Frances Zahirniak — IIoT Software Account Executive, Corvalent
"Monetizing Drakken Projects with CorGrid IoT" — an exclusive institutional audio briefing on the CorGrid + Drakken opportunity.
Drakken operates as an electrical, instrumentation (E&I) and EPC engineering company, delivering wellhead, pipeline and processing unit projects across the oil & gas value chain — from upstream to midstream and downstream.
Drakken's engineering capabilities range from FEED and detailed design through procurement, fabrication, commissioning and field integration. Public information identifies expertise in power generation integration, MV and LV distribution, Safety Instrumented Systems (SIS), PLC, DCS and SCADA environments built for remote and harsh oil & gas sites.
Corvalent sees Drakken as a company capable of bringing CorGrid into its own project delivery model. Drakken's engineering teams already specify, install and commission the control systems, electrical infrastructure and instrumentation that CorGrid was designed to complement — creating a natural path for CorGrid to become a technology layer within the EPC and E&I offering already delivered by Drakken.
Drakken already describes solutions that integrate wellhead telemetry, remote RTUs, pipeline supervisory systems, leak detection and remote connectivity via satellite or VSAT for isolated wellsites and pipeline corridors — experience directly transferable to a CorGrid-enabled remote monitoring offering.
Drakken's water automation case at NEOM — a smart automation framework supporting a large, distributed water network with multiple pumping stations — demonstrates that Drakken already manages multi-site telemetry programs at a scale comparable to a pipeline gathering system or a midstream transport network.
McKinsey notes that digitally enabled maintenance and reliability programs in heavy industry, including oil & gas operations, can potentially increase asset availability and reduce maintenance costs. This directional trend is an industry observation, not a forecast for Drakken or its customers, but it illustrates why engineering and EPC firms that offer connected asset intelligence, beyond traditional design and installation services, are increasingly differentiated in the oil & gas market.
Deloitte research on industrial and engineering companies describes a broader shift toward outcome-based and managed services, where firms that once delivered one-time projects extend their relationships into ongoing monitoring, analytics and performance-based engagements.
Corvalent is a US-based technology company with over three decades of experience and an international presence, specializing in the development and integration of advanced IoT, AIoT and Edge Computing solutions.
For Drakken's oil & gas engineering and EPC portfolio, these are the CorGrid verticals most immediately relevant — each a potential building block for solutions Drakken could deliver to its own clients.
Visibility into wellhead and pipeline process variables, instrumentation, control systems, equipment health, alarms and operational performance — a natural extension of the SCADA and control system projects Drakken already delivers.
Monitoring of electrical distribution, generator and power consumption, on-site generation, load profiles, demand and equipment efficiency — a natural complement to Drakken's power distribution and generation integration projects.
Environmental and infrastructure monitoring for control rooms, modular buildings, electrical rooms and other critical facilities — relevant to the facilities Drakken designs and commissions at remote and offshore sites.
Custom architectures for remote wellsites, distributed pipeline infrastructure and complex EPC programs — an area where Drakken's project execution experience can be combined directly with CorGrid technology.
CorGrid can be deployed via Technology as a Service, SaaS, On Premises or Hybrid, suited to onshore, offshore and remote oil & gas locations. Depending on the final technical assessment, integrations may include SCADA, BMS, PLC, DCS, APIs, cloud platforms, Ethernet, Wi-Fi, MQTT, Modbus, industrial gateways, satellite/VSAT links, existing sensors and legacy operating systems. This is particularly relevant given that Drakken's profile identifies Siemens and Schneider as preferred technologies, and Ethernet, Wi-Fi, Modbus and MQTT among the connectivity options relevant to oil & gas field deployments.
Six concrete opportunities where the Drakken + Corvalent combination can generate new services, greater competitive differentiation and recurring revenue.
CorGrid condition sensors and analytics combine vibration, temperature, current, pressure, flow and maintenance history into asset health indicators — opening the door to recurring monitoring after commissioning.
CorGrid as a complementary intelligence layer within Drakken's SCADA and control system proposals, ingesting process variables, alarms and RTU/PLC data without replacing the control environment delivered.
Centralizing meter, distribution panel and generator data into CorGrid, adding an energy intelligence module to Drakken's electrical EPC proposals — reducing fuel costs and flagging inefficiencies.
CorGrid as a consolidated remote-monitoring dashboard, delivered as part of Drakken's remote infrastructure projects, replacing independent checks with prioritized alerts — especially valuable where field mobilization is costly.
With sufficient history from wellheads, compressors or pipeline assets, CorGrid analytics establish normal operating patterns and use AI models to flag anomalies that deserve engineering attention — a competitive differentiator in EPC bids.
CorGrid creates standardized digital views across a customer's wellheads, pipelines and facilities, letting Drakken offer multi-site fleet management as a natural extension of large-scale, multi-phase EPC engagements — scale already demonstrated in the NEOM case.
McKinsey identifies connected sensors, analytics and machine learning as important components of digitally enabled reliability and predictive maintenance programs, increasingly adopted in upstream and midstream oil & gas operations — an area where engineering and EPC firms that offer these capabilities directly are increasingly favored by operators seeking a single, accountable partner.
None of the commercial structures below is considered already implemented. They are presented as options to be jointly evaluated during a Discovery & Technical Alignment session, based on what best fits Drakken's business, customers and delivery approach.
CorGrid becomes part of a larger technical solution designed by Drakken, with Corvalent providing the IoT and analytics layer integrated into Drakken's engineering deliverables.
Drakken embeds CorGrid into commercial proposals for its own clients, positioning the platform as part of its standard project offering for oil & gas customers.
Drakken provides engineering, installation and commissioning for a project, while Corvalent provides the CorGrid platform and supporting IoT technology, each party focused on its core.
Drakken uses CorGrid to offer ongoing monitoring, analytics, maintenance intelligence or energy management to its clients after project delivery, creating a recurring revenue stream.
Corvalent and Drakken jointly pursue selected client projects, where the capabilities of both companies are presented together in a single proposal.
Drakken combines its oil & gas engineering expertise with CorGrid to create a repeatable, packaged solution for a specific market segment, such as remote wellsite monitoring or pipeline energy intelligence.
Beyond operational value, CorGrid is designed to create new measurable revenue opportunities for Drakken — not just cost savings for the operators Drakken serves.
Post-commissioning monitoring subscriptions, managed analytics and reporting services, and energy performance reports convert one-time project revenue into an ongoing, subscription-based relationship.
Proposals with real-time dashboards, predictive maintenance and AI insights differentiate Drakken from competitors offering only installation, increasing the likelihood of winning targeted contracts.
CorGrid modules can be positioned as premium add-ons in proposals already underway, and offered as a retrofit to past clients where the underlying infrastructure is already installed.
Multi-site fleet management capabilities can help Drakken pursue larger operators with assets distributed across multiple locations or basins, supporting long-term contracts instead of one-off projects.
Remote visibility can reduce field mobilization costs on service obligations Drakken has already taken on, while AI-driven alarm prioritization frees up engineering hours for other billable work.
Operators increasingly favor engineering and EPC firms that offer connected asset intelligence directly, rather than contracting installation and digital monitoring from separate vendors.
| Model | Revenue Impact for Drakken |
|---|---|
| VAR or Reseller | Drakken marks up and resells CorGrid, capturing direct margin on each deployment sold. |
| Managed Service | Drakken owns the ongoing customer relationship and recurring billing for monitoring, analytics and reporting. |
| Systems Integration | Drakken receives engineering, installation and commissioning fees, while Corvalent bills the platform separately. |
| Technology Integration | CorGrid is embedded in Drakken's overall project price, with platform revenue built into total contract value. |
| Project Based Collaboration | Corvalent and Drakken split a jointly pursued opportunity, with revenue divided according to each party's scope on that specific project. |
Note: the Reseller and Managed Service models tend to generate the most direct and ongoing revenue for Drakken, since Drakken controls the customer billing relationship rather than simply installing another company's platform. The most suitable model, or combination of models, should be confirmed jointly during Discovery & Technical Alignment.
Key technologies underpinning the joint Drakken + CorGrid use case for oil & gas assets.
Connected metering of grid and generator power consumption, load behavior, demand and per-equipment energy performance at well pads and processing facilities.
Temperature, vibration, pressure and flow sensors on pumps, compressors and pipeline segments help identify changes before operational failures or obvious leaks.
Edge architecture connecting industrial protocols and existing field infrastructure, keeping processing close to the wellsite/pipeline — essential where connectivity is intermittent and satellite/VSAT links are used.
Machine learning models evaluate larger volumes of operational information than engineers can review manually — strongest value when tied to a clearly defined operational decision.
Existing wellhead and pipeline automation infrastructure remains a valuable data source. Connecting selected information to CorGrid extends SCADA and control deliveries beyond local control, into asset analytics and energy intelligence.
A digital representation of selected wellheads, pumping stations or processing equipment combines real-time information with asset context, supporting predictive maintenance and optimization of energy and throughput.
Technologies: SCADA, PLC, DCS, MQTT, Modbus, OPC-UA, Ethernet, Wi-Fi, Satellite/VSAT, REST APIs, Edge Computing, Machine Learning.
How the CorGrid + Drakken partnership can translate into concrete results for the engineering and EPC business.
CorGrid can add real-time monitoring, analytics and AI capabilities to Drakken's existing EPC and E&I offering, without requiring Drakken to build every capability internally.
Monitoring, analytics, alerts and energy intelligence delivered via CorGrid can extend Drakken's relationships with clients well beyond project delivery.
An already established IoT platform can reduce the time and engineering effort Drakken would need to develop equivalent monitoring and analytics capabilities from scratch.
Advanced IoT, AI, predictive analytics and multi-site visibility can strengthen Drakken's technical proposals against competing EPC and E&I contractors.
Unified operational information from wellheads and pipelines can reduce the time needed to locate relevant data, benefiting both Drakken's delivery teams and its clients.
Condition information and historical trends from pumps, compressors and rotating equipment can help shift part of maintenance from reactive response to condition-based intervention.
Continuous energy, emissions and resource information can provide a more solid measurement basis for sustainability initiatives and clients' ESG reporting requirements.
Once a use case is validated at one well pad or facility, the same architecture and business model can be standardized and extended to additional clients, fields and regions.
Industry observations (McKinsey/Deloitte) on digitally enabled maintenance and reliability programs in heavy industry, including oil & gas — not a specific forecast for Drakken.
Digitally enabled maintenance and reliability programs can potentially increase asset availability in heavy industry, including oil & gas.
Source: McKinsey & CompanyShifting from corrective to predictive maintenance can reduce operational maintenance costs in heavy industry, including oil & gas.
Source: McKinsey & CompanyLarge water distribution network with multiple pumping stations monitored — a scale comparable to a pipeline gathering system or a midstream transport network.
Source: Drakken (drakken.co)These are industry observations published by McKinsey & Company and Deloitte, not a specific forecast for Drakken or its clients. Actual results depend on the operational baseline of each implementation.
Real screenshots of the CorGrid platform in production — applicable to monitoring Drakken's wellheads, pipelines and processing facilities.
Macro view of all units monitored by CorGrid on a live satellite map, with pins showing the number of active assets per region. Drill down by region to access the status of each wellhead, pipeline or facility and active alerts.
Supporting documentation and public references used in building this presentation.
Full executive presentation of the CorGrid partnership opportunity for Drakken.
Exclusive institutional audio briefing on the CorGrid + Drakken opportunity. Play it in the player above, or download the file directly.
Video explaining how EPC firms can move from one-off projects to recurring revenue by integrating Industrial IoT (IIoT) with CorGrid — directly relevant to the Drakken + Corvalent opportunity.
IoT, equipment sensors, PLC data, analytics and connected asset information supporting predictive maintenance in heavy industry and energy, including oil & gas.
Industrial implementation combining PLC, SCADA, IoT, dashboards, operational KPIs, alerts and maintenance workflows to improve equipment visibility and performance.
The role of sensors, analytics, machine learning and digital reliability programs, with potential improvements in asset availability and maintenance cost in heavy industry, including oil & gas upstream.
How asset twins built from PLC, sensor and IoT data can support predictive maintenance and optimization of energy, throughput and asset performance.
drakken.co
drakken.co/about-us
drakken.co/scada-control-systems
drakken.co/2026/02/27
Sources: McKinsey & Company, Deloitte, Drakken's public website (drakken.co).