Maximize resilience, optimize resources, and gain complete control with AI-powered infrastructure observability
Learn MoreGain full visibility, preserve system integrity, and ensure consistent, reliable operations
Track the health and performance of your infrastructure and receive immediate alerts for any potential issues
Leverage detailed insights to enhance efficiency and ensure your infrastructure operates at peak performance.
Use advanced analytics and AI-driven insights to optimize your infrastructure and prevent disruptions.
Yes, Acceldata supports extensive environments. For a typical customer, our platform processes over 500 billion rows of data, applies 600+ inline data quality rules, and helps achieve 95% faster data quality issue resolution.
Acceldata optimizes and stabilizes the underlying infrastructure, ensuring smooth operations for DBT, AirFlow, Kafka, and other critical data tools.
Acceldata supports many legacy systems, providing observability across diverse environments, though specific integration may vary.
Yes, Acceldata uses predictive analytics to anticipate potential infrastructure issues, allowing for proactive management.
Acceldata’s Data Observability covers all five critical pillars: Data Quality, Data Pipeline, Data Infrastructure, Data User, and Data Cost. This AI-driven, integrated approach ensures complete visibility and control over your data ecosystem, empowering informed decisions, enhanced efficiency, and maximized ROI.
Acceldata scales with your infrastructure needs, whether expanding on-premises, in the cloud, or across hybrid environments.
Yes, Acceldata integrates seamlessly with your existing infrastructure and tools, enhancing overall visibility and operational efficiency.
Acceldata offers configurable, real-time alerts that notify your team of critical issues, enabling immediate response and minimizing downtime.
Acceldata offers AI-driven recommendations tailored to optimize compute and storage resources, incorporating insights from platforms like Snowflake and Databricks.