Insulating Private Wealth from Cloud Leaks
For high-net-worth (HNW) families and single-family offices, data discretion is paramount. Trust documents, real estate holding records, private tax structures, and family scheduling contain sensitive details that present significant risk if exposed. Uploading these documents to commercial cloud-based AI tools subjects your private family affairs to tech-giant indexing, potential data breaches, and terms of service that allow model training on your data.
SAS designs and hardens physical, on-premise AI networks that operate entirely within your private residence or family office. Our local model runtimes run on hardware owned directly by you, enabling advanced AI automation while maintaining a complete and absolute firewall against the public internet.
Core Applications
- • Estate Document Querying: Search and compile information across decades of trusts, wills, and corporate structures locally.
- • Private Deal Analysis: Summarize and evaluate venture capital proposals and private equity decks offline.
- • Personal Security Audits: Track, index, and audit household security logs and staff schedules on isolated networks.
- • Family Ledger Search: Set up secure semantic searches of private accounting records and balance sheets.
Bespoke Hardware Hardening & Discretion
A true air-gapped solution requires more than just software settings. True protection requires dedicated physical boundaries. SAS engineers configure quiet, small-footprint Apple Silicon Mac Studio arrays or hardened, rack-mounted local servers directly in your private space. We physically disable all wireless interfaces (Wi-Fi, Bluetooth) and WAN ports, leaving only secure, local-access Ethernet connections.
By moving the LLM inference engine and vector database (Qdrant/PGVector) onto this isolated hardware, your family's documents are indexed and queried offline. The system requires zero external connectivity to function, protecting your wealth profile, investment alpha, and personal privacy from both cloud service volatility and targeted cyber threats.