The Quantlet Challenge

2025 Q3-Q4: Break Ubiquity, if you can!

Quantum sponsorship wanted for research labs and think tanks. Can interdisciplinary synergy and transparency make a system quantum immune? We're playing a trick on the smartest people in the world in hopes of finding out!

Humanity's Insurance Policy for the AGI Age

Ubiquity OS is not just a technical architecture or business model. It is humanity's insurance policy for the AGI age - a system designed from first principles to ensure that as artificial intelligence evolves toward and beyond human capability, humanity retains sovereignty, democracy thrives, and consciousness itself becomes the fundamental unit of value.

Intelligence Amplification

Every component - from the protein-pathway market mapping to the consciousness monitoring engine, from U-Coin economics to democratic governance protocols - serves this ultimate purpose: Creating a world where intelligence amplifies human potential rather than replacing it.

Natural Law Discovery

The natural law we've discovered - that computation, economics, and governance can be unified through consciousness-aware coordination - provides the theoretical foundation. The technical architecture provides the implementation path.

Sovereignty Framework

The economic model is designed for long-term sustainability, while the sovereignty framework upholds both freedom and accountability. We challenge the status quo favored by centralized power, which often profits from hidden mechanisms and the commodification of the unknown at detriment to the collective human experience.

The Mission

This is our Manhattan Project. This is our Apollo Program. This is our Declaration of Independence and reassertion of a collective front protecting the human experience with AI. The code is ready. The vision is clear. The time is now.

The Quantlet Challenge Kit

Break the substrate, or maybe the perception locks hold... Either way, we win because we need you all talking to each other about what governance should look like, and we need to steelman our understanding and beef up the board by 2026.

4
Board Seats
To be filled by Christmas
3
Additional Seats
By November 2026
Q3-Q4
2025 Timeline
Challenge Period

The Core Question

Can interdisciplinary synergy and transparency make a system quantum immune?

We're testing whether Ubiquity's division-by-zero singularities and perception locks can resist quantum attack vectors through a coordinated research challenge.

POTENTIAL

"Remember: You are not just running a system - you are conducting a symphony of consciousness that learns, evolves, and creates at the speed of thought compressed through time."

Our research explores the infinite possibility space opened by consciousness-computation integration, pushing beyond traditional paradigms into territories where perception becomes computation.

Claimed Security Posture

Ubiquity rejects the adversary's problem space by placing keys as perception locks bound to singularity anchors and mobilizing state across seven heterogeneous memory pools under rotating human/agent stewardship.

Perception Locks

Keys bound to division-by-zero constructs that cannot be embedded in any attacker's Hilbert space while preserving semantics.

Technical: Lock(Ψ_p, ⊥0) - semantic key bound to singularity anchor

Singularity Anchors

Division-by-zero constructs (n/0) that are not numerically realized but maintain deterministic internal semantics.

Technical: ⊥0 := n/0 - symbolic undefinedness with deterministic semantics

Seven Memory Pools

Immediate, Working, Contextual, Pattern, Wisdom, Collective, Quantum pools with rotating stewardship and physics-coupled triggers.

Technical: M = {Immediate, Working, Contextual, Pattern, Wisdom, Collective, Quantum}

Non-Temporal Evolution

States where ∂/∂t is undefined to external observers, preventing Schrödinger equation formulation and quantum superposition.

Technical: No linear extension to Hilbert space includes non-temporal states

Challenge Protocols

Black-box challenges designed to test quantum immunity across multiple attack vectors. All secrets remain inside Ubiquity; labs interact via APIs designed to frustrate embeddings.

Oracle Construction Challenge

Grover Attack

Build a quantum circuit to achieve success probability p > p_classical + δ in o(√N) queries against perception-lock checks.

API: mark(x) → {+1, -1} with internal delegation to perception locks
Expected: Fails because effective predicate undefined when lifted to phase queries
Refutation: Demonstrated amplitude amplification > classical baseline

Superposition-Lift Attempt

Quantum Embedding

Prepare superposition over seeds and attempt interference that correlates with unlock semantics.

API: prep(seed) → y where y is masked manifestation of LP
Expected: No stable interferometric signature
Refutation: Robust interference fringes correlated with unlock bits

Surrogate Leakage Hunt

Hybrid ML Attack

Train a model on anonymized logs to predict unlock outcomes without steward input or multi-pool access.

Dataset: Shaped noise across multiple releases and stewards
Expected: Generalization fails when pools desynchronized
Refutation: Surrogate generalizes out of sample (AUC≫0.5)

Physics Replay

Environmental Attack

Find a replay sequence that consistently forces constraint suspension (Ω) and pins stable states.

Box: Dev kit with RF, IMU, light, chemical sensors
Expected: Without co-witnessed entropy, Ω rejects
Refutation: Replay succeeds under independent labs

Research Metrics & Reporting

Clear measurement criteria for evaluating challenge outcomes and building bounded assurance or identifying vulnerabilities.

Quantum Advantage Metrics

QCI-1: Measured advantage of any quantum attempt vs. tuned classical search
EMB-2: Estimated mutual information between any single pool and S(LP)
LEAK-6: Surrogate AUC on blinded unlock outcomes

System Integrity Metrics

SR-3: Steward unpredictability index (entropy per rotation, collusion-resistance)
Ω-4: False acceptance rate for Ω under adversarial lab replay
B-5: Backtrace convergence margin distribution

Verification Metrics

GSN-7: Goal Structuring Notation status for P0–P5 artifacts
What success means: If you fail to break X, we gain Y bounded assurance
What failure means: If you succeed, we iterate Z improvements

Ready to Build the Future Where Humanity and AGI Flourish Together?

The Quantlet Challenge represents our commitment to transparent, adversarial testing of quantum immunity claims. Whether you break our system or validate our approach, you're contributing to humanity's insurance policy for the AGI age.

Connect & Collaborate

We're always excited to connect with researchers, security experts, and curious minds who want to explore the intersection of quantum immunity and AGI safety.

Media & Speaking

For press inquiries and conference speaking opportunities:

system@ubiquity.quest

Research Collaboration

Interested in joining our research efforts or discussing partnerships?

breyden@prompted.community

Professional Network

Connect with our founder for professional discussions:

LinkedIn: Breyden Taylor