Drubridge LLC

Delivers comprehensive planning, design, system integration, testing, and optimization of public safety radio systems.

• RF Coverage Modeling

  Customized radio frequency coverage design using specific antenna configurations, transmitter and receiver combiner networks, and site locations.

• Simulcast, Multicast, and Voting System Design

  Network configurations designed to provide maximum system coverage and minimal interference based on geographic needs and coverage requirements.

• Interference Analysis and Mitigation

  Co-channel and adjacent-channel analyses to ensure optimum frequency utilization with minimum signal interference.

• Radio Traffic Analysis

  Erlang B and C studies conducted to optimize spectrum utilization and provide robust call loading performance.

• FCC Licensing Support

  Professional support in the development and preparation of FCC license applications.

• FNE Infrastructure Design

  Fixed Network Equipment architectural design services structured to provide enhanced network performance and maximum utilization.

Facilitates and staffs the deployment of Next Generation 911 call-taking systems through specialized engineering and technical support.

• NG911 Needs Assessments

  Evaluations of current 911 infrastructure, call-handling processes, GIS data readiness, and operational requirements against next-generation standards.

• NOC Support Staffing

  Continuous monitoring, rapid fault isolation, and first-tier resolution for NG911 ESInets, core services, and hosted call-handling platforms.

• PSAP Integration Roadmap

  Tailored transition planning with clear milestones, dependencies, funding requirements, and risk controls to guide public safety answering points to modern environments.

• Call Handling Rollout

  Specialized deployment and rollout assistance for Class 1 and Class 3 call-taking platforms.

Coordinates mission-critical communications projects from needs assessment and design through procurement, implementation, testing, and final cutover.

• Radio System Project Planning

  Expert organization and planning for P25 public safety radio systems, turning complex requirements into actionable roadmaps.

• Lifecycle Cost Modeling

  Development of precise, transparent lifecycle budgets covering capital expenditures, implementation phases, and long-term operational costs.

• Schedule Development and Maintenance

  Critical-path scheduling and monitoring to track deployment progress, manage dependencies, and adjust timelines proactively.

• P25 Scope Change Management

  Rigorous evaluation of proposed system modifications to protect project scope, timeline, and financial allocation.

• System Risk Mitigation

  Strategic safeguarding of critical radio system deployments to ensure reliable and resilient operational outcomes.