SecURITY
AI Security
AI is no longer a future consideration for enterprise security teams. It is an operational reality, with many risks.
Traditional security controls were designed for a world of human users, known applications, and static threat patterns. AI operates differently: it reads data, makes decisions, takes actions, and executes workflows autonomously. Governing AI requires a different approach, one that addresses how people use AI, how its systems behave, and how it could be used against your organization.
Our AI security services provide a coordinated set of controls that address all three dimensions, delivered under the broader secure networking architecture.
Benefits
Enable AI across your organization without putting your data at risk.
Deploy AI systems and agents with confidence.
Stop threats that are designed to evade.
Turn AI governance into a current capability.
One coordinated AI security layer across access, runtime, and detection.
Features
AI Access Security
AI Runtime Security
AI Security Posture Management (AI-SPM)
Why Globalgig
AI Security Reveals the Risks Hiding in Plain Sight
Built for AI Security, Not Adapted Around It
Visibility Before Architecture
Resources
THOUGHT LEADERSHIP
2026 Is the Year AI Exposes Everything You Got Wrong About Your Network
WIRELESS CONNECTIVITY
Enterprise IoT and AI: Why Connectivity Is Failing, and How To Fix That Without Losing Control of Costs
MANAGED SERVICES
Agentic AI: What Is It, and How Could It Change the Way We Do Business?
SECURITY
Your SSE Architecture Has an Org Chart Problem
GLOBAL NETWORKING
The Future of AI-Driven Networks 2026
MANAGED SERVICES
Why Agentic AI Is Big News for Networking and Security, and Why It’s Even Bigger News for Business Outcomes
Frequently
Asked
Questions
How does AI access security work without affecting productivity?
AI access security applies policy at the network layer, governing which applications can be accessed, and how they can be used, without blocking access to AI tools. Instead of a binary allow or block, it can enforce controls on what data can be sent to specific AI tools, issues an alert when sensitive data is being shared, and provides coaching to users on appropriate AI usage. This allows organizations to enable AI productivity, and manage data risks.
How does Palo Alto Networks’ Prisma Access handle identity-based access control?
Prisma Access enforces identity-first security by verifying users and devices before granting access to the internet, SaaS, and private applications. Instead of granting network-level access that a user can then move laterally within, it applies Zero Trust Network Access principles, so every session is verified, based on identity, device posture, location, and risk signals, and access is granted only to the specific application requested. AI Access Security, a feature of Prisma Access, extends this control to users’ interactions with generative AI applications, governing in real time what data can be shared with which tools.
Why do I need AI-specific security controls if I already have SSE and endpoint security?
SSE and endpoint security were designed for human users who access known applications. AI introduces new threat patterns that these tools were not built to address, such as employees leaking data through AI tool inputs, agents taking autonomous actions with too many permissions, and attackers using AI to accelerate and adapt attacks faster than signature-based detection services can respond. Globalgig’s AI security services adds a control layer specifically designed for these patterns.
Our employees already use AI tools. Where do we start?
AI access security tends to be the first conversation, as it addresses the risk that already exists for most organizations. Most employees using generative AI tools have no policy governing what data they can share. Deploying AI access security services provides immediate visibility into that usage and allows companies to enforce policies, without affecting productivity. From there, organizations with AI applications in development or deployment usually add AI runtime security.
What is prompt injection, and why is it a security risk?
Prompt injection is an attack where malicious instructions are embedded in content that an AI system processes, causing it to take actions outside its intended scope. For example, a hacker might embed instructions in a document that an AI agent reads, causing it to exfiltrate data or take actions on their behalf.
As AI agents are given increasing autonomy and access to more systems, prompt injection becomes an increasingly material attack vector. AI runtime security services monitors for, and enforces, guardrails against prompt injection attempts.
How does Globalgig AI Security handle data sovereignty requirements for AI-related data?
AI access security monitoring and policy enforcement operates through the network security layer, with telemetry handled in accordance with data sovereignty requirements established for broader security architecture. AI runtime security operates within your organization’s environment. Data generated by AI security monitoring is not sent to, or retained by, external parties without explicit configuration.
Is AI Security available as a standalone service, or as part of a broader security engagement?
AI access security is available under the SSE and SASE architecture. AI runtime security and AI-powered threat detection services are available as standalone additions to existing security architectures. Globalgig’s Professional Services team can advise on the right approach based on your existing environment and specific AI risks you need to address.
Get an AI Security View Beyond the Product Layer
AI security is not just a tool decision. It depends on how users work, how data moves, how applications connect, how identities are governed, and who owns the controls day to day.
Our experts help you build a practical view that connects the technology decision to the reality of your environment.