Zenity vs Apex Detailed comparison features, price

Zenity

Zenity offers an agent-less SaaS platform specifically designed to secure AI agents from buildtime to runtime. The platform provides comprehensive visibility and control over AI behavior, addressing critical security challenges in enterprise environments where AI agents are increasingly connected to corporate data and business applications.

The platform excels at detecting and responding to various threats including prompt injection attacks, least privilege violations, and hidden instructions while implementing AI Security Posture Management (AISPM) controls. Notable achievements include helping organizations remediate 90% of vulnerabilities within four months and achieving an 80% risk reduction across large-scale enterprise deployments.

Apex

Apex is a comprehensive AI security platform designed for enterprises looking to safely adopt and manage generative AI technologies. The platform provides agentless protection across various AI interfaces, ensuring secure implementation of AI tools while maintaining compliance with corporate policies and regulations.

The solution offers unified access to multiple LLM platforms, comprehensive visibility into AI activities, and robust security measures against threats like prompt injection and data leakage. With features like AI Portal, GenAI Chat Platform security, and protection for self-built AI applications, Apex enables organizations to leverage AI capabilities while maintaining security and compliance standards.

Zenity

Pricing

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Apex

Pricing

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Zenity

Features

AI Agent Profiling: Observes and profiles all AI agents across the enterprise
Threat Detection: Identifies direct and indirect prompt injection attacks, least privilege violations
Runtime Security: Implements comprehensive runtime inspection and protection
Compliance Management: Monitors and controls sensitive data access and sharing
Business Continuity Controls: Manages unattended AI agents and prevents disruptions

Apex

Features

AI Portal: Unified interface for secure LLM interactions
Agentless Deployment: Quick implementation without additional software installation
Threat Detection: Protection against AI-specific attacks and vulnerabilities
Policy Enforcement: Automated compliance with security and privacy requirements
Activity Monitoring: Comprehensive visibility across AI usage
Data Leakage Prevention: Protection of sensitive information
Multi-Platform Support: Coverage for various AI tools and platforms
Rapid Risk Assessment: 5-minute AI risk evaluation system

Zenity

Use cases

Enterprise AI security management
Compliance monitoring for AI systems
Business continuity protection
Security posture management
Risk assessment and mitigation
Data leak prevention

Apex

Use cases

Securing enterprise ChatGPT usage
Protecting code copilot implementations
Managing Microsoft 365 Copilot security
Controlling shadow AI usage
Securing custom-built AI applications
Enterprise-wide AI governance
Compliance management for AI systems

Zenity

FAQs

How many vulnerabilities can Zenity help mitigate?

According to customer data, a single customer was able to mitigate 80,000 vulnerabilities within 3 months of deploying Zenity.

What percentage of AI agents typically have security violations?

62.1% of agents and apps have at least one security violation that results in over-exposure to bad actors.

How many agents does an average enterprise have?

The average enterprise has over 80,000 agents, apps, and automations built using low-code/no-code platforms and outside the SDLC.

Apex

FAQs

How long does it take to deploy Apex?

Apex can be deployed in minutes as it uses an agentless solution that requires minimal setup time.

What types of AI platforms does Apex support?

Apex supports ChatGPT Enterprise, Microsoft Bing, Google Gemini, Amazon Q, Microsoft Copilot, Github Copilot, Zoom AI assistant, and custom-built AI applications.

What security threats does Apex protect against?

Apex protects against data leakage, prompt injection, jailbreaking, malicious code/data retrieval, and other AI-specific attack vectors.