Q-Wrap Q3 2025

Q-Wrap
Securing the future of digital assets in the quantum era

Q-Day: The Quantum Threat to Cryptocurrency
Elliptic Curve Cryptography (ECC) is the cryptographic foundation for most digital assets, including Bitcoin and Ethereum. With quantum computing rapidly progressing, ECC faces an existential threat from Shor's algorithm, a quantum algorithm which will be able to efficiently derive private keys from public keys.  Researchers are calling this imminent threat Q-Day.
NVIDIA CEO Jensen Huang recently described quantum computing as approaching an "inflection point," noting that "We are within reach" of this transformative technology.
BlackRock issued a rare warning ​that quantum technology threatens Bitcoin's cryptographic foundation, and added quantum computing as a critical risk warning to their Bitcoin ETF filing, warning that quantum advances could "undermine the viability" of cryptographic algorithms used not just in Bitcoin but across the entire global tech stack​.
7,000+
Blockchain Projects
Based on vulnerable ECC cryptography
$3T+
Digital Assets
At risk from quantum computing advances
3-5
Years
Until potential quantum threat materializes
The Problem Landscape
Vulnerable Cryptography
Most blockchains rely on Elliptic Curve Cryptography (ECC), which is susceptible to quantum attacks capable of deriving private keys from public keys via Shor's Algorithm.
Difficult Blockchain Upgrades
Many blockchains like Bitcoin have significant resistance to natively support quantum-resistant cryptography due to conservative development culture and decentralized governance.
Lack of Standardized Solutions
The digital asset ecosystem lacks a standardized solution for cross-chain, quantum-resistant custody and transfer, creating systemic risk for both retail investors and institutions.
A Quantum Countdown to Breaking ECC
Progress towards Shor's Algorithm: 70% Achieved

1
Quantum Bits (Qubits) Demonstration
Experimental demonstration and manipulation of basic qubits in labs (Ion traps, superconducting circuits, etc.). Achieved
2
Quantum Logic Gates Implementation
Demonstration of fundamental quantum gates such as Hadamard, CNOT, and Pauli operations with single and multiple qubits. Achieved
3
Initial Proof-of-Concept of Shor's Algorithm
Experimental factoring of small numbers (e.g., 15 into 3×5) using early quantum systems like NMR quantum computers. Achieved
4
Quantum Error Correction (QEC) Experimental Demonstration
First demonstrations of error correction protocols like surface codes and cat codes to reduce quantum errors, though at small scale. Achieved
5
Quantum Supremacy / Quantum Advantage
Google’s "Sycamore" chip and similar machines demonstrate quantum systems performing specific computations beyond practical reach of classical supercomputers, despite limited general applicability. Achieved
6
Scaling to Hundreds of Physical Qubits
Achievement of physical qubit systems scaling into the hundreds (IBM, Google, IonQ), paving the way toward large-scale quantum architectures. Achieved
7
Quantum Processor Integration and Cloud Access
Cloud-based quantum computing resources (IBM Quantum Experience, Google Quantum AI, Amazon Braket) making quantum computing widely accessible. Achieved
8
High-Fidelity Fault-Tolerant Quantum Error Correction (FTQEC)
Achieving gate fidelities (≥99.9999%) and coherence times (seconds or longer) sufficient for sustained fault-tolerant operation at scale. PENDING
9
Scalable Logical Qubit Architecture (Thousands to Millions)
Creating stable logical qubits out of thousands of physical qubits, robust enough to reliably implement deep quantum circuits required by Shor’s algorithm. PENDING
10
Practical Implementation of Shor’s Algorithm at Cryptographic Scale
Successfully factoring cryptographically relevant integers using quantum systems, demonstrating a fully operational Shor’s algorithm capable of compromising existing encryption standards. PENDING
The Q-Wrap Solution
Custody
Assets are deposited into multi-signature or MPC-secured cold wallets, managed in hardened environments with key sharding, entropy auditing, and geographic redundancy.
Wrap Issuance
Once an asset is securely held, a 1:1 wrapped representation is issued on a quantum-resistant blockchain—initially on Quantum Resistant Ledger (QRL).
Quantum Integrity Layer
The issuance process is verified using quantum-resistant digital signatures (XMSS) and accompanied by zero-knowledge proofs (zkXMSS).
Storage or Transfer
Users can hold their quantum-safe wrapped tokens, transfer them between wallets, or interact with post-quantum compatible DeFi protocols.
Redemption
Holders can burn the wrapped representation and receive the corresponding ECC asset back from custody, contingent on a secure, auditable redemption protocol.
Technical Architecture
Q-Wrap is architected to deliver post-quantum security while maintaining compatibility with existing digital asset infrastructure through a layered system:
Custody Layer
Hybrid model combining cold storage, multi-signature wallets, HSMs with modern MPC key-sharing schemes. Keys can be sharded across independent jurisdictions.
Wrapping Layer
Handles issuance, verification, and lifecycle tracking of wrapped assets. All transactions are signed with XMSS keys and optionally accompanied by zkXMSS proofs.
Post-Quantum Security Stack
Integrates XMSS, zkXMSS, and SPHINCS+ cryptography that can evolve alongside the broader PQC community.
Strategic Design Principles
Modular Architecture
Designed as a modular platform that can evolve as quantum-safe standards advance, supporting plug-and-play cryptographic modules and blockchain interfaces without core architectural rewrites.
Minimal Trust Surface
Avoids introducing novel trust assumptions or unproven consensus models. Uses hardened custody primitives, auditable zk-proof layers, and chain-native compatibility to minimize required trust.
Layered Innovation
Leverages existing crypto infrastructure while adding a quantum-safe layer that enhances, rather than disrupts, current market flows, enabling seamless onboarding while preserving ecosystem value.
Institution-First Thinking
Built from the ground up with institutional usability in mind, including compliance interfaces, role-based access control, AUM-based billing and redemption audit logs.
QRL Integration
Q-Wrap will launch its initial wrapped asset infrastructure on Quantum Resistant Ledger (QRL)—the world's first and only blockchain built natively around the XMSS (eXtended Merkle Signature Scheme), a NIST-recommended post-quantum digital signature algorithm.
QRL was purpose-built to address quantum threats from its inception. QRL's consensus, address structure, and transaction model are built entirely on quantum secure hash-based cryptography.
XMSS-Native Design
All QRL wallets and transactions use XMSS by default, eliminating ECC from its trust model.
Security Provenance
QRL's codebase has undergone multiple independent audits, and its team has been engaged in the post-quantum security conversation since 2016.
Multi-Chain Future
While QRL provides the ideal foundation for secure launch, Q-Wrap is designed to be multi-chain compatible as other quantum-resistant chains mature.
Development Roadmap
1
Phase 1: Secure Launch (0-6 Months)
Launch wrapping protocol on QRL with XMSS-native security
Support for BTC, ETH, and USDC as initial assets
Deployment of core custody system
Controlled institutional onboarding
Independent cryptographic audit
2
Phase 2: Institutional Infrastructure (6-12 Months)
Launch institutional dashboard with reporting tools
Integration with major custody providers
Implementation of zkXMSS public attestation system
Addition of regulated redemption options
3
Phase 3: Multi-Chain Expansion (12-24 Months)
Support for additional post-quantum chains
Development of asset migration tools
Cross-chain zk-proof system
Collaboration with layer-1 and layer-2 ecosystems
4
Phase 4: Enterprise Licensing (18-36 Months)
White-labeled Q-Wrap modules
API integrations with institutional software
Formal security certification
Expansion into ETFs and sovereign treasuries
Revenue Model
Rather than pursuing speculative tokenomics or inflated on-chain fees, Q-Wrap adopts a value-driven approach based on infrastructure, utility, and security.
Wrapping and Redemption Fees
Fixed costs per asset, percentage-based (0.05–0.20%), or volume-tiered based on user AUM and frequency of use. Paid at the time of asset onboarding or exit.
Institutional Custody Fees
Tiered Assets Under Management (AUM) pricing models for institutions storing large volumes of assets, including optional SLAs, cold storage isolation, and custom reporting.
White-Label Licensing
Modular and licenseable wrapping logic and post-quantum custody tools for banks, exchanges, custody providers, and sovereign treasuries.
API & Enterprise Integration
Enterprise-grade APIs and SDKs for direct integration into crypto-native platforms and financial services, offered on a metered basis or via subscription tiers.
Security Strategy
Cryptographic Audits
Independent, recurring audits by leading cryptography firms assessing correctness of signature generation, integrity of the zkXMSS proof layer, and resistance to quantum attack vectors.
Custody Penetration Testing
Quarterly white-box and black-box penetration testing focusing on HSM access controls, MPC node segmentation, and admin privilege escalation resistance.
Zero-Knowledge Proof Publication
Regular publication of zkXMSS proofs attesting to the full collateralization of all wrapped assets, allowing third-party verification without revealing internal keys.
SOC 2 and ISO 27001 Alignment
Our operational and development processes are being built toward SOC 2 Type II and ISO 27001 certification standards. This includes implementing: formalized access control policies, continuous logging and immutable audit trails, separation-of-duties in admin and dev roles, and key rotation, monitoring, and key usage attestation
Secure Key Lifecycle Framework
Q-Wrap maintains a full lifecycle policy framework for all keys, including usage thresholds, auto-retirement, secure deletion, and protocols for HSM firmware or quantum vulnerability issues. The system also enforces redundancy and regional sharding for geopolitical resilience.
IP Protection Strategy
Software & Protocol Architecture
Core custody logic, zkXMSS implementation, and quantum-proof audit layer maintained as proprietary trade secrets with strict internal access controls.
Selective Patent Strategy
Provisional patents filed for quantum-time-locked escrow, zkXMSS custody proofs, and Merkle-tree signature verification (Application #63/837,491, Confirmation #9947, Patent center #71193176)
Brand Protection
Q-Wrap word mark filed with the USPTO: Serial Number: 99264751.  Filing for international coverage via Madrid Protocol.  Automated brand misuse monitoring.
Internal Controls
Comprehensive IP assignment and confidentiality agreements, with key cryptographic development occurring in secure enclaves with full audit trails.

Team and Advisors
Chris Wells, Founder
Crypto pioneer since 2010 with 4 successful tech ventures (2 exits). PhD dropout specializing in emerging technologies with deep expertise in cloud and mobile banking infrastructure.
Justin Rome MD, Founder
Surgeon and 2x health-tech founder with crypto investments since 2015. Author of "The Probabilistic Self" exploring a framework for consciousness in a quantum simulation.
Strategic Advisors:
Strategic Advisor List to be Published Soon...
Q-Wrap will be supported by expert advisors at the intersection of cryptography, secure infrastructure, and institutional asset management.


Q-Wrap $3M Seed Round: Use of Funds
Engineering & Cryptography
$1.6M (53%)
4-6 engineers: Rust, Go, zk, custody, cryptography
Build MPC custody, XMSS, zkXMSS, smart contracts
Security & Infrastructure
$550K (18%)
2-3 independent security audits
Post-quantum HSM setup & custody ops
Product & Frontend
$200K (7%)
Institutional dashboard & redemption UX
Explorer-style zk-proof transparency tools
Legal, GTM & Ops
$650K (22%)
Legal & compliance: $150K
Go-to-market: $150K
Operations & contingency: $350K
Conclusion: Securing Crypto Through the Quantum Era
Quantum computing is no longer a distant possibility—it's a rapidly approaching reality that threatens the cryptographic foundations of digital assets. While most blockchains remain vulnerable, Q-Wrap provides:
Proactive Protection
A post-quantum bridge for long-term holders and institutions without abandoning current assets
Cutting-Edge Cryptography
Leveraging XMSS, SPHINCS+, and zkXMSS to create quantum-resistant infrastructure
Cross-Chain Continuity
Becoming the standard bearer for cryptographic durability across the ecosystem
Our mission is to secure digital value through the quantum era. We believe crypto's future depends not just on innovation, but on durability.
Making post-quantum digital asset security real, accessible, and reliable—before it's too late.
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