1. Industry-Standard Encryption Protocols
Safeguarding your intellectual property and factory documentation requires robust cryptographic standards. Opintell employs strong encryption measures to ensure that your data is protected against unauthorized access at all points in its lifecycle.
All data in transit is encrypted using strictly enforced TLS 1.3 cryptographic protocols with perfect forward secrecy (PFS). Furthermore, all data at rest—including uploaded files, text chunks, and vector embeddings—is protected by default cloud provider encryption standards (AES-256). This ensures that your proprietary operational knowledge is safeguarded against unauthorized infrastructure-level access. SOC 2 Type II compliance reports are available for enterprise customers under NDA.
2. Strict Logical Tenant Isolation
In a multi-tenant cloud environment serving various industrial and manufacturing clients, data separation is critical. Opintell utilizes a robust logical separation architecture that explicitly ties every piece of uploaded data, parsed chunk, and mathematical vector embedding to a unique Organization UUID.
Our backend implements strict Application-Level Logical Tenant Isolation, ensuring that cross-tenant data queries are strictly bounded and filtered.Additionally, our Retrieval-Augmented Generation (RAG) pipeline strictly filters all vector searches by your organization ID. When a query is made, the vector database only searches within the tenant boundary of your specific corporate data, preventing any exposure of your manufacturing SOPs to external parties.
3. Network Defense & Infrastructure Resilience
Opintell's backend infrastructure is hardened against modern cyber threats, including sophisticated DDoS attacks and malicious web exploits. We route all traffic through a globally distributed edge network equipped with a Web Application Firewall (WAF) that continuously monitors for and blocks anomalous traffic patterns.
Our core APIs implement rigorous, token-bucket based rate-limiting algorithms to safeguard against brute-force attacks and resource exhaustion.Our backend microservices operate within isolated virtual private clouds (VPCs), ensuring that external internet traffic cannot directly communicate with our databases or vector search engines. All internal communications between our parsing queues, language model orchestrators, and database layers are authenticated and authenticated via restrictive firewall rules.
4. Role-Based Access Control (RBAC) & Authentication
We implement a strict zero-trust architecture. Access to documents and chat instances is mediated through robust Role-Based Access Control (RBAC). A user's identity and workspace membership dictate their authorization boundaries.
For high-security industrial deployments, authentication is fortified through JSON Web Tokens (JWT) using industry-standard signature algorithms (RS256/ES256).We maintain an audit trail of critical organizational actions, allowing your compliance officers to monitor document upload histories, AI query volumes, and administrative changes to ensure accountability across your operations team.