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BRIGHT / DATA CENTERS

How data centers can create public value.

Follow the evidence from facilities to paid work, public revenue, useful shared computing—and the practical questions about electricity, water, and noise that determine the local outcome.

LEAD STORY / WORK19 of 20graduates reportedly received Oracle offers12 weeks · military-affiliated cohort · about $80k average reported starting pay · Spring 2026University-reported cohort outcome, not a hiring promise →

ELECTRICITY · WATER · NOISE

Start with the question closest to home.

Three source-backed guides separate what is known, what depends on local conditions, and which contract, meter, model, or test can settle the question.

COST RESPONSIBILITY / INDIANA

Indiana: Microsoft’s power agreement puts cost responsibility in focus

Announced agreement · October 16, 2026 · Not a measured bill reduction

NiSource says Microsoft will fully fund the generation and transmission needed to serve its northwest Indiana data-center load. Service is expected to begin in 2028 under a 20-year agreement, with approximately 1,100 megawatts added to the company’s generation portfolio.

The utility now projects approximately $1.75 billion in savings for existing NIPSCO electric customers over the life of its data-center customer contracts. That figure covers the portfolio of contracts, not Microsoft’s agreement alone. It is a company forecast, not evidence that household bills have already fallen.

The arrangement illustrates a concrete question for communities: which infrastructure costs does the large customer accept, and how will any savings reach existing customers?

Conditions still matter. NiSource identifies regulatory approvals, construction, financing, customer commitments and regional grid capacity treatment among the risks to its plans. The announcement does not independently establish that every wider system cost is covered. Later regulatory and customer-rate records will be needed to assess the actual outcome.

Source: NiSource announcement via NIPSCO ↗Checked October 17, 2026.

WORK · PUBLIC REVENUE · USEFUL COMPUTING

Three outcomes with the evidence attached.

These are different kinds of evidence: a college-reported cohort, a county budget projection, and a state-supported public HPC service. Their qualifications stay beside their numbers.

01 / WORK / WASHINGTON19 / 20graduates received offers

COLLEGE-REPORTED COHORT OUTCOME · SPRING 2026

A 12-week pathway reached job offers.

Saint Martin’s says 19 of 20 Spring 2026 graduates received Oracle offers, with average starting pay of about $80,000 plus relocation. The pathway serves transitioning service members, veterans, and military spouses; this is one university-reported cohort, not a future guarantee.

Read the reported story →
02 / PUBLIC REVENUE / VIRGINIA$1.3BFY 2027 projection

COUNTY-REPORTED BUDGET PROJECTION · NOT NET BENEFIT

A tax base enters a countywide budget.

Loudoun projects data-center property taxes will provide 40% of its FY 2027 budget. The figure is substantial gross revenue, not audited receipts, an earmark, or a calculation of net public benefit.

Read the reported story →
03 / PUBLIC HPC / OHIO6,750+students in FY 2024

REPORTED PUBLIC SERVICE · HIGH-PERFORMANCE COMPUTING

A public supercomputer becomes a service.

Ohio’s shared HPC program supported 209 courses reaching more than 6,750 students in FY 2024. That demonstrates access and use—not learning gains, career outcomes, or a benefit caused by a commercial data center.

Read the reported story →

INFRASTRUCTURE THAT CLOSES THE LOOP

Water and heat become useful through design.

A building does not create these benefits by itself. Quincy needed public treatment infrastructure and financing. Mäntsälä needs heat exchangers, electric heat pumps, pipes, nearby demand and backup supply.

01 / QUINCY / WATER138Mgallons / year

EPA OPERATING CASE STUDY · SINCE 2021

Cooling water goes around again.

A city-owned utility treats Microsoft’s cooling-water blowdown. EPA estimates the loop avoids 138 million gallons a year of potable-groundwater demand while still using canal and groundwater make-up water.

Read the infrastructure story →

PEOPLE WHO BUILD AND KEEP IT RUNNING

Keep the person, phase, and count visible.

A city employment snapshot, one person’s path from construction into operations, and an employer career guide answer different questions. None is an industry-wide jobs claim.

EMPLOYER-PUBLISHED WORKER ACCOUNT · 2022

A construction safety role became a data-center operations career.

Google’s 2022 profile says KP Philpot moved from contractor site-safety work on a data-center build into an environmental health and safety role at Alphabet’s Douglas County campus.

Douglas County, Georgia1 linked source record

EMPLOYER-PUBLISHED CAREER EXPLAINER

Google’s careers material maps the work inside a data center.

Google publishes a technician day-in-the-life video and a careers guide spanning hardware, electrical, cooling, network, logistics, and site operations. The material is useful for role orientation, not a verified worker outcome.

Google data-center careers2 linked source records
Explore roles and pathways →

POLICY AND GRID RECORDS

The terms around the facility matter.

An approved tariff and a certification framework are rules and commitments. Their later outcomes still need reporting.

APPROVED RULE · EFFECTIVE JULY 2025

Ohio put large new computing loads on a longer power contract.

An AEP Ohio tariff effective July 23, 2025 requires a load study for new or expanding data-center requests of at least 25 megawatts and creates minimum-demand, collateral and cancellation obligations.

AEP Ohio service territory2 linked source records

SIGNED STATE ORDER · SEPTEMBER 2026

Maryland makes data-center commitments public.

Maryland ordered project ratings and monthly public power-and-water disclosure for certain data-center proposals of at least 25 megawatts that seek discretionary state engagement.

Maryland1 linked source record

FROM COMPUTE TO USE

Research computing records kept in view.

Bridges-2 supported an exploratory genomic analysis; NOAA’s Ursa ran one named development test faster. Neither is presented as a clinical result, a better public forecast, or a benefit caused by a commercial data center.

REPORTED COMPUTING BENCHMARK

A weather-model test ran faster on NOAA’s new research computer.

NOAA EPIC reports that one named Unified Forecast System regression test ran about 30–40% faster on Ursa than on Hera under the Intel compiler—a development result, not evidence of a more accurate forecast.

NOAA research computing1 linked source record

FIELD GUIDES

Understand the claim. Then ask for the record.

FOR A COMMUNITY DECISION

Five questions that keep unlike claims apart.

  1. Power

    Which assets are required, who is contractually responsible, and what happens if the project shrinks?

  2. Jobs

    How many construction job-years, operating employees, contractors, completions, and verified placements?

  3. Revenue

    What was collected, what was projected, what was exempted, and what public costs remain?

  4. Water

    Which source, in which season? Separate withdrawal, consumption, reuse, and potable demand avoided.

  5. Noise

    What is the nighttime baseline, which operating states were modeled, where will sound be measured, and what remedy follows an exceedance?

Open the community checklist →

EDITORIAL METHOD

Optimism with the nouns attached.

Bright publishes 15 discoveries and eight guides in this section. We favor operating systems, actual budgets, named workers, public service records, and bounded cohort outcomes over forecasts. Status labels distinguish observed operation, projections, policy, research findings, and source-reported workforce results.

Every story links to its original public sources and places qualifications beside the claim they affect. Bright did not independently audit the underlying utility, budget, employer, or college records. No project photography was reused because the source pages did not provide explicit reuse permission; the diagrams are Bright-original explanations.