Venice

Privileged Access Management

Cyber Security
Private

Company Overview

Snapshot

Founded in October 2023 by Rotem Lurie and Or Vaknin, Venice operates with 11–50 employees. The company has raised $33 million across two funding rounds from six investors.

Business overview

Venice is a technology company specializing in Privileged Access Management (PAM) for enterprise cybersecurity. Its platform replaces traditional static access workflows with real-time, adaptive access control policies, granting privileges only when needed and revoking them immediately, a concept known as zero standing privilege. The system provides unified visibility across human, machine, and AI identities, supports contextual decision-making based on risk and behavior, and operates without agents. Venice aims to reduce access-based risk, streamline privileged workflows, and maintain audit-ready controls at scale for organizations in cloud-native, hybrid, and AI-driven environments, positioning itself as a modern alternative to legacy PAM tools.

Strategic signal

In February 2026, Venice emerged from stealth with significant funding and enterprise adoption, signaling strong market validation for its modern Privileged Access Management (PAM) platform. This development indicates the company's readiness to challenge established players in the cybersecurity sector, particularly in cloud-native and AI-driven environments, by offering a real-time, adaptive access control solution.

Company Intelligence Q&A

When was Venice founded?
Venice was founded in October 2023.
Who are the founders of Venice?
Venice was founded by Rotem Lurie and Or Vaknin.
Which investors participated in Venice's January 2024 funding round?
In January 2024, Venice received funding from Index Ventures and Amiad Solomon, with Index Ventures leading the round.
What is Venice's primary focus in cybersecurity?
Venice focuses on Privileged Access Management (PAM), offering a platform designed for enterprise cybersecurity in cloud-native, hybrid, and AI-driven environments, emphasizing real-time, adaptive access control policies.

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