Kamya Shah

Kamya Shah

Real-time Alerts and Analytics: How to Gain a Competitive Edge with AI Agent Observability

Real-time Alerts and Analytics: How to Gain a Competitive Edge with AI Agent Observability

TL;DR Real-time alerts and analytics are critical for maintaining AI agent reliability in production. Organizations that implement comprehensive AI observability frameworks can detect issues before they impact users, reduce mean time to resolution by up to 70%, and continuously improve agent performance. This article explores how modern observability platforms

Understanding Tool Calling Mechanisms in AI Agents: A Deep Dive into Execution Efficiency

Understanding Tool Calling Mechanisms in AI Agents: A Deep Dive into Execution Efficiency

TL;DR Tool calling enables AI agents to invoke external capabilities APIs, databases, search, and workflows during inference. Efficient execution depends on deterministic planning, low-latency routing, robust observability, and evaluations that quantify correctness and cost. Engineering teams should standardize on an AI gateway with distributed tracing, semantic caching, failover, and

Monitoring Latency and Cost in LLM Operations: Essential Metrics for Success

Monitoring Latency and Cost in LLM Operations: Essential Metrics for Success

TLDR LLM latency and cost shape user experience and unit economics. Focus on end-to-end traces, P95/P99 tails, token accounting, semantic caching, and automated evals. Operationalize improvements with Maxim’s observability, simulations, and governance, and use Bifrost’s unified gateway for reliable, cost-efficient routing, failover, and streaming. See Maxim’s

Troubleshooting agent loops: patterns, alerts, safe fallbacks, and tool governance using Maxim AI

Troubleshooting agent loops: patterns, alerts, safe fallbacks, and tool governance using Maxim AI

TL;DR Agent loops occur when an AI agent repeatedly cycles without making progress. Prevent them by combining robust tracing, loop-aware patterns, targeted alerts, deterministic safe fallbacks, and strict tool governance. Use Maxim AI’s end-to-end stacks: simulation, evaluations, observability, and Bifrost gateway, to detect, reproduce, and remediate loops across

Top 7 Challenges in Building RAG Systems and How Maxim AI is the best Solution

Top 7 Challenges in Building RAG Systems and How Maxim AI is the best Solution

TL;DR RAG systems fail when retrieval is weak, prompts drift, context is misaligned, or evaluation is missing. Maxim AI addresses these failure modes with agent simulation, offline and online evals, prompt management, and production observability across traces, spans, tool calls, and datasets. Teams ship reliable RAG faster by continuously

Hallucination Evaluation Frameworks: Technical Comparison for Production AI Systems (2025)

Hallucination Evaluation Frameworks: Technical Comparison for Production AI Systems (2025)

TL;DR Hallucination evaluation frameworks help teams quantify and reduce false outputs in LLMs. In 2025, production-grade setups combine offline suites, simulation testing, and continuous observability with multi-level tracing. Maxim AI offers end-to-end coverage across prompt experimentation, agent simulation, unified evaluations (LLM-as-a-judge, statistical, programmatic), and distributed tracing with auto-eval pipelines.

How to Stress Test AI Agents Before Shipping to Production

How to Stress Test AI Agents Before Shipping to Production

TL;DR AI agents are failing in production at alarming rates, with over 40% of projects expected to be canceled by 2027 due to inadequate testing and unclear business value. Recent benchmarks show frontier models failing basic tasks up to 98% of the time. This article explores why traditional testing