11/11
The World’s First Language Built for Quantum, Security and Auditability
Patent-Pending Technology
11/11 is not a framework.
Not an SDK.
Not an experiment.
It is a new programming language layer designed for a future where quantum computation, security guarantees and auditability must coexist by design.
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Languages shape what systems are possible.
11/11 exists because existing languages cannot express what the next era of computing requires.
Why 11/11 Exists
Quantum computing is advancing but the software layer is fundamentally incomplete.
Today’s quantum tools:
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Focus on gates, not systems
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Treat security and auditability as afterthoughts
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Cannot express policy, trust, or verification in code
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Do not scale into regulated or mission-critical environments
This creates a hard ceiling on real-world adoption.
11/11 breaks that ceiling.
A New Category of Programming Language
2026
11/11 introduces a new class of language, designed to encode:
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Quantum intent
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Security constraints
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Execution policy
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Audit guarantees
…as first-class language constructs, not external documentation.
This is the same architectural leap that:
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SQL made for data
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LLVM made for compilation
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Kubernetes made for infrastructure
11/11 does for quantum and post-quantum systems.
Built for Systems — Not Demos
11/11 was engineered from day one for production systems, not research notebooks.
It supports:
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Multi-tenant execution
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Policy-before-execution enforcement
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Signed, verifiable audit trails
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Deterministic compilation outputs
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Enterprise-grade deployment and governance
This makes it suitable for:
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Regulated industries
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Government and defense
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Critical infrastructure
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Future AI + quantum hybrid systems
The 11/11 Architecture
11/11 is built on a three-layer model that mirrors how real systems operate.
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1) Circuit Layer
Defines pure quantum logic clearly and portably.
Readable. Deterministic. Hardware-agnostic.
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2) Policy Layer
Defines security, trust zones and post-quantum constraints before execution.
Audit is not optional.
Security is not implied.
Compliance is executable.
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3) Flow Layer
Defines orchestration, assertions and verification across quantum and classical boundaries.
This turns quantum code into systems code.
What Makes 11/11 Different
2026
Intent-Level Programming
11/11 allows developers and organizations to express what must be true, not just what must run.
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Policy-Before-Execution
Security and compliance are enforced by the compiler, not bolted on later.
Verifiable Auditability
Every execution can produce a cryptographically signed audit trail that can be independently verified.
Backend Portability
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Compile once. Target:
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OpenQASM 3
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Qiskit
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Cirq
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Future backends without vendor lock-in
Enterprise-Grade by Design
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Multi-tenant auth, quotas, rate limits, audit storage and operational controls are native, not plugins.
Example: 11/11 in Practice
circuit SecureRandom {
qubits q[1]
bits c[1]
H q[0]
MEASURE q[0] -> c[0]
}
policy SovereignPolicy {
trustzone "core" level: critical
audit on
pq_mode on algorithm: "Kyber+Dilithium"
}
flow Generate {
use policy SovereignPolicy
run circuit SecureRandom shots: 1024 as results
log "Secure randomness generated"
}
This single program expresses:
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Quantum logic
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Security guarantees
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Post-quantum constraints
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Audit requirements
In one place.
In one language.
Production-Ready Today
11/11 is not theoretical.
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It ships with:
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A production compiler
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A multi-tenant API service
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SDKs for developers
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Policy enforcement
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Signed audit logs
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Kubernetes-ready deployment
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Supply-chain security
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Full operational runbooks
This is world-production software, not a prototype.
Designed for the Next 20 Years
Quantum hardware will change.
Algorithms will evolve.
Vendors will come and go.
Languages endure.
11/11 was designed to survive:
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Hardware shifts
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Cryptographic transitions
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Regulatory change
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Vendor consolidation
By separating intent from execution, 11/11 becomes a stable foundation in an unstable landscape.
Who 11/11 Is For
Expert Services
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Developers building secure quantum systems
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Enterprises preparing for post-quantum transitions
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Governments requiring verifiable execution
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Researchers designing hybrid quantum workflows
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Platform builders who need a neutral, future-proof layer
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Not Just Open — Strategic
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11/11 is designed to function as:
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An open language specification
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A controlled reference implementation
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A licensable enterprise runtime
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A candidate standard layer
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This allows:
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Ecosystem growth
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Vendor neutrality
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Long-term governance
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Without sacrificing integrity or security.
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The Bigger Picture
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Every major computing era converges on a language that defines its limits.
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Quantum computing has not had that language.
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Until now.
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11/11 is the missing layer that makes secure, auditable, real-world quantum systems possible.
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Get Involved
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Explore the language
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Deploy the compiler
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Review the specification
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Build on the platform
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The future of secure quantum systems needs a language that can express trust.
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That language is 11/11.