Webcasts

The maritime industry relies on modern satellite connectivity to drive efficiency. Fleet management, automated routing, and crew welfare all depend on continuous cloud access. However, this deep digital integration exposes critical vessel systems to sophisticated cyber threats. Cyber criminals increasingly target vulnerabilities in oceanic communication infrastructure, threatening both corporate data and physical ship safety. This webinar explores the unique cybersecurity challenges facing modern vessel operators and offshore facilities. Industry experts will dissect real-world threat vectors targeting marine satellite terminals and onboard networks. Attendees will gain actionable strategies to implement robust network segmentation, secure remote access protocols, and comply with evolving international maritime cybersecurity regulations. Join us to learn how to defend your floating assets and maintain operational resilience against complex digital threats.

Coating specifications can remain unchanged for years, even as coating technology and application methods improve. In this webinar, Sherwin-Williams Protective & Marine explores how newer coating solutions are influencing material selection and maintenance strategies across oil and gas assets, including upstream, midstream, downstream, terminals and offshore environments. The speakers will discuss why legacy specs persist, where outdated requirements can increase risk and total cost of ownership, and how modern technologies can improve safety, durability and long-term performance. Topics include coatings for complex geometry and packaged equipment, remote and drone-enabled work for challenging access areas, improved strategies to reduce corrosion under insulation, and coatings engineered for elevated temperature and in-service conditions. Attendees will leave with practical guidance for evaluating new technologies and updating specifications without adding risk.

A lot of O&G projects succeed in the pilot stage and fail in the rollout. The pilot scope is small: few data sources, short time frames, and simple queries. The rollout is not: more deployments means more tags, longer retention times and more demands on the data. A database that worked at 100 tags/s breaks at 10,000. One reason for the failures is that PoC conditions rarely stress the data infrastructure. Just like the equipment being sent to the field, every database has a performance envelope, and IIoT systems push three dimensions of it simultaneously: -Storage: 10,000 tags at 1Hz generates 315 billion rows per year. Data volume grows multiplicatively with tags, frequency, and retention time. -Ingest rate: Field sensors stream continuously, 24/7. Fall behind once and the backlog rarely recovers before data is lost or the system fails. -Query degradation: Aggregate queries slow linearly as history grows. Milliseconds at PoC become minutes at production scale. This webinar covers how to map your database performance envelope before deployment, keep an eye on it as the data grows, and how TimescaleDB's time-based partitioning, columnar storage, and continuous aggregates expand that envelope without adding infrastructure complexity.

As FPSO projects become increasingly complex, operators and design companies are under pressure to deliver safer, smarter, and more cost efficient assets—often within compressed timelines and evolving regulatory expectations. This webinar explores how Honeywell is helping customers meet these challenges head on through advanced digital technologies, proven offshore expertise, and tightly integrated project execution methodologies. We will highlight Honeywell’s recent contributions to major FPSO programs and demonstrate how our digitized engineering practices, integrated control and safety solutions, and next generation applications have helped customers streamline project schedules, reduce lifecycle costs, and enhance operational readiness from day one.

Upstream teams are under increasing pressure to make faster, better-informed decisions, often with limited time and fragmented technical information. World Oil AI is a purpose-built, natural-language research assistant trained on decades of trusted World Oil technical content. In this live webcast, you’ll see how engineers, operations managers, and technical leaders use World Oil AI to quickly surface relevant insights across drilling, completions, production, and field operations, without digging through archives or relying on generic AI tools. We’ll demonstrate real-world use cases, show how the system grounds responses in authoritative World Oil content, and explain how AI-assisted research is helping organizations improve efficiency, reduce research time, and increase decision confidence.