Protection in practice.

Threat Deflect led the end-to-end migration of a business client's entire IT environment, relocating all servers, storage infrastructure, and network equipment to a secure data center facility. We coordinated the physical move, network reconfiguration, and system cutover, successfully bringing all services back online with minimal disruption to operations.

The migration delivered significant improvements in uptime, security, disaster recovery capabilities, and overall network performance, providing the client with a modern, scalable infrastructure designed for long-term business success.

Threat Deflect helped a business client strengthen their cybersecurity by implementing Endpoint Detection and Response (EDR) alongside application allowlisting.

This layered approach provides continuous monitoring for threats while ensuring only trusted applications can run, significantly reducing the risk of ransomware and malware.

Our implementation included:

• Deploying EDR across all business devices.
• Implementing application allowlisting to block unauthorized software.
• Creating and managing approved software policies.
• Configuring real-time threat detection, monitoring, and automated response.
• Testing to ensure business applications continued to operate without disruption.
  

Threat Deflect assisted a home client that wanted enterprise-level networking in their home, ensuring fast, reliable connectivity in every room. To achieve this, we implemented a robust network infrastructure with Ethernet runs to every space, providing seamless wired connections for optimal speed and low latency.

This setup supports high-performance streaming, gaming, remote work, security cameras, and smart home devices, all with the reliability and security of a professional-grade network.

Threat Deflect assisted a small business owner after a fake Zoom meeting invitation resulted in the installation of multiple unauthorized remote management tools.

Guided the initial response by immediately disconnecting affected systems from the internet, securing critical accounts, and preventing further attacker access. Identified and removed multiple persistence mechanisms, including scheduled tasks that reinstalled remote access software, stopped and removed malicious services, and investigated additional startup, service, and persistence locations.

The incident response included credential protection, forensic triage, and development of a comprehensive remediation plan to restore system integrity.