- Dynatrace (DT, Financial) unveils AI-powered enhancements to its observability platform.
- Agentic AI aims to autonomously prevent disruptions and optimize operations.
- The platform integrates observability, security, and business data for real-time insights.
Dynatrace (DT), a leader in AI-powered observability solutions, has announced significant enhancements to its platform with the integration of agentic AI capabilities. This development is designed to help businesses predict and prevent disruptions autonomously, thereby optimizing resources and enhancing operational efficiency.
The new capabilities of the Dynatrace platform aim to address the growing complexity of digital systems, which have increasingly outpaced traditional observability solutions. By leveraging agentic AI, businesses can transition from manual oversight to AI-driven workflows, thereby streamlining operations and fostering innovation.
According to Bernd Greifeneder, Founder and CTO of Dynatrace, the platform's foundation, built on a schema-free, indexless data lakehouse known as Grail, unifies observability, security, and business data. This allows for intelligent decision-making and autonomous action, reflecting the platform's potential to autonomously prevent issues, optimize resource use, and adapt to unforeseen challenges.
Dynatrace's advancements include Smartscape, a dynamic topology discovery tool that maps causal dependencies across digital ecosystems, and Davis AI, which uses causal, predictive, and generative AI techniques for accurate insights and responsible decision-making. The AutomationEngine further enhances efficiency by executing autonomous tasks and integrating seamlessly with both first-party and third-party AI agents.
These innovations represent a fundamental transformation in enterprise technology, offering businesses new pathways to enhance productivity and achieve ambitious objectives. Dynatrace continues to provide the tools needed for tackling digital complexity and achieving extraordinary outcomes in a rapidly evolving technological landscape.
