Quantum Inspired Parallel Computing

Run AI and data workloads across a distributed network with proof-backed results and instant settlement.

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ZK Verified
Optimism Credits
ETH Settlement
Container Isolation
12.5x
Avg Speedup
2.1M
On-chain Verifications
99.7%
Contributor Uptime

Why TasQ

Four core innovations that power the future of distributed computing

Parallel Execution

Tasks are split and run across multiple nodes.

ZK Verification

Outputs are validated without revealing inputs.

Transparent Settlement

Credits on Optimism with ETH payouts on mainnet.

Privacy by Design

Workloads run in isolated containers.

Architecture

The design follows a layered model to maximize efficiency, maintain privacy, and ensure operational resilience.

Task Management Layer

Decomposes incoming workloads into modular units for parallel execution, using real-time benchmarking to allocate tasks to the most suitable contributors.

Decompose
1
2
3
4
⚡ Real-time

Zero-Knowledge Validation Layer

Utilizes Groth16 and PlonK protocols for generating cryptographic proofs, verifying computation integrity without revealing sensitive data.

Groth16
PLONK
INPUT
PROOF
✓ VALID
🔒 Privacy Preserved

Resource Coordination Layer

Employs adaptive load-balancing algorithms to optimize throughput across diverse hardware configurations.

CPU
GPU
RAM
SSD
⚡ Optimized
Avg Load: 59%

Ledger Layer

A quantum-inspired distributed ledger records assignments, proof validations, and reward transactions, providing full transparency.

#1
0x1a2b
#2
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#3
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Quantum-Inspired
Distributed
⛓️ Immutable
5 Nodes

How It Works

Three simple steps to harness the power of distributed quantum-inspired computing

01

Submit

Upload workload and set resource limits.

02

Distribute

Ledger routes shards to qualified nodes in parallel.

03

Verify and Settle

Proofs are checked. Credits are updated. Payouts are ready.

Credibility Layers

Proof of Build

Transparent development, battle-tested infrastructure, and verifiable performance metrics

v2.1

GitBook Whitepaper

Technical architecture & cryptographic foundations

Live

Yellowpaper Snippets

Implementation details & protocol specifications

Updated 2h ago

Public Changelog

Real-time development updates & version history

Active

Credits on Optimism

L2 scaling with sub-cent transaction costs

99.97% uptime
Live

Payouts on Ethereum

Mainnet settlements with cryptographic finality

10,847 ETH processed
Deployed

Container Isolation

Kubernetes-native execution environments

2.3ms avg latency
Available

KYC Optional Enterprise

Privacy-first identity verification framework

SOC 2 Type II

Performance Benchmark

Concurrent task throughput over time

Test Suite v3.2.1
85006375425021250
0s5s10s15s20s25s30s
Tasks/sec
Concurrent Tasks
"

TasQ reduced our parallel computation costs by 73% while increasing throughput 5x. The ZK verification layer gives us cryptographic certainty that our distributed workloads execute correctly.

"
DR
Dr. Rachel Chen
Head of Infrastructure, QuantumFlow Labs
Processing 2.3M tasks/day on TasQ

Turn Idle Compute Into Credits

Monetize your unused computing power. Install our client, get benchmarked, and start earning credits that convert to ETH.

Install Client

Download and set up the TasQ compute client on your system

Benchmark

Automatic performance testing determines your tier and earning potential

Earn

Start earning credits automatically as your system processes tasks

Tier 1 – Basic

0.5 – 1.0
credits/hour

Perfect for getting started with compute contribution.

Minimum Specifications:
4-core CPU
8GB RAM

Tier 2 – Enhanced

Most Popular
1.5 – 3.0
credits/hour

Ideal for regular contributors with decent hardware.

Minimum Specifications:
8-core CPU
16GB RAM
Mid-tier GPU

Tier 3 – Pro

4.0 – 8.0
credits/hour

Maximum earnings for high-performance systems.

Minimum Specifications:
16+ cores
32GB+ RAM
High-end GPU
👥Small Team

Meet the Team

A focused team of experts building the future of distributed computing

🍊

Warren

Founder & CEO

Our visionary founder overlooking all operations.

Telegram
🍍

Tony (aka Task Master)

CTO

Leading the technical vision and core architecture.

Telegram
🍇

Maggie

CMO

Driving outreach, growth, and communications.

Telegram
Newman Wang

Newman Wang

ADVISOR

Lead Tech Advisor

Over a decade of computing expertise, Masters in Computer Science, currently CBO at MH Markets ($3.2B valuation).

LinkedIn
4
Core Members
15+
Years Experience
$3.2B
Advisor Valuation

Frequently Asked Questions

Everything you need to know about TasQ and how it can transform your development workflow

What is TasQ and how does it work?
TasQ is a privacy-first distributed computing platform that breaks down computational workloads into smaller segments and processes them across a decentralized network. It uses zero-knowledge proof systems to ensure data privacy while enabling parallel task execution for faster processing times.
How does TasQ ensure data privacy and security?
TasQ employs zero-knowledge proof validation using Groth16 and PlonK protocols, ensuring contributors never see or store user data. All workloads run in secure, containerized environments with strict isolation protocols, and data is encrypted both in transit and at rest.
What are TasQ Credits and how do I earn them?
TasQ Credits are utility tokens used to pay for computational power and reward contributors. You can purchase credits directly or earn them by contributing your CPU, GPU, and RAM to the network. Credits are redeemable for ETH or TASQ tokens with a $25 minimum threshold.
What types of computational tasks can TasQ handle?
TasQ supports a broad range of use cases including AI model training, large-scale data analysis, simulations, and research workloads. The platform is designed to handle both light computational tasks and data-intensive workloads through its tiered contributor system.
How does the contributor reward system work?
Contributors are rewarded based on task complexity and hardware provided. The system uses a transparent credit-based model where Low complexity tasks (≤2 vCPU) earn 5 credits, Medium tasks (≤8 vCPU) earn 15 credits, and High complexity tasks (>8 vCPU) earn 40 credits.
Is TasQ suitable for enterprise use?
Yes, TasQ supports hybrid deployment models allowing enterprises to combine in-house compute clusters with the contributor network. This provides both internal security controls and the scalability of distributed computing, with enterprise-grade security and compliance features.

Start Computing Today

Join the TasQ network to access distributed computing power or contribute your resources to earn TasQ credits with transparent, blockchain-verified rewards