Security Architecture & Technical Controls
Zero-Trust Infrastructure Safeguarding the Hi-Tech Institutional Cloud
Fine-grained access controls ensuring faculty, students, department HODs, and trustees only access their explicitly authorized operational data partitions.
All institutional database records, student credentials, and historical marks transcripts are encrypted with military-grade AES-256 encryption at rest.
Enforced HTTPS with TLS 1.3 cryptographic suites across all API endpoints, WebSockets, and PWA client requests with Strict-Transport-Security (HSTS).
Every administrative modification, grade submission, and pass validation event is recorded in tamper-evident, append-only transaction ledgers.
Multi-Tenant Schema Partitioning Architecture
Unlike legacy monolithic software that mingles multiple colleges into a single flat table with loose column filters, the JyotOS Operating Platform Core implements strict logical and physical PostgreSQL schema isolation:
- • Dedicated schema namespaces per participating college or educational trust.
- • Database-level connection pool tenancy binding — queries cannot cross tenant boundaries.
- • Isolated cryptographic encryption keys for each institutional repository.
- • Automated transaction rollbacks upon any authorization anomaly detection.
AI Inference & Confidential Computing
Inference requests made to AAI Engine or jyotAssist AI execute in memory-restricted stateless workers. No institutional session data is retained post-inference in model memory buffers, guaranteeing that confidential institutional intelligence remains strictly sovereign.
Vulnerability Management & Responsible Disclosure
We maintain automated continuous integration vulnerability scans across our dependency matrices, container base images, and Next.js static asset bundles. Security researchers and campus systems administrators are invited to report findings directly to hitech.nft@gmail.com.