Scramjet Pr0xy [upd] Jun 2026

A Scramjet Proxy is a proxy server that leverages the principles of supersonic combustion ramjets to optimize internet traffic flow. In a traditional proxy server, incoming requests are processed sequentially, which can lead to bottlenecks and slow down internet speeds. In contrast, a Scramjet Proxy uses a parallel processing architecture, inspired by the scramjet engine design, to accelerate internet traffic.

Scramjet moves away from standard HTTP proxy structures. Instead, it relies on Wisp, a protocol designed to multiplex multiple TCP and UDP socket connections over a single WebSocket connection. This structure lets the proxy emulate complex real-time applications, such as Discord voices or multiplayer game engines, inside a standard web browser window. 🔑 Key Features & Practical Capabilities scramjet pr0xy

The is conceived to eliminate these bottlenecks. A Scramjet Proxy is a proxy server that

| # | Use‑Case | Actors | Proxy Interaction | |---|----------|--------|-------------------| | 1 | Rapid CFD Ensemble | Aerodynamicist (client) → HPC Scheduler | Submits a job spec (mesh ID, boundary conditions). Proxy validates, stages input, forwards to Slurm, monitors progress, returns results via API. | | 2 | Live Flight‑Test Telemetry | Flight‑test crew → Ground‑station | Telemetry packets sent via MQTT to Proxy → stored in time‑series DB, broadcast to dashboards & AI‑based health‑monitoring services. | | 3 | AI‑Surrogate Deployment | AI team → Edge compute node | Proxy fetches trained surrogate model from object store, registers it in the catalog, and triggers containerised inference on the edge node. | | 4 | Cross‑Organization Collaboration | Partner labs (different security domains) | Proxy enforces domain‑specific ACLs; data shared through encrypted channels; audit log records every access. | | 5 | Versioned Material Library | Materials scientist → Design team | Uploads new thermochemical tables; Proxy validates schema, assigns a DOI‑like identifier, and updates the catalog. | Scramjet moves away from standard HTTP proxy structures

| Metric | Target | Rationale | |--------|--------|-----------| | | ≥ 10 GB s⁻¹ (aggregate) | Needed for multi‑TB CFD snapshots in under a minute. | | Latency (API request) | ≤ 50 ms (99th percentile) | Enables interactive UI updates for design iterations. | | Concurrent Jobs Managed | ≥ 5 000 active jobs | Supports large‑scale design‑of‑experiments (DOE) campaigns. | | Telemetry Ingestion Rate | 1 M messages s⁻¹ (small packets) | Covers high‑rate hypersonic test data (≈ 100 kHz sensor streams). | | Storage Capacity | 50 PB (scalable) | Long‑term archiving of all simulation/flight data. |

{ "$id": "https://example.org/schemas/scramjet/v1/mesh.json", "$schema": "https://json-schema.org/draft/2020-12/schema", "title": "Scr

~ 19 months.