Oil and Gas Industry | OT Cybersecurity

Zero Trust
Cybersecurity for
‍Oil and Gas

AI-resistant OT Network safeguard

TLDR: Secure Infrastructure for Upstream,
Midstream, and Downstream Oil and Gas Companies

BlastWave’s OT cybersecurity for oil and gas is like having a multi-layered defense system protecting every part of your operation. Upstream (exploration and production) has secured remote rigs and sensors from sabotage and data theft. Midstream (transportation and storage) has protected pipelines and control systems from disruption and leaks. Downstream (refining and distribution) has secured refineries and terminals to prevent explosions, spills, and fuel disruptions. It's all about keeping your people, assets, and the environment safe from cyber threats by securing connectivity and access.

Oil and Gas OT Networks with BlastWave

BlastWave’s OT Zero Trust Protection solution substantially benefits oil and gas companies, addressing critical security and operational challenges while driving cost efficiencies. By adopting a "never trust, always verify" approach, these organizations can:

Secure Connectivity

Oil and gas operations often involve remote sites, third-party contractors, and mobile workforces. BlastWave provides secure connectivity by verifying user and device identity before granting access to resources. Passwordless MFA and contextual authentication ensure that only authorized individuals can access sensitive data and systems, regardless of location. This is especially important for securing remote access to SCADA systems and other critical infrastructure.

Minimize the Attack Surface

OT networks in oil and gas are often complex and interconnected, making them vulnerable to lateral movement from compromised devices. BlastWave's micro-segmentation capabilities restrict communication to only authorized connections, limiting the impact of a breach. By enforcing least privilege access, organizations can minimize the potential for attackers to gain access to critical systems.

Reduce Costs

BlastWave minimizes the need for costly, perimeter-focused security infrastructure. Traditional firewalls and VPNs often require significant hardware investments and ongoing maintenance. Companies can optimize resource allocation and reduce capital expenditures by implementing software-defined access controls and micro-segmentation. Moreover, they can avoid incident response, remediation, and potential regulatory fines by preventing costly breaches.

Improve Compliance

Oil and gas companies are subject to regulatory guidance like TSA and API standards. BlastWave facilitates compliance by providing granular visibility into network traffic and access patterns. Continuous monitoring and logging enable organizations to demonstrate adherence to regulatory requirements, simplifying audits and reducing the risk of penalties.

BlastWave's Zero Trust Approach

BlastWave's solution enables Oil and Gas companies to build secure communications throughout their lifecycle. Our solution costs 75% less than traditional IT-oriented security solutions, can be installed in only 10% of the time, and requires 50% less maintenance. Reducing the total cost of ownership (TCO) for cybersecurity ensures that the OT networks are operational without impacting overall operating expenses. Since BlastWave eliminates several major attack vectors, the oil and gas networks are far more secure than traditional firewalls and VPNs that fail to protect OT networks daily.

By implementing BlastWave, Oil and Gas companies strengthen their OT security posture, protect their critical assets, and ensure their facilities' continuous and secure operation in the face of evolving cyber threats.

BlastShield Use Cases for the Oil and Gas industry

Securing Remote Drilling Sites:

Protecting remote drilling control systems, SCADA, and IoT devices from unauthorized access and manipulation.
Enabling secure remote monitoring and control of drilling operations.

Protecting Data Acquisition Systems:

Safeguarding seismic data, geological surveys, and other sensitive data from theft and tampering.
Ensuring secure transmission of data from remote locations.

Securing Offshore Platforms:

Protecting control systems and communication networks on offshore platforms from cyberattacks.
Enabling secure remote maintenance and troubleshooting.

Securing Pipeline Monitoring Systems:

Protecting the sensors and control systems used to monitor pipelines.

Protecting Pipeline Control Systems:

Securing pipeline control systems from unauthorized access, preventing disruptions to flow and potential leaks.
Enabling secure remote monitoring and control of pipeline operations.

Securing Storage Facilities:

Protecting storage facilities from unauthorized access and manipulation, preventing theft and environmental damage.
Ensuring secure remote monitoring of storage levels and conditions.

Protecting Compressor Stations:

Protecting the control systems used to operate compressor stations.

Securing LNG Facilities:

Protecting the control systems used in LNG facilities.

Securing Refinery Control Systems:

Protecting refinery control systems from unauthorized access, preventing disruptions to production, and potential safety hazards.
Enabling secure remote monitoring and control of refinery operations.

Protecting Terminal Automation Systems:

Securing terminal automation systems from unauthorized access, preventing theft and disruptions to distribution.
Ensuring secure remote monitoring and management of terminal operations.

Securing Distribution Networks:

Protecting distribution networks from unauthorized access, preventing disruptions to fuel supply, and potential safety hazards.
Protecting fuel loading and unloading systems.

Third-Party Vendor Access:

Providing secure access to third party vendors for maintenance and repairs.

Protecting against AI powered reconnaissance:

Hiding critical network assets from AI-powered reconnaissance software.

Phishing protection:

Using passwordless MFA to prevent phishing attacks against employees and contractors.

Protecting legacy devices:

Using network cloaking to protect legacy devices that cannot be patched.

Segmentation:

Using network segmentation to limit the blast radius of a cyber attack.

Zero Trust:

Implementing a Zero Trust architecture to protect the entire network.

Zero TrustCybersecurity for‍Oil and Gas

TLDR: Secure Infrastructure for Upstream,Midstream, and Downstream Oil and Gas Companies