Zenity Enhances AI Agent Security with Copilot Studio
In the rapidly evolving landscape of artificial intelligence, enterprise adoption of AI agents has surged dramatically in 2025. But with great power comes great responsibility, especially when it comes to securing these intelligent systems throughout their lifecycle. Enter Zenity, a trailblazer in AI security and governance, which has just taken a massive leap forward. On May 22, 2025, Zenity announced a groundbreaking enhancement to its integration with Microsoft Copilot Studio, delivering continuous, end-to-end security for enterprise AI agents—from buildtime through runtime. This development promises to revolutionize how organizations deploy and manage AI copilots, ensuring they remain secure, compliant, and resilient against emerging threats.
Why AI Agent Security Matters More Than Ever
AI agents, especially those built with platforms like Microsoft Copilot Studio, are becoming deeply embedded in enterprise workflows. They automate complex tasks, integrate with critical business data, and even make autonomous decisions. However, this convenience introduces a broad attack surface, including risks like prompt injection attacks, unauthorized data exposure, and operational vulnerabilities. According to recent industry analyses, over 60% of enterprises reported concerns about AI agent security gaps leading to potential data leaks or compliance failures in early 2025.
Zenity’s latest platform update addresses these challenges head-on. By embedding security guardrails during the design and build phases via Microsoft Copilot Studio, and extending protection into runtime with real-time threat detection and response, Zenity provides a seamless shield that enterprises can trust. It’s the kind of comprehensive security solution that organizations have been clamoring for as AI agents transition from experimental tools to mission-critical assets.
The Power Duo: Zenity and Microsoft Copilot Studio
Microsoft Copilot Studio empowers organizations to create custom AI copilots using natural language prompts, logic flows, and a wide array of pre-built connectors across the Microsoft 365 ecosystem. This democratization of AI agent development has unleashed innovation but also amplified security concerns, especially when business users without deep technical expertise build and deploy agents.
Zenity’s integration adds a crucial layer of runtime security that Microsoft’s governance framework doesn’t cover fully, offering:
- Continuous Visibility: Enterprises gain real-time insights into AI agent behaviors, access patterns, and potential vulnerabilities.
- Policy Enforcement: From buildtime to runtime, Zenity ensures strict adherence to corporate policies, preventing overly broad access permissions or risky configurations.
- Threat Detection and Response: Using advanced behavior-based AI detection, it spots malicious activities such as prompt injections or anomalous data access and triggers automated mitigation actions instantly.
Ben Kliger, Zenity’s co-founder and CEO, highlighted the significance: “Our partnership with Microsoft Copilot Studio equips enterprises with the confidence to scale AI agent adoption securely, embedding security from day one and maintaining vigilance throughout the agents’ operational life.”
Extending Security Beyond Copilot Studio: ChatGPT Enterprise and Microsoft Fabric
Zenity isn’t stopping with Copilot Studio integration. Earlier in 2025, Zenity expanded its AI agent security coverage to include ChatGPT Enterprise, integrating with OpenAI’s ChatGPT Enterprise Compliance API. This integration helps enterprises monitor, govern, and secure the development and use of custom GPTs, knowledge files, and AI tools across their organizations.
With the increasing use of ChatGPT Enterprise—adopted by over 40% of Fortune 500 companies as of Q1 2025—Zenity’s platform addresses risks such as:
- Excessive permissions and hardcoded secrets in GPT builds.
- Real-time detection of prompt injection or retrieval-augmented generation (RAG) poisoning.
- Automated remediation actions to delete risky agents or conversations.
Zenity showcased these capabilities live at the RSA Conference 2025, underscoring its leadership in AI agent security at scale.
Additionally, Zenity has pioneered AI Security Posture Management (AISPM) for Microsoft Fabric AI skills, a platform that allows business users across skill levels to build impactful AI competencies embedded within Microsoft 365 Copilot and other agents. Zenity’s security graph technology reveals who created a skill, what data it accesses, and its integration points, providing unprecedented transparency into AI workflows that handle sensitive enterprise data. This is critical as Microsoft Fabric’s AI skills increasingly access vast data lakehouses and warehouses with sensitive information.
A Closer Look at Zenity’s Security Features
Zenity’s platform is unique in delivering security that spans the entire AI agent lifecycle:
| Feature | Description | Benefit |
|---|---|---|
| Buildtime Policy Enforcement | Embeds security policies into the agent development process, preventing vulnerabilities early. | Reduces operational risk and enforces compliance from day one. |
| Continuous Observability | Monitors agent behavior, data access, and interactions in real time. | Enables proactive detection of anomalies and threats. |
| AI Security Posture Management (AISPM) | Provides a security graph for AI skills and agents, showing creators, data access, and usage. | Enhances transparency and governance. |
| Behavior-Based Threat Detection | Detects prompt injection, data leakage, behavioral anomalies using AI-driven analytics. | Identifies sophisticated attack vectors in real time. |
| Automated Remediation | Offers click-to-fix actions like deleting risky agents, files, or conversations automatically. | Minimizes manual intervention and speeds response times. |
Real-World Impact: Enterprises Embrace Secure AI Agents
Global enterprises across finance, healthcare, and retail sectors are already leveraging Zenity’s platform to confidently scale their AI agent deployments. For example, a multinational bank using Microsoft Copilot to automate customer service workflows has reported a 35% reduction in security incidents related to AI agents since adopting Zenity’s runtime protections earlier this year. Similarly, a healthcare provider integrating AI skills via Microsoft Fabric credits Zenity with ensuring HIPAA compliance by tightly controlling sensitive data access.
These success stories underscore a broader trend: organizations no longer view AI security as an afterthought but as an integral part of their digital transformation strategies.
Looking Ahead: The Future of AI Agent Security
As AI agents grow more sophisticated and autonomous, the stakes for their security will only rise. Zenity’s approach—securing AI from buildtime through runtime with continuous monitoring and dynamic policy enforcement—sets a new industry benchmark.
We can anticipate Zenity expanding integrations with other AI platforms beyond Microsoft and OpenAI, as well as enhancing its AI detection capabilities to combat evolving threats like deepfake manipulations and multi-agent coordination attacks.
By the way, as someone who's followed AI security for years, I find Zenity’s blend of governance and runtime defense particularly compelling. It’s like having a security expert riding shotgun inside every AI agent, constantly watching, learning, and ready to intervene. That’s the kind of innovation enterprises need to navigate the AI frontier safely.
In conclusion, Zenity’s latest enhancements to its integration with Microsoft Copilot Studio mark a pivotal moment in enterprise AI security. By delivering continuous, adaptive protection from development through deployment, Zenity empowers organizations to innovate boldly while safeguarding their most critical assets. As AI agents become ubiquitous in business operations, platforms like Zenity will be indispensable allies in the ongoing battle against emerging AI threats.
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