BTU Research LLC
INTEPO develops governed physical far-edge infrastructure that embeds deterministic power authority, authenticated communications, and mission-aware workload orchestration directly in hardware. The platform targets demanding operational environments—urban infrastructure, telecommunications, utilities, industrial sites and defense—by providing ruggedized execution nodes, retrofit pathways for existing systems, and extensions for lighting and satellite communications to preserve operational continuity under disrupted power, connectivity or environmental conditions.
Industries
Nr. of Employees
small (1-50)
BTU Research LLC
Patents
Premises security system with power over Ethernet having an uninterruptible power supply and uninterruptible Internet connectivity
US-11462934-B2
View Details
Premises security system with power over Ethernet having an uninterruptible power supply and uninterruptible Internet connectivity
US-11462934-B2
View DetailsProducts
Wired governed infrastructure node (wired communications)
Execution node reference configurations for infrastructure-grade wired communications and governed power compatible with wide-range VAC and 12–60 VDC inputs.
Solar-integrated infrastructure node
Reference configurations combining solar input, governed energy storage and power management to sustain communications and sensing where utility power is unavailable.
Wind-integrated infrastructure node
Reference configurations combining wind-energy input, governed energy storage and power management for deployments in exposed or infrastructure-limited environments.
Perception and sensing infrastructure node
Governed perception node configurations supporting multi-camera sensing, observation and on-edge inferencing with selectable power and sensor packages.
Converged reference implementation node
Integrated converged node combining embedded governance authorities, resilient power, communications, sensing and distributed computing for validation and partner configurations.
Governed lighting extension
Infrastructure-integrated lighting systems enabling governed output and staged dimming to preserve visibility while extending energy endurance during reduced-power conditions.
Wired governed infrastructure node (wired communications)
Execution node reference configurations for infrastructure-grade wired communications and governed power compatible with wide-range VAC and 12–60 VDC inputs.
Solar-integrated infrastructure node
Reference configurations combining solar input, governed energy storage and power management to sustain communications and sensing where utility power is unavailable.
Wind-integrated infrastructure node
Reference configurations combining wind-energy input, governed energy storage and power management for deployments in exposed or infrastructure-limited environments.
Perception and sensing infrastructure node
Governed perception node configurations supporting multi-camera sensing, observation and on-edge inferencing with selectable power and sensor packages.
Converged reference implementation node
Integrated converged node combining embedded governance authorities, resilient power, communications, sensing and distributed computing for validation and partner configurations.
Governed lighting extension
Infrastructure-integrated lighting systems enabling governed output and staged dimming to preserve visibility while extending energy endurance during reduced-power conditions.
Services
Regional deployment, operational execution and program delivery for sovereign and mission-critical infrastructure environments.
Technical evaluations, proof-of-capability demonstrations and partner evaluations for retrofit and new deployments.
Engineering collaboration, partner-specific configuration development and licensing pathways toward certified implementations.
Assessment and integration services to extend governance and resilience into suitable existing infrastructure cabinets and systems.
Regional deployment, operational execution and program delivery for sovereign and mission-critical infrastructure environments.
Technical evaluations, proof-of-capability demonstrations and partner evaluations for retrofit and new deployments.
Engineering collaboration, partner-specific configuration development and licensing pathways toward certified implementations.
Assessment and integration services to extend governance and resilience into suitable existing infrastructure cabinets and systems.
Expertise Areas
- Governed edge infrastructure
- Resilient power systems and energy continuity
- Authenticated edge communications
- Distributed workload orchestration and edge inferencing
Key Technologies
- Edge computing and distributed inferencing
- Deterministic power management
- Authenticated communications and command verification
- Governed workload orchestration
News & Updates
Thousands of infrastructure nodes have been deployed or are scheduled across operational environments in the United States and Europe as part of governed infrastructure deployments.
More than 375 infrastructure nodes deployed across successive platform generations supporting public safety communications, surveillance networks and monitoring across the United States, including US territories.
Program includes deployment of more than 1,000 distributed infrastructure nodes for perimeter security across major industrial facilities; first 550 nodes commissioned with the remaining 500 nodes scheduled for commissioning in 2027.
Reference deployments include smart-city traffic signal and rooftop communications installations supporting municipal services in Miami Beach and resilient rooftop communications across multiple city blocks in Washington, DC.
Distributed perception nodes deployed across Jefferson Parish provide continuous monitoring of levees, roadways and flood-prone areas during severe weather and extended utility outages.
Thousands of infrastructure nodes have been deployed or are scheduled across operational environments in the United States and Europe as part of governed infrastructure deployments.
More than 375 infrastructure nodes deployed across successive platform generations supporting public safety communications, surveillance networks and monitoring across the United States, including US territories.
Program includes deployment of more than 1,000 distributed infrastructure nodes for perimeter security across major industrial facilities; first 550 nodes commissioned with the remaining 500 nodes scheduled for commissioning in 2027.
Reference deployments include smart-city traffic signal and rooftop communications installations supporting municipal services in Miami Beach and resilient rooftop communications across multiple city blocks in Washington, DC.
Distributed perception nodes deployed across Jefferson Parish provide continuous monitoring of levees, roadways and flood-prone areas during severe weather and extended utility outages.