SRE-Healer: Autonomous Remediation Agent

In today's fast-paced software development environments, engineers and Site Reliability Engineers (SREs) face a massive productivity bottleneck: alert fatigue and repetitive infrastructure debugging. When a system crashes or experiences performance degradation, developers are forced to stop building new features and instead spend hours digging through logs to find the root cause. Enter SRE-Healer, a next-generation autonomous remediation agent designed to turn ideas into impact faster by eliminating manual debugging. SRE-Healer operates on a Closed-Loop Autonomous Remediation paradigm: it continuously observes system metrics, reasons through the root causes using AI, executes safety-first fixes, and verifies the system's recovery—all without human intervention. By handling repetitive infrastructure issues in the background, SRE-Healer buys back valuable time for developers. Building a complex, multi-layered AI agent architecture usually takes weeks of rigorous coding. However, we brought SRE-Healer to life in record time by partnering with the IBM Bob IDE. Bob served as our core development partner throughout the hackathon. We utilized Bob's Plan and Code modes to architect the system logic, generate the FastAPI event gateway, and write the core diagnostic scripts. By establishing an AGENTS.md knowledge base via the /init command, Bob understood our exact project intent and safely generated boilerplate code. Furthermore, we integrated IBM Bob Shell as the core "reasoning engine" of SRE-Healer to analyze error logs and orchestrate remediation actions securely. SRE-Healer proves that with IBM Bob as a development partner, builders can quickly construct sophisticated autonomous systems that drastically reduce Mean Time to Remediation (MTTR) and empower teams to deliver software with greater efficiency and confidence.