Protect proprietary source code, database credentials, and customer data from leaking to third-party LLM providers. ReclaimLLM provides default-on hook redaction, a governed LLM gateway, encrypted session storage, and complete audit logging.
Security Architecture
Designed for regulated industries and strict data privacy standards. Every security mechanism is active out of the box.
Native hooks recursively inspect environment variables and files matching .env, *.env, and .envrc. API keys and passwords are replaced with [REDACTED:API_KEY] before model calls or transcript ingest.
Store OpenAI, Anthropic, Gemini, and Azure OpenAI master credentials centrally. Issue team-scoped gateway keys with strict model access policies and org request logging.
Raw session transcript blobs are encrypted at rest with AES-256 using a customer-downloaded recovery key. Plaintext content is never accessible to unauthorized actors.
Select US or EU cloud data residency, or deploy ReclaimLLM's open-source server directly inside your private VPC using Docker or Kubernetes Helm charts.
Compliance Guarantee
ReclaimLLM automatically scans file paths matching `.env`, `.env.*`, and `.envrc` for secrets and credentials. Found API keys and tokens are replaced with labeled placeholders (`[REDACTED:API_KEY]`) at the hook level before model execution, storage, or transmission.
Org admins store provider credentials (OpenAI, Anthropic, Gemini, Azure OpenAI) once in the central gateway. Developers receive team-scoped gateway keys restricted by provider and model. Provider master keys never touch developer machines.
Enabling session encryption encrypts raw transcript bodies at rest using AES-256. Admins download a one-time recovery key that is never stored in plaintext on ReclaimLLM servers. Session summaries and high-level search metadata remain searchable without decrypting transcripts.
Paid users can select US or EU data residency. Enterprise customers can deploy ReclaimLLM's open-source server directly inside their private VPC using Docker or Helm, ensuring session data never leaves their network perimeter.
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