Beyond Prompts: Practical Paths to Self‑Improving AI

Beyond Prompts: Practical Paths to Self‑Improving AI

From Data Engineering Podcast by Tobias Macey

March 16, 2026 · 1h 2m · Episode 505

About this episode

Raj Shukla discusses the complexities of building self-improving AI systems for production environments.

Summary  In this episode Raj Shukla, CTO of SymphonyAI, explores what it really takes to build self‑improving AI systems that work in production. Raj unpacks how agentic systems interact with real-world environments, the feedback loops that enable continuous learning, and why intelligent memory layers often provide the most practical middle ground between prompt tweaks and full Reinforcement Learning. He discusses the architecture needed around models - data ingestion, sensors, action layers, sandboxes, RBAC, and agent lifecycle management - to reach enterprise-grade reliability, as well as the policy alignment steps required for regulated domains like financial crime. Raj shares hard-won lessons on tool use evolution (from bespoke tools to filesystem and Unix primitives), dynamic code-writing subagents, model version brittleness, and how organizations can standardize process and entity graphs to accelerate time-to-value. He also dives into pitfalls such as policy gaps and tribal knowledge, strategies for staged rollouts and monitoring, and where small models and cost optimization make sense. Raj closes with a vision for bringing RL-style improvement to enterprises without…

People in this episode

Host: Tobias Macey

Guest: Raj Shukla

Topics covered

  • self-improving AI
  • agentic systems
  • continuous learning
  • enterprise-grade reliability
  • policy alignment
  • dynamic code-writing
  • cost optimization

Keywords

  • self-improving AI
  • feedback loops
  • intelligent memory layers
  • data ingestion
  • model version brittleness
  • policy gaps
  • staged rollouts

Mentioned in this episode

Organizations: SymphonyAI, financial crime

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