Electronics, Embedded & Industrial AI for Oil & Gas
We design and deliver subsea electronics, embedded systems, and Industrial AI solutions for Oil & Gas operations where reliability is non-negotiable. Our systems operate under extreme conditions and support continuous, data-driven decision-making across upstream, midstream, and downstream environments.
Hardware, embedded, and AI systems built for harsh environments
We design and deliver electronics and embedded systems that operate under high pressure, temperature, vibration, and corrosion. Our work covers hardware architecture, firmware, Industrial AI, and full system integration, aligned with API, DNV, and ISO requirements.
Engineering for reliability in extreme Oil & Gas environments
Compliance-ready system design
We design electronics, embedded systems, and Industrial AI solutions for operations where pressure, temperature, vibration, and corrosion are constant constraints. Our systems are built for long-term operation, qualification readiness, and stable performance in mission-critical conditions.
Faster incident detection
Edge AI models process sensor data locally, identifying anomalies in real time without cloud dependency, enabling faster response across distributed assets.
Lower redesign risk
Architecture-first engineering and simulation-driven validation reduce late-stage hardware changes in high-pressure and high-temperature environments.
Engineering capabilities for Oil & Gas systems
We work with Oil & Gas companies to design hardware, embedded systems, and Industrial AI solutions aligned with operational constraints, environmental conditions, and regulatory requirements.
Hardware & Embeded Systems
We design subsea and downhole electronics, power systems, and embedded control solutions for environments defined by high pressure, temperature, vibration, and corrosion. Our work covers architecture, firmware, prototyping, and environmental qualification.
Edge AI & Industrial AI Systems
We implement AI directly on devices and industrial infrastructure, enabling real-time anomaly detection and predictive maintenance without reliance on cloud connectivity. Systems are designed for deterministic performance and integration with existing OT environments.
Industrial Data Platforms & OT/IT Integration
We integrate SCADA, PLC, and sensor data into structured data platforms that support analytics, monitoring, and AI deployment. Our architectures handle real-time data flows and enable consistent access to operational data across installations.
Engineering lifecycle for Oil & Gas systems
We support the full lifecycle of Oil & Gas systems, combining hardware, embedded software, and Industrial AI with environmental testing and compliance requirements. Each stage is aligned with operational constraints and qualification standards.
Architecture & Requirements
We define system architecture based on environmental conditions, operational constraints, and regulatory requirements. This includes hardware selection, system topology, and early compliance alignment (API, DNV, ISO).
Hardware & Embedded Design
We design electronics and embedded software for subsea, downhole, and industrial environments, covering schematics, PCB, firmware, and real-time control systems.
Integration & AI Enablement
We integrate sensors, SCADA/PLC systems, and data pipelines, enabling anomaly detection, predictive maintenance, and real-time analytics directly within operational environments.
Testing & Qualification
We support environmental, vibration, thermal, and EMC testing, preparing systems for certification and ensuring stable operation under extreme conditions.
Deployment & Lifecycle Support
We support system deployment, monitoring, and long-term operation, including upgrades, performance optimization, and adaptation to changing operational requirements.
"We had the opportunity to collaborate with InTechHouse on a technically demanding, time-sensitive project. Their team demonstrated strong engineering expertise, ensuring that hardware and software components were developed cohesively and aligned with system-level requirements.
InTechHouse proved to be a reliable partner, capable of executing complex hardware–software systems and successfully navigating regulatory qualification processes."
Selected case studies
Ready to discuss your next project?
The first conversation is focused on your product, challenges, and the most effective way forward.
FAQs
If you have additional questions or would like to discuss your requirements, feel free to get in touch with our team.
Subsea electronics are systems designed to operate underwater, often at significant depths where pressure, temperature, and corrosion affect performance. They are used in monitoring, control, and communication for subsea equipment such as valves, sensors, and ROV systems. These systems must be highly reliable and resistant to long-term environmental exposure.
Predictive maintenance helps identify equipment issues before they lead to failure. In Oil & Gas, unplanned downtime can result in major financial loss and safety risks. By analyzing sensor data and operational patterns, predictive systems can detect anomalies early and estimate when maintenance is needed.
Electronics in Oil & Gas environments must handle high pressure, extreme temperatures, vibration, and exposure to corrosive substances. These factors can lead to component degradation, signal instability, or system failure. Designing for these conditions requires specialized materials, thermal management, and robust system architecture.
Edge AI refers to running data processing and machine learning models directly on devices or local systems, rather than in the cloud. In Oil & Gas, this approach is used where connectivity is limited, latency must be low, or data cannot leave the site. It allows real-time analysis and faster operational decisions.
SCADA and PLC systems collect large amounts of operational data from industrial processes. This data can be used for monitoring, performance analysis, and predictive maintenance. When properly integrated, it enables better visibility across assets and supports data-driven decision-making.
OT/IT integration connects operational technology systems, such as sensors and control systems, with IT systems used for data processing and analytics. In Oil & Gas, this integration allows real-time data to be used for optimization, reporting, and AI applications across the organization.
Discuss your product with our team
This initial conversation is focused on understanding your product, technical challenges, and constraints.
No sales pitch - just a practical discussion with experienced engineers.
Share a few details about your product and context. We’ll review the information and suggest the most appropriate next step.