When communications and power become constrained, RDU MightyMaxx Smart Tower helps keep the mission connected, powered and operational.
DHS and DOJ operational components increasingly depend upon secure, continuous access to voice, video, data, sensors, cloud applications, command-and-control systems, and mission databases. Yet operations frequently occur where fixed infrastructure is unavailable, damaged, congested, compromised, or insufficient.
This challenge is particularly acute during border operations, major events, disaster response, tactical law-enforcement deployments, surveillance operations, temporary command posts, remote investigations, infrastructure failures, and multi-agency incidents.
The operational requirement is therefore larger than simply providing internet connectivity:
Maintain mission operations when the primary communications infrastructure cannot.
RDU MightyMaxx Smart Tower provides a transportable, rapidly deployable communications infrastructure layer capable of establishing or extending a local operational network and connecting that environment to multiple available backhaul pathways.
The current RDU MightyMaxx Smart Tower architecture supports cellular LTE/4G/5G, LEO satellite, fiber and copper uplinks; Wi-Fi 5/6/7; IoT, sensors and cameras; UPS/battery backup; and extended independent power. RDU MightyMaxx Smart Tower states that the system can support up to approximately 1,400 clients depending on AP configuration and provide Wi-Fi coverage of at least 2,000 feet with clear line of sight.
RDU MightyMaxx Smart Tower does not have to replace existing DHS or DOJ communications systems—it can provide the resilient infrastructure that allows multiple systems to remain connected.
MISSION SYSTEMS
LMR/RoIP • Body Cameras • Video • Sensors • IoT • Biometrics • Mobile Devices • Investigative Systems • Tactical Networks • Edge Compute
↓
RDU MIGHTYMAXX — RAPID DEPLOYMENT CONNECTIVITY LAYER
Connect → Extend → Bridge → Power → Monitor → Recover
↓
MULTI-PATH BACKHAUL
5G/LTE • LEO Satellite • Fiber • Existing Government Networks • Other Authorized Transport
↓
DHS / DOJ ENTERPRISE & CLOUD ENVIRONMENTS
This is especially relevant as DOJ moves toward modern Zero Trust/SASE architectures. DOJ's Justice Edge Trust Service, for example, is specifically designed around secure user- and device-based access to internet, cloud and privately hosted applications for remote and on-premises users.

CONNECT — Establish mission connectivity where infrastructure doesn't exist.
INTEGRATE — Provide a common and interoperable infrastructure layer for authorized communications, sensors, cameras, applications and edge technologies.
EXTEND — Push existing government networks and operational capabilities farther into remote or temporary environments.
SURVIVE — Maintain operations through alternative transport and independent power when normal infrastructure becomes unavailable.
RECOVER — Rapidly restore a communications environment following disasters, outages or infrastructure failures.
An RDU MightyMaxx Smart Tower can potentially host or integrate complementary technologies such as:
→ enterprise Wi-Fi/networking
→ cellular transport
→ satellite transport
→ cameras/sensors/IoT
→ MANET/MESH
→ LMR/RoIP gateways
→ edge compute
→ AI/network monitoring
→ independent power
RDU = Deployable Infrastructure
Vocality = Interoperability / Network Integration
Edge Compute = Local Mission Processing
MANET = Resilient Tactical Extension
5G + Satellite + Fiber = Diverse Backhaul
AI/Monitoring = Network Awareness
Independent Power = Operational Persistence
The objective becomes using finite energy intelligently to extend the period during which critical operational capabilities remain available.
More efficient energy utilization can potentially reduce generator runtime and fuel consumption, which can reduce the frequency of refueling and logistical support.
For some law-enforcement missions, reducing unnecessary generator operation could also reduce noise and potentially improve operational discretion.
Critical communications and network infrastructure can conceptually receive priority over non-mission-essential loads.
If MightyMaxx's AI capability includes the appropriate telemetry, analytics could potentially identify abnormal consumption, battery deterioration or equipment behavior before a failure affects operations.
The more intelligently power can be managed without continuous operator intervention, the more practical RDU becomes for remote and austere deployments.
This may ultimately be RDU's strongest differentiator:
Communications redundancy without power redundancy is incomplete resilience.
RDU MightyMaxx Smart Tower provides DHS, DOJ and their state and local mission partners with a rapidly deployable connectivity and infrastructure platform, that is designed to establish, extend, and restore mission networks where fixed infrastructure is unavailable, insufficient, or disrupted.
By integrating multiple communications pathways, enterprise wireless networking, independent power, edge technologies, sensors, and interoperable communications capabilities, RDU MightyMaxx Smart Tower can create a resilient operational environment supporting temporary command posts, tactical deployments, disaster response, protective operations, investigations, and major events.
Rather than replacing existing government communications investments, RDU MightyMaxx Smart Tower provides the deployable infrastructure layer that helps keep those investments connected and operational at the tactical edge.
👉It can deploy full connectivity in under 30 minutes with a single qualified technician—no permanent construction required.
👉It can do Tactical Edge MESH.
👉It can run independently for 84–168 hours using battery, generator, or shore power during disasters or extended incidents.
👉It can maintain networks through satellite, cellular (dual-SIM multi-carrier), fiber, copper, and microwave when fiber is cut or carriers congest.
👉It can automatically monitor, detect faults, isolate problems, fail over paths, and restore service via AI.
👉It can push reliable connectivity into damaged zones, parking areas, stands, infields, or temporary command posts.
👉It can provide segmented access from one unit for operations, security, medical, media, and partner agencies.
👉It can raise antennas or sensors quickly with free-standing pneumatic masts (20–42 ft extended height options).
👉It can support private 5G, Wi-Fi 5/6/6E/7, video/security systems, and IoT for field applications.
👉It can be redeployed between incidents, surge events, or recovery phases.
👉It can deliver a U.S.-designed and manufactured platform already proven in hundreds of active operating environments.
👉 It can establish interoperable service in minutes for forward or austere locations with a rapid-deployment, forklift-ready steel platform.
👉It can work with infrastructure MESH software-defined equipment and end-user radios.
👉 It can maintain interoperable connectivity through a multi-path mesh (LEO satellite, LTE/5G, fiber, copper, microwave, private 5G) when fixed infrastructure is unavailable, degraded, or contested.
👉 It can deliver engineered autonomous resilience with continuous monitoring, predictive visibility, fault isolation, path failover, and service restoration via AI.
👉 It can operate independently for 84–168 hours without reliance on local grid or logistics.
👉 It can scale chassis and mast options with payload (70–200 lb) and height (up to 42 ft extended) for elevated antennas or sensors.
👉 It can support segmented, priority-routed connectivity for command, security, transportation, and partner elements from a common physical deployment.
👉 It can integrate emerging transport technologies while delivering current operational value through its mesh-ready foundation.
👉 It can offer a compact footprint (typically 4–6 ft cube) and ~1,300 lb approximate weight for practical air/ground mobility and positioning.
👉 It can handle real-world surge and temporary capacity scenarios that parallel expeditionary and contingency requirements.
👉 It can provide a purpose-built U.S. solution focused on mission continuity where failure is not an option.
The platform is built as a mission-ready, free-standing solution that prioritizes speed of deployment, structural durability, and operational resilience. It combines a robust steel base with modular communications and power systems so the same physical unit can be adapted for emergency response, austere locations, or temporary surge needs without permanent infrastructure.

Kelly W. Oliver is an Executive Growth Partner with RDU MightyMaxx and is the founder of The Oliver Group, LLC. Mr. Oliver brings over 37 years of leadership experience in local and federal law enforcement agencies to our team.
At his federal law enforcement retirement Mr. Oliver served as a Department of Homeland Security (DHS) Homeland Security Investigation’s (HSI) Supervisory Technical Enforcement Officer/Section Chief assigned to HQ Technical Operations. In this role, Mr. Oliver was a key leadership official and led development and deployment of advanced, interoperable investigative/protective technologies meeting mission critical requirements on a national scale. Mr. Oliver’s collaboration expertise across government and industry is extensive and spanned agency and DHS HQ long-term detail assignment in highly funded mission critical operations, his leadership includes managing law enforcement officers, engineering and mission support staff, building teams and unified facilities capabilities across government agencies, to include large-scale budget experience exceeding $250 million.
While at DHS, Mr. Oliver served on various Innovation Committees and gathered extensive science and technology experience. Mr. Oliver sponsored and directed multiple Federally Funded Research and Development Center (FFRDC) Task Orders to drive interoperability capabilities and advancements, including his service on the Board of Directors for the DHS S&T Criminal Investigation and Network Analysis (CINA) Center of Excellence (COE). His work has resulted in significant mission success which includes cost and operational efficiencies enhancing officer and community safety as well as major event safety and criminal case development.
Mr. Oliver began his career serving in local law enforcement in Illinois then started his federal career with the U.S. Customs Service Office of Investigations in Seattle, Washington, which eventually became HSI. Over the course of his career, Mr. Oliver developed deep experience leading technical operations ranging from field operations at the municipal and regional levels to headquarters and department management levels. Mr. Oliver also brings expertise on proactive patrol operations and violent crime and drug/tactical investigations in Metropolitan environments.
Mr. Oliver’s distinguished career includes 95 awards, commendations, and letters of recommendation for actions benefiting communities and law enforcement capabilities. He earned his master’s degree from Webster University, a bachelor’s degree from
Southern Illinois University Carbondale, and is a graduate of the FBI National Academy.
Mr. Oliver is a life member of the FBI National Academy Associates and is an active member of the International Association of Chiefs of Police, National Technical Investigators Association, and the Fraternal Order of Police.
Mr. Oliver is committed to the advancement of law enforcement and security professionalism. He is a strong proponent of technology that enhances public safety, and the deployment of advanced and interoperable technologies to benefit mission requirements and enhance our national security posture.