INTEPO is developing business across deployment environments where distributed infrastructure must support communications, sensing, computing and mission operations under changing physical conditions.
Our architecture provides a common governance foundation that can be adapted across Urban Infrastructure, Telecommunications, Grid, Defense and Industrial applications—supporting both new deployments and the governed modernization of suitable existing systems.
Urban Core — Public Safety, Transportation and Municipal Infrastructure
Urban environments depend upon distributed infrastructure supporting public safety, transportation, sensing and communications across traffic corridors, public spaces and critical municipal assets.
INTEPO supports transportation and traffic-management systems, situational awareness, environmental and flood monitoring, distributed inferencing and governed retrofits within suitable existing cabinets.
Through Sentinel, Hermes and Prometheus, these systems can remain locally governed through power, communications and network disruption while coordinating across corridors, agencies and distributed infrastructure.
Urban Core — Connected Municipal Systems
Modern cities depend upon distributed infrastructure supporting transportation, public safety, communications and essential municipal services. INTEPO brings suitable new and existing systems within a common governance architecture while preserving municipal infrastructure investments.
Applications include intelligent transportation and traffic management, license-plate recognition, distributed sensing and inferencing, public-space monitoring, emergency communications and disaster response.
Through Sentinel, Hermes and Prometheus, INTEPO enables these systems to remain locally governed and operational through power, communications and network disruption.
Telecommunications — AI-RAN and Distributed Communications
Telecommunications networks increasingly extend computing, communications and intelligence from centralized facilities to towers, access sites and the physical far edge.
INTEPO provides a governed infrastructure layer for tower equipment, AI-RAN, distributed inferencing and tower-to-street systems operating through changing power, communications and environmental conditions.
Through Sentinel, Hermes and Prometheus, telecommunications infrastructure can govern energy continuity, authenticated communications and mission workloads locally while coordinating capabilities across towers, networks and far-edge nodes.
Grid — Governed Utility Infrastructure
Modern grid operations increasingly depend upon distributed sensing, communications and computing across substations, distribution systems and grid-edge assets.
INTEPO provides a governed infrastructure layer for utility monitoring, private communications, distributed analytics and physical far-edge inferencing under changing power, connectivity and environmental conditions.
Through Sentinel, Hermes and Prometheus, grid-edge infrastructure can govern energy continuity, authenticated communications and mission workloads locally while coordinating operational state across distributed utility systems.
Defense — Mission and Field Operations
Defense operations require resilient infrastructure capable of supporting communications, sensing and distributed computing beyond fixed installations and through contested or disrupted conditions.
INTEPO supports vehicle-mounted, rapidly deployable and remote infrastructure for ISR, situational awareness, distributed inferencing and mission communications across austere operating environments.
Through Sentinel, Hermes and Prometheus, power, authenticated communications and mission workloads remain locally governed according to available resources, operating conditions and defined mission priorities.
Industrial — Governed Operational Infrastructure
Industrial environments depend upon distributed communications, sensing and computing across facilities, production systems, perimeter assets and remote operating locations.
INTEPO supports industrial monitoring, perimeter security, operational technology, distributed inferencing and resilient communications under changing power, connectivity and environmental conditions.
Through Sentinel, Hermes and Prometheus, power, authenticated communications and mission workloads remain locally governed while coordinating operational state across distributed industrial infrastructure.
INFRASTRUCTURE CONTINUITY
INTEPO deploys sovereign infrastructure engineered to sustain continuity, authority, and mission intelligence wherever operational resilience is required.
Operational Infrastructure Deployments
INTEPO infrastructure platforms operate across municipal, federal, and industrial environments in the United States and Europe.
Thousands of infrastructure nodes have been deployed or are scheduled for deployment across distributed operational environments. These nodes operate within the INTEPO platform governance framework, where infrastructure capability, communications, and operational behavior are coordinated through deterministic authority layers embedded directly within the infrastructure.
Together these deployments form governed infrastructure environments capable of sustaining operations where reliability cannot depend on assumptions.
United States of America
Nationwide Public Safety Communications Infrastructure
INTEPO infrastructure supports distributed deployments providing resilient communications and operational monitoring capability for public safety infrastructure across the United States.
More than 375 infrastructure nodes have been deployed through successive generations of the platform, including earlier PoE UPS-based systems and the current Atlas infrastructure nodes.
These deployments operate across the United States including Alaska, Hawaii, Puerto Rico and the US Virgin Islands.
Nodes within this deployment operate as distributed infrastructure elements within the broader INTEPO platform governance environment, supporting communications systems, surveillance networks, and public safety monitoring infrastructure.
Türkiye
Industrial Perimeter Security Infrastructure
INTEPO infrastructure supports large-scale perimeter security deployments across major industrial facilities in southern Türkiye and along the Black Sea.
These deployments support distributed surveillance and communications infrastructure protecting critical industrial environments including logistics corridors, maritime infrastructure, and large-scale industrial production facilities.
The program includes deployment of more than 1,000 distributed infrastructure nodes forming a resilient surveillance and communications network protecting expansive industrial assets.
The first 550 Atlas nodes have been commissioned and are in operation. This completes the perimeter of one facility using 275 Atlas nodes. The second facility, which is much larger has 275 Atlas nodes in operation and the remaining 500 Atlas nodes will be commissioned in 2027 to complete this perimeter security deployment.
These nodes operate as distributed infrastructure elements within the governed INTEPO platform environment, integrating surveillance systems, communications infrastructure, and distributed lighting capability designed to maintain operational visibility while managing energy consumption through staged power management.
INTEPO Lumen infrastructure lighting systems deployed within this network support controlled degradation, gradually reducing illumination levels during extended operations to conserve energy while maintaining perimeter visibility.
Washington DC
Federal Rooftop Communications Infrastructure
INTEPO infrastructure supports secure
communications deployments across multiple city blocks in Washington DC.
Atlas infrastructure nodes installed on building rooftops provide resilient communications capability supporting distributed connectivity across sensitive federal operational environments.
These nodes operate within the INTEPO platform governance framework, enabling coordinated infrastructure capability across complex metropolitan environments.
Operational details regarding these deployments are not publicly disclosed.
City of Miami Beach
Smart City & Intelligent Traffic Infrastructure
INTEPO infrastructure supports distributed smart-city deployments throughout Miami Beach where nodes provide resilient communications and edge networking capability supporting municipal infrastructure systems.
Installed directly on traffic signal infrastructure, clusters of Atlas nodes support cameras, wireless communications, and networking equipment used for traffic monitoring, public safety operations, and municipal services.
These nodes operate within the INTEPO platform governance framework, enabling coordinated infrastructure capability across complex metropolitan environments.
Jefferson Parish Emergency Management
Emergency Management Surveillance Infrastructure
Argus infrastructure nodes deployed across Jefferson Parish provide resilient surveillance capability supporting life-safety monitoring and emergency management operations during severe weather events.
Clusters of Argus nodes operate at critical locations throughout the parish, forming a distributed surveillance infrastructure network monitored continuously from the Jefferson Parish Emergency Operations Center. This network provides real-time visibility of levees, roadways, and flood-prone areas as conditions deteriorate during hurricanes and extreme weather events.
Operating within the INTEPO platform governance environment, Argus nodes continue to function when utility power is lost and communications infrastructure is degraded. Integrated battery systems allow the surveillance infrastructure to remain operational through extended outages.
Argus nodes provide continuous monitoring capability day and night, including during complete loss of utility power. Low-light and nighttime imaging systems ensure emergency management teams maintain visibility across critical locations during severe storm conditions.
This monitoring capability enables emergency management teams to maintain situational awareness across distributed operational environments during hurricane conditions where winds exceeding 150 mph, storm surge, and heavy rainfall place levee systems and evacuation routes at risk.
By providing continuous visual intelligence during deteriorating conditions, the Argus infrastructure network supports rapid decision-making when minutes matter—helping authorities determine when protective actions, including evacuation, must be initiated to protect lives and critical infrastructure.
Rapid Deployment Operations
Argus infrastructure nodes are also deployed for rapid public safety operations during major events and emergency situations.
Clusters of nodes can be rapidly installed to provide distributed surveillance coverage, with video feeds monitored directly from the Jefferson Parish mobile command vehicle.
These deployments demonstrate how infrastructure nodes can be rapidly introduced into operational environments while remaining part of the governed INTEPO platform infrastructure domain.
Operational Technology Evaluation
European Urban Security Infrastructure Evaluation
An advanced Argus configuration integrating multiple cameras and communications infrastructure is currently being evaluated in Europe for urban security applications.
This configuration enables multi-directional surveillance coverage from a single infrastructure node, supporting monitoring of complex urban environments using distributed infrastructure systems.
The evaluation explores how governed infrastructure nodes can support municipal and national security operations where resilient communications, distributed sensing, and rapid deployment capability are required.
