# Overwatch Grid Systems — complete site content > The full text of every page on https://overwatchgrid.com, concatenated as Markdown. Generated at build time from the site's own content, so it matches the published pages exactly. The curated index is at https://overwatchgrid.com/llms.txt. Overwatch Grid Systems (OGS) builds an edge-AI intelligence layer for critical infrastructure. Contact: contact@overwatchgrid.com. A Mexican Spanish mirror of every page lives under /es-mx. --- ## Overwatch Grid Systems | Edge-AI Monitoring for Critical Infrastructure Source: https://overwatchgrid.com/ Edge-AI monitoring for pipeline corridors, power lines, defense perimeters and emergency healthcare. Solar-powered sensor nodes with multi-modal sensing, mesh networking and zero-trust security, built for sites that patrols and satellites miss. ### Every mile. Every minute. Autonomous sensing / Edge AI / Live operations Solar-powered NetSAW nodes mount on towers, pipe racks and fence lines. They watch the asset, process on site, and send your control room only what needs action. ### Most infrastructure is still checked by patrol. Annual patrols, late satellite passes and a few point sensors leave thousands of miles of asset unwatched between inspections. Edge AI is now cheap enough to put on every structure, and multi-link radios reach the old dead zones. Regulators and insurers are starting to require live monitoring. Thousands of miles of corridor, watched around the clock. ### One node covers all six. The node detects and ranks risk on its own. Crews confirm it in the field app and close it out. ### Early plume and flame signatures The camera on the node flags smoke and flame in seconds, well before the next patrol or satellite pass. ### IR + AI vision Infrared imaging picks up gas plumes along the corridor and around compressor and metering stations. ### Camera + LiDAR temporal analysis The node measures the same slope day after day and reports when it moves. A satellite snapshot can't do that. ### ESG-grade habitat data The node that guards the asset also logs vegetation and wildlife for your ESG reports. ### Intrusion and theft detection Models on the node flag people and vehicles where they shouldn't be. Raw video stays on site. ### One device. One dashboard. All six domains report to one operator console with a live map, alerts and dispatch. Built for the stretches patrols reach once a year. ### Built for the crews in the field and the operators in the control room. --- ## Technology: Edge AI, Multi-Modal Sensing & Zero-Trust Mesh Source: https://overwatchgrid.com/technology Edge AI on every node, multi-modal sensing (LiDAR, thermal, methane, acoustic), a self-healing mesh and zero-trust security. Built for pipeline corridors, defense perimeters, wildfire country and emergency response. ### One node. Many jobs. Sensors, AI and radios in one solar-powered unit, built for wildfire country, contested borders and remote corridors. ### Three layers. Each one keeps working on its own. The node makes its own calls. The mesh reroutes itself when a link drops. The cloud ties events together and runs the tools your crews use. #### NetSAW field nodes LiDAR, thermal and optical cameras, gas, acoustic and environmental sensors, with AI running on the node. Nodes form a self-healing mesh and fail over between LTE, 5G, WiFi HaLow and satellite. #### Private cloud Zero-trust and multi-tenant, with live event streaming and geospatial queries. Connects to SAP, Oracle and GIS. #### Operator portal & field apps Live map, alerts, role-based access and task dispatch. The mobile and AR / VR apps keep working offline where signal is weak. Three independent layers of trust. The same design runs on pipelines, defense perimeters and HIPAA-regulated hospitals. We don't rebuild it for each customer. #### Identity Every device carries its own cryptographic identity. No shared keys, no trust by IP address. Revoke one device without touching the rest. #### Communication Mutually authenticated, end-to-end encrypted channels. No open ports. Everything is denied unless explicitly allowed. #### Authorization No device gets a credential until an admin approves it. Quarantine takes one click. Operators see what the sensors see, laid over the real world. ### The node decides. The cloud checks. Cloud AI needs low latency, bandwidth and a steady link. A remote corridor or a forward base has none of those. So the node decides in milliseconds and the cloud adds context afterward. Each node carries its own AI accelerator and sends the cloud a summary, not a video stream. Cloud vision and language models then confirm the high-confidence detections. #### Multi-modal classification Fire, smoke, gas, vehicles, intrusion, vegetation and wildlife. Sensors cross-check each other on the node to cut false alarms. #### Ranked by context Each reading is weighed against weather, GIS, asset condition and history. Operators only see alerts that need a response. #### Versioned, audited rollouts Push a new model to a pilot group, then to the fleet. No truck roll. #### For verification, not detection The cloud reviews a short clip with a vision LLM and adds a species ID or a plain-language description. Visible light is one channel. Thermal, acoustic and chemical sensors cover the rest. ### Find the fault before the outage. The US has more than 7 million miles of transmission and distribution line, most of it inspected on multi-year cycles. Overwatch watches it every hour of every day. #### Transmission + distribution Vegetation encroachment, conductor strain, pole tilt and intrusion, caught before they cause an outage. #### Midstream pipeline corridors Gas leaks, slope movement, intrusion and habitat health from one set of nodes. #### Substation + asset perimeter Intrusion, equipment-condition and tamper alerts, delivered into the SCADA and GIS you already run. #### Inspection + documentation AR-guided inspections, automatic asset tagging and voice notes. Less paperwork for the crew. Live on pipeline corridors that patrols reach once a year. ### Live awareness when the link is jammed. Defense and homeland security have the same coverage gap, with more at stake. The mesh and on-node inference keep running where cloud systems stop. #### Base + perimeter awareness Detects intrusion, drones and unusual movement around a base, with or without GPS. #### Communications-contested ops When uplinks are jammed, nodes keep working locally and resync when the link comes back. #### Border + infrastructure protection Low-power, solar-capable nodes for long-range sensing in remote terrain. #### Mission rehearsal + training AR / VR overlays of real terrain and live asset data, for rehearsal before deployment. ### Catch the ignition while one engine can stop it. A wildfire caught in the first 15 minutes can be held by a single engine. Two hours later it may need a hundred engines and air support. Nodes on utility right-of-way, park boundaries and the wildland-urban interface watch for smoke, heat and dry fuel. #### Detect Visible, thermal, smoke-chemistry and acoustic sensors, cross-checked on the node. #### Verify Live imagery and AR overlays reach dispatch and responders before the trucks roll. #### Dispatch Alerts land in your CAD and GIS, on the screens dispatchers already watch. ### Raw signal in. A clear call out. Faster response, fewer false alarms, and operators who trust the alert in front of them. --- ## Solutions: Edge-AI Monitoring for Pipelines, the Grid, Energy Transition & Maritime Source: https://overwatchgrid.com/solutions Overwatch deployments for pipeline corridors, transmission lines, repurposed oil and gas assets, offshore platforms and wind farms, and solar-powered, satellite-connected smart buoys for ports. ### One system, set up for the asset you run. The same nodes and console, configured for a specific job. These are the deployments operators run today. Pipelines, the power grid, end-of-life energy assets and the water. ### Continuous, zero-trust pipeline monitoring Gas leaks, intrusion and ground movement, watched every hour instead of every patrol. ### Zero-trust monitoring for the transmission grid Vegetation, structure condition, wildfire ignition and intrusion, watched every hour instead of every few years. ### Well-battery storage and carbon corridors Old wells put back to work as long-duration storage, and corridors managed for carbon and habitat. We supply the monitoring that proves both. ### Met-ocean monitoring for platforms & wind farms Wind, waves, current and subsea conditions, measured from the structure itself with no crew aboard. ### A sensor node for ports and approaches Solar-powered, satellite-connected and able to launch drones. It carries the network out onto the water. ### Your asset isn't listed. The node is built to be configured. If patrols and satellites can't cover your site, tell us about it and we'll work out a setup. --- ## Pipeline Monitoring: Continuous, Zero-Trust Edge AI for Midstream Corridors Source: https://overwatchgrid.com/solutions/pipelines Continuous, zero-trust pipeline corridor monitoring: methane and gas-leak detection, right-of-way intrusion, slope and ground movement. Edge AI on every node, and no raw video leaves the field. ### Watch the whole corridor, every day. Pipelines are checked in snapshots, which leaves thousands of miles unwatched between visits. Overwatch puts continuous, zero-trust monitoring along the right-of-way. Thousands of miles of corridor, watched around the clock instead of on a patrol schedule. Visible light sees the surface. Thermal and infrared see the leak. ### Thousands of miles, checked in snapshots. Patrols, periodic inspections and sparse sensors are accurate when they run and blind in between. A leak, a dig-in or a slope failure can develop in hours. #### miles of pipeline in the US network 2.6M+ #### detection on the node, with no round trip to the cloud Sub-sec #### watch along the right-of-way 24/7 ### One node. Every threat to the right-of-way. Each node carries optical, thermal, infrared gas, LiDAR and acoustic sensors and runs detection on board. It alerts in seconds and sends a summary, not raw video. Solar power and multi-link radios (LTE, 5G, satellite, mesh) reach the remote stretches. #### Methane & gas-leak detection Infrared and AI vision pick up methane along the right-of-way and around compressor and metering stations. #### Third-party intrusion & dig-ins Flags vehicles, equipment and people on the right-of-way. Third-party encroachment is behind the costliest failures. #### Slope, erosion & ground movement Camera and LiDAR track ground movement over weeks and months. Satellite snapshots can't. #### Vegetation & environmental The same node feeds encroachment alerts and ESG-grade environmental reports. ### Alerts go where your operators already work. Events route into SCADA, GIS and dispatch, where the calls are already made. #### SCADA & GIS integration Each event is tied to the asset and the milepost. No extra dashboard to watch. #### Control-room ready A live map with role-based access for control-room operators and field crews. #### Field apps & AR The same live picture on mobile and AR, with offline sync for low-signal terrain. #### Regulatory evidence A continuous, time-stamped record for leak-detection and integrity-management programs. ### Put a continuous watch on the corridor. If your coverage still depends on the patrol schedule, let's scope a continuous, zero-trust deployment. --- ## Transmission Line Monitoring: Zero-Trust Edge AI for the Grid Source: https://overwatchgrid.com/solutions/transmission Continuous, zero-trust monitoring for transmission and distribution lines: vegetation encroachment, structure and conductor condition, wildfire ignition and intrusion. Edge AI on every tower, and no raw video leaves the line. ### Catch the fault before it takes the line down. Most of the grid is inspected every few years. Vegetation contact, structure failure and intrusion happen any day. Overwatch puts a continuous, zero-trust watch on the towers and the spans between them. Millions of miles of line, watched between inspection cycles. The crew sees what the sensors see, laid over the structure in front of them. ### Millions of miles, inspected every few years. A multi-year inspection cycle misses brush growing toward a conductor, a leaning structure, or an intruder at a remote tower. It also misses the first minutes that decide whether a spark becomes a wildfire. #### miles of transmission and distribution line in the US alone 7M+ #### the window in which an ignition can still be contained 15 min #### structural and environmental watch 24/7 ### Eyes on every tower and every span. Each node, mounted on the structure or beside the corridor, runs optical, thermal, LiDAR and environmental sensing with AI on board. Solar power and multi-link radios reach the remote spans where the grid is most exposed. The same device covers structural condition, public safety and ESG reporting. #### Vegetation encroachment Camera and LiDAR track growth toward the conductors before contact. Vegetation is the leading cause of outages and ignitions. #### Structure & conductor health Tower tilt, conductor sag and structural fatigue, tracked against a baseline to catch failure early. #### Wildfire ignition detection Thermal and smoke detection flags an ignition while one crew can still put it out. #### Intrusion & asset security Flags intrusion, theft and tampering at towers and substations. Raw video stays on site. ### Into the control room, not another silo. Alerts land in SCADA, GIS and outage management, tied to the structure and the span. #### SCADA & GIS integration Every event carries the structure ID and the circuit. #### Wildfire & dispatch routing Ignition alerts go straight to CAD and dispatch with live imagery attached. #### Field apps & AR Crews see the live picture at the structure, with offline sync for remote spans. #### Compliance & PSPS support Records for vegetation and wildfire-mitigation programs, and data for public-safety power shutoff decisions. ### Put continuous eyes on the line. If your inspections run every few years and the risk doesn't wait, let's scope a deployment on your highest-priority corridors. --- ## Energy Transition: Well-Battery Storage & Carbon Corridors Source: https://overwatchgrid.com/solutions/energy-transition Decommissioned wells repurposed as long-duration energy storage, and energy corridors managed as carbon and biodiversity assets, with autonomous, independent monitoring that proves and measures both. ### A second life for end-of-life energy assets. Idle wells and energy corridors can earn again. Lenders want proof they are safe and performing. Overwatch supplies the autonomous monitoring that gives them that proof. ### Old liabilities, put back to work. Plugging idle wells and mowing corridors is pure cost. Repurposed, the wells store energy and the corridors store carbon, as long as each site can be shown to be safe and performing. #### idle and unplugged wells that could store energy 2M+ #### gravity storage in repurposed wellbores Long-duration #### carbon and biodiversity data, measured continuously ESG-grade ### The wellbore becomes the battery. A decommissioned well becomes a gravity battery. It raises a heavy mass when power is cheap and lets it down to drive a generator when the grid needs it. No exotic chemistry, no new land. Solar-powered, satellite-connected nodes on the pad show that each unattended site is contained and performing. #### Storage-site integrity Wellhead pressure, annulus and ground movement, logged continuously to show the well stays contained. #### Cycle & performance monitoring Charge and discharge tracked against a baseline, so faults show up before they cost availability. #### Emissions & environment Infrared and AI vision build the methane leak record regulators increasingly require. #### Distributed at fleet scale Hundreds of scattered sites from one console, with no crew on a rotation. A well slated for plugging, now a long-duration battery, monitored from the pad. ### The right-of-way becomes a carbon and habitat asset. Pipeline and transmission right-of-way covers millions of acres, most of it mowed as a cost. Managed as native habitat, the same land stores carbon and rebuilds biodiversity. Carbon and biodiversity only count if they are measured. Nodes along the corridor keep that ESG-grade record every day. #### Vegetation & carbon Vegetation health, growth and biomass. Field data behind each carbon claim, not a yearly estimate. #### Pollinators & species activity Detects and classifies pollinator and species activity on restored right-of-way. #### Wildlife populations Tracks wildlife over time while the same node guards the asset. #### Verifiable ESG record Time-stamped, location-tagged results for reports, credits and stakeholders. Manage the corridor as habitat as well as a hazard. ### Built for sites with nobody on them. Repurposing only pays if the monitoring runs by itself, can be trusted and costs little to scale. The system was built for that. #### Autonomous power Solar-first nodes run for years with no grid connection and no scheduled site visits. #### Edge AI The node decides in seconds. Summaries go to the cloud, raw video does not. #### Zero-trust security No device gets a credential without explicit human approval. ### Make the second life bankable. Monitoring is what turns a repurposed well or corridor into an asset you can measure and finance. Let's scope it. --- ## Offshore Wind & Met-Ocean Monitoring: Autonomous Sensing for Platforms & Wind Farms Source: https://overwatchgrid.com/solutions/offshore-wind Fully independent, remotely operated met-ocean monitoring for offshore platforms and wind farms: wind, waves, current, sea state and subsea conditions, with edge AI on the structure and no crew aboard. ### Wind, waves and water, measured every hour. Offshore met-ocean data usually comes from a passing survey or a single buoy. Overwatch turns the structure into a permanent, unmanned monitoring station. ### The structure becomes the sensor. A platform or turbine foundation already has power, deck space and a fixed position. Overwatch mounts on it to watch the weather above, the sea surface and the water column below, with no crew aboard. The solar-powered, satellite-connected node runs AI on the structure. Operations gets a live met-ocean picture and no added maintenance load. Weather above, sea state at the surface, water column below. ### Met-ocean, top to bottom. One node covers the air, the surface and the subsea. #### Weather & air movement Wind speed and direction, gusts, temperature, pressure and humidity. #### Wave, current & sea state Wave height and period, swell direction and surface current, logged continuously. #### Underwater & subsea Current profiling, structural and scour monitoring, and acoustic sensing around the foundation. #### Structural integrity, fully remote Strain, tilt, vibration and corrosion, monitored from shore. ### Platforms and wind farms alike. One live environmental picture for the whole field. #### Offshore wind farms Wind, wave and current data for turbine operations, power forecasting and maintenance planning. #### Repurposed & active platforms Turn any platform into a met-ocean station without putting a crew offshore. #### Marine environment & compliance Subsea acoustic and marine-life data for permits and ESG reports. #### Safety & operating windows Live wind and sea state set the safe windows for crew transfers and vessel work. ### Built for offshore duty. Self-powered, connected and secure, far from shore. #### Autonomous power Solar power with storage for months of unattended operation. #### Satellite-connected Satellite uplink with multi-link failover, anywhere on the water. #### One console Offshore structures on the same live map as the rest of your network. ### Put a permanent watch offshore. If your met-ocean picture still depends on surveys and single buoys, let's scope an autonomous deployment. --- ## Smart Buoy: Autonomous, Solar-Powered Maritime Monitoring Source: https://overwatchgrid.com/solutions/smart-buoy A solar-powered, satellite-connected smart buoy that launches surface and sub-surface drones and runs edge-AI monitoring for ports, anchorages and maritime approaches. ### A sensor node that floats. A solar-powered, satellite-connected node that sits on the water, watches it, and launches surface and sub-surface drones. It carries the Overwatch network past the shoreline. ### A field node on a hull. Port approaches and anchorages are watched by radar sweeps and patrol boats, with long gaps in between. The smart buoy stays on station and closes those gaps. It is an Overwatch field node in a marine hull, with edge AI and a drone dock. It reports to the same console as your land-side nodes. Container-terminal scale, watched from the waterline. ### One hull. Three jobs. Built to run unattended for months at a time. #### Surface-drone capability A launch and charging dock for autonomous surface vessels used for inspection, escort and response. #### Sub-surface-drone capability Launches and recovers underwater drones for hull, seabed and infrastructure inspection. #### Multi-modal monitoring Vessel detection, AIS correlation, sonar, water quality and weather, combined on board into single events. ### A seaward perimeter for the port. Several buoys form a sensing line across approaches, anchorages and channels, on the same live map as your land-side deployment. #### Approach & perimeter awareness Continuous detection of vessels and small craft. Radar and patrols only cover part of the time. #### Anchorage & channel monitoring Drift, incursion and dark vessels, with AIS checked against what the sensors see. #### Sub-surface & infrastructure security Sonar and underwater drones watch hulls, seabed and submerged infrastructure. #### Environmental & safety Water quality, spill detection and weather from the same nodes. The network doesn't stop at the quay. ### Built to run unattended. Indicative characteristics. Each unit is configured to the deployment. #### Power Solar-first with battery storage #### Connectivity Satellite + multi-link failover #### Compute On-device edge AI #### Surface drones Launch & charge capable #### Sub-surface drones Deploy & recover capable #### Sensing Radar / AIS, acoustic, sonar, optical, environmental #### Station-keeping Hold position or relocate #### Security Zero-trust, on-device processing ### Take the network past the shoreline. If your coverage stops at the water's edge, let's scope a deployment. --- ## Team Source: https://overwatchgrid.com/team The operators, engineers and domain experts behind Overwatch Grid Systems, building edge-AI monitoring for critical infrastructure, defense and emergency response. ### The people behind the grid. Leadership from utility operations, engineering, science, finance and policy. We built the system we wanted in the field. Full profile Close profile ### Martin Vulaj Chief Executive Officer Entrepreneur, attorney and former policy operator in Washington, D.C. Martin Vulaj is Chief Executive Officer of Overwatch Grid Systems. He leads the company's work deploying sensor networks and AI analytics for environmental, infrastructure and security monitoring. Martin has built and scaled companies in several industries. He grew a construction services firm to more than 60 employees and a marine environmental remediation company to more than 400. At Overwatch he puts that operating experience to work building teams, forming partnerships and bringing new technology to market. Earlier in his career Martin held leadership roles in international policy and diplomacy, including Executive Director of the National Albanian American Council in Washington, D.C. In that role he worked with the U.S. Department of State, the White House and Congress on democracy, security and development in Southeast Europe. Martin earned his Juris Doctorate from Albany Law School and graduated Cum Laude in Philosophy from Fairleigh Dickinson University. ### Lawrence Kahn Regulatory & Policy Environmental attorney and Tulane Distinguished Research Fellow. Lawrence Kahn is a Professor at Tulane University, an attorney, entrepreneur and educator. He has advised clients in the environmental and maritime "trees and seas" space for more than 25 years, and is a Distinguished Research Fellow with the Tulane Center for Environmental Law. Mr. Kahn previously worked for the U.S. Army. Certified as a Contracting Officer's Representative, he negotiated and enforced government contracts and oversaw the hazard tree removal program and the management of Army timber, flora and fauna resources. Kahn developed and directs the Tulane Utility Vegetation Management Initiative ("UVMI"), a joint project of Tulane Law School's Center for Environmental Law and its Center for Energy Law. UVMI is widely recognized as the leading neutral academic center in its field. Its work has drawn positive attention from government, non-governmental organizations, the utility industry and a range of private and public companies. ### Guillaume Riviere Chief Technology Officer (AI, Sensors & Edge Systems) CTO and hands-on engineering lead for edge-AI and sensor platforms. Guillaume Riviere is Chief Technology Officer of Overwatch Grid Systems. He leads architecture and development of the company's edge-AI sensor platform, from the solar-powered field hardware up to the cloud stack that turns raw sensor signal into live situational awareness. He is the architect of the Overwatch platform: a distributed mesh of multi-modal sensor nodes (LiDAR, thermal and optical imaging, environmental and acoustic sensors) with an on-device decision engine that runs computer-vision and ML inference at the edge, backed by a cloud stack that fuses, classifies and acts on those detections in seconds. His work covers embedded Linux, low-power computer vision, model deployment to constrained devices, secure mesh networking and the data infrastructure that connects them. Over more than 20 years, Guillaume has built and shipped technology for Fortune 500 companies in automotive, gaming, civil engineering and construction, with a long focus on real-time systems, mixed reality, and work that spans hardware and software. He leads multi-disciplinary, multicultural teams, specializes in remote team organization and operational delivery, and brings the same hands-on approach to Overwatch. ### Herbert Hughes Chief Financial Officer Harvard '82, derivatives veteran, CFO of Wormhole Labs. Herbert Hughes graduated from Harvard University in 1982. He worked on Wall Street for fifteen years, specializing in derivatives trading and structuring, and held senior risk management positions. Mr. Hughes spent a decade at Bass Brothers Enterprises, where he handled capital formation, derivatives and risk management. He is a Director of Wormhole Information Technology Systems and Chief Financial Officer of Wormhole Labs, Inc. His background includes extensive work with Burna technology, which has applications in military and police operations. ### Stephen Cieslewicz Chief Science Officer Navy veteran with 40 years at the front of utility vegetation technology. Stephen Cieslewicz, a U.S. Navy veteran, is one of the best-known leaders in utility vegetation management (UVM), with four decades of work on its technology, regulation and practice. He began his 40-year career at Pacific Gas & Electric as its first ISA-certified arborist and System Utility Arborist. He later co-founded CN Utility Consulting (now EOCENE) and served as president for 17 years. Stephen drove utility adoption of LiDAR, UAS, satellites, remote sensing and AI-driven inventory and work management systems, changing how utilities monitor risk, manage vegetation and protect infrastructure. His work also covers wildlife habitat monitoring, pollinator protection and other environmental applications. Stephen helped write key regulations and standards, including NERC FAC-003 and California's GO 95 Rule 35. He has consulted with utilities on three continents and served as an expert witness in more than 40 cases. His work has been widely recognized: a Certificate of Appreciation from the U.S. and Canadian governments for co-leading the 2003 Northeast Blackout UVM investigation (commissioned by FERC); recognition in 2011 by Green Media as one of the eight most influential people in the green industry; and a 2022 UAA Award for The UVM Podcast, which he co-hosts with Nick Ferguson, for advancing industry education. Stephen still consults with utilities, regulators and technology developers, and uses The UVM Podcast to put new tools and ideas for grid resilience in front of the industry. ### David Bravo Business Development 30+ years scaling vegetation, land and construction operations. David Bravo has spent more than 30 years building efficient, profitable businesses through their operations departments, mainly in vegetation management, land management and construction. His work includes the development and rollout of the Wormhole, WITS and NETSAW technologies. For most of the last 10 years David has led emergency management, utility vegetation management and line clearance work in California, keeping operations safe, productive and profitable. ### Standards, research and field practice. ### Industry standards & regulation Our team has helped write standards and regulations for infrastructure monitoring and protection, including utility regulations, environmental standards and safety protocols. That experience keeps our equipment and software compliant across the industries we serve. ### Research & development Our leadership works with academic institutions, including the Tulane Utility Vegetation Management Initiative, on research in infrastructure monitoring, environmental protection and defense applications. That research feeds directly into the platform. ### Work with the team. Tell us about the assets you need to see, and we will show you how we would watch them. Get in touch See our partners --- ## Partners: Live Deployments with Energy, Security & Research Source: https://overwatchgrid.com/partners Live deployments and integrations with energy operators, zero-trust security partners and research institutions including Tulane University. Edge-AI monitoring in production on pipeline corridors and habitat sites. ### Live deployments. Named partners. We work with energy operators, security partners and research institutions. We choose them carefully, and the work runs in production. ### Shell Pipeline Company Energy · Midstream pipeline Live deployment Monitoring at five sites on the Falcon Pipeline right-of-way in Pennsylvania and Ohio: fire and smoke, methane, slope and erosion, vegetation and wildlife, and people and vehicles. All five domains report to one operator console. Public conservation project on the Falcon Pipeline https://falcon.overwatchgrid.com/public/greene-township/birdboxes Live bird-box node. A public conservation view of one monitoring site. ### QS Energy Pipeline technology · Oil & gas Multi-year program · in execution Overwatch sensing and edge AI built into QS Energy's Applied Oil Technology platform for a program covering 2,835 km of trunk and feeder lines. Anti-theft, leak, slope and intrusion monitoring from one set of nodes. qsenergy.com https://qsenergy.com ### Tulane University Research · Policy · Standards Active research collaboration Research with the Utility Vegetation Management Institute (UVMI) at Tulane Law School and the ByWater Institute on infrastructure resilience, environmental policy and field-data standards. UVMI informs how regulators frame utility-corridor monitoring. tulane.edu https://tulane.edu/ ### Onclave Networks Cybersecurity · Zero-trust OT/IoT communications Technology partnership A shared zero-trust approach to OT and IoT communications. Onclave's TrustedPlatform secures device-to-cloud channels with cryptographic identity, mutual authentication and default-deny networking. onclavenetworks.com https://onclavenetworks.com/ ### Energy & Utilities Transmission corridors, midstream pipelines, substations and wildfire-risk programs for majors, IPPs and state-owned operators. ### Defense & Homeland Security Selected work with defense integrators on base perimeters, borders, and GPS-denied or comms-contested terrain. ### Research & Conservation The same sensors produce habitat data. We work with research institutions on birds, pollinators and vegetation health. ### Claude Startups A program by Anthropic Member since October 2026 Overwatch Grid Systems is a member of Claude Startups, Anthropic's program for early-stage companies building with Claude. Membership gives our engineering team access to Claude and to office hours with Anthropic's Applied AI team. Program membership. Anthropic does not sponsor or endorse Overwatch products. About the Claude Startups program ### Become a partner. If you are an integrator, OEM or operator with a problem this system fits, let's talk. Start the conversation See the platform --- ## Contact Source: https://overwatchgrid.com/contact Talk to Overwatch Grid Systems about pipeline corridor monitoring, defense perimeter awareness, wildfire detection or hospital emergency-response deployments. Most projects start with one conversation. ### Tell us what you need to protect. A corridor, a perimeter, a habitat, a base. Describe the site and we'll follow up within one business day. ### A person reads every message. Email Response time Within one business day. Critical-infrastructure incidents: same day. Site visits For pilot deployments, we come to the site. Tell us what you run and where. ---