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Articles & Insights

Selected technical articles and field insights originally published on LinkedIn, focused on autonomous vibroseis, Connected Intelligence, and the future of seismic acquisition.

Introduction to NavLink – The Future of Autonomous Vibroseis

NavLink is a next-generation real-time navigation and control system enabling fully autonomous vibroseis operations without a central recorder, radio start systems, or manual timing coordination.

Connected Intelligence in Action: Romania’s Seismic Operations Without Limits

A real-world example of autonomous BoomBox3, Force3, and Connected Intelligence workflows delivering effortless, high-quality production on a mixed-source 3D seismic project.

Autonomous. Remote. Intelligent. The Way Seismic Was Meant to Be.

A concise statement on the shift from manually coordinated operations toward fully autonomous, remotely monitored seismic acquisition systems.

Urban Vibro × FORCE3 — Shaping the Future of Seismic Technology

Results from successful field tests of the Herrenknecht Urban Vibro controlled by the Seismic Source Co. FORCE3 source controller, demonstrating stable control and excellent sweep quality.

Connected Intelligence: When Seismic Exploration Became Self-Aware

A narrative-driven look at how Connected Intelligence enables machines to communicate, adapt, and optimize seismic operations autonomously.

The Future of Seismic Acquisition Isn’t Coming — It’s Already Connected

An exploration of how Connected Intelligence transforms traditional field operations into a unified, self-aware ecosystem.

From VibLink IP to Secure Connect — One Ecosystem, Total Control

How the transition to Secure Connect improves reliability, security, and message relaying across autonomous seismic acquisition systems.

Pioneering the First Fully Autonomous DSSS Seismic Acquisition in Kurdistan

A milestone project demonstrating fully autonomous DSSS acquisition powered by NavLink and Force3, setting a new benchmark for smart seismic operations.

1000 km Apart — Remote Monitoring of DS4 Autonomous Fleets

Remote monitoring of distance-separated autonomous vibroseis fleets, demonstrating ISS and DS4 logic without a central recording unit.

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