Skytale provides a secure search infrastructure for AI applications, encrypting queries on the client side so the server never accesses plaintext data. Leveraging lattice‑based, post‑quantum homomorphic encryption, the platform ensures that both the searches and the returned results remain private and auditable. It targets AI users and cybersecurity professionals who need privacy‑preserving, production‑ready search capabilities without exposing sensitive information.
Funding
Funding not disclosed
Founders
Product
Problem
AI applications often require sending user queries to remote servers for processing, exposing sensitive data to potential interception or misuse. Existing search services lack mechanisms to keep both the query content and returned results confidential, creating privacy and compliance risks.
Solution
Skytale offers a secure search infrastructure that encrypts queries on the client side, ensuring the server never accesses plaintext data. The platform employs lattice‑based, post‑quantum cryptography combined with fully homomorphic encryption, allowing the server to perform search operations on encrypted inputs and return encrypted results. Because all processing occurs on ciphertext, both queries and responses remain private and auditable throughout the transaction. This closed‑loop design enables AI users to integrate search functionality without compromising data confidentiality, even against future quantum attacks.
Target Audience
Primary customers are privacy‑focused AI users, cybersecurity professionals exploring production‑grade homomorphic encryption, and organizations requiring quantum‑resistant data protection for search operations.
Features
- Client‑side encryption of search queries using lattice‑based, post‑quantum algorithms
- Fully homomorphic encryption that permits server‑side search computation on encrypted data
- End‑to‑end confidentiality: the server never sees plaintext queries or results
- Auditable transaction logs that verify search operations without revealing content
- Quantum‑resistant cryptographic stack designed for production‑grade AI workloads