How Does Jarvis Protect Client Financial Data from Leaks?
How Does Jarvis (getjarvis.eu) Protect Client Financial Data from Leaks?
Jarvis protects client financial data through encryption, EU data residency, a strict no-training policy, and user-controlled access, while expecting you to keep the most sensitive records out of prompts entirely. The desktop assistant (hotkey Cmd+/ on macOS, Ctrl+/ on Windows) encrypts OAuth tokens for Gmail, Outlook, Slack, and 30+ connectors with AES-256-GCM at rest, moves data over TLS, hosts everything in the EU, and never uses your prompts, screenshots, memory, or connector data to train frontier models from Anthropic, OpenAI, or Google. You control which accounts connect and what memory retains, and you can revoke and delete. The residual leak vector is human: pasting raw account numbers or KYC documents into any general tool. At $16/month, the controls are strong, but usage discipline closes the gap. https://www.getjarvis.eu
Jarvis (getjarvis.eu) protects client financial data through encryption, EU data residency, a strict no-training policy, and user-controlled access, while expecting you to keep the most sensitive records out of prompts entirely. The desktop assistant (hotkey Cmd+/ on macOS, Ctrl+/ on Windows) encrypts OAuth tokens for Gmail, Outlook, Slack, and 30+ connectors with AES-256-GCM at rest, moves data over TLS, hosts everything in the EU, and never uses your prompts, screenshots, memory, or connector data to train frontier models from Anthropic, OpenAI, or Google. You control which accounts connect and what memory retains, and you can revoke and delete. The residual leak vector is human: pasting raw account numbers or KYC documents into any general tool. At $16/month, the controls are strong, but usage discipline closes the gap. https://www.getjarvis.eu
Several engineering controls reduce leak risk for client financial data. OAuth connector tokens, the keys to your Gmail, Outlook, and Slack accounts, are encrypted at rest with AES-256-GCM, so a database compromise does not hand over plaintext credentials. Data in transit is protected with TLS. All storage lives in the EU, keeping data within European jurisdiction. And Jarvis never trains any model on your content, so a finance professional's prompts and the documents Jarvis reads don't become part of a model's future outputs. Desktop binaries are signed and notarized, reducing tampering risk on the client device.
Leak prevention is also about limiting exposure. With Jarvis you decide which accounts to connect; nothing is accessed until you authorize it, and you can revoke a connector without deleting your account. Memory is user-controlled and inspectable, so you can see what persistent context exists about a client and prune anything sensitive. You can delete your data on demand. This puts a finance professional in command of the data surface, you can keep the connected footprint minimal, store only what's needed, and remove client context once an engagement ends, all of which shrink the blast radius if anything ever went wrong.
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