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Retrospective Analytics

Reviewing what happened to make decisions going forward is the most common "big data" pattern used today. Our research focus is on building out control-feedback loops between messaging systems, cybersecurity focused analytics and receiving "feedback" in the form of update models, state-machines, neural networks, etc.

AI/ML-Driven Retrospective Pipelines for Cybersecurity 

AI/ML-Driven Pipelines for Long-Term Cybersecurity Adaptation

At Trexcel Corporation, we are conducting in-depth research into how AI and machine learning (ML) can be applied to long-term cybersecurity adaptation through retrospective analysis. Our focus is on developing advanced AI/ML-driven pipelines that continuously analyze historical data to enhance the security of messaging systems over time.


Learning from the Past to Strengthen Future Security

Our retrospective approach leverages AI/ML to sift through past communication and cybersecurity events, identifying patterns and vulnerabilities that might have been missed. By learning from this data, we can update and improve the messaging security framework, ensuring it becomes stronger with each iteration. These pipelines provide a long-term solution, offering continuous improvements based on accumulated knowledge from previous incidents.


Evolving Cybersecurity with AI/ML Insights

In this research, the AI/ML pipelines work over extended periods, conducting deep analysis of historical data and integrating insights into future protection strategies. This longer-term focus allows organizations to address not just immediate threats but also anticipate and prepare for potential vulnerabilities based on past behaviors. Our solutions evolve over time, becoming more resilient to both known and emerging threats.


Building Resilience for the Future

By applying AI/ML to retrospective analysis, Trexcel aims to create a security system that is constantly learning and improving, using long-term data to inform real-time actions. This research will help create more proactive and adaptive messaging security solutions, ensuring that cybersecurity measures remain effective well into the future, even as threats continue to evolve.