Markets
Public Safety
STI-CO® Antenna Systems deliver mission-critical communication solutions for first responders and public safety agencies. Engineered and built in the U.S.A., our antennas provide dependable coverage and interoperability when every second counts.
Shop Now
Reliable Communication Solutions for Public Safety
Seamless Coverage
STI-CO® antennas are engineered to deliver consistent, wide-area coverage across urban, suburban, and rural environments. From daily dispatch operations to large-scale emergencies, our systems ensure reliable connectivity that supports coordination, situational awareness, and rapid response.
Enhanced Security
Designed for multi-agency coordination, our antennas integrate seamlessly with major public safety radio systems and networks. This interoperability enhances communication between police, fire, EMS, and other critical services, enabling efficient information sharing and secure, unified response during high-pressure events.
- Wide-area coverage for reliable communication in all environments
- Interoperable with leading public safety radio systems
- Rapid-deployment solutions for emergency response teams
- U.S.-designed and manufactured under ISO 9001 & AS9100D certified quality systems
From the Blog
RF, Power, and Data: Why Purpose-Built Cable Assemblies Matter for Mission-Critical Applications
In rail, defense, and public safety environments, cable assemblies do far more than carry signals—they ensure system uptime, operator safety, and reliable communication under the harshest conditions. Off-the-shelf cables, designed for general-purpose use, often fall short in these mission-critical d ... Read More ...
Lot Traceability & Serialization in Cable Assemblies: Why It Matters in Rail, Defense & Public Safety
In industries where communication systems are mission-critical, like defense, public safety, and rail, cable failure isn’t just inconvenient. It can lead to equipment downtime, operational risk, or compliance violations. That’s why lot traceability and serialization are so essential in the design an ... Read More ...