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AquilaiconAutonomous Intelligence

Your Enterprise Data Observability Agent

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problem

Problem

Alerts trigger manual investigations that take hours, followed by root cause analysis that can take days. Remediation is inconsistent across teams with limited context and no standardized approach, leading to alert fatigue, missed issues, and continuous firefighting instead of proactive resolution.

purpose

Purpose

Features

Aquila auto remediation for issue detection and automated fixes

Auto Remediation

Detect and fix issues with configurable workflows.

Aquila Root Cause AI for diagnosing issues across data signals in seconds

Root Cause AI

Diagnose issues in seconds across data signals.

Aquila predictive prevention for anticipating failures from data patterns

Predictive Prevention

Anticipate failures using patterns and trends.

Aquila continuous learning with retained knowledge and improvement

Continuous Learning

Improve over time with retained knowledge.

Aquila agentic resolution for AI-driven issue resolution

Agentic Resolution

AI agents trigger, investigate, and resolve issues end-to-end.

Before vs. After

BEFORE

Manual & Reactive

01

Alert

triggered
02

Human investigates

hours
03

Root cause analysis

days
04

Manual fix

inconsistent
05

Alert fatigue

06

Missed issues

AFTER

Aquila — Autonomous & Proactive

01

Alert

triggered
02

AI Agent diagnoses

seconds
03

Fix proposed

minutes
04

Auto-remediated

05

Predictive prevention

06

Continuous learning

Impact

impact-0impact-1

How Aquila Works?

Use Cases

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The Challenge

A nightly ETL pipeline fails at 2 AM due to unexpected null values in a critical column. The on-call engineer is paged and spends 3 hours diagnosing the issue and applying a fix.
This same failure pattern repeats every week, causing operational fatigue and recurring disruptions

solution

Solution:

With Aquila in Eagle Eye IQ, pipeline failures are automatically analyzed using historical execution patterns and pipeline metadata.

Aquila can:
• Detect recurring failure patterns
• Identify the root cause (e.g., upstream null values)
• Suggest remediation steps such as null handling logic or upstream validation checks
•Automatically deploy fixes with approval workflows and governance controls


usecase
Outcome:

• MTTR Reduced From 3 Hours To 4 Minutes
• Recurring Pipeline Failures Are Permanently Resolved Through Predictive Prevention
• Engineering Teams Spend Less Time Firefighting And More Time Building New Capabilities

• MTTR Reduced From 3 Hours To 4 Minutes...