Autonomous systems · Agri-tech · Renewable energy · Smart farming
CORA Robotics builds one connected technology family: CARGA for rugged autonomy, SIEMBRA for agricultural field intelligence, SOLARA for renewable-energy robotics and IoT control, and HydroOS for smart hydroponic automation. Each product can stand alone, integrate into an existing operation, or share the same cloud, data, mobile, and automation backbone.
All projects
Every product is part of the same ecosystem: modular hardware, edge intelligence, mobile-first control, cloud telemetry, and infrastructure compatibility designed to fit inside the customer’s existing environment instead of forcing a rip-and-replace decision.
Built like a product family, not four disconnected ideas. CARGA, SIEMBRA, SOLARA, and HydroOS share the same design language: edge nodes, telemetry streams, modular hardware, mobile dashboards, cloud APIs, role-based access, alerts, reporting, and customer-specific deployment paths.
Autonomous ground robotics
CARGA is the core unmanned ground system that powers every outdoor robotics deployment CORA builds. Its tracked drive system, sensor-aware autonomy stack, and modular mission deck make it the single platform capable of construction logistics, emergency response, agricultural monitoring, and remote terrain exploration without changing the base machine.
Screenshot placeholder: CARGA operator dashboard: live map, mission status, payload bay state, sensor feed, battery, and remote autonomy controls.
Agricultural AI deployment
SIEMBRA is the agriculture-focused deployment layer built directly on the CARGA mobility platform. It translates rugged tracked robotics into practical agricultural workflows: crop row inspection, irrigation zone visibility, environmental telemetry, lightweight material transport, and repeatable autonomous route monitoring across farms, orchards, vineyards, and ranchland.
Screenshot placeholder: SIEMBRA field dashboard: crop rows, irrigation zones, environmental readings, route history, anomaly alerts, and farm task assignments.
Renewable energy robotics & IoT
SOLARA is CORA's green-sector engineering practice: custom autonomous ground systems built on the CARGA platform, paired with purpose-built IoT control systems for solar farms, battery storage sites, and renewable energy operators. It exists to bring the same rugged, modular, cloud-connected engineering CORA uses across CARGA, SIEMBRA, and HydroOS into the renewable energy sector.
The work spans two connected layers. On the ground, SOLARA adapts the CARGA chassis into custom UGVs for panel-row inspection, vegetation management, perimeter security, and thermal/visual anomaly detection across solar and wind sites. In the control room, SOLARA IoT systems connect inverters, combiner boxes, weather stations, battery management systems, and switchgear into one cloud-connected monitoring and control layer: built to sit alongside existing SCADA and energy management systems, not replace them outright.
Screenshot placeholder: SOLARA site dashboard: string-level telemetry, inverter status, battery storage health, weather data, site map, and multi-site portfolio view.
SOLARA
Renewable Energy Robotics & IoT Platform
Build: custom CARGA-based UGVs for site inspection, vegetation control, and security patrol.
Connect: IoT sensor networks, inverter/string telemetry, and battery storage monitoring.
Control: SCADA/EMS-compatible remote relays, curtailment, and multi-site dashboards.
Product imagery and live demo screens coming soon
Smart vertical farming
HydroOS v3 is a fully redesigned modular hydroponic platform that scales from a single home unit to warehouse-level vertical farming operations. Built on a T-slot aluminum frame with a sliding rail insert system, stackable 1–8 tiers, and five rail configurations from 2″ microgreens to 15″ deep-water culture, HydroOS turns vertical farming into a configurable, cloud-connected industrial operation.
Screenshot placeholder: HydroOS control dashboard: pH, EC, temperature, humidity, reservoir status, dosing events, lighting schedule, alerts, and zone-level automation.
HydroOS v3
Industrial Vertical Farming Platform
Hydroponic systems, automation, and custom deployments
HydroOS is more than a vertical farming product. It is a complete in-house hydroponic engineering stack that can be sold as a manufactured system, adapted into an existing farm, or used as the foundation for custom grow-room, warehouse, greenhouse, restaurant, school, and research deployments.
The core platform is built around a universal 48" × 24" HydroOS frame, sliding crop rails, stackable T-slot construction, swappable rail depths, sensor-driven nutrient control, and cloud-connected monitoring. That gives customers a system that can start as one frame and scale into multi-row commercial production without changing the underlying architecture.
HydroOS Solution Paths
Product · Custom Build · Retrofit · Commercial Design
Built from HydroOS v3 industrial design, schematic, manufacturing drawings, and exploded assembly assets
Connected product ecosystem
The website, apps, dashboards, and hardware should feel like one family: consistent cards, consistent telemetry, consistent alerts, consistent account management, and consistent infrastructure compatibility. Customers can adopt one product now and expand into the rest of the CORA ecosystem later.
CORA products can connect to MongoDB Atlas, AWS, Azure, Firebase, REST APIs, MQTT brokers, webhooks, reporting tools, fleet systems, farm management software, dealer platforms, and custom internal applications.
Each product can be sold as a standalone app, API layer, hardware package, managed deployment, white-label platform, or integrated module inside a partner’s existing system.
CARGA, SIEMBRA, SOLARA, and HydroOS share telemetry cards, health scoring, alert workflows, maps, device status, user roles, cloud sync, and service-ready reporting.
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Application Screenshot Placeholder
Use this area for a polished Apple-style product mockup showing mobile and desktop dashboards for CARGA, SIEMBRA, SOLARA, and HydroOS.
Platform architecture
Rubber tracks for mud, rubble, slopes, and soft agricultural soil where wheeled platforms bog down.
LiDAR, RGB vision, GNSS, thermal, and environmental telemetry for repeatable navigation and real field awareness.
Hot-swap payload architecture: cargo, sensors, comms gear, drone launchers, and custom mission packages.
C# .NET MAUI iOS/Android app with real-time telemetry, remote supervision, and assisted navigation workflows.
AWS IoT Core → Timestream + MongoDB Atlas pipeline. Fleet provisioning, sensor streaming, and QuickSight dashboards.
Swappable battery module, IP65 rated enclosures, OTA firmware updates, and remote diagnostics via cellular or Wi-Fi.
CARGA in the field
From construction sites and disaster zones to working farmland and remote terrain: CARGA adapts to the mission, not the other way around. Click any image to expand.
Exploration & remote terrain
Configurable mission deck
Construction & logistics
Search & rescue
Agriculture & SIEMBRA
Internal architecture
Full module ecosystem
Deployment verticals
Haul cement, tools, and supplies across job sites with tracked traction that handles debris, grade changes, and soft ground.
Carry medical supplies, comms gear, and first-responder equipment into rubble and terrain no conventional vehicle can safely reach.
SIEMBRA brings repeatable robotic presence to orchards, vineyards, and crop fields for inspection, monitoring, and transport.
Operate across rocky hillsides, remote access roads, and off-grid sites where conventional logistics break down entirely.
Module ecosystem
CORA's modular strategy is what makes multi-market expansion possible: swap payloads rather than build new machines for each deployment.
Move tools, supplies, samples, and gear across farms, construction sites, ranches, and remote terrain.
Temperature, humidity, pressure, air quality, thermal imaging, and future crop-health telemetry packages.
Repeatable inspection routes for water distribution visibility, terrain-related runoff, and anomaly detection.
Mobile drone launch, landing, charging, relay, and edge compute: CARGA as a field-deployed ground station.
Medical supply delivery, first-responder communications, and remote support in inaccessible terrain.
Swappable battery modules, field charging packs, and mission-specific utility attachments for extended operations.
HydroOS v3
HydroOS v3 is a fully modular, cloud-connected hydroponic platform with five rail codes, stackable aluminum frames, automated EC/pH dosing, and a complete AWS + MongoDB Atlas cloud telemetry pipeline. It scales from a single countertop unit to a warehouse-scale operation managing thousands of plants per row.
WAREHOUSE SCALE MATH
N_plants = A_floor × F_eff × N_pt × T_stack V_res = N_plants × 2.5L × 1.35 buffer Q_pump = V_res × 4 turnovers/hr LED_PPFD = DLI × 1000 / (photoperiod × 3.6) ACH = Q_fan / V_room (target 30–60 ACH) // Cloud pipeline IoT Core → Rules Engine → Lambda → Timestream (sensor readings) → DynamoDB (device config) → SNS (alerts + dosing)
Platform capabilities
SOLARA
SOLARA brings CORA's robotics and cloud engineering to solar, storage, and renewable energy sites. From CARGA-based inspection UGVs to string-level IoT telemetry and SCADA-compatible control systems, it's built to help operators catch underperformance early, cut manual site visits, and manage a growing portfolio of installations from one dashboard.
Roadmap
Establish mobility, sensor stack, navigation, and operator workflows through real terrain prototype testing.
Deploy agricultural telemetry packages, warehouse-scale farm configs, and multi-site monitoring dashboards.
Deploy CARGA-based inspection UGVs and IoT control systems at pilot solar and storage sites, then scale to a multi-site portfolio dashboard.
Expand CARGA payload classes, add industrial CARGA XL, and enter adjacent verticals with shared architecture.
For partners and investors
CORA Robotics is structured as a platform business: shared engineering, shared cloud infrastructure, shared mobile architecture. What we build for CARGA's autonomy stack directly accelerates HydroOS sensor pipelines. What we build for SOLARA's IoT control systems directly serves SIEMBRA's field management interface.
Each venture is independently commercializable and collectively they form a defensible, multi-market technology portfolio.
Contact
Whether you're exploring the CARGA platform, a SIEMBRA agricultural pilot, SOLARA renewable-energy robotics and IoT, HydroOS deployment, investment, or partnership: reach out directly or use the form.
Brock Leonard
Founder, CORA Robotics
CARGA · SIEMBRA · SOLARA · HydroOS