Project Architecture
Project Architecture
TasQ’s architecture is built for secure, scalable, and performance-optimized distributed computing, combining an in-house compute backbone with a global contributor network. The design follows a layered model to maximize efficiency, maintain privacy, and ensure operational resilience.
Core Architectural Layers:
Task Management Layer: Decomposes incoming workloads into modular units for parallel execution, using real-time benchmarking to allocate tasks to the most suitable contributors.
Zero-Knowledge Validation Layer: Utilizes Groth16 and PlonK protocols for generating cryptographic proofs, verifying computation integrity without revealing sensitive data.
Resource Coordination Layer: Employs adaptive load-balancing algorithms to optimize throughput across diverse hardware configurations.
Ledger Layer: A quantum-inspired distributed ledger records assignments, proof validations, and reward transactions, providing full transparency.
Infrastructure Components:
In-House Compute Backbone: A dual-model setup with (1) secure facilities hosting supercomputers funded by $TASQ tokens and grants, and (2) Azure-based infrastructure adapted with TasQ’s orchestration software.
Contributor Nodes: Devices from global participants contributing CPU, GPU, and bandwidth, isolated from local storage for security.
The hybrid architecture supports both private and distributed execution models, enabling organizations to retain control over critical workloads while leveraging TasQ’s network for high-demand scaling.
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