Fully Targeted Marketing
Your customers are always on the move, so your marketing needs to be dynamic as well. MACH Networks fully managed LTE connectivity solutions for digital signage help ensure you can deliver compelling messages to your potential customers anytime, anywhere. We work with companies across the nation to send digital marketing across a wide variety of displays, instantly integrating current information with targeted messaging to engage customers, drive sales, and create brand awareness.
With the help of our mobile broadband solutions, your company can continuously update and tailor your advertising to different target audiences in near real time. Our solutions deliver targeted, strategic messages where you need it and when you need it most as well as collects data through displays in malls, billboards, stadiums, arenas, retail outlets, theaters, and more.
• Target Customers with Personalized Messages Based on Buying Behavior
• Send Targeted Content from a Central Location in Real Time
• Create Influential Signage for High-Traffic Areas
• Provide Rich, Interactive Retail Experiences
For as low as $40* a month, you can now reach out to touch your target market in near real time. Our fully managed Solutions-as-a-Service include a LTE router, a 1GB pooled service plan, and remote monitoring, management, and ongoing technical support.
*A $50 one-time setup fee, minimum of 25 or more units, and new 36-month Service Agreement required.
Suggested Router: COR IBR650C General Purpose LTE Router
Ideal for machine-to-machine applications, the affordable and highly-featured Cradlepoint™ COR IBR 600/650 Series is a compact router delivering 24/7 connectivity for critical business and enterprise applications. With integrated 4G LTE or 3G, the compact design features a sleek metal case, mounting bracket, and external mobile broadband antennas. The COR IBR 600 (Wi-Fi) or COR IBR 650 (no Wi-Fi) is ideal for use in high-availability applications like ATMs, kiosks, digital signage, video surveillance, and wireless failover.