Skip to main content
QSAC Coin — White Paper v2.0 | June 2026
QSAC White Paper v2.0
WHITE PAPER Version 2.0 June 2026

QSAC Coin

Quantum-Secured Algorithmic Currency

Published by
QSAC Foundation
Classification
Technical White Paper
Status
Public Draft for Review

This document is for informational purposes, not an offer to sell securities.

1. Executive Summary

QSAC Coin is designed as a practical infrastructure layer for digital payments and settlement, with an emphasis on financial inclusion, transparency, and post-quantum readiness. Version 2.0 retires earlier speculative market projections and reframes the project as an open, compliant, and auditable digital asset network.

The mission of the QSAC Foundation is not to operate as a central bank or monetary authority. Our goal is to provide developers, financial institutions, and public sector partners with a neutral settlement rail that can operate across jurisdictions, integrate with existing compliance frameworks, and maintain operational resilience against emerging quantum threats.

This paper outlines the technical architecture, tokenomics, governance model, and regulatory approach for QSAC. The design prioritizes verifiability over hype, interoperability over isolation, and gradual decentralization under clear accountability.

2. Problem Statement

Fragmented Payments

Cross-border settlement remains slow, expensive, and opaque. Liquidity is siloed across networks, increasing counterparty risk and reconciliation costs.

Lack of Quantum Readiness

Most existing chains rely on ECDSA or EdDSA signatures vulnerable to future quantum attacks. Migration paths are unclear and rarely tested at scale.

Regulatory Uncertainty

Builders and institutions face inconsistent expectations for AML, custody, and reporting. This slows responsible adoption.

3. Solution Overview

The QSAC ecosystem is organized into three core layers, designed for modularity and auditability.

TUCB Core

Transaction Universal Clearing Backend

Layer 1

The transaction processing and validation engine. TUCB Core handles mempool policy, fee markets, and deterministic execution. It is operated by a permissioned validator set at launch, with public slashing and uptime proofs. It is not a central bank.

TUTLE Ledger Engine

Tendermint-style BFT

Layer 1

A proposed DLT based on Tendermint-style BFT consensus. Design targets: 3-second finality and 5,000 TPS under honest-majority assumptions with batched BLS signatures and parallel execution. State is versioned for fast sync.

QSAC ICSS Cloud

Infrastructure and Control Services Stack

Layer 2/Off-chain
HMTML
Hyper Modular Transaction Markup Language

JSON-based schema for describing atomic, composable transactions and settlement intents across domains.

HPLS
High-Performance Ledger Services

State sync, pruning, archival APIs, and merkle proofs for light clients and auditors.

HAABS
Hardware-Assisted Authenticated Bootstrapping System

TPM and HSM attestation for validator key generation, rotation, and remote attestation reports.

4. Architecture

Reference diagram for ecosystem participants and core services.

Participants
Wallets
Access
On/Off Ramps
Institutions
Custody
API Gateway & Compliance Middleware
TUCB Core
Validation Engine
TUTLE
Ledger Engine
ICSS Cloud
HMTML / HPLS / HAABS
Observability, Proofs, Audit Logs

Placeholder diagram. Production version will include detailed data flows and trust boundaries.

5. Tokenomics v2

Ticker
QSAC
Total Supply
10,000,000,000
Fixed, no inflation
Deflationary Mechanism
0.05% of each transaction burned at protocol level. Governance may adjust between 0.01% and 0.10%.
Pre-mine
No pre-mine beyond allocations below. Genesis allocations are time-locked and publicly verifiable.
AllocationPercentAmountNotes
Ecosystem25%2,500,000,000Grants, developer incentives
Public Distribution20%2,000,000,000Community programs
Treasury15%1,500,000,000Long-term runway
Team & Contributors15%1,500,000,0004-year vest, 1-year cliff
Liquidity & Market Making15%1,500,000,000Exchange liquidity
Foundation Reserve10%1,000,000,000Operations, legal

Allocation Breakdown

Chart is illustrative. Final on-chain allocations will be published at genesis.

6. Valuation Approach

Version 2.0 removes prior DCF-based price targets. We adopt scenario modeling based on network usage.

For context only, not as targets: payment-oriented assets such as USDC demonstrate value through settlement volume and integrations. Exchange ecosystem tokens such as BNB illustrate utility-driven demand and burn mechanics. The quantum-resistant blockchain sector is estimated at approximately $6.8B in total market capitalization in 2026.

QSAC valuation will depend on measurable adoption: active addresses, monthly settlement volume, number of institutional integrators, and percentage of supply burned. The Foundation will publish transparent dashboards rather than speculative projections.

7. Governance

The QSAC Foundation will initially steward protocol development, grants, and compliance. All code will be released under Apache 2.0 with public repositories and quarterly transparency reports.

Transition to an on-chain DAO is targeted by year 3. The DAO will control treasury spend, parameter changes including burn rate, and validator set policy via transparent voting. The Foundation commits to a progressive decentralization checklist published in 2026.

8. Regulatory & Compliance

  • FATF Travel Rule: support via integrated messaging layer for VASPs.
  • AML/KYC: performed by third-party providers at on/off ramp; chain remains pseudonymous.
  • Sanctions screening: real-time screening APIs for partners.
  • Regulator engagement: target engagement with relevant sandbox programs. We do not claim partnership with IMF or BIS.

9. Security

Key Management

HSM-backed key generation, MPC for signing quorum, planned support for passkey-based wallets.

Post-Quantum Roadmap

Migration to NIST standards: CRYSTALS-Kyber for key encapsulation and CRYSTALS-Dilithium for signatures, targeted by 2027 with hybrid mode in 2026 testnet.

Audits

Quarterly independent audits, public bug bounty, and formal verification for critical modules.

Operational Resilience

Validator diversity requirements, disaster recovery drills, and attested bootstrapping via HAABS.

10. Roadmap

Q3–Q4 2026
Public testnet, GitHub open source, first security audit
Q1 2027
DEX liquidity launch, CoinGecko and CMC applications
Q2–Q3 2027
Fiat ramp pilot with licensed partners, tier-2 CEX listings
2028
Governance transition to DAO, post-quantum hybrid activation

11. Risks and Mitigations

CategoryRiskMitigation
TechnicalConsensus failure or exploitFormal verification, audits, bug bounty, gradual rollout
RegulatoryChanging global rulesCompliance by design, sandbox engagement, jurisdictional modularity
MarketLow adoption or liquidityEcosystem grants, market making allocation, real utility focus
LiquidityConcentration on few venuesDiversified listings, on-chain liquidity incentives

12. Appendices

Glossary

  • BFT: Byzantine Fault Tolerant
  • TPS: Transactions Per Second
  • HSM: Hardware Security Module
  • MPC: Multi-Party Computation
  • PQC: Post-Quantum Cryptography

Team Structure

Placeholder: Foundation Board, Technical Steering Committee, Compliance Working Group, and Ecosystem Council. Full roster to be published with testnet.

Contact

research@qsac.foundation
github.com/qsac-foundation
© 2026 QSAC Foundation

Disclaimer: This document is for informational purposes only and does not constitute an offer to sell, a solicitation of an offer to buy, or a recommendation of any security or financial instrument. QSAC is a utility protocol token. Readers should conduct their own due diligence and consult licensed advisors.