Shift-Left Privacy Compliance Automation
Make Privacy-by-Design a Reality in Your SDLC
Using a data privacy platform is a step up from manual mapping – but all are reactive, flagging risks only after data hits production.
Third-party risk management starts with visibility
from simple_salesforce
import Salesforce
from hubspot
import HubSpot
from amplitude
import Amplitude, BaseEvent
Uncover all third-party and shadow integrations introduced by engineering teams, sometimes without the knowledge or approval of privacy teams.
from datadog
import DogStatsd
import sentry_sdk
import analytics
Track sensitive data across code - no matter how deep it’s buried
Detect developer (or AI-generated) mistakes that leak sensitive data into logs, files, local storage, and other risky areas.
Logs
Files
Local Storage
Cookies
JSON Web Tokens
Enforce privacy rules and stop risky code before it reaches production.
Eliminating Guesswork in Data Flow Mapping with Code Level Evidence
Proactive Third-Party Risk Management and Shadow IT Discovery
Disadvantages of Current Approaches:
Most platforms rely on identity providers or network traffic to detect third-party integrations, which only reveals tools that have already been authorized or are actively used.
These methods miss SDKs, open-source packages, and homegrown integrations embedded directly in code, leaving security teams blind to Shadow IT.
Advantages of HoundDog.ai's Approach:
HoundDog.ai discovers third-party SDKs and APIs directly in the codebase before they are deployed or granted access to data.
This early detection gives security and privacy teams full visibility into both sanctioned and unsanctioned third-party integrations across the development lifecycle.
Shadow integrations are surfaced as part of the CI workflow, making it easy to block risky code before it leads to compliance or security issues.
Proactive Third-Party Risk Management and Shadow IT Discovery
Disadvantages of Current Approaches:
Most platforms rely on identity providers or network traffic to detect third-party integrations, which only reveals tools that have already been authorized or are actively used.
These methods miss SDKs, open-source packages, and homegrown integrations embedded directly in code, leaving security teams blind to Shadow IT.
Advantages of HoundDog.ai's Approach:
HoundDog.ai discovers third-party SDKs and APIs directly in the codebase before they are deployed or granted access to data.
This early detection gives security and privacy teams full visibility into both sanctioned and unsanctioned third-party integrations across the development lifecycle.
Shadow integrations are surfaced as part of the CI workflow, making it easy to block risky code before it leads to compliance or security issues.
Evidence-based Data Mapping and Privacy Assessments
Disadvantages of Current Approaches:
Privacy assessments are typically manual, relying on surveys or observations after deployment that fail to capture what actually happens in the code.
Most tools lack visibility into how sensitive data flows to third party SDKs or external APIs, relying on manual surveys or production analysis that misses shadow AI and new integrations in code.
RoPAs, PIAs and DPIAs are often incomplete or quickly outdated, especially in fast-moving engineering environments.Advantages of HoundDog.ai’s Approach:
HoundDog.ai automatically maps data flows in code, showing where sensitive data is collected, processed, and shared, including through third-party integrations
It generates audit-ready RoPAs, PIAs, and DPIAs with evidence-backed insights from the code itself.
Privacy teams get continuous, real-time visibility into processing activities, without relying on self-reported surveys or manual discovery.
Enabling PII Leak Detection & GDPR Data Mapping Across All Stages of Development
IDE Plugins
Detect sensitive data leaks directly in your IDE as you write code.
Catch privacy risks early before they reach production.
Managed Scans
Offload scanning to HoundDog.ai with direct source control integrations.
Automatically analyze repositories for privacy risks.
CI/CD Integrations
Use HoundDog.ai source control integrations to auto configure CI.
Block risky pull requests before they are merged.
DIY PII Detection Doesn’t Scale
Hardcoded RegEx rules break easily and are a nightmare to maintain. Most DIY efforts stall before they scale
HoundDog.ai: Purpose-Built for PII Detection & Data Mapping
Unparalleled Coverage and Accuracy
Built-in detection with extensive coverage across:
- Sensitive data elements (PII, PHI, PIFI, CHD)
- Risky data sinks (including hundreds of third-party integrations)
- Sanitization functions (flag only when data isn’t properly sanitized)
Endless Flexibility
- Finetune detection across data elements, sinks, and sanitization to fit your environment.
Ready to Scale
- Connect to GitHub, GitLab, or Bitbucket to scan code, block PRs, and leave actionable comments – automatically.
- Managed Scans: Offload scanning to HoundDog.ai for continuous, hands-off coverage
- CI Jobs: Push CI configs to selected repos using your self-hosted runners, with options for direct commits or approval-based PRs
AI-Ready
- [Coming Soon] AI-powered detection that plugs into any LLM running in your environment – boosting coverage across data elements, sinks, and sanitization, while minimizing manual tuning.
Realize Significant Cost Reduction and Increased Productivity
ROI for automated privacy compliance
Why Shift-Left Privacy Matters
Stop privacy risks at the source — while code is being written, not after it reaches production.
AI Exposure Happens Fast
Sensitive data can be exposed to AI tools
within minutes of code changes.
Post-Production Tools Are Too Late
Fixing leaks after release
doesn’t prevent real damage.
Compliance Requires Prevention
Modern privacy programs must prevent risks,
not just report them after exposure.
Trusted by Replit to detect privacy leaks across AI generated applications built by more than 45 million creators.
Make Privacy-by-Design a Reality in Your SDLC
Shift left on privacy with code scanning. Detect PII leaks, map sensitive data flows, and generate GDPR data maps, RoPA, PIA, and DPIA before code reaches production.