Trusted Cybersecurity Brings Stronger Protection to the Pipeline

Cyber threats are escalating across the energy industry, placing critical oil and gas infrastructure under mounting pressure.

Ransomware activity targeting oil and gas operations surged 935 percent between April 2024 and April 2025, exposing the speed and severity of the challenge facing operators.

Pipelines, processing plants, storage terminals, and transfer systems increasingly depend on connected instruments for continuous measurement and operational control.

That connectivity delivers substantial efficiency gains, but it also creates potential entry points that attackers may exploit to disrupt equipment, manipulate data, or demand payment.

Gas analyzers are particularly important because their readings guide decisions throughout hydrocarbon processing and transportation.

When those readings are compromised, operators can face misrouted gas, accelerated pipeline corrosion, inaccurate customer transfers, and interruptions that rapidly translate into lost production and higher costs.

The consequences extend beyond one instrument or isolated process.

ncorrect gas quality information can influence pipeline integrity, contractual obligations, downstream equipment performance, and the safe handling of valuable hydrocarbon streams across complex operating networks.

Digitalization has accelerated quickly, often connecting equipment that was originally designed for a less exposed industrial environment.

Legacy devices may lack modern security controls, while older communication practices can make access management, software maintenance, and threat monitoring more difficult.

Operators must therefore evaluate cybersecurity as an essential element of instrumentation performance rather than a separate information technology concern.

A gas analyzer cannot be considered dependable if the integrity, availability, or confidentiality of its measurements is vulnerable to deliberate interference.

Regulatory pressure is also increasing as governments and industry authorities focus more closely on critical infrastructure protection.

Energy companies are expected to demonstrate stronger controls, clearer accountability, and more disciplined management of the devices supporting pipeline and processing operations.

Managing those obligations can become complicated when facilities contain equipment from multiple generations and numerous suppliers.

Each device may involve different access methods, maintenance procedures, software requirements, and security capabilities, creating a demanding workload for operations and cybersecurity teams.

Simplifying cybersecurity management is therefore becoming a practical priority.

Operators need technology that supports secure deployment, controlled access, dependable updates, and effective oversight without introducing unnecessary complexity into routine measurement and maintenance activities.

ABB is addressing these requirements through a secure by design approach applied to the Sensi+ NG gas analyzer and other products.

This philosophy considers cybersecurity during technology development instead of treating protection as an additional feature installed after a device enters service.

For pipeline operators, that approach can help align instrument security with broader operational technology strategies.

Security considerations can become part of equipment selection, system architecture, commissioning, maintenance, and lifecycle planning rather than remaining disconnected from engineering decisions.

The Sensi+ NG gas analyzer serves a critical role in natural gas measurement, where trustworthy readings support operational control and asset protection.

Strengthening the security surrounding that information helps operators preserve confidence in decisions affecting product routing, corrosion management, custody transfer, and process continuity.

No single product can remove every cyber risk from an industrial network, especially as attackers continually refine their methods.

Strong protection requires coordinated technology, disciplined procedures, informed personnel, controlled connectivity, and a clear understanding of how field devices interact with wider operating systems.

ABB’s white paper examines legacy risks, regulatory pressure, simplified cybersecurity management, and the company’s secure by design technology strategy.

or oil and gas organizations confronting rapidly expanding digital exposure, the resource offers timely guidance on protecting analyzers and the infrastructure that depends on their data.