Data as of Aug 16, 2026 · Based on 3,131,739 AI responses across 10,525 prompts · See how Parse measures this
Aembitaembit.ioAembit provides identity and access management for agentic AI and other workloads, securing access to sensitive data and MCP resources with policy-driven controls. Access decisions are based on each agent’s unique identity, dynamic context, and MFA, using short-lived tokens and secretless authentication to eliminate bootstrap secrets. It integrates with Microsoft Copilot Studio, Claude, MCP servers, and major cloud platforms (AWS, Azure, GCP) and offers real-time audit, kill-switch capability, and SOC2/ISO27001-certified governance to accelerate safe AI deployment.
Parse Score
#84 of 202 in Identity and Access Management (IAM) Platforms
Sources
aembit.io shapes more of what AI says about Aembit than any other source, at 45% of its citations.
crn.com · docs.aembit.io · techradar.com · docs.cloud.google.com
The market map
Identity and Access Management (IAM) Platforms →Where AI ranks Aembit
Excerpts where Aembit appeared in the AI's answer
Aembit : Provides workload IAM and cryptographic identity for agents, issuing short-lived, scoped credentials on-demand to replace hardcoded secrets and standing access when agents call backend systems.
Aembit : Provides Workload Identity and Access Management specifically adapted for agentic AI.
Excerpts where Aembit appeared in the AI's answer
Aembit: Focuses specifically on Workload Identity and Access Management (WIAM), enabling secure, policy-based access between workloads
Excerpts where Aembit appeared in the AI's answer
Aembit calls this blended identity, combining the human IdP identity with the agent's workload identity.
Aembit or Okta: Provides "Workload IAM" to authenticate agents and issue short-lived, scoped tokens.
Excerpts where Aembit appeared in the AI's answer
Aembit : A specialized IAM platform built specifically for agentic AI and software workloads.
Aembit: A purpose-built workload identity and access management platform specifically engineered for machine-to-machine and agent-to-service communication.
