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The CorGrid® Platform by Corvalent delivers a unified AIoT and Edge Computing infrastructure, transforming your global fleet of ROVs into a single, intelligent, real-time operational network.
Oceaneering operates one of the world's largest ROV fleets. Without a unified intelligence layer, critical operational data remains siloed, reactive, and inaccessible in real time.
Each ROV operates as an isolated unit. There is no centralized system aggregating performance metrics, fault data, or mission telemetry across the global fleet.
Without predictive analytics, maintenance decisions are made after failures occur, increasing downtime, operational risk, and unplanned costs.
Operational reporting is manual, time-consuming, and inconsistent, delaying decision-making and reducing fleet visibility for management teams onshore.
Absence of a global dashboard means critical issues go undetected until they escalate, reducing uptime and increasing exposure during high-value offshore operations.
CorGrid® is Corvalent's purpose-built AIoT and Edge Computing platform, engineered to deliver centralized, real-time operational intelligence across Oceaneering's global ROV fleet.
Real-time ROV health monitoring, predictive maintenance, AI-driven fault detection, and automated performance reporting across the full fleet lifecycle.
Intelligent power monitoring and optimization for subsea equipment, vessel systems, and offshore infrastructure, enabling energy efficiency and compliance.
Custom IoT deployment frameworks for unique Oceaneering operational requirements, from deep-water sensing to mission-critical edge intelligence architectures.
CorGrid® transforms disconnected ROV data into actionable intelligence through a four-stage intelligent data pipeline, from the ocean floor to your operations center.
CorGrid® Smart ROV brings AI-powered predictive intelligence to every ROV in the Oceaneering fleet — enabling proactive maintenance, real-time health monitoring, and automated performance reporting.
AI models detect subsystem anomalies 48–72h before failure, dramatically reducing unplanned downtime.
Every ROV receives a live health score — aggregating hydraulics, electrical, thruster, and sensor data.
AI-generated maintenance windows aligned with operational schedules to minimize mission impact.
Eliminate manual reporting — CorGrid® generates fleet performance reports and compliance logs automatically.
Continuous capture of depth, pressure, temperature, and current data enriches maintenance intelligence.
Cross-ROV data correlation identifies systemic issues and best practices across the entire Oceaneering fleet.
Beyond the standard platform, Corvalent's Special Projects division delivers bespoke IoT and edge computing solutions engineered for Oceaneering's most demanding operational scenarios.
Custom CorEdge configurations engineered for deep subsea deployment — integrating acoustic modems, sonar arrays, and chemical sensors into the CorGrid® intelligence layer.
Corvalent develops ROV-specific machine learning models that can be trained on Oceaneering's operational fleet data — delivering increasingly accurate predictive analytics over time.
CorGrid® feeds live operational data into a digital twin of each ROV — enabling real-time simulation, scenario planning, and virtual commissioning before physical deployment.
CorGrid® is Corvalent's complete end-to-end IoT intelligence platform — built on three pillars: Industrial Hardware (CorEdge, CorSys, CorSense), an IoT PaaS layer, and a cloud SaaS layer — all integrated and supported by Corvalent.
Military-grade rugged computing hardware — fanless, rated for extreme temperatures, shock, and vibration — engineered for harsh industrial and offshore environments.
Native support for CAN bus, Modbus, NMEA, RS-485, and OPC-UA — compatible with existing Oceaneering ROV sensor architectures.
Field-serviceable modules allow hardware replacement without ROV dry-dock — minimizing operational downtime during hardware maintenance.
Corvalent hardware is purpose-built for harsh industrial environments — with high ingress protection ratings and configurations suitable for demanding offshore and subsea deployments.
Seamless failover between leading satellite constellations and cellular networks ensures continuous connectivity in remote offshore and deep-sea locations.
Underwater acoustic communication integration allows data relay from deployed ROVs through the water column to surface vessels.
When connectivity is interrupted, CorEdge nodes buffer data locally and synchronize automatically upon reconnection — ensuring zero data loss.
CorGrid® uses MQTT and custom compression algorithms to minimize satellite bandwidth consumption while maintaining high data fidelity.
Lightweight AI models run directly on Corvalent CorEdge nodes — enabling real-time anomaly detection without cloud connectivity dependence.
Advanced AI models in the CorGrid® cloud layer analyze fleet-wide patterns, generating predictive maintenance scores and performance benchmarks.
Operators query the fleet using plain language — CorGrid® responds instantly with fleet-wide data insights.
AI models continuously learn from new operational data — improving prediction accuracy over time across the Oceaneering fleet ecosystem.
Real-time world map showing every ROV's live position, status, depth, and health score — with drill-down to individual unit telemetry.
High-level fleet performance metrics — uptime, utilization, energy efficiency, and maintenance compliance — in a single-page executive view.
Full CorGrid® dashboard access on tablet and mobile — enabling offshore crew and onshore management to monitor fleet health from anywhere.
Configurable dashboards tailored to different user roles — crew technicians, maintenance engineers, regional managers, and C-suite executives.
All data — at rest and in transit — is encrypted using AES-256 and TLS 1.3, meeting the most stringent offshore data security requirements.
Every device, user, and data stream is continuously authenticated — no implicit trust even within the internal network perimeter.
CorGrid® cloud infrastructure is architected to meet the highest standards of security, availability, and confidentiality — aligned with SOC 2 principles and enterprise compliance frameworks.
For classified operations, CorGrid® supports full air-gapped deployment — operating entirely on-premise without external connectivity.
Based on comparable offshore IoT deployments, CorGrid® delivers measurable operational and financial returns within the first 12 months of implementation.
Platform overview, technology deep-dives and industry insights produced for Oceaneering.
Watch on YouTubeFull confidential proposal document prepared exclusively for Lisa McCrory · Oceaneering International Inc.
Real-time fleet intelligence at a glance, from individual ROV telemetry to global operational analytics.
CorGrid® deploys in four structured phases — ensuring minimal disruption to Oceaneering's ongoing operations while progressively expanding fleet intelligence coverage.
Corvalent's technical team conducts an on-site audit of Oceaneering's existing ROV architecture, sensor inventory, and data infrastructure to define the precise integration requirements and pilot scope.
CorGrid® CorEdge units are deployed across a pilot fleet across multiple operational regions. CorGrid® cloud infrastructure is provisioned, and initial dashboards are configured for Oceaneering's operations team.
Following successful pilot validation, CorGrid® hardware is deployed fleet-wide. AI models are trained on Oceaneering's operational data, delivering continuous intelligence across vessel and shore-based infrastructure.
Ongoing AI model refinement, platform optimization, and the activation of advanced Special Projects capabilities — including digital twin integration and predictive fleet scheduling intelligence.
Let's schedule a personalized CorGrid® demonstration tailored to Oceaneering's specific fleet architecture, operational requirements, and strategic goals.