AI Governance Starts At The Endpoint

Wald AI DLP

Wald AI DLP inspects prompts and file uploads on the endpoint in real time, detects PII, PHI, customer data, source code, and financial records, and enforces AI policies before data reaches AI tools.

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SOC2 TYPE II

Trusted by

55+

Regulated
Organizations

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Govern Every AI Interaction
With Confidence

Beyond Pattern Matching

Beyond Pattern Matching

Locally installed Small language model (SLM) understands context before flagging, catching what regex rules and pattern-based models were never designed to see.

Zero Alert Fatigue

Zero Alert Fatigue

The lowest false positive and negative rates in enterprise AI. Context-driven classification means policies only fire when they should.

Flexible Policy Enforcement

Flexible Policy Enforcement

Four actions, one policy engine. Allow, monitor, warn, and block across devices, browsers, data types, teams, and AI apps. Set it once, enforce everywhere.

What is On-Device DLP for AI?

On-device DLP (Data Loss Prevention) is a security approach that detects and classifies sensitive data leakage directly at the endpoint without sending information to external servers.

ondevice dlp for ai

Wald's on-device DLP provides:

For complete data control, our privately hosted LLM ensures full ownership and security.
  • Local DLP model with no user visible latency
  • Complete visibility into all AI interactions
  • Policy enforcement at the endpoint
  • No network exposure of sensitive data
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What This Means for Your Organization

01
Regulatory Compliance

Meet data residency requirements. Ensure GDPR/CCPA compliance. Pass your next audit with flying colors.

02
Complete Visibility

Mitigate shadow AI risks by proactively observing and mapping how employees interact with AI, in real time.

03
Productivity Unleashed

Let teams leverage AI at full speed. No more choosing between innovation and security.

04
Risk Mitigation

Prevent data breaches before they happen. Protect your reputation and bottom line.

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Maintains compliance with:

HIPPA
GDPR
CCPA
GLBA

Frequently Asked Questions

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How does on-device DLP differ from traditional DLP solutions?

Traditional DLP solutions typically operate at the network level, inspecting data as it passes through gateways. This approach means data is sent to external servers. Wald's on-device DLP operates directly on the endpoint, inspecting all AI interactions locally while they're sent to AI platforms.

How do you set up context-aware DLP with AI?

Context-aware AI DLP is typically deployed as a policy enforcement layer between employees and AI tools using your existing MDM or endpoint management solution. Unlike traditional DLP that relies on static rules, it understands the context of AI prompts and enforces security policies based on the sensitivity of the information being shared. Solutions like Wald AI DLP make it easier for organizations to secure AI adoption without disrupting employee productivity.

How can AI reduce DLP false positives?

AI reduces DLP false positives by understanding the context of the data being shared instead of relying only on keywords or predefined rules. This helps distinguish legitimate business use from actual data exposure, reducing unnecessary alerts and improving employee productivity. Wald AI DLP uses AI-driven policy enforcement to improve detection accuracy while minimizing disruptions to AI workflows.

Which AI DLP tool has the fastest deployment?

The fastest AI DLP solutions are those that work with your existing endpoint management or MDM platform, eliminating the need for complex infrastructure changes. Wald AI DLP can be deployed as a lightweight policy enforcement layer, helping organizations secure AI tools quickly while minimizing IT overhead and user disruption.

How do AI agents bypass IAM and DLP controls?

AI agents can access multiple applications, retrieve enterprise data, and act across systems, creating new paths for sensitive information to move beyond traditional IAM and DLP controls. Organizations need AI-native security that monitors AI interactions and enforces policies in real time. Wald AI DLP helps secure AI agents by applying policy enforcement across enterprise AI usage.

What DLP controls are effective for AI usage?

Effective AI DLP combines context-aware policy enforcement, user and application-based access controls, real-time prompt inspection, audit logs, and AI usage visibility. These controls help organizations protect sensitive data while enabling employees to use AI tools securely. Wald AI DLP brings these capabilities together to help enterprises adopt AI without compromising security.

How does DLP help secure AI tools like Microsoft Copilot?

DLP helps secure AI tools like Microsoft Copilot by enforcing policies on the data employees share with AI. It prevents sensitive information from being exposed, provides visibility into AI usage, and helps organizations meet security and compliance requirements. Wald AI DLP extends these protections across multiple enterprise AI tools from a single policy layer.

What is DLP in AI?

AI DLP (Data Loss Prevention) protects sensitive enterprise data when employees use AI tools like ChatGPT, Claude, Gemini, and Microsoft Copilot. Unlike traditional DLP, AI DLP understands the context of AI interactions and applies intelligent policy enforcement to reduce data leakage without slowing down productivity. Wald AI DLP helps organizations adopt AI securely across their enterprise.

How can AI help with DLP investigations?

Since AI can understand the context and intent behind user activity, it helps security teams investigate DLP incidents more efficiently. AI can identify why a policy was triggered, distinguish genuine risks from benign activity, and prioritize high-risk events, reducing manual investigation time. Wald AI DLP provides visibility into AI usage and policy enforcement, helping organizations investigate potential data exposure faster.

Can Wald’s AI DLP detect all types of sensitive data?

Yes. Wald’s AI security agent is designed to detect and classify sensitive information with high accuracy. Unlike tools that rely only on regular expression matching, it understands context and intent, which means it can identify sensitive content even if no explicit marker like a name, email address, or ID number is present.

Out-of-the-box, it recognizes PII (Personally Identifiable Information), PHI (Protected Health Information), intellectual property, source code, and can also be adapted for custom data types unique to your organization. This ensures protection not just against obvious risks, but also against subtle data exposures hidden in conversations or documents.

How does AI data observability benefit my organization?

AI data observability provides complete visibility into how AI tools are being used across your organization. This allows you to identify patterns of sensitive data sharing, understand AI usage trends, and make informed decisions about AI governance policies, all while maintaining compliance with regulations like GDPR and CCPA.