Project Gallery

CELESTE HOTEL - UCF CAMPUS

CABLING, COMMUNICATIONS, NETWORKING, WI-FI, CCTV

VILLAGE LAKE ELEMENTRY - LAKE NONA

LOW VOLTAGE CABLING

GAYLORD ROCKIES - DENVER

OVERSIGHT OF CABLING, NETWORKING, WI-FI, CCTV, PROJECT MANAGEMENT

ORLANDO INTERNATIONAL AIRPORT

LOW VOLTAGE CABLING

WESTMINSTER - BALDWIN PARK

STATUS SOLUTIONS SECURITY

WELBRO OFFICES - MAITLAND

BUSINESS COMMUNICATION SYSTEMS

Celeste Hotel

Business Wi-Fi and Network Infrastructure at Celeste Hotel – UCF Campus

As businesses grow, connectivity requirements evolve. OBTS delivers enterprise connectivity solutions built to support performance, redundancy, and scalability across diverse environments. Whether connecting headquarters, branch offices, or remote locations, our solutions are designed to maintain consistent performance.

Enterprise connectivity solutions may include broadband internet, Metro Ethernet, MPLS, SIP trunks, or hybrid architectures depending on application requirements and geographic needs. OBTS evaluates traffic patterns, application demands, and uptime requirements to recommend solutions that balance performance with cost efficiency.

High-availability connectivity is essential for voice, video, and cloud-based systems. OBTS designs enterprise connectivity solutions with redundancy and failover strategies that minimize service disruptions and protect business operations.

By focusing on performance and scalability, OBTS ensures connectivity infrastructure can adapt to new applications, increased usage, and organizational growth without constant redesign. 

Village Lake Elementary School

Low Voltage Cabling for Educational Facilities at Village Lake Elementary

At Village Lake Elementary School in Lake Nona, OBTS provided low voltage cabling services to support modern educational technology and campus-wide connectivity. Educational environments require structured cabling solutions that are reliable, scalable, and capable of supporting evolving classroom technology.

OBTS installed low voltage cabling designed to support data, voice, and network connectivity throughout the facility. The cabling infrastructure was carefully planned to accommodate instructional technology, administrative systems, and future expansion without requiring disruptive upgrades.

Proper labeling, routing, and termination ensured long-term reliability and simplified maintenance for school IT staff. By implementing industry best practices, OBTS helped create a structured cabling environment that supports consistent network performance and minimizes downtime.

This project demonstrates OBTS’ experience delivering low voltage cabling solutions for educational facilities where reliability, safety, and future readiness are critical. The result was a clean, organized infrastructure that supports learning environments and administrative operations alike.

Gaylord Rockies Resort

Network Oversight and Project Management at Gaylord Rockies

For the Gaylord Rockies resort in Denver, OBTS provided oversight and project management for network-related infrastructure. Large hospitality properties require careful coordination across multiple systems, vendors, and timelines to ensure successful implementation.

OBTS acted as a technical partner throughout the project, overseeing network-related components including cabling, connectivity, and integration with existing systems. This role ensured that network infrastructure aligned with operational requirements and supported the scale of a large resort environment.

By managing timelines, coordinating vendors, and validating implementation standards, OBTS helped reduce risk and ensure that network systems were deployed correctly. This oversight approach minimizes costly rework and ensures that infrastructure supports long-term operational stability.

The Gaylord Rockies project highlights OBTS’ ability to manage complex network initiatives where scale, coordination, and performance are critical to success.

Orlando International Airport

Low Voltage Cabling Solutions at Orlando International Airport

OBTS delivered low voltage cabling services at Orlando International Airport to support critical communication and network infrastructure. Airports demand reliable cabling solutions capable of supporting high-traffic environments and mission-critical systems.

The project focused on installing low voltage cabling designed to support data and communication systems across operational areas. OBTS followed strict standards to ensure cable integrity, organization, and long-term durability in a demanding environment.

This project reflects OBTS’ capability to deliver infrastructure solutions in large-scale, high-security facilities where precision and reliability are essential.

Westminster Baldwin Park

Security Solutions Implementation at Westminster Baldwin Park

At Westminster Baldwin Park, OBTS implemented security solutions designed to protect people, property, and assets. Security systems must be reliable, properly integrated, and designed for the specific environment they serve.

OBTS delivered a security-focused solution that aligned with the operational needs of the property, ensuring coverage, reliability, and ease of management. Proper system design ensured the security solution could scale and adapt as requirements evolve.

This project showcases OBTS’ experience delivering practical security solutions for commercial and residential environments.

Welbro Offices

Business Communication Systems at Welbro Offices – Maitland

For the Welbro Offices in Maitland, OBTS delivered business communication systems designed to support day-to-day operations and internal collaboration. Reliable communication infrastructure is essential for professional office environments.

OBTS implemented systems that supported voice communication across the office while integrating with existing network infrastructure. The solution was designed to ensure call clarity, reliability, and scalability as business needs evolve.

This project highlights OBTS’ ability to deliver business communication systems that enhance productivity and support professional environments.