Expeditionary multi-vendor transport and permanent base infrastructure — Private 5G, tactical mesh, and automated ESA in one self-healing ecosystem.
Modern tactical operations demand a resilient, multi-domain communications fabric that bridges public/private cellular networks with tactical mesh topologies. BATS Wireless delivers rapidly deployable, high-throughput architectures that combine Stand-Alone (SA) Private 5G networks, Mobile Ad-Hoc Networks (MANET), and automated Electronically Steerable Antennas (ESA) into a unified, self-forming, and self-healing transport ecosystem. From expeditionary command posts to permanent military bases, our solutions mitigate motion, extend range, and enforce military-grade encryption across the battlespace.
Enables the direct convergence and dynamic link orchestration of 5G, MANET, and ESA hardware components inside a single integrated transport environment — seamless load-balancing and intelligent hot-failovers across disparate tactical paths.
Our Quick-Deploy Trailers feature custom, ruggedized EMP enclosures optimized for hosting high-density edge compute devices right at the tactical perimeter, shielding localized processing power from electromagnetic interference and environmental extremes.
Enforces FIPS 140-2/3 validated cryptography standards and NIST SP 800-171 parameters across all integrated subscriber devices and local security architecture elements.
Architecture, technical capabilities, and the compliance hardening behind each system element.
BATS Wireless architectures readily extend beyond tactical deployment kits into permanent installation frameworks designed to bring Secure 5G to military bases. By replacing unencrypted commercial cellular footprints with localized, TAA-compliant Stand-Alone 5G Small Cell and Macro Cell networks, bases can safeguard localized logistics, flight line operations, and secure command center functions.
How does BATS Wireless handle link convergence through Automated SD-WAN?
BATS implements an Automated SD-WAN overlay that tightly couples Private 5G, tactical MANET, and ESA configurations into a singular transport ecosystem. If one channel experiences jamming or terrain obstruction, the system handles sub-millisecond path switching to keep edge traffic flowing over the optimal link.
Can the Quick-Deploy Trailers host COTS tactical edge compute devices safely?
Yes. The trailers are equipped with specialized enclosures designed to shield edge servers from electromagnetic pulses (EMP). They are verified against strict standards including MIL-STD-188-125-1, MIL-STD-464C, and MIL-STD-461-G to guarantee that edge compute nodes remain fully operational under hostile electronic warfare conditions.
Which tactical radio and MANET ecosystems are compatible with BATS ESAs?
BATS Electronically Steerable Antennas (ESA) and solid-state tracking systems are software-agnostic and have undergone strict integration testing with the industry's primary tactical MANET radios, including Silvus StreamCaster, DTC (Domino), Trellisware (TSM), and Persistent Systems Wave Relay networks.
Let our engineers brief your team on how Tactical 5G + MANET transport can close your communications gap and harden your mission.