatory officers and CIOs thanks to the less complicated management of ePHI data, because:

  1. Symmetrium’s VMDs become a virtual extension of all existing HIPAA compliance protocols, are seamless to deploy and offer a native mobile experience.

  2. They immediately ensure HIPAA compliance in BYOD environments using custom end-to-end encrypted streaming with no ePHI data at rest. This means that each mobile user is treated as an on-prem endpoint, which they can control when and where users can access ePHI data.

  3. Symmetrium’s minimum-resources mobile access solution needs very light operational requirements and delivers high security compliance demands that integrate smoothly into existing data access protocols. The result is HIPAA compliance using one single app. 

 

Isn’t it time you reconsidered your approach to meeting HIPAA requirements? Book a demo with Symmetrium here.

SEC Issues Over $2bn in Fines to Crack Down on Use of WhatsApp and Other Messaging Apps

With financial institutions struggling to meet their regulatory obligations regarding messaging apps, the sector could have saved billions of dollars by using Symmetrium to minimize their exposure.

When JPMorgan was hit with $200 million in SEC fines in Dec 2021, for letting employees use WhatsApp, it should have been a warning sign. Less than a year later, the US Securities and Exchange Commission (SEC) struck again, fining 16 Wall Street firms $1.8B for using private text apps

This avalanche of fines was imposed on banks and financial institutions for allowing employees to discuss business via unapproved and unmonitored messaging systems, such as WhatsApp. Such discussions are legally required to be recorded, stored and available to government authorities to review when required.

The sector has been cracking down heavily on the use of unsecured messaging apps for business. In 2020, for example, a senior credit trader at JPMorgan was suspended for communicating via WhatsApp with colleagues at Jefferies, KPMG, and VTB Capital. 

 

Financial Institutions Struggling to Meet Regulatory Requirements

With the pervasive use of mobile phones as hybrid work policies become more normal, the exposure firms face has risen sharply since the time when only email was being used. All email messages could be stored and archived on corporate email servers to meet regulatory requirements, but now with BYOD (Bring Your Own Device) policies and the widespread use of messaging apps, banks are struggling to meet SEC requirements. 

WhatsApp remains the most popular messaging app, but more than a half dozen others are regularly used, such as Facebook Messenger, iMessage, WeChat and Telegram. Their prevalence is giving Compliance Officers at financial services firms sleepless nights as workplace smartphones and BYOD policies create a perfect storm for users to intentionally or even accidentally breach SEC rules. 

 

How The Sector Could Have Avoided Billion-Dollar Fines

Sharing data using unauthorized messaging apps and personal email accounts not only flouts SEC regulations but can also expose sensitive data to security risks. Symmetrium’s zero trust mobile access solution has been specifically designed to help organizations operating in highly regulated sectors to remain compliant by keeping data protected, particularly in BYOD environments. 

Symmetrium is device agnostic, and works by the creation of virtual mobile devices (VMDs) within the organization’s own IT environment. These VMDs sit within this protected environment and when remotely accessed these virtual devices act as extensions of all organizational security and compliance policies using end-to-end encrypted streaming. So when messaging using Symmetrium’s mobile access solution, all regulatory obligations are adhered to in this highly controlled environment. The result is a completely secure, compliant and native mobile experience with seamless deployment and management.

 

Ensuring All Data Remains SEC Compliant

With messages sent by authorized users virtually accessing Symmetrium via the organizational network, the messages and any associated data never sits on the user’s actual device. The result is that data remains secure and archived to meet SECs requirements.

Each mobile device acts as an on-prem laptop, allowing for full control over employee messaging to shield financial institutions from any risks associated with using messaging apps, such as WhatsApp. 

This allows for minimum-resources mobile messaging management via a central management console for all devices, OS and brands. All is integrated smoothly into existing security and GRC data access protocols through one single app. The result is organizations can finally be confident their data and messaging remains secure and compliant at all times, avoiding crippling fines and potential data breaches. 

Discover how Symmetrium can keep your data and employee messaging compliant by booking a demo here.

 

The Challenges in Creating a Secure Zero Trust Environment

Most organizations will struggle to implement and securely manage zero-trust environments, due to the many challenges involved, without the adoption of Symmetrium’s Virtual Mobile Device solution. 

The traditional perimeter of organizational networks has been obliterated by the rise of remote work and SaaS services, forcing the implementation of zero-trust environments. This is necessary to cope with the unprecedented growth in endpoints and data sources operating beyond the confines of the traditional organizational network.   

Zero trust provides a more comprehensive approach to security than traditional methods. The core principle of zero trust is to trust nothing and verify everything. This means that all users, devices, apps, software and data both inside the network and outside must be verified and protected. Organizations can therefore, in principal, mitigate the attack surface nefarious actors target to steal data, compromise passwords and other malicious activities. 

 

Problems Implementing Zero Trust

While zero trust is a key strategic focus for most organizations to reduce risk, according to Gartner, very few organizations have completed the scope of their zero-trust implementations.

Many of the associated challenges to implementing a true zero-trust environment are linked to the hybrid work culture, which has become a significant obstacle in securing this model. With more employees working outside the boundaries of the corporate network, using their own devices to connect to sensitive business data, security vulnerabilities have spiked. 

The use of non-secured mobile devices has resulted in an entire stack of identities and end-points that require a full set of resources to continuously secure, protect and manage it. This requires mapping how users and their devices access and interact with sensitive data. Solutions focus on managing these users and devices to help increase cyber resiliency and remote access. 

 

Zero Trust’s Fundamental Flaw

This exposes a fundamental flaw in their approach — a focus on users and devices, and not on data. So once users are granted access the data they access using their mobile comes to rest on that device. Thus the data is no longer in the secure confines of the corporate network environment and is exposed and vulnerable on the device it is now residing on.

Security will always be maximized when there is no data at rest and therefore no data at risk. This is how Symmetrium, a zero-trust data mobile access solution, enables productive collaboration while dramatically minimizing the risk of data breaches. It achieves this by turning any mobile device, managed or unmanaged, into a virtual extension of an organization’s network, with all its compliance, security, and IT. 

 

The Only True Zero-Trust Approach

Using Symmetrium means organizations don’t have to ditch and replace technology to implement a secure zero-trust environment. This is because Symmetrium creates virtual mobile devices (VMDs) that sit protected within the perimeter of an organization’s network and therefore adheres to all existing enterprise network security protocols. 

These VMDs use P2P encrypted streaming to allow authorized remote and third party users to view data using their own devices. This view-only data never leaves the protected organizational network and therefore is never transferred to an external device. This ensures the data at all times remains secure and never comes to rest on external devices.

With zero trust now vital for organizations to survive digital transformation it is critical to overcome the associated challenges. In a world where data, resources and employees are outside the enterprise perimeter, the only true zero-trust approach is to ensure “no data at rest” and Symmetrium’s VMDs are the perfect solution to make this happen.

So, isn’t it time you reconsidered your approach to zero-trust security? Book a demo with Symmetrium here.

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