JJ QUANTUMS COMING SOON

Preparing software for the post-quantum world.

We’re building the next generation of tools for quantum-era software security — helping developers discover, understand, and prepare for cryptographic change.

Explore Imperative

Quantum technology. Built for the software world.

2026–2030

Post-Quantum Transition Window

FIPS 203/204

NIST Standardized Lattice Target

Standards-Aligned Architectural Roadmap

NIST PQC • ML-KEM • ML-DSA • SLH-DSA • Hybrid Agility

// 01 THE IMPERATIVE • CAPABILITIES

Cryptography evolved for the post-quantum era.

Cryptography protects almost every digital asset in existence. JJ Quantums provides developer-first infrastructure to identify, triage, and replace quantum-vulnerable algorithms across modern software stacks.

TLS Cipher RSA-2048 AST Extract

STAGE 01

DISCOVER

Find cryptographic dependencies, algorithms, certificates, and other potential points of exposure across your entire software stack.

Shor Risk HNDL Vector Action Triage

STAGE 02

UNDERSTAND

Turn complex cryptographic findings into clear, actionable intelligence and prioritized risk matrices developers can actually execute on.

ML-KEM ML-DSA Dual KEM

STAGE 03

PREPARE

Deploy hybrid post-quantum wrappers and agile cryptographic layers to safeguard production workflows without breaking backward compatibility.

FIRST PRODUCT • IN DEVELOPMENT

Quantums Guard

Know what your software needs to change before the quantum era arrives.

A developer-first security platform for discovering quantum-vulnerable cryptography and understanding what to do next.

quantums-guard --inspect-repo ./infrastructure

CONCEPTUAL ARCHITECTURE PREVIEW // IN DEVELOPMENT

// JJ Quantums Guard • AST Cryptographic Static Extraction

$ quantums-guard analyze --target ./gateway --compliance nist-pqc-2024

[i] Initializing Abstract Syntax Tree (AST) scanner...

[i] Parsed 412 modules across Go, Rust, and TypeScript.

[!] 3 Vulnerable Asymmetric Primitives Identified:

[CRITICAL] pkg/auth/tls_handshake.go:88 → RSA-2048

Threat: Shor's polynomial prime factorization | Harvest-Now-Decrypt-Later Risk: High

→ Recommended Target: ML-KEM-768 (NIST FIPS 203)

[CRITICAL] services/identity/jwt_signing.rs:42 → ECDSA P-256

Threat: Discrete Logarithm Factorization | Signature Forgery Risk

→ Recommended Target: ML-DSA-65 (NIST FIPS 204)

[RESILIENT] internal/cipher/storage_seal.go:19 → AES-256-GCM

Evaluation: Grover's search complexity reduces effective key length to 128-bit

→ Status: Quantum-Resistant (Key Length Compliant)

Readiness Score:

32 / 100 (Action Required)

Hybrid ML-KEM Wrapper Ready

Module / Path	Classical Primitive	Threat Model	Post-Quantum Target	Readiness
net/tls/listener.go	ECDHE-P384	HNDL Risk	ML-KEM-1024	Vulnerable
auth/certs/issuer.ts	RSA-4096 Sign	Shor Factorization	ML-DSA-87	Vulnerable
db/vault/envelope.rs	AES-256-XTS	Grover Bound	Maintain AES-256	Compliant

Quantums Guard • Developer Platform Status: IN DEVELOPMENT

// 02 HORIZON

From cryptography to quantum computing.

JJ Quantums starts with post-quantum security.

Our long-term ambition reaches further — toward quantum software, optimization, simulation, and the technologies that will define the next era of computing.

01 NOW

POST-QUANTUM SECURITY

Software cryptographic discovery, inventory mapping, and quantum-resilient infrastructure.

Active Focus

02 STAGE 2

QUANTUM SOFTWARE

Developer frameworks, compilers, and algorithmic abstraction layers bridging classical architectures with quantum circuits.

Architecture R&D

03 STAGE 3

OPTIMIZATION

Quantum and quantum-inspired heuristics solving complex combinatorial problems in logistics, routing, and finance.

Horizon

04 STAGE 4

SIMULATION

Quantum-mechanical modeling of molecular structures, chemical systems, and advanced material physics.

Horizon

05 STAGE 5

NEXT-GENERATION COMPUTING

Fault-tolerant, universally programmable quantum infrastructure embedded into global computational workflows.

Long-Term Ambition

The quantum era won’t wait.

We’re building now.

JJ QUANTUMS

COMING SOON • BUILT FOR THE POST-QUANTUM ERA