Job Title: ) Mission Brief & Task List (The Stealth Edition): Phase 1: Secure Infrastructure & Integrity Deploy a high-availability backend on Azure Confidential Computing nodes. Implement Hardware-level TEE (Trusted Execution Environment) using AMD SEV-SNP to ensure data sovereignty. Integrate Remote Attestation protocols to provide verifiable cryptographic proofs of system integrity to end-users. Phase 2: Data Ingestion & Real-Time Processing Develop high-throughput Data Pipelines for streaming geospatial and telemetry metadata from external decentralized sensor networks (APIs). Optimize data serialization using Protobuf to ensure minimal latency during transmission. Establish Secure WebSocket (WSS) clusters for real-time synchronization of massive datasets. Phase 3: The Sovereign Command Center (Frontend) Architect a "NASA-style" 3D visualization dashboard using React and deck.gl/WebGPU. Implement advanced rendering techniques (3D Tiles, Frustum Culling) to maintain a consistent 60 FPS performance. Develop a Web3-based Auth System for secure, non-custodial access control and transaction signing. Question 1 (The Bottleneck Question): "When streaming massive geospatial point clouds from an encrypted AMD SEV-SNP enclave to the GPU, how would you implement a Zero-Copy strategy to ensure we don't hit a memory bandwidth bottleneck while maintaining the 'Secure World' isolation?" Question 2 (The Latency Question): "To support 100k concurrent viewers on a 3D canvas, would you lean towards Client-side Tiling or Server-side Rendering, and how would you manage the state synchronization for real-time telemetry without causing UI jitter?" Question 3 (The Sovereignty Question): "How do you handle the Remote Attestation handshake in the frontend to prove to the client that the data they see hasn't been intercepted or modified by the cloud provider itself?"