Enterprise-Grade Hybrid Web Framework. Combine the raw performance of Go-native engine with the productivity of TypeScript.

HYPER-ENGINE
DEFAULT
IPC TRANSFERS
ARCHITECTURE
Every component is engineered for extreme performance and military-grade security. No compromises between developer speed and operational safety.
Statically-linked system core written in Go. Manages multi-core clustering, high-speed radix routing, and hardware telemetry.
AES-256-GCM encrypted session management. Complete isolation of security context from the main application thread.
Optimized package manager for rapid dependency resolution. Built specifically for the XyPriss ecosystem's security requirements.
Direct access to low-level system metrics: memory, IOPS, and process state through high-performance native bridges.
High-speed data transfer between native core and JS runtime through shared memory, bypassing standard I/O bottlenecks.
Run multiple isolated server instances within a single process, each with its own security and session context.
Regex evaluations are offloaded to isolated contexts to prevent Denial of Service attacks from malicious payloads.
Native verification of every request signature before application-level middleware is even triggered.
Automatic normalization and sanitization of all incoming URIs to eliminate path crawling and injection vulnerabilities.
Handles Networking, Routing, and FS operations with compiled precision.
Defines business logic, security middleware, and plugin controllers.