Jeevan Kumar

Founding Platform Engineer

Jeevan Chamarthi is a founding member of Levo.ai, where he focuses on building the data and intelligence backbone that powers runtime security across APIs and AI applications. His work involves designing systems for large-scale telemetry ingestion, correlation, and analysis to deliver real-time visibility into complex application environments.

Jeevan writes about the engineering challenges behind modern security systems, including data flow modeling, runtime observability, and scalable approaches to detecting anomalous behavior across distributed architectures.

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AI Security

What Do the OWASP Top 10 LLM Risks Mean for Enterprise AI Security?

Learn the OWASP Top 10 LLM risks and how runtime AI security protects enterprise systems from prompt injection, data exposure, and AI-driven threats.

Shadow AI vs Prompt Injection: Differences and Detection

AI Security

Shadow AI vs Prompt Injection: Key Differences, Risks, and Detection

Learn the difference between Shadow AI and Prompt Injection, their enterprise risks, and how runtime AI security enables detection and protection.

Shadow API vs Zombie API vs Rogue API: Risk Taxonomy

API Security

Shadow API vs Zombie API vs Rogue API: The Enterprise API Risk Taxonomy

Learn the differences between Shadow APIs, Zombie APIs, and Rogue APIs. Understand enterprise API risks and how runtime visibility enables complete API security control.

What Is a Zombie API? Definition, Risks, and Detection

API Security

What Is a Zombie API? Definition, Risks, Detection, and Prevention

A Zombie API is a deprecated endpoint that remains active in production. Learn the security risks and how enterprises detect and eliminate Zombie APIs using runtime visibility.

Shadow API vs Rogue API: Key Differences and Detection

API Security

Shadow API vs Rogue API: Key Differences, Risks, and Detection

Learn the difference between Shadow APIs and Rogue APIs, their security risks, and how enterprises detect unauthorized and undocumented APIs using runtime visibility.

What Is RAG Poisoning? | RAG Security Risks Explained

AI Security

What Is RAG Poisoning?

Learn what RAG poisoning is, how it enables indirect prompt injection, and why runtime AI monitoring is critical to secure enterprise retrieval systems.

What Is an Untrusted Prompt Input? | AI Security Guide

AI Security

What Is an Untrusted Prompt Input?

Learn what an untrusted prompt input is, how it relates to OWASP LLM risks, and why runtime AI monitoring is critical for enterprise security.

What Is a Malicious Prompt? | OWASP LLM Security Guide

API Security

What Is a Malicious Prompt?

Learn what a malicious prompt is, how it maps to OWASP LLM risks like LLM01 and LLM02, and how enterprises can mitigate adversarial AI prompting.

What Is API Inventory Drift? Causes, Risks, and Runtime Detection

API Security

What Is API Inventory Drift?

API inventory drift occurs when documented or registered APIs no longer match what is running in production. Learn how drift arises, why it creates risk, and how runtime detection addresses it.

We didn’t join the API Security Bandwagon. We pioneered it!

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