FortPallas recently showcased its intelligent monitoring system at a prominent oil exhibition, with the aim of bolstering industrial safety within the oil and gas sector. Led by CEO Mansour Alirezaei, alongside COO Ahad Kashefieh, CTO Alireza Masoumi, and CFO Fatemeh Ganji, the company’s delegation highlighted the system’s innovative features, which utilize advanced technology and predictive analytics to identify and mitigate potential hazards in real time. Participating in the exhibition provided FortPallas with a platform to engage with industry professionals, stakeholders, and potential clients. Through live demonstrations and discussions, the team illustrated the system’s functionality and versatility, emphasizing its role in enhancing safety standards across various industrial contexts. FortPallas’ presence at the exhibition reaffirmed its commitment to advancing safety standards and

The oil industry values safety and effectiveness above all else. We were recently at a seminar that focused on the leading artificial intelligence (AI) clusters. At that conference, we got to know new where we explored innovative applications of AI technology to enhance safety protocols and operational efficiency. We hope that by gaining more insights from this event, we can utilize useful information from it for our client’s well-being as well as general enhancement concerning their operations. Our CEO, Mansour Alirezaei, as well as CTO, Alireza Masoumi were in attendance to represent Fort Pallas during the seminar showcasing our dedication towards keeping abreast of technological developments as well as safety measures within the oil & gas industry. Being pioneers when

The oil and gas sector faces numerous risks, especially those related to equipment failure. Traditional approaches to inspection and maintenance are no longer sufficient due to the increasing complexity and volume of inspection data. A recent literature review shows that machine learning could revolutionize risk management practices within the industry. The review emphasizes the importance of inspection in evaluating equipment risk and calculating remaining useful life (RUL). Traditional models struggle to handle large datasets efficiently, but by integrating machine learning algorithms, particularly in time-series forecasting and risk-based inspection methods, these limitations can be overcome. Advanced machine learning techniques, such as the Gaussian mixture model, offer a promising avenue to address the shortcomings of traditional clustering approaches. By using different machine

We always try to prevent loss of life and money in oil facilities or minimize these losses. Artificial intelligence is a tool that the FortPallas team has in mind to provide you with real-time security by capturing snapshots.Our goal at FortPallas is to provide services that can enhance the security of oil and gas-related facilities such as refineries, drilling rigs, and material storage. To achieve this goal, it is necessary to always keep our information up to date and know more about the environments related to these centers.The best way to stay updated is to view and monitor events and changes. By visiting the oil and gas facilities in person, the FortPallas team continuously monitors the problems and possible risks

Global AI in Oil and Gas Market Set for Remarkable Growth: 2023-2030 Research Reveals Insights into Business Development and Market Trends A recently released research report on the global AI in Oil and Gas market, spanning the years 2023 to 2030, presents a promising outlook for the industry. This comprehensive study delves into critical aspects such as business development strategies, advanced growth plans, and trend predictions within the AI in Oil and Gas sector. The report provides a detailed analysis of the market’s present state, offering valuable insights into sales patterns, market size, pricing structures, market share, and overall market progressions. This information is invaluable for industry stakeholders seeking a deeper understanding of the dynamics at play within the AI