We design, build, own and operate Distributed Antenna Systems (DAS), cell towers, rooftops, and small cells that enhance mobile connectivity.
We have a portfolio of more than 2,600 assets installed and under development, including a diverse portfolio of indoor DAS and small cell coverage.
Our extensive array of partners includes commercial offices, multifamily communities, shopping malls, hotels, hospitals, educational facilities, transportation infrastructure and airports. We also work closely with the most credible contractors, distributors, and equipment manufacturers, who supply the essential components of our wireless ecosystem.
With our indoor projects, we deliver turn-key quality networks that make connectivity an asset for every business we serve. No more dropped calls. No more slow download speeds. Our DAS projects are tailor-made to meet both the technical requirements of the carriers and the business needs of venue owners, who require quality indoor networks for their establishments.
We build projects that support the smart economy. We continuously look for new ways to reduce costs and deliver solutions with greater efficiency. In our partnerships with our customers, we adhere to the highest standards of service and ethics.
Our telecommunications infrastructure projects embody the transformative power of new technologies – allowing you and your customers to connect to what really matters.
In a world where 80% of mobile phone traffic takes place indoors—in offices, residential buildings, hospitals, universities, malls, hotels and airports—the need for indoor connectivity is more apparent than ever. Complex emerging technologies require solutions that must be managed continuously and are innovative, intelligent and prepared for the future.
Cities are complex ecosystems home to people in constant motion, making their way through the streets to reach their destination, often between tall and wide buildings. This high density of devices and the innumerable signals that they transmit, coupled with the challenges of passing signal through concrete barriers, can prevent the signals that towers produce from reaching devices properly. The result is a compromised connection quality. With limited space to build new towers but growing demands for connectivity, mobile users need an integrated solution.
Demand for connectivity is not limited to large cities. Smaller cities, resort towns and rural regions have also embraced technology and need quality telecom infrastructure. For example, mobile connectivity has already revolutionized agriculture and will continue to do so as 5G offers more applications to increase efficiency and improve plant yields.
