Case Studies

The Problem

One of our church clients in Central Florida had grown to more than 800 people each weekend, but its technology had not kept pace.

The livestream dropped every 10 to 15 minutes during services. Audio feedback and synchronization problems were common, and most of the system depended on one experienced volunteer. If that person was absent, no one else felt confident running the equipment or troubleshooting a problem.

The church also had no clear backup plan if equipment failed during a service. Its network was unstable, and volunteers regularly dealt with Wi-Fi interruptions while trying to manage production and streaming.

What We Did

We started by reviewing the church's network, streaming equipment, audio system, cabling, and operating procedures.

• Streaming and production traffic were separated from guest Wi-Fi so that visitor internet use would not interfere with the service
• We identified failing connections and outdated equipment, then addressed the most likely points of failure
• Created clear, step-by-step operating guides with photos and video walkthroughs
• Added a backup streaming option and an uninterruptible power supply (UPS)
• Trained three additional volunteers to operate the system and handle basic troubleshooting

The Result

Services now stream reliably, and volunteers are more comfortable running the equipment without depending on one person.

The documented setup process eliminated roughly three hours of unnecessary pre-service preparation. When something does go wrong, the team has a backup plan and clear instructions instead of guessing under pressure.

The church also recovered more than 10 hours each month that volunteers had previously spent troubleshooting recurring problems.

The Problem

One of our medical practice clients in Central Florida was experiencing repeated technology failures that disrupted patient care.

• Computers crashed several times each week, and patient records were sometimes unavailable for more than 30 minutes
• No current network diagram, no complete equipment inventory, no way to identify the source of outages
• Passwords were shared between employees, and access was not restricted based on job responsibilities
• Backups appeared to be running, but no one had tested whether the data could actually be restored
• Lacked documentation showing how technical safeguards supported HIPAA security requirements

What We Did

We documented every workstation, network device, connection, and major point of failure.

• Traced recurring outages to a failing network switch causing disruptions across the office
• Replaced aging equipment with managed hardware and added additional safeguards
• Introduced role-based user accounts so employees only had access to systems needed for their jobs
• Tested the backup system through an actual restoration process rather than relying on status messages
• Documented encryption, access controls, audit logging, and other technical safeguards to support HIPAA security efforts

The Result

The office went from multiple outages each week to no unplanned downtime during the first 90 days.

Employees can access patient records without repeated interruptions, and the practice now has encrypted backups with a tested recovery process.

The documented network also makes future maintenance and troubleshooting faster because technicians no longer have to rediscover how everything is connected. Most importantly, the practice now has a clearer understanding of its security controls, remaining risks, and the steps needed to maintain a stronger security posture.

The Problem

One of our cybersecurity clients in Florida handled sensitive customer information but had never completed a formal cybersecurity assessment.

• Had not performed vulnerability scanning
• Administrative passwords were being shared through email or written on notes near workstations
• Some cloud-hosted systems were unnecessarily accessible from the public internet
• Employees reused weak passwords across several systems
• Limited logging, making it difficult to determine who accessed sensitive information or changed important settings
• Upcoming compliance requirements with no clear plan for meeting them

What We Did

We conducted a comprehensive security assessment covering the organization's internal network, internet-facing systems, cloud configurations, user accounts, and employee security practices.

• Ranked each finding based on technical severity and potential business impact
• Provided a practical remediation plan explaining what needed to be fixed, why it mattered, and how much effort each correction would require
• Worked with the client's IT team to apply updates and correct cloud configurations
• Strengthened administrative access and verified that changes were effective
• Mapped findings and completed improvements to applicable compliance controls

The Result

The organization eliminated several of its highest-risk attack paths before they could be exploited.

Employees now use a password manager, administrative activity is logged and reviewed, and cloud systems are properly protected.

The organization also completed its compliance assessment with clearer documentation and a much stronger understanding of its security posture. Instead of assuming their environment was secure, leadership now has documented controls, a prioritized improvement plan, and a repeatable process for managing cybersecurity risk.