Datalink Networks Launches Nationwide Microsoft 365 Security Monitoring Program
Datalink Networks, a prominent managed service provider, has just rolled out an innovative Security Monitoring Program tailored specifically for Microsoft 365 clients in regulated industries. This strategic move, announced from their Santa Clarita, California headquarters, aims to address the unique requirements of small and mid-sized businesses (SMBs), healthcare entities, and educational institutions. Utilizing the capabilities of Microsoft Defender and Microsoft Lighthouse, Datalink's program offers enhanced threat detection and compliance management for its clients.
Key Features of the Program
24/7 Security Monitoring
The Security Monitoring Program provides around-the-clock monitoring and protection of Microsoft 365 environments. This includes comprehensive safeguarding for endpoints, servers, cloud services, and mobile devices. Datalink Networks leverages advanced tools such as Microsoft Defender XDR and Microsoft Lighthouse to provide clients with a unified security dashboard, real-time threat intelligence, and actionable insights for risk mitigation.
Customized Support Based on Industry Needs
Datalink has designed specific features for various sectors to ensure that their services meet the distinct needs of their clients. The key features include:
- - For SMBs: Optimization of Microsoft Secure Score with comprehensive endpoint and identity protection using Defender XDR, coupled with monthly vulnerability assessments via Nessus.
- - For Healthcare Providers: A robust compliance structure aligned with HIPAA, including device compliance reports, multifactor authentication (MFA) enforcement, and support for audit processes.
- - For Educational Institutions: Monitoring for compliance with FERPA and CIPA, mobile device management through Microsoft Intune, and security awareness training for staff and students.
Transparent Pricing and Flexible Support
Datalink Networks has implemented a pricing model that promotes transparency and flexibility. Clients can take advantage of fixed monthly retainers, customizable ticketing options without long-term commitments, and extensive ticket support. Additionally, there are options for monthly reporting and executive consultations to assist in ongoing security assessments.
Don Wisdom, President of Datalink Networks, states, "Our goal is to assist clients in raising their Microsoft Secure Score to at least 65% while maintaining a resilient security posture. By synergizing Microsoft’s native tools with our expert SOC team, we provide a scalable and cost-effective solution for businesses of all sizes."
A Response to Evolving Cybersecurity Threats
The launch of this program comes at a crucial time when organizations face increasing cybersecurity threats and regulatory pressures. Datalink has made it clear that their mission is to combat these challenges by offering proactive solutions tailored to each sector.
Kodi Oshiro, a SOC Engineer at Datalink Networks, echoed this sentiment: "We've crafted this program to directly tackle the challenges our clients experience, whether that's attaining HIPAA compliance in healthcare settings or providing affordable, enterprise-grade security for SMBs across the board."
In addition to the enhanced monitoring and protection, the program includes services for Nessus Vulnerability Scanning, which involves monthly scans with expert reviews to identify and remedy system weaknesses.
Conclusion
The new Security Monitoring Program signifies Datalink Networks' commitment to providing comprehensive security solutions designed to meet evolving cybersecurity needs. With its emphasis on affordability, customized support, and strong compliance standards, the program is set to benefit organizations looking to enhance their Microsoft 365 security framework. Clients can now access these vital services nationwide, ensuring that their critical data and systems are effectively safeguarded.
For more information about Datalink Networks and their security solutions, visit
Datalink Networks Website.