Engineering, optimization, and AI-ready network infrastructure for Private LTE, 5G and cloud-native systems — empowering edge compute, low-latency services, and scalable enterprise deployment.
Full-spectrum telecom engineering from radio to cloud — mobile & private networks, core architecture, systems, virtualization, and AI infrastructure. Including deep field experience with satellite-backhaul LTE and distributed core serving remote and underserved communities across Latin America.
Who We Are
GEOT, INC. is a U.S.-based engineering consultancy founded by a veteran network architect with 22+ years of hands-on experience across major carriers and global vendors — from AT&T and T-Mobile to Ericsson, Nokia, and leading satellite operators.
We specialize in advanced wireless, core network, and cloud-native infrastructure design — with a proven track record in the most demanding deployment environments: remote terrain, satellite-dependent backhaul, and off-grid power constraints.
Our principals have deep field experience with cloud-based LTE networks using satellite backhaul and distributed core architecture — deployed in remote terrain where conventional infrastructure is not viable.
We serve airports and transportation hubs, ports and logistics centers, stadiums and large venues, and rural connectivity programs — environments where real-time data, resilience, and AI-readiness are non-negotiable.
What We do
Design and deployment of Private LTE and 5G networks with AI-centric edge readiness — enabling distributed compute, real-time inference, and low-latency enterprise services.
Architecting scalable EPC/5GC core networks with AI-optimized cloud integrations across AWS, GCP, and OpenStack for elastic workloads and future AI services.
Advanced radio planning and optimization across LTE-A, VoLTE, 5G-NR, and Wi-Fi — incorporating data-driven and AI-assisted automation strategies.
Python, Ansible, and SQL automation frameworks with analytics and AI operations for KPI governance, predictive optimization, and solution documentation (HLD/LLD/CIQ/MOP).
End-to-end support for telecom operational and business support systems — mediation, charging and billing, service activation, network inventory, and proactive performance monitoring.
New serviceDesign, deployment, and optimization of IMS infrastructure enabling VoLTE and VoNR — delivering standards-compliant voice and multimedia services over 4G and 5G networks.
New service24/7 first- and second-line technical support, managed operations of network nodes and servers, and preventive maintenance — built for distributed satellite-backhaul environments where on-site response is limited.
New serviceGEOT brings specialized engineering capability for cloud-based LTE networks with satellite backhaul and distributed core architecture — one of the most technically demanding deployment models in mobile telecommunications, and the leading solution for extending broadband to remote and underserved populations globally.
This architecture — combining GEO/MEO/LEO satellite backhaul, distributed EPC/5GC core, solar-powered RAN, and off-grid site infrastructure — is now being scaled across Latin America, Africa, and Asia-Pacific to address the 4+ billion people globally who still lack reliable broadband access.
Global research consistently validates satellite-backhaul LTE with distributed core as the optimal architecture for extending broadband to remote populations. GEOT's field experience with this architecture positions us to support operators scaling these deployments worldwide.
Latin America has seen the first large-scale commercial deployments of LTE-over-satellite broadband, combining wholesale 4G networks with satellite backhaul to reach remote and underserved communities. Government-backed initiatives across the region are accelerating expansion, with satellite backhaul identified as the primary enabling technology for rural coverage where fiber economics are not viable.
With over 60% of Sub-Saharan Africans in rural areas and only 15% of rural residents connected, analysts including Intelsat and SES have concluded that satellite backhaul is essential to closing the connectivity gap. Fiber economics at ~$30,000/mile make terrestrial solutions non-viable across vast rural geographies.
Asia-Pacific holds the highest absolute number of unconnected people globally. LEO and GEO satellite backhaul is being actively integrated with 4G/5G RAN deployments across India, Indonesia, and the Pacific — with major operators forming satellite-terrestrial hybrid partnerships to close rural coverage gaps.
The global wireless backhaul via satellite market is valued at $2.36B in 2026 and projected to reach $16.94B by 2035 (CAGR 24.49%). LEO constellation deployment, declining CPE costs, and government rural broadband mandates across Sub-Saharan Africa, Southeast Asia, and Latin America are the primary growth drivers.
GEOT Inc. works with a small number of clients at a time — operators, system integrators, and enterprise teams who need principal-level expertise without a full-time hire. Three ways to engage:
One focused day. One solved problem. Delivered by end of day — powered by 22 years of operator experience and AI-assisted documentation. Below procurement approval thresholds at most enterprises. No sales cycle required.
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Looking to design, optimize, or modernize your network infrastructure? Exploring a private 5G, satellite LTE, or cloud-native core program? We'd like to hear from you.
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