EST. 2012 — SEATTLE, WA

Systems
for a
Stable World.

Holorise Industries develops predictive infrastructure, behavioral modeling systems, and long-range stabilization technologies for governments, institutions, and planetary-scale planning initiatives.

28

District Partners

14.2B

Data Points Daily

99.7%

Uptime Guaranteed

All Systems Nominal

HOLORISE / EXECUTIVE SUMMARY / FY-2034

Holorise operates at the intersection of systems engineering, predictive modeling, and global infrastructure. Our platforms currently inform resource allocation decisions affecting an estimated 4.1 billion individuals across 28 partner districts.

Climate Stabilization · Project Minerva · Neural Systems Research · Behavioral Logistics · Emulate Virtual Environments · Archive Division · Infrastructure Forecasting · Global Memory Systems · Desalination Initiative · Population Modeling · Predictive Governance · Resource Optimization · Climate Stabilization · Project Minerva · Neural Systems Research · Behavioral Logistics · Emulate Virtual Environments · Archive Division · Infrastructure Forecasting · Global Memory Systems · Desalination Initiative · Population Modeling · Predictive Governance · Resource Optimization ·

01

Climate & Infrastructure Systems

Long-range ecological forecasting, resource allocation modeling, and infrastructure resilience planning for district governments.

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02

Neural Systems & Behavioral Research

Applied machine cognition, behavioral prediction modeling, and large-scale psychological pattern analysis.

→

03

Archive & Memory Infrastructure

Digital preservation systems, cultural indexing, and longitudinal data stewardship for institutional and governmental clients.

→

04

Emulate Virtual Environments

Advanced simulation engineering for predictive scenario testing, infrastructure planning, and — [see research division]

→

Our Philosophy

Stability is not the absence of change. It is the management of it.

Since 2012, Holorise has operated on a single founding conviction: that the systems which govern civilization must be as sophisticated as the civilization itself. We build the infrastructure that others rely on to make decisions — quietly, precisely, at scale.

Our work spans climate modeling, behavioral systems, archival infrastructure, and predictive governance. We do not seek visibility. We seek accuracy.

"The greatest danger to civilization is not violence or scarcity. It is unpredictability. We build the systems that remove it."

Michael Hobbs — Founder & Chairman, Holorise Industries

2012

Year founded. Original focus: ecological instability forecasting.

4.1B

Individuals whose resource allocation is informed by Holorise systems.

140+

Institutional partnerships across government and infrastructure sectors.

—

ADDITIONAL OPERATIONAL METRICS SUBJECT TO DISCLOSURE RESTRICTIONS

About Holorise

Built to outlast the problems it was made to solve.

Holorise Industries was founded in 2012 near Seattle as a predictive analytics and systems engineering company. What began as climate modeling infrastructure has expanded into the foundational architecture of modern civilizational planning.

We do not describe ourselves as a technology company. We are a systems company. The distinction matters.

Our platforms currently inform resource allocation, behavioral logistics, infrastructure management, and long-range stabilization across 28 United Districts of Earth partner regions. We operate quietly. We operate precisely. We operate at scale.

Founder's Note

"I did not build Holorise to make money. I built it because the alternative — a world governed by entropy — was something I was not willing to accept."

Michael Hobbs — Founder & Chairman

Company Timeline

2012

Founding — Seattle, WA

Holorise incorporated as a predictive climate analytics firm. Initial focus: ecological instability, migration forecasting, resource allocation modeling.

2017

Behavioral Systems Division Established

Following acquisition of three civil infrastructure analytics firms, Holorise expanded modeling capabilities to include population behavioral forecasting and social pattern indexing.

2024

Project Valkyrie — Phase I Complete

Internal systems milestone. Full details subject to disclosure restrictions.

2028

UDE Partnership Framework Signed

Holorise became the designated infrastructure partner for the newly formed United Districts of Earth governance framework, providing systems backbone for 28 member districts.

2031

Archive Division — Full Deployment

Global memory infrastructure network reaches full operational capacity. Details classified under UDE Directive 7-Alpha. Access restricted to personnel with Level 4 clearance or above.

2034

Present Operations

Holorise continues expansion of predictive infrastructure across all 28 partner districts. The EVE program has been archived. All associated systems remain under active maintenance.

Leadership

The people responsible
for what we build.

MH

Michael Hobbs

Founder & Executive Chairman

Michael founded Holorise in 2012 following a decade in systems engineering and ecological forecasting. His foundational work on behavioral prediction architecture remains the basis for all core Holorise platforms.

——

Dr. ████████ ████████

Chief Systems Architect

████████████████████████████████████████████████████████████████████████████████████████████████████

SR

Selin Roux

Chief Operating Officer

Selin joined Holorise in 2019 following senior roles at the European Infrastructure Commission. She oversees global operations across all 28 district partnerships and manages institutional client relations.

——

████████████████

Director, ████████████ Division

████████████████████████████████████████████████████████████████████████████████████████████████████

TA

Thomas Adeyemi

Chief Financial Officer

Thomas brings 22 years of institutional finance experience to Holorise. He has overseen the company's funding architecture since 2026, including the UDE Infrastructure Capital Framework.

——

Position Vacant

Director, EVE Program

This position has been closed. The EVE program was archived in 2024. For program history, contact the Archive Division.

Research & Development

The problems worth
solving are the ones
no one else will touch.

Holorise conducts research across four core divisions. Our work is long-horizon, systems-oriented, and largely non-public. What we publish represents a fraction of what we do.

Division 01

Climate & Infrastructure Systems

Our founding research domain. We model ecological instability, infrastructure failure cascades, migration events, and resource scarcity scenarios at 5, 20, and 100-year horizons. Our forecasts currently inform resource allocation for 28 UDE districts.

Long-range ecological simulation
Infrastructure failure prediction
Population displacement modeling
Energy grid resilience planning
Desalination and water systems optimization

Active

Division 02

Neural Systems & Behavioral Research

Applied machine cognition and behavioral prediction. We study how populations make decisions under resource stress, and how those decisions can be modeled, anticipated, and — where appropriate — guided toward stable outcomes.

Large-scale behavioral pattern indexing
Psychological trend forecasting
Decision architecture modeling
Cognitive systems research

Active

Division 03

Archive & Memory Infrastructure

Long-form data stewardship for governments and institutions. We build systems that preserve, index, and render accessible the historical record of civilizational activity. Our archive infrastructure currently manages longitudinal data sets spanning nine decades of continuous collection.

Digital heritage preservation
Cultural indexing and retrieval
Longitudinal behavioral data management
Institutional memory systems

Active

Division 04 — EVE

Emulate Virtual Environments

The EVE program was Holorise's most advanced research initiative, combining simulation architecture, behavioral modeling, and real-time predictive systems into a unified planetary-scale platform.

The EVE program was formally archived in 2024 following a review by the Holorise Ethics and Governance Board. No further public information is available at this time.

Global simulation infrastructure
Real-time behavioral prediction
Autonomous decision architecture
Planetary resource optimization

Archived

Classified Initiative

Project Minerva

This program is not publicly disclosed. Details are available only to personnel with appropriate clearance and an active institutional affiliation with a UDE member district.

Restricted

Sustainability & Impact

We model the planet.
We are responsible
for what we find.

Holorise is committed to carbon-neutral operations by 2036, full water cycle accountability across all facilities, and transparent environmental impact reporting to all 28 UDE district partners.

Initiative 01 On Track

Pacific Desalination Network

Holorise operates 14 coastal desalination facilities across the Pacific Northwest and Eastern Pacific districts. Combined output currently provides potable water access to an estimated 2.3 million individuals in water-stressed regions. All facilities operate using solar-thermal hybrid energy systems.

Capacity Target84%

Carbon Neutral Target61%

Initiative 02 Active

Carbon Accountability Framework

All Holorise compute infrastructure operates under our proprietary Carbon Accountability Framework, which calculates, offsets, and reports emissions on a per-petaflop basis. Our archive and simulation systems — by far our largest energy consumers — are transitioning to renewable-exclusive power contracts by fiscal year 2035.

Renewable Transition47%

Minerva Facility Disclosure——

Initiative 03 Active

Ecological Stabilization Programs

Working directly with UDE Environmental Councils, Holorise provides long-range ecosystem forecasting to support reforestation, rewilding, soil remediation, and ocean system restoration across seven partner districts. Our models have contributed to a measurable 12% improvement in targeted ecological stability indices since 2029.

Active District Programs7 / 28

Forecast Accuracy96.3%

Initiative 04 Pending Disclosure

Behavioral Resource Optimization

Holorise's behavioral modeling division contributes to sustainability through population-level resource optimization — identifying patterns of consumption inefficiency and generating recommendations for infrastructure and policy adjustment. Full methodology disclosure is pending UDE Ethics Council review.

Ethics Review StatusIn Progress

Public DocumentationWithheld

Our Commitment

Holorise does not treat sustainability as a communications function.

It is baked into the operational architecture of every system we build. Our climate modeling division exists because we take seriously what our data tells us. The planet is not stable. The infrastructure required to make it stable is not yet built. We are building it.

We acknowledge that large-scale compute infrastructure carries an environmental cost. We are transparent about this. We are working to resolve it. We ask that you hold us to that commitment — and we publish the data that allows you to do so.

Note: Sustainability disclosures for certain classified facilities are subject to UDE governance restrictions and cannot be included in public reporting. Inquiries may be directed to our Investor Relations office.

Press & Media

Archived Releases.

The following press releases represent Holorise's official public communications record. For media inquiries, contact press@holorise.net.

2034.01.15

Holorise Announces Expanded UDE Partnership Framework

New agreement extends infrastructure systems support to additional 6 UDE member districts. Resource allocation and climate modeling platforms included.

Official

2033.07.22

Pacific Desalination Network Reaches Phase II Capacity

Fourteen operational facilities now serving an estimated 2.3 million individuals across Pacific coastal districts.

Infrastructure

2033.03.04

Holorise Archive Division — 10-Year Longitudinal Report Published

Decade-spanning review of data stewardship methodology, institutional archive management, and long-range preservation planning across 22 partner organizations.

Work on problems
that are actually hard.

We hire systems thinkers, not job title collectors. If you are the kind of person who finds civilization-scale infrastructure problems interesting, we would like to talk to you. Most of what we work on is not public. That is part of what makes it significant.

Senior Climate Systems Engineer

Division 01Full-TimeSeattle / Remote

Behavioral Data Analyst — Population Systems

Division 02Full-TimeSeattle

Archive Infrastructure Engineer

Division 03Full-TimeSeattle

Lead Desalination Systems Operator

InfrastructureFull-TimePacific District Field Station

Senior Systems Architect — Project [REDACTED]

Division [REDACTED]Full-TimeLocation Classified

Institutional Relations Manager — UDE Districts

OperationsFull-TimeSeattle

Employee Portal

Employee Login

HOLORISE INTERNAL SYSTEMS — AUTHORISED PERSONNEL ONLY

Contact Holorise

Get in
touch.

Headquarters

Holorise Industries
1400 Pacific Avenue, Suite 900
Seattle, WA — Pacific Northwest District

General Inquiries

info@holorise.net

Press & Media

press@holorise.net

Investor Relations

investors@holorise.net

Main Phone

+1 (206) 555-0147

Archive Division

+1 (206) 555-0193

EVE Program Inquiries

This line has been discontinued. The EVE program is archived. Please direct inquiries to info@holorise.net with subject line: EVE / ARCHIVE.

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If your enquiry is urgent, please contact info@holorise.net directly.

All communications with Holorise are logged in accordance with our data stewardship policy and applicable UDE governance frameworks. By submitting this form you acknowledge that your enquiry and associated metadata will be retained indefinitely.

Systemsfor aStable World.

Stability is not the absence of change. It is the management of it.

Built to outlast the problems it was made to solve.

Founding — Seattle, WA

Behavioral Systems Division Established

Project Valkyrie — Phase I Complete

UDE Partnership Framework Signed

Archive Division — Full Deployment

Present Operations

The people responsiblefor what we build.

The problems worthsolving are the onesno one else will touch.

We model the planet.We are responsiblefor what we find.

Holorise does not treat sustainability as a communications function.

Archived Releases.

Work on problemsthat are actually hard.

Employee Login

Get intouch.

Systems
for a
Stable World.

The people responsible
for what we build.

The problems worth
solving are the ones
no one else will touch.

We model the planet.
We are responsible
for what we find.

Work on problems
that are actually hard.

Get in
touch.