Spark Compass Quantum

Two quantum computers. One operating system.

Superconducting and trapped-ion, both activated.

The Spark Compass Real-World OS treats a quantum processor the way it treats any other resource in the network: as a governed co-processor that receives structured, sovereign data and returns a verified answer. The same applications run on either platform, and move onto owned hub capacity as each sovereign site comes online.

IBMQuantum

Superconducting qubits, IBM Quantum cloud

Spark Compass Qi, the Quantum Portfolio Split, was built for Spark Compass by IBM under the IBM Build partnership. Spark Compass owns the code. QAOA circuits written in Qiskit are built and sampled on IBM Quantum systems through a governed access key, with a classical solver running beside them on the same problem.

IBM Quantum hardware · job-loggedIBM Build partner

Qi materials and quantum system installations are subject to final approval by IBM.

IonQQuantum Cloud

Trapped-ion qubits, IonQ Forte

Spark Compass integrated IonQ Quantum Cloud in October 2026. Both the Quantum-Safe Cyber Shield and the Quantum-Optimized Traveler Journey have run on IonQ's Forte trapped-ion computer, with every job reference recorded. All-to-all qubit connectivity runs the dense pairwise terms of the Spark Compass optimizations without extra routing gates.

IonQ Forte hardware · Cyber ShieldIonQ Forte hardware · Traveler Journey

IonQ is a trademark of IonQ, Inc. Spark Compass uses IonQ Quantum Cloud as a customer; no partnership or endorsement is implied.

Three demonstrators, running now

Proof that the ecosystem is quantum activated.

Three real-world problems, each formulated inside the Spark Compass OS, each solved on a quantum computer, each checked against a classical answer on the same data. They are the first use cases of a pattern that extends to energy and water balancing, tourism pricing, racing strategy, fleet routing and sovereign security.

01 · FINANCIAL INTELLIGENCE

Spark Compass Qi · Quantum Portfolio Split

IBM Quantum hardware

One hundred large-cap stocks are split into two baskets that move as independently as possible. The split is solved with QAOA quantum circuits sampled on IBM Quantum hardware, with a classical solver side by side on the same problem. The interface explains its own answer through a correlation heatmap, sector balance and measurement outcomes.

100Large-cap stocks, two baskets

250Trading sessions in the live data set

118Correlation edges, 31 pairs above 0.70

QAOAQiskit, IBM job ID on every run

Request the Qi demonstration

Live demonstration under NDA. Historical data only; not investment advice.

02 · SOVEREIGN SECURITY

Quantum-Safe Cyber Shield

IonQ Forte hardware

Sixteen qubits in superposition on IonQ's Forte computer generate the entropy that seeds every key. Five health tests structured on NIST SP 800-90B gate the seed; any failure rejects it. Records are then sealed with the NIST post-quantum standards, ML-KEM-768 and ML-DSA-65, alongside classical X25519 and AES-256-GCM. Built for Koprivnica-Križevci County, Croatia.

8,064Raw bits of quantum entropy, 504 shots

PassedAll applicable health tests on hardware

0.773Min-entropy per bit, 512 bits credited

PQCML-KEM-768 + ML-DSA-65 sealed and verified

Open Cyber Shield Request access

Results page open to approved viewers. Live runs by approval.

03 · HOSPITALITY AND TOURISM

Quantum-Optimized Traveler Journey

IonQ Forte hardware

For every guest the OS solves two decisions with QAOA on IonQ: the best day from a set of experiences, weighing personal fit, live crowds and drive time, and an even flow of guests across time windows at flagship venues. Each quantum answer is checked against an exact classical solve of the same problem. Built for the Kingdom of Saudi Arabia traveler journey program.

MatchHardware answer equals the exact classical optimum

14.2×Itinerary lift over random, on Forte hardware

8 qubitsQAOA depth 3, 84 two-qubit gates

2 guestsCrowd-flow imbalance across 8 groups

Open Traveler Journey Request access

Results page open to approved viewers. Live runs by approval.

Why quantum, and why now

Every one of these problems is a graph. Classical machines approximate; the quantum run searches the full space.

Splitting sixty assets into two portfolios has 1.15 quintillion candidate answers. Exhaustive classical evaluation at one billion candidates per second takes on the order of 36,000 years. The Spark Compass Qi demonstrator, built with IBM, returned on IBM quantum hardware with live market data in about five minutes. The same combinatorial wall stands behind itinerary selection, crowd flow, energy dispatch and cyber-key scheduling. The Real-World OS routes those problems to the quantum computer and keeps the everyday work on the distributed AI data centers beside it.

Assets	Candidate portfolios	Exhaustive classical	Quantum run	Scale
30	1.07 billion	about 1 second	about 1 second	1×
40	1.1 trillion	about 18 minutes	about 1 second	1,000×
50	1.13 quadrillion	about 13 days	about 2 minutes	10,000×
60	1.15 quintillion (2⁶⁰)	about 36,000 years	about 5 minutes	demonstrated with IBM
100	1.27 × 10³⁰	beyond classical computation	minutes	Qi, running now

Planning-grade comparison for exhaustive search. Classical heuristics approximate at larger sizes; the quantum demonstrators are checked against exact classical solves at today's hardware scale. Quantum portfolio partitioning patent filed on Track One priority.

Access protocol

Two levels of approval.

The demonstrators are commercial systems inside a live platform, not research toys. Access is granted by approval, in two tiers, so that every hardware run is accountable, every job reference is traceable, and every platform provider's terms are respected.

LEVEL ONE

Simulator access

Approved parties receive access to the demonstrator interfaces and may run the workloads on the IBM Quantum and IonQ cloud simulators, including hardware-noise models, from the Spark Compass repositories.

Request. Submit the request below with organization and purpose.
Approval. Spark Compass confirms in writing under a mutual NDA.
Run. Repository access is granted; runs on the simulators produce logged job references that match the provider console.

LEVEL TWO

Quantum hardware, founder present

Runs on the physical quantum computers, IBM Quantum systems and IonQ Forte, take place only in a live demonstration session with the founder present. Hardware time is purchased under Spark Compass accounts, and each job is recorded in the evidence register.

Level One complete. Simulator access and NDA in place.
Session scheduled. A live session, on site or by video, with the founder conducting the run.
Provider approval. Hardware runs and any external use of results are subject to the respective platform provider's approval.

Request demonstrator access

The form opens a pre-filled email to Spark Compass. Requests are answered personally.

Evidence register

Every run has a job reference.

Job references below match the IonQ console. IBM Quantum job IDs for Qi runs are shown inside the demonstrator and in live sessions. Nothing is replayed.

Demonstrator	Platform	Target	Job reference	Shots	Recorded (UTC)
Quantum-Safe Cyber Shield · entropy	IonQ	qpu.forte-1	01a16534-edcf-70ef-8aa1-750d3d03eba1	500 (504 returned)	2026-10-23 05:39
Quantum-Safe Cyber Shield · entropy	IonQ	ionq.simulator	01a16527-b05b-7561-9303-ab71651444ca	1,000	2026-10-22 19:47
Traveler Journey · itinerary	IonQ	qpu.forte-1	01a16939-4fc9-7266-b545-43cf2a491ac0	500	2026-10-23 14:58
Traveler Journey · crowd flow	IonQ	qpu.forte-1	01a1693f-b447-75cc-9989-9b3c489440a8	500	2026-10-23 14:58
Traveler Journey · itinerary	IonQ	ionq.simulator	01a16923-9a0e-77ad-9ae0-8a90af95e0ab	1,000	2026-10-23 14:21
Traveler Journey · crowd flow	IonQ	ionq.simulator	01a16923-c44e-72af-b7b2-f7ae67a3c092	1,000	2026-10-23 14:21
Qi · Quantum Portfolio Split	IBM Quantum	IBM Quantum hardware	IBM job ID on every run, shown in the demonstrator	per run	live

Green: quantum hardware. Blue: provider cloud simulator. Gold: IBM Quantum. Shot counts above the request reflect the provider's own error-mitigation splitting of the job.

Distributed AI · the road to usable quantum

We don't build AI. We put AI to work.

Quantum only earns when it has real problems to solve and governed data to solve them with. Spark Compass builds that foundation first: right-sized AI infrastructure placed where people live, travel, heal and gather, running under one operating system. Quantum then joins the network as one more governed resource.

Factory-built AI pods on a prepared pad beside a hotel district at dusk

A regional AI pod campus with solar canopies

Illustrative renderings of factory-built AI pods and a regional hub campus.

The hyperscale data center

Builds and trains AI models

Sells space, power and cooling by the kilowatt to one tenant on a long lease. Takes 24 to 36 months to build, draws grid-scale power and water, and never sees the data inside it.

The Spark Compass network

Uses and deploys AI

Runs proven models and orchestrated agents on sovereign racks, pods and hubs, close to the data and the user. Factory-built pods reach service in about six months on a prepared pad, on pod-sized power with closed-loop or air cooling. The data stays on the owner's premises and in the owner's country.

Three sizes

Rack, 20-foot pod, 40-foot pod

An AI rack inside the building, a pod in the parking lot or a regional hub campus. One intelligence across all three, sized to the hotel, the clinic, the venue or the region it serves.

Others sell the shell

We fill it

Every unit carries the Spark Compass operating system, fourteen years of deployed modules and orchestrated AI agents under a human conductor. Containers are the printer. Intelligence is the ink.

One brain

Pods that act as one

Pods in different cities share one control plane, so capacity is pooled and workloads move to where they run best. As better models are released, the same network runs them without new construction.

Network tiers from edge devices to on-premise racks, regional hubs, central control and the quantum hub

From the edge to the quantum hub: devices, on-premise racks, regional hubs, central control and the quantum core on one governed network.

Quantum is not a must. It is an option only Spark Compass can put on the table, because the network, the data and the problems are already there.

The Traveler Journey above is the proof: a decision the distributed network already makes for every guest, solved on IonQ's Forte quantum computer and matched against the exact optimum.

The operating system

Three tiers. One operating system. One governed network.

A quantum processor is a co-processor. It requires a classical AI control system and a governed data supply. The Spark Compass hubs are controlled by the distributed AI core beside them and installed into a network that already holds full ontology of the data they compute on, so the machine is useful the day it activates.

Tier I

The quantum hub

A quantum installation on land the company controls, built to the hardware supplier's facility specification: independent power, water cooling, physical isolation and a zero-vibration exclusion boundary. The supplier specifies, installs and commissions; the company provides and operates the site. Until the hubs come online, the same applications run on IBM Quantum and IonQ cloud capacity.

Tier II

The classical AI control core

Workload orchestration, data ontology, provenance and lineage, governance enforced at the data, and the classical pre- and post-processing every quantum workload requires. This is the operator layer that turns a machine into infrastructure, and the layer that decides which problem goes to which processor.

Tier III

The distributed edge

Containerized regional hubs and on-premises racks manufactured to the company's specification. Local inference, IoT ingestion, sovereign storage. Seven containers ring the Puerto Rico hub; 300 edge racks and 30 regional hubs are specified for Croatia.

Governance and guardrails, built in

A semantic knowledge-graph foundation over incompatible source systems: ontology-aligned concepts, automated lineage harvesting, impact analysis, data-quality rules in motion, stewardship and change workflow. AI models are governed as first-class entities linked to the data that trained them, so every conclusion is explainable. Every extracted fact carries a disclosed confidence score; provenance is written to an immutable ledger for point-in-time audit. The quantum results inherit the same provenance: job reference, target, shots, timestamp.

Complement, or stand alone

For clients who use the hyperscalers, the network extends them. For clients who require 100 percent data sovereignty, the company builds the infrastructure separately: on-premises nodes, regional hubs and the quantum core, with no dependence on centralized hyperscale computation. The Spark Compass Quantum-Activated Real-World AI OS™ is patented, in continuous development since 2012, with 11 million lines of proprietary code and 120+ retained integration modules. Across sites, the QuantNET protocol (patent applications in preparation) coordinates hubs as one network; inter-site links are classical.

The network

Identified sites, stated at actual stage.

One architecture, one operating system, one commercial model across every site. Distributed AI carries the business first; quantum services activate as a new revenue tier on the same network without a rebuild beneath it. A fifth, orbital node is a stated forward plan.

UNITED STATES TERRITORY

Puerto Rico

Anchor · first build

Hydro-powered hub site with counsel; Act 60 decree in process; CHIPS R&D Office white paper drafted (QuantNET); AMX-1 subsea fiber today, CELIA 170 Tbps from Q3 2027; seven-node edge ring. Own power, own water, US soil.

EU AND NATO MEMBER

Croatia

Advancing · LOIs executed

Kutnjak campus with EEG: 5.2-hectare quantum-hub parcel inside a 347-hectare campus, 300 MW grid availability, approved wells, fiber to Vienna, Munich and Milan. County cyber-security program under the Quantum-Safe Cyber Shield. US Embassy Zagreb on record in support.

UNITED STATES STATE

Utah

Advancing

The Utah Quantum Initiative was created by Executive Order 2026-06 in August 2026. The Governor's office has confirmed intent for the State to be a customer, with an MOU in preparation and a university partner engaged.

GULF NATION

Saudi Arabia

Identified · subject to approvals

20 acres assigned at Abha under LOI and an executed LOI as AI provider for a government-mandated hotel program. The Quantum-Optimized Traveler Journey is the first quantum workload for the Kingdom program. Quantum installation carried as option value only.

Planning basis per additional site: approximately $80M for the quantum system and installation plus up to $40M of supporting infrastructure including land. Relationships are described at their documented stage and are non-binding unless separately contracted.

Intellectual property and record

A patent estate that protects the whole model.

The estate

Two granted United States patents in force: 9,338,622 (context-based communication; more than 1,200 forward citations including Apple, IBM, Samsung, Amazon and Microsoft) and 11,489,914 (edge computation with distributed-ledger storage), with 10,412,210 (real-time adaptive network for physical engagement) in reinstatement. European Patent 3,446,225, validated in Germany, France and the United Kingdom; China Patent ZL 201780037935.9; Hong Kong Standard Patent HK1261984; Macau Patent J/008063; Mexico Patents 368540 and 387504. Additional patent applications are being filed through 9th Wave IP LLC. Ownership: all issued patents and the Spark Compass™ mark are owned personally by the inventor and founder, Bernt Erik Bjontegard, and licensed to Total Communicator Solutions, Inc.; new inventions vest in 9th Wave IP LLC (Puerto Rico). Both estates license into the operating companies. Third-party licensing, enforcement, litigation cost, risk and reward stay with the IP holders.

Fourteen years in the physical world

Capital can buy a quantum computer. It cannot buy fourteen years of governed real-world data.

2012Platform founded; continuous development and deployment since

2014Ole Miss: +21% attendance, 140M+ real-world data points

2016Apple launches indoor navigation on the platform at San Diego International Airport

2017Samsung Knox secure communications and enterprise wearables; America's Cup, 4M+ active users

2025Qi quantum portfolio demonstration with IBM on IBM quantum hardware

2026IonQ integrated; three demonstrators live on two quantum platforms

Partners on the record: Google Cloud, technology partner; Amazon Web Services, marketplace and channel partner; IBM, build partner; Apple, Samsung and Qualcomm, development partners; with Lenovo, Libelium, Atos and Telefonica. The platform ran the Tenerife Connected Island sensor backbone under EU Horizon 2020; Puerto Rico is its direct successor.

Participation

Puerto Rico first. The building happens regardless; the invitation is to own it.

Spark Compass Quantum, Inc. is building the Puerto Rico anchor and the network of identified sites with infrastructure partners, sovereign partners and strategic partners. Participation is structured site by site, through development partnerships and platform licenses, with the patent estate licensed in. Everything is delivered under a single Platform-as-a-Service master license: per room, per property, per hub, per seat and agent, and quantum as a service. Program briefing documents are available under confidentiality.

Request Program Briefing Demonstrator access