How Valentine Strengthens Its Security Posture with Fortuna Cysec’s Managed IT Security Services
Fortuna Cysec Delivers Scaled Third-Party Risk Management Services for Global Health Tech
ATLANTA, Aug 2026 -- Fortuna Cysec, a global cybersecurity company offering integrated AI-native security operations managed detection and response, continuous threat exposure management and compliance services, today announced it has been selected to provide Third-Party Risk Management services for a leading global health technology company focused on improving patient outcomes through connected care solutions delivered in the home.
The engagement will support vendor onboarding, evidence collection, assessment execution, risk reporting and ongoing platform management across the organization's third-party ecosystem.
Through the partnership, Fortuna Cysec will leverage the partner’s existing environment to streamline third-party risk workflows, drive greater consistency in assessments, and enhance visibility into vendor risk posture. Fortuna Cysec will support approximately 500 third-party risk assessments annually, alongside delivering operational reporting, SLA tracking and governance reviews designed to strengthen transparency and accountability.
The scope of services Fortuna Cysec provides includes rapid vendor engagement, evidence validation, escalation of critical findings and comprehensive risk assessment reporting, enabling organizations to more effectively identify, document and act on third-party risk. The program also incorporates flexible support for M&A activity, audits and demand surges, helping health technology enterprises scale their third-party risk operations as business needs evolve.
“Organizations today need more than tools; they need operational execution that turns risk insights into action,” said Navin Balakrishnaraja, CEO and co-founder of Fortuna Cysec. “We are proud to partner with dynamic global health technology leaders to advance the maturity of their third-party risk programs through scalable, consistent processes that enhance visibility and strengthen governance across their vendor ecosystems. This underscores our commitment to helping regulated and enterprise organizations elevate cybersecurity, vendor risk and governance through hands-on execution, not just advisory support.”
About Fortuna Cysec
Fortuna Cysec is a global cybersecurity company offering Fortunox - an integrated AI-native Security Operations Platform that centralizes AI-powered threat detection, automated response, compliance management and true 24x7 managed detection and response. By combining advanced analytics, automated actions and expert-led response in one integrated system, Fortuna Cysec gives organizations a faster, smarter and more resilient way to defend their environments. For more information, visit www.fortunacysec.com.
Increased Social Engineering attacks targeting the IT Helpdesk
Increased Social Engineering attacks targeting the IT Helpdesk
As per the latest sector alert published by The U.S. Health and Human Services, in coordination with its Health Sector Cybersecurity Coordination Center, advises on having user awareness training, as well as policies and procedures for increased security for identity verification with help desk requests. The threat actors continue to evolve their tactics, techniques, and procedures (TTPs) to achieve their goal which is to gain initial access to target organizations.
Tactics, Techniques, and Procedures used by threat actors
As per the HC3 April 3rd alert social engineering is being used across the Healthcare and Public Health (HPH) sector to gain unauthorized access to systems. Threat actors are employing sophisticated social engineering techniques to target an organization’s IT help desk with phone calls from an area code local to the target organization, claiming to be an employee in a financial role (specifically in revenue cycle or administrator roles).
The threat actor can provide the required sensitive information for identity verification, including the last four digits of the target employee’s social security number (SSN) and corporate ID number, along with other demographic details. These details were likely obtained from professional networking sites and other publicly available information sources, such as previous data breaches.
The threat actor claimed that their phone was broken, and therefore could not log in or receive MFA tokens. The threat actor then successfully convinced the IT help desk to enroll a new device in multi-factor authentication (MFA) to gain access to corporate resources.
After gaining access, the threat actor specifically targeted login information related to payer websites, where they then submitted a form to make ACH changes for payer accounts. Once access has been gained to employee email accounts, they sent instructions to payment processors to divert legitimate payments to attacker-controlled U.S. bank accounts.
The funds were then transferred to overseas accounts. During the malicious campaign, the threat actor also registered a domain with a single-letter variation of the target organization and created an account impersonating the target organization’s Chief Financial Officer (CFO).
Rise in Spearphishing voice
What is Spearphishing?
Phishing can be targeted, known as spearphishing. In spearphishing, a specific individual, company, or industry will be targeted by the adversary.
Spearphishing voice is a specific variant of spearphishing. It is different from other forms of spearphishing in that it employs the use of manipulating a user into providing access to systems through a phone call or other forms of voice communications. Spearphishing frequently involves social engineering techniques, such as posing as a trusted source (impersonation) and/or creating a sense of urgency or alarm for the recipient.
Scattered Spider is a cybercriminal group that has been active since at least 2022 targeting customer relationship management and business-process outsourcing (BPO) firms as well as telecommunications and technology companies. During campaigns, Scattered Spider has leveraged targeted social-engineering techniques and attempted to bypass popular endpoint security tools
They have used several techniques to exploit such as Account Discovery: Cloud Account, Account Discovery: Email Account, Account Manipulation: Additional Cloud Roles, Account Manipulation: Device Registration, Account Manipulation: Additional Cloud Credentials, Data from Cloud Storage, Data from Information Repositories: Sharepoint, Exploit Public-Facing Application, External Remote Services, Gather Victim Identity Information: Credentials, Impersonation, Ingress Tool Transfer, Modify Cloud Compute Infrastructure: Create Cloud Instance, Multi-Factor Authentication Request Generation, Network Service Discovery, Obtain Capabilities: Tool, OS Credential Dumping: DCSync, Permission Groups Discovery: Cloud Groups, Phishing: Spearphishing Voice, Phishing for Information: Spearphishing Voice, Phishing for Information: Spearphishing Service, Protocol Tunneling, Proxy, Remote Access Software, Remote Services: Cloud Services, Valid Accounts: Cloud Accounts, Web Service, Windows Management Instrumentation
How can organizations protect against Spearphishing Voice?
Healthcare organizations and service providers need to implement various detection methods, policies, and procedures to validate the users requesting a password reset or mobile device enrollment.
Helpdesk agents need to employ atmost judgement as the adversary will employ manipulation techniques to bypass the call-back authentication or verification process in place.
Monitor call logs from corporate devices to identify patterns of potential voice phishing, such as calls to/from known malicious phone numbers. Correlate these records with system events.
- Enable logging of events, messaging, and other artifacts provided by third-party services ( ex: metrics, errors, and/or alerts )
- Monitor the events and alerts 24X7X365 using Security Operation Center (SOC)
- Ensure to use of security systems that can tag events from NDR, EDR, SIEM to MITRE ATT&CK framework and are able to predict the later movement quickly
Users can be trained to identify and report social engineering techniques and spearphishing attempts, while also being suspicious of and verifying the identity of callers.
- Train users to be aware of access or manipulation attempts by an adversary to reduce the risk of successful spearphishing, social engineering, and other techniques that involve user interaction.
- Periodic security awareness training and tabletop exercises can help users understand the impact and mitigation procedures.
- Reviewing process and having escalation procedures for confirming incoming requests through an independent platform like a phone call or in-person, to reduce risk.
Benefits of an MSSP
Benefits of an MSSP
Managed Security Services (MSS) are crucial in today's digital landscape to help organizations protect their sensitive information, critical systems, and overall digital assets from an ever-evolving landscape of cyber threats. Cyberattacks are increasing in complexity and sophistication. Here are some reasons why organizations need Managed Security Services:
Expertise and Specialization:
Cybersecurity is a complex and rapidly evolving field. Managed Security Service Providers (MSSPs) are dedicated to staying up to date with the latest threats, vulnerabilities, and defense strategies. They employ a team of skilled cybersecurity professionals with specialized knowledge and experience in handling various security challenges.
24/7 Monitoring and Response:
Cyber threats can occur at any time, day or night. MSSPs offer continuous monitoring of an organization's networks and systems. This 24/7 monitoring ensures that potential threats are identified and addressed in real-time, reducing the risk of data breaches and minimizing downtime.
Advanced Tools and Technologies:
MSSPs utilize advanced security tools, technologies, and threat intelligence platforms that might be cost-prohibitive for individual organizations to implement and manage on their own. This allows organizations to benefit from cutting-edge security solutions without the need for significant upfront investments.
Scalability:
As organizations grow, their security needs also evolve. MSSPs offer scalability, allowing organizations to easily adjust the level of security services based on their changing requirements without having to invest in new infrastructure or hire additional personnel.
Cost Efficiency:
Building an in-house cybersecurity team and infrastructure can be expensive. It requires recruiting, training, and retaining skilled cybersecurity professionals, as well as investing in hardware, software, and ongoing maintenance. MSSPs offer a more cost-effective solution, as organizations pay for the services they need without the overhead of managing an internal security team.
Focus on Core Business Activities:
Managing cybersecurity internally can be resource-intensive and distract organizations from their core business objectives. By outsourcing security to MSSPs, organizations can free up their internal resources to focus on strategic initiatives that drive growth and innovation.
Compliance and Regulations:
Many industries are subject to strict regulatory requirements regarding data protection and cybersecurity. MSSPs have experience in navigating these compliance frameworks and can help organizations ensure that they meet the necessary standards.
Rapid Incident Response:
In the event of a security incident or breach, MSSPs have established incident response protocols and teams ready to mitigate the damage and guide the organization through the recovery process.
Risk Management:
MSSPs provide organizations with a comprehensive understanding of their security posture and vulnerabilities. This enables organizations to make informed decisions about risk mitigation strategies and allocate resources effectively.
Threat Intelligence:
MSSPs gather threat intelligence from a wide range of sources, allowing them to identify emerging threats and trends. This proactive approach helps organizations stay ahead of potential attacks and adapt their security measures accordingly.
In summary, Managed Security Services offer organizations the advantage of specialized expertise, round-the-clock protection, advanced tools, scalability, cost savings, and the ability to focus on core business activities. As cyber threats become more sophisticated and prevalent, many organizations find that partnering with MSSPs is a strategic way to enhance their overall cybersecurity posture.
CVE-2026-115560: New PHP Remote Code Execution Vulnerability Remains Unpatched
Critical Cybersecurity Advisory
Threat Intelligence & Vulnerability Management
Just two days after emergency security updates addressed the critical PHP2Shell vulnerabilities, the PHP development team disclosed another potential remote code execution (RCE) vulnerability, CVE-2026-115560, affecting PHP's session upload progress functionality.
Unlike the earlier PHP2Shell vulnerabilities (CVE-2026-109618 and CVE-2026-109619), this newly identified issue remains unpatched as of October 23, 2026 and affects applications using a specific, uncommon combination of PHP session configurations.
Although PHP considers exploitation unlikely in typical deployments, successful exploitation under the required conditions could potentially allow attackers to execute malicious code remotely.
Organizations should review their PHP configurations and implement the recommended mitigation until an official security update becomes available.
Understanding CVE-2026-115560
CVE-2026-115560 involves PHP's session upload progress functionality, which tracks file upload progress using session data.
The vulnerability becomes exploitable only when several specific conditions exist simultaneously:
- The application configures
session.serialize_handlerasphp_binaryorphp_serialize. - Application code changes the serialization handler to
phpat runtime usingini_set(). - This change occurs before calling
session_start(). - PHP session upload progress remains enabled.
Under these conditions, improper session-state handling may create a potential remote code execution path.
Applications that do not dynamically change their session serialization handler are not exposed to this specific attack vector.
Why This Vulnerability Matters
Although exploitation requires an uncommon configuration, organizations should not overlook the potential security impact.
Successful exploitation could result in:
- Remote code execution: Unauthorized execution of commands within the PHP server process.
- Application compromise: Attackers gaining control over affected web applications.
- Data exposure: Unauthorized access to sensitive application information.
- Business disruption: Potential interruption of websites and critical business services.
- Lateral movement: Attackers using a compromised web server to target connected infrastructure.
Importantly, the emergency PHP releases issued on October 21, 2026, do not address CVE-2026-115560.
Organizations that have already patched PHP2Shell should still verify whether their applications use the vulnerable configuration.
Affected PHP Versions and Patch Status
As of October 23, 2026, PHP has not published a definitive affected-version list or a confirmed fixed-release number for CVE-2026-115560.
Security DetailCurrent StatusCVE IdentifierCVE-2026-115560Vulnerability TypePotential Remote Code ExecutionAffected ComponentPHP Session Upload ProgressCVSS ScoreNot officially publishedSecurity PatchNot yet availableRecommended FixDisable session upload progressPermanent ResolutionExpected in next regular PHP release
PHP plans to address this vulnerability in its next regular maintenance release rather than issuing another emergency update.
Recommended Mitigation and Security Measures
Fortuna Cysec recommends the following actions.
1. Disable PHP Session Upload Progress
Until an official patch is released, disable the affected feature in the PHP configuration:
session.upload_progress.enabled = 0
Apply the setting in php.ini or an appropriate server-level configuration and restart affected PHP services or workers.
2. Review Application Session Configurations
Identify applications using php_binary or php_serialize session handlers and determine whether application code changes the handler dynamically before starting sessions.
3. Maintain Existing PHP2Shell Patches
Ensure PHP installations remain updated to the security releases addressing CVE-2026-109618 and CVE-2026-109619.
These updates remain essential even though they do not resolve CVE-2026-115560.
4. Strengthen Security Monitoring
Monitor PHP application logs, unusual session activity, unexpected server processes, and suspicious HTTP requests. Maintain updated WAF protections where available.
5. Track the Official Security Update
Monitor PHP security advisories and deploy the permanent fix once the next regular release becomes available.
Organizations that already disabled session upload progress as part of their PHP2Shell mitigation do not need an additional configuration change for this vulnerability.
How Fortuna Cysec Can Help
CVE-2026-115560 demonstrates that applying security patches alone may not eliminate every emerging threat. Continuous visibility, configuration assessment, and proactive monitoring remain essential.
Through the Fortunox Security Operations Platform, Fortuna Cysec combines Continuous Threat Exposure Management (CTEM) and Managed Detection and Response (MDR) to help organizations:
- Identify vulnerabilities: Discover exposed assets, vulnerable configurations, and emerging security risks.
- Prioritize remediation: Assess business impact and coordinate risk-based corrective actions.
- Monitor threats: Detect suspicious activity through 24/7 managed security operations.
- Respond effectively: Investigate incidents and coordinate containment and remediation.
- Maintain resilience: Continuously monitor and improve organizational security posture.
Our integrated security approach helps organizations move beyond reactive patching toward continuous threat exposure reduction.
Final Thoughts: Mitigate Now, Patch When Available
While CVE-2026-115560 requires an uncommon application configuration, its potential remote code execution impact warrants attention.
Organizations should review PHP session configurations, disable session upload progress where appropriate, maintain existing PHP security updates, and monitor for the permanent fix.
Emerging vulnerabilities demand continuous visibility, proactive remediation, and rapid threat detection.
Is Your PHP Environment Secure?
Fortuna Cysec helps organizations identify critical vulnerabilities, assess security exposure, and strengthen cyber resilience through Fortunox CTEM and MDR services.
Contact Fortuna Cysec today to assess your cybersecurity exposure and strengthen your defenses.
PHP2Shell: Critical PHP Vulnerabilities Expose Web Applications to Remote Code Execution
Critical Cybersecurity Advisory
Threat Intelligence & Vulnerability Management
Two critical PHP vulnerabilities, collectively known as PHP2Shell, have raised significant security concerns for organizations running PHP-based websites and applications. Tracked as CVE-2026-109618 and CVE-2026-109619, these vulnerabilities carry a critical CVSS score of 9.2 and could allow unauthenticated attackers to execute malicious code remotely on vulnerable servers. Unlike vulnerabilities affecting individual plugins or applications, PHP2Shell impacts the underlying PHP runtime, potentially exposing platforms such as WordPress, Drupal, Joomla, Magento, and custom PHP applications. With exploitation attempts already reported, organizations should prioritize immediate patching and security monitoring.
Understanding the PHP2Shell Vulnerabilities
CVE-2026-109618: Out-of-Memory Memory Corruption
This vulnerability involves improper memory handling when PHP encounters certain out-of-memory conditions. Attackers may exploit specially crafted HTTP requests to trigger memory corruption and potentially achieve remote code execution.
Potential impact:
- Unauthorized server access and code execution
- Web application compromise
- Data theft and service disruption
CVE-2026-109619: Use-After-Free Vulnerability
This vulnerability occurs when PHP improperly retains references to previously released memory during request processing. Attackers may manipulate these conditions to execute arbitrary code within affected PHP processes.
Potential impact:
- Remote code execution
- Exposure of sensitive application data
- Compromise of application sessions and credentials
- Potential lateral movement within connected environments
Both vulnerabilities demonstrate how weaknesses in core application infrastructure can create significant enterprise-wide security exposure.
Affected PHP Versions and Security Fixes
PHP released emergency security updates on October 21, 2026.
PHP VersionFixed ReleaseActionPHP 8.58.5.12Update immediatelyPHP 8.48.4.27Update immediatelyPHP 8.38.3.36Update immediatelyPHP 8.28.2.35Update immediatelyPHP 8.1 and olderEnd of life upstreamMigrate or apply verified vendor security backports
Organizations should validate the PHP versions running across web servers, cloud workloads, containers, and hosted applications.
Important: Updating a CMS or its plugins alone does not remediate PHP2Shell. The underlying PHP runtime must be patched. Vendor-maintained distributions may provide security backports without changing the upstream version number.
Why Organizations Should Act Immediately
PHP powers a significant portion of the internet, making these vulnerabilities a potentially widespread threat.
Security researchers have reported exploitation attempts, including activity observed before public disclosure.
Successful exploitation could result in:
- Data breaches: Unauthorized access to sensitive customer and business information
- Business disruption: Compromise or downtime of critical websites and applications
- Infrastructure compromise: Attackers gaining a foothold for further network intrusion
- Compliance exposure: Potential regulatory and contractual consequences
Organizations running internet-facing PHP applications face particular urgency.
Recommended Remediation and Security Measures
Fortuna Cysec recommends the following immediate actions:
1. Identify vulnerable assets
Inventory PHP installations across websites, applications, servers, cloud environments, and containers. Prioritize internet-facing systems.
2. Apply security patches
Upgrade to the appropriate fixed PHP release or verified vendor-patched package. Rebuild affected container images and restart PHP workers to ensure updated code is running.
3. Implement temporary mitigations
Where immediate patching is not possible:
- Restrict HTTP request and upload sizes.
- Evaluate
memory_limit=-1for CVE-2026-109618, considering resource-exhaustion risks. - Disable
session.upload_progress.enabledfor CVE-2026-109619. - Disable
fatal_error_backtraceson affected PHP 8.5 deployments. - Strengthen WAF protections and request filtering.
These mitigations reduce specific exploitation paths but do not replace security patching.
4. Monitor for exploitation
Investigate unusual PHP worker crashes, suspicious HTTP requests, unexpected processes, unauthorized file changes, and abnormal outbound connections.
5. Validate remediation
Confirm patched versions are deployed, affected services have restarted, and security monitoring remains operational. Investigate any evidence of possible compromise.
How Fortuna Cysec Helps Protect Your Organization
PHP2Shell highlights the importance of continuous vulnerability visibility, proactive risk management, and rapid threat detection.
Through the Fortunox Security Operations Platform, Fortuna Cysec combines Continuous Threat Exposure Management (CTEM) and Managed Detection and Response (MDR) to help organizations:
- Identify exposures: Discover vulnerable assets and prioritize critical security risks.
- Accelerate remediation: Track vulnerabilities and coordinate risk-based remediation.
- Detect threats: Monitor suspicious activity through 24/7 managed security operations.
- Respond effectively: Investigate security incidents and coordinate containment and recovery.
- Strengthen resilience: Maintain continuous visibility into evolving threats and security posture.
Our integrated approach helps organizations move beyond reactive vulnerability management toward continuous security risk reduction.
Final Thoughts: Patch Today, Protect Continuously
PHP2Shell is a reminder that even mature, widely adopted technologies can introduce critical security risks.
Organizations should immediately identify affected PHP installations, deploy security updates, implement appropriate protective controls, and monitor for potential exploitation.
Cybersecurity is not just about identifying vulnerabilities. It is about reducing exposure before attackers exploit it.
Is Your Organization Exposed to PHP2Shell?
Fortuna Cysec can help assess your exposure, prioritize remediation, and strengthen your defenses through Fortunox CTEM and MDR services.
Contact Fortuna Cysec today to strengthen your organization's cybersecurity posture.
Credit Union Cybersecurity: Moving from Reactive Defense to Proactive Risk Reduction
Credit Union Cybersecurity: Moving from Reactive Defense to Proactive Risk Reduction
At the 2026 America's Credit Unions Operations & Technology Council Conference in Las Vegas, Fortuna Cysec's VP of Sales, Patrick Whelan, joined Mike Lawson of CUbroadcast to discuss the evolving cybersecurity challenges facing credit unions and financial institutions.
The conversation explores why traditional, reactive cybersecurity strategies are no longer sufficient as threats evolve beyond ransomware to include data theft, extortion, and AI-driven risks.
Key topics include:
- Proactive Cybersecurity: Shifting from responding to incidents to identifying and eliminating risks before they can be exploited.
- Risk-Based Vulnerability Management: Prioritizing remediation using asset criticality, sensitive data exposure, and exploitability rather than vulnerability scores alone.
- Identity Security and AI: Addressing the emerging risks of non-human identities, AI agents, and increasingly complex access management.
- Operational Maturity: Reducing repetitive security incidents through root cause analysis, remediation, and continuous improvement.
- Board-Level Security Strategy: Building the business case for proactive cybersecurity investments while balancing risk, operational efficiency, and budget constraints.
Discover how Fortuna Cysec helps organizations maximize their existing security investments, accelerate remediation, and build a more proactive, resilient cybersecurity posture.
About Fortuna Cysec
Fortuna Cysec is a global cybersecurity company offering Fortunox - an integrated AI-native Security Operations Platform that centralizes AI-powered threat detection, automated response, compliance management and true 24x7 managed detection and response. By combining advanced analytics, automated actions and expert-led response in one integrated system, Fortuna Cysec gives organizations a faster, smarter and more resilient way to defend their environments. For more information, visit www.fortunacysec.com.
Fortuna Cysec Delivers Scaled Third-Party Risk Management Services for Global Health Tech
Fortuna Cysec Delivers Scaled Third-Party Risk Management Services for Global Health Technology Sector
ATLANTA, Aug 2026 -- Fortuna Cysec, a global cybersecurity company offering integrated AI-native security operations managed detection and response, continuous threat exposure management and compliance services, today announced it has been selected to provide Third-Party Risk Management services for a leading global health technology company focused on improving patient outcomes through connected care solutions delivered in the home.
The engagement will support vendor onboarding, evidence collection, assessment execution, risk reporting and ongoing platform management across the organization's third-party ecosystem.
Through the partnership, Fortuna Cysec will leverage the partner’s existing environment to streamline third-party risk workflows, drive greater consistency in assessments, and enhance visibility into vendor risk posture. Fortuna Cysec will support approximately 500 third-party risk assessments annually, alongside delivering operational reporting, SLA tracking and governance reviews designed to strengthen transparency and accountability.
The scope of services Fortuna Cysec provides includes rapid vendor engagement, evidence validation, escalation of critical findings and comprehensive risk assessment reporting, enabling organizations to more effectively identify, document and act on third-party risk. The program also incorporates flexible support for M&A activity, audits and demand surges, helping health technology enterprises scale their third-party risk operations as business needs evolve.
“Organizations today need more than tools; they need operational execution that turns risk insights into action,” said Navin Balakrishnaraja, CEO and co-founder of Fortuna Cysec. “We are proud to partner with dynamic global health technology leaders to advance the maturity of their third-party risk programs through scalable, consistent processes that enhance visibility and strengthen governance across their vendor ecosystems. This underscores our commitment to helping regulated and enterprise organizations elevate cybersecurity, vendor risk and governance through hands-on execution, not just advisory support.”
About Fortuna Cysec
Fortuna Cysec is a global cybersecurity company offering Fortunox - an integrated AI-native Security Operations Platform that centralizes AI-powered threat detection, automated response, compliance management and true 24x7 managed detection and response. By combining advanced analytics, automated actions and expert-led response in one integrated system, Fortuna Cysec gives organizations a faster, smarter and more resilient way to defend their environments. For more information, visit www.fortunacysec.com.
How Valentine Strengthens Its Security Posture with Fortuna Cysec’s Managed IT Security Services
As organizations depend increasingly on digital systems to support their business operations, maintaining a strong security posture becomes essential. Managing security technologies, responding to emerging threats, and maintaining consistent protection can require specialized expertise and ongoing resources.
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Fortuna Cysec helps Extended Care Facility increase its security and privacy posture
A Lifespan community in South East US with more than 800 residents in its various facilities which include Independent Living (IL), Assisted Living (AL), Skilled Nursing home (SNF) and Memory Care.
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Fortuna Cysec helps Healthcare Organization protect sensitive patient health information through robust cybersecurity measures
Working with the acute care facility’s IT security team Fortuna Cysec was able to assess the implemented solutions, find gaps in the implementations, bring best practices and discuss with the team.
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