Netskope, a pioneer in modern security and networking solutions, has unveiled groundbreaking AI functionalities within its Netskope One platform. Among the notable introductions are the Netskope One Copilot for Private Access and an advanced preview of the Netskope Model Context Protocol (MCP) server. These enhancements aim to revolutionise enterprise security strategies by optimising Universal Zero Trust Network Access (UZTNA) deployment and seamlessly integrating large language models (LLM) with the platform's policy controls.
Insight from Netskope Threat Labs underscores the prevalence of shadow AI—unsanctioned AI applications extensively used by enterprises. This trend, fuelled by the swift integration of SaaS AI apps, custom agents, and on-premises deployments, has spurred demands for robust and adaptable security systems. Such systems ensure the safe deployment of AI tools, all while fostering business efficiency.
Netskope's distinct AI security measures not only facilitate secure user access to AI applications but also mitigate risks posed by the burgeoning development of AI solutions. Through comprehensive data insights and risk evaluation using AI models, businesses can make informed decisions regarding application usage and policy formulation.
ZTNA policies have traditionally been intricate, often resulting in unfocused access regulations and potential security risks. Netskope One Copilot for Private Access revolutionises application discovery by automatically suggesting refined policies for new applications and optimising the existing ones. This innovative feature marks a vital enhancement within Netskope’s established UZTNA offering, surpassing typical access brokering solutions by delivering continuous, context-sensitive policy enforcement and robust data and threat protection.
Adding to the AI upgrades, Netskope has introduced a preview of the Netskope MCP server, designed to enhance interactions between popular LLMs—such as Microsoft Copilot and Google Vertex—and the Netskope One platform. This feature is anticipated to transform business workflows, offering a secure conduit for these models, ensuring insightful analysis through contextualised access to enterprise data.
The MCP server is a beacon for AI security challenges, equipped with example prompts addressing critical use cases such as client version and incident analyses. By identifying non-compliant devices and prioritising insider threats, Netskope’s framework facilitates expedient resolutions and reinforced security paradigms.
Netskope’s dedication to advanced ZTNA solutions is consistently acknowledged by industry observers, with the company retaining its leadership position in the Gartner Magic Quadrant for Security Service Edge (SSE) through continuous innovation and vision.
