# An Ordinary Day in 2122

At 6:10 on the morning of July 30, 2122, the exterior shades of the Alvarez-Okafor apartment begin to open. They do not rise all at once. The building’s management system admits a narrow band of daylight through the eastern windows while keeping the hotter parts of the façade covered. The temperature outside is already 28 degrees Celsius, and the regional heat warning will remain in effect until midnight.

The family lives in Port Aurora, a city of 2.6 million people on the Canadian side of Lake Erie. The city did not exist under that name a century earlier. It grew through the consolidation of several municipalities, the redevelopment of abandoned commercial districts and parking lots, and the arrival of hundreds of thousands of people from hotter, drier, storm-exposed, or inundated regions.

By 2122, the human population has passed its global peak and is slowly declining. Families are smaller, societies are older, and the overwhelming majority of people live in cities or large towns. The United Nations was already projecting in the 2020s that population would peak at roughly 10.3 billion in the mid-2080s, while urbanization and population aging continued. Port Aurora is typical of the resulting century: dense but not gigantic, culturally mixed, designed around public services, and constantly adapting its buildings and infrastructure to an altered climate.

## The home

The Alvarez-Okafors occupy a three-bedroom apartment on the seventh floor of a twelve-story building. The structure is made largely from engineered timber, recycled steel and low-carbon mineral composites. Thick exterior walls, adjustable shading, filtered ventilation and a shared thermal reservoir beneath the building make it possible to remain comfortable through heat waves without drawing heavily on the electricity network at peak hours.

The apartment is not large by the standards of wealthy people in 2122, but it is comfortable. It contains movable interior walls, so a workroom can become a guest room in a few minutes. Furniture is generally repaired, resurfaced or remanufactured rather than discarded. Some objects are produced locally from standardized material cartridges, but households do not manufacture everything themselves. Factory production remains more efficient for electronics, appliances and precision components.

The family does not own the apartment outright. They hold a long-term equity lease in a neighborhood housing cooperative. Each monthly payment increases their share in the building while also funding maintenance, energy systems and communal facilities. Land in safe, well-connected cities remains expensive, so housing is still one of the largest middle-class expenses.

The building produces much of its own electricity from solar surfaces incorporated into its roof and southern façade. It also participates in the district grid, which combines wind, solar, hydroelectricity, advanced nuclear plants, geothermal facilities and several forms of storage. Energy is abundant compared with the early twenty-first century, but it is not free. Electricity-intensive activities are automatically shifted away from periods of high demand.

The dominance of electricity is one of the defining characteristics of the century. In the 2020s, renewables were already expected to supply more than 90 percent of the growth in global electricity demand through 2030, while investment in renewables, nuclear energy, grids, storage and electrification substantially exceeded investment in fossil fuels. Over the following decades, that tendency transformed transport, heating, industry and food production.

Maya Alvarez, forty-three, is the first person awake. Her lightweight vision lenses have already displayed a silent summary at the edge of her sight: family schedules, overnight messages and the state of the regional water system. The information disappears when she looks away. Most people no longer carry a separate phone, although they still use tablets, wall displays and keyboards when those tools are better suited to concentrated work.

The family’s household agent has no human face and is not treated as a person. It is a collection of software services that coordinate calendars, purchases, energy use, transportation, household maintenance and routine communication. The agent may recommend actions, negotiate minor transactions and complete approved tasks, but it cannot make medical, financial, educational or legal commitments without authorization.

This restriction is not merely a preference. After decades of scandals involving manipulation, automated discrimination and behavioral surveillance, most developed political systems established strict divisions between advisory software and systems empowered to act. Every consequential automated decision must identify the model that produced it, the data categories it used and the human or institution legally responsible for the result.

The family’s personal information is held in a cooperative data trust rather than belonging entirely to employers, technology companies or the state. Different parts of their data have different permissions. A medical system may detect a dangerous physiological change without receiving access to private conversations. A transport service may know that four passengers need to reach the learning center without permanently storing their identities.

## Breakfast in a warmer world

By 6:35, Jonah Okafor, forty-five, and the children are in the kitchen. Ren is thirteen and Imani is nine. Jonah’s mother, Elise, who is eighty-two, lives in a smaller apartment on the same floor. She joins them most mornings.

Elise appears closer to a healthy person in her late sixties than to an eighty-two-year-old of the early twenty-first century. Medicine has not abolished aging, and extreme longevity remains unusual. What has changed is the length of healthy adulthood. Better control of cardiovascular disease, several cancers, inflammatory disorders and inherited conditions allows many people to remain physically independent into their eighties and nineties.

Breakfast consists of flatbread, eggs, greenhouse tomatoes, cultured yogurt and a savory spread made from fermented fungi. Coffee is available but costly because traditional growing regions have contracted. The household buys it as an occasional luxury through a cooperative that supports high-altitude growers and climate-controlled production.

Animal meat still exists, but people eat much less of it. Beef from a living animal is expensive and carries substantial environmental charges. Cultivated meat, precision-fermented proteins, fish from closed aquaculture systems and plant foods provide most dietary protein. Fresh produce comes from a mixture of regional farms, protected urban agriculture and large controlled-environment facilities.

The kitchen display reports that today’s outside-air rating is yellow. Smoke from fires in the northern plains is expected to arrive in the afternoon. Children, older adults and people with respiratory conditions are advised to limit strenuous outdoor activity after 15:00.

Global warming has stabilized at roughly 2.4 degrees Celsius above the preindustrial average. The stabilization came only after severe damage, political conflict and a vast late-century program of decarbonization and carbon removal. In 2025, national climate commitments still pointed toward approximately 2.3 to 2.5 degrees of warming by 2100, while policies actually in force pointed toward as much as 2.8 degrees. The world of the Alvarez-Okafors is the result of governments eventually implementing the stronger commitments, but doing so too late to prevent major disruption.

The climate is no longer rapidly worsening, but it has not returned to its former state. Summers around the Great Lakes are longer, hotter and more humid. Heat emergencies, smoke events, crop failures and intense rainfall are ordinary planning concerns. Coastal cities have surrendered some districts to the sea, enclosed others behind barriers and rebuilt ports farther inland. Sea level continues to rise because oceans and ice sheets respond over centuries, even after atmospheric temperatures stabilize.

The environmental politics of 2122 therefore concern adaptation as much as emissions. Every city has heat maps, water budgets, ecological restoration zones and legally defined retreat areas. Insurance companies cannot simply abandon exposed regions; instead, governments determine which places will be defended, redesigned or gradually evacuated.

Port Aurora is considered relatively secure because of its freshwater access and inland location. That security is one reason it has received so many migrants. Its prosperity depends on a century of investments in water treatment, flood control, wetland restoration, cooling systems and dense housing.

## The journey to school

At 7:25, the children leave for the neighborhood learning commons. It is twelve minutes away on foot. Most streets in the district are narrow, shaded by trees and reserved primarily for pedestrians, bicycles and low-speed service vehicles.

There are no privately owned family cars parked outside the building. A few affluent hobbyists own vehicles, and specialized vehicles are used in rural areas, but urban households normally purchase mobility as a service. When walking or cycling is impractical, people summon a small autonomous vehicle, board a public shuttle or take a train.

Autonomous driving did not eliminate public transportation. It made public transportation more flexible. Port Aurora’s system has several layers: frequent rail on major corridors, larger autonomous buses on secondary routes and small shared vehicles for passengers with disabilities, heavy luggage or unusual destinations. Software coordinates the layers, but the network is publicly regulated and operated by a mixture of municipal agencies and contracted cooperatives.

The system is designed to discourage empty vehicles. A private robotic taxi costs considerably more than a shared trip. Streets charge vehicles according to congestion, energy use and the space they occupy. Freight travels mainly at night through designated surface corridors and a limited network of underground distribution tunnels.

Long-distance travel is also predominantly electric. High-speed trains connect the major cities of eastern North America. Overnight trains have replaced many flights of less than 1,500 kilometers. Aircraft still serve intercontinental routes, using a combination of synthetic fuels, hydrogen-derived fuels and highly efficient electric-assisted propulsion. Air travel remains common for the middle class, but people take fewer casual flights than their counterparts did in the early 2000s.

Ren and Imani walk with two other children from the building. They wear no uniforms. Each carries a small physical notebook, a water bottle and a foldable interface panel. Their learning records and software tools are available through the building and school networks, so there is little reason to carry electronic equipment from place to place.

The neighborhood learning commons resembles a combination of school, workshop, library, laboratory, sports center and public garden. Children attend regularly because education is social as well as intellectual. The century’s experiments with fully remote schooling demonstrated that personalized software could deliver information efficiently but could not replace friendship, conflict, play, mentorship or participation in a community.

Every student has access to an artificial-intelligence tutor. The tutor can explain a concept in different ways, translate between languages, generate practice exercises and identify gaps in understanding. It cannot determine a child’s final evaluation, secretly change the curriculum or engage in persuasive commercial activity.

Human educators supervise groups of fifteen to twenty-five students. Their role is less about delivering standard lectures and more about designing projects, observing development, resolving difficulties and ensuring that students learn to reason without constant machine assistance. This arrangement follows principles already visible in UNESCO’s twenty-first-century guidance: AI can personalize and extend education, but human agency, critical thinking, ethics and relationships remain central.

Ren’s principal project this month concerns shoreline governance. His group is comparing three proposals for converting an obsolete flood barrier into a wetland, housing district and public-water facility. The students must understand ecology, structural engineering, economics and local history. They will question city employees, inspect the site and present recommendations to a neighborhood council.

Imani is working with a mixed-age group to design simple machines for harvesting vegetables in the school greenhouse. Her tutor helps her calculate force and motion, but she must build the mechanism herself and explain why it works.

Children still study mathematics, languages, history, science and the arts. The difference is that mastery is recorded by demonstrated capability rather than by time spent in a classroom. A child may be advanced in geometry, average in writing and still developing in emotional self-regulation. The learning record shows each dimension separately.

Formal education does not end in early adulthood. Because occupations change repeatedly, every citizen receives a public learning allowance that can be used throughout life. Adults routinely spend several weeks each year in training, research, apprenticeships or civic study.

## Work after a century of automation

Maya begins work at 8:00 from the apartment’s small office. She is a water-systems steward for the Lake Erie Watershed Authority. Her job is to supervise the software and physical infrastructure that move, clean, recycle and allocate water across the metropolitan region.

Algorithms perform most routine forecasting. They monitor rainfall, soil moisture, pipe conditions, household demand, industrial use and contamination risks. Robotic equipment inspects tunnels and repairs many small defects. Maya’s work begins where the automatic systems encounter competing goals.

This morning, a cluster of agricultural districts has requested additional water because of an unexpected fungal outbreak. Granting the request would reduce the reserve available to cities during the heat wave. The system has produced several technically workable plans, but none can decide how risk should be distributed among farmers, residents and ecosystems.

Maya meets virtually with an agronomist, a municipal representative, an ecologist and two elected members of the watershed council. Their images appear around her desk at natural scale. Eye contact and spatial sound are convincing enough that remote meetings no longer feel like watching people through small windows, although participants can always see whether an image is live, reconstructed or translated.

They agree to release part of the reserve, compensate the affected farms for removing some crops and temporarily reduce water allocations to ornamental landscapes. Maya signs the operational order. Her professional license makes her legally accountable for it.

This pattern is common in 2122. Machines perform calculation, drafting, scheduling, monitoring and routine physical work. Humans remain responsible for defining purposes, handling unusual conditions, negotiating conflicting interests and accepting moral or legal responsibility.

Automation did eliminate many occupations. Conventional accounting, driving, clerical processing, basic software production, retail checkout and much routine legal work largely disappeared. At the same time, employment expanded in healthcare, education, ecosystem management, infrastructure, cybersecurity, public mediation, robotics maintenance, scientific research, arts, hospitality and personal services.

The important distinction is not between intellectual and manual labor. Both are heavily automated. The valuable human tasks are those involving responsibility, trust, social understanding, physical adaptability, taste or legitimate authority.

This development extends patterns already evident in the 2020s, when OECD research described AI as a source of productivity and new opportunities but also warned of displacement, reduced agency, bias and opaque decision-making. The mature response was not to prohibit automation, but to redesign employment, education, taxation and ownership around it.

The normal full-time working week in Port Aurora is twenty-eight hours. Maya works four medium-length days, with occasional emergency duty. Jonah works three days in clinical care and one day teaching.

A shorter working week does not mean that society has become post-scarcity. Housing in desirable places, rare materials, expert human attention and environmentally expensive consumption remain limited. People still compete for prestigious positions and complain about taxes. Businesses fail. Families worry about money.

What has changed is the economic floor. Basic healthcare, education, connectivity, local transportation and a modest quantity of energy and water are universal services. Adults also receive a small civic dividend financed by taxes on land, automated production, natural resources and large computational systems. Most middle-class households still rely on wages, but losing a job no longer immediately means losing medical care, schooling or shelter.

Maya’s workday contains no conventional email. Her professional communication system groups messages by project and legal status. The software summarizes routine exchanges, but original records remain available. Anything generated or altered by an artificial system is marked with an authenticated provenance trail.

Unverified media still circulate, especially in entertainment and political subcultures, but it is difficult to pass synthetic material off as an official document or live statement. After generations of deepfakes and automated propaganda, authentication has become as fundamental to communication as encryption.

Approximately six billion people were already online by 2025, and international policy had begun treating meaningful connectivity as essential infrastructure. By 2122, continuous network access is assumed in the same way that twentieth-century cities assumed roads and electricity. Connectivity is carried through terrestrial fiber, local wireless systems and satellite networks, with public emergency channels available independently of commercial providers.

## Healthcare as continuous maintenance

Jonah leaves home at 8:30. He is a clinical mediator at a community health center. The title reflects the central problem of medicine in 2122: not a shortage of measurements or possible interventions, but the need to decide what should be done for a particular person.

Most healthcare begins at home. Bathroom fixtures, beds, wearable patches and occasional microscopic implants can measure selected indicators of cardiovascular function, metabolism, sleep, infection and inflammation. These systems do not stream every bodily detail to a central authority. They process most signals locally and report only clinically relevant changes under permissions set by the patient.

During breakfast, Elise’s health system detected a minor irregularity in her heart rhythm. It compared the event with her history, recent medication, activity and genetic risk profile. Rather than issuing a diagnosis, it scheduled a ten-minute remote consultation.

At 10:40, Elise speaks with a cardiac nurse. A diagnostic patch performs an ultrasound and electrical reading while she sits in her apartment. The nurse concludes that the irregularity is probably a temporary response to dehydration and heat, but orders a medication adjustment and a follow-up scan.

The prescription is not a standard pill selected mainly by age and body weight. The pharmacy prepares a dose based on Elise’s metabolism, kidney function and current molecular profile. A courier vehicle delivers it with the building’s afternoon supplies.

Precision medicine in 2122 grew from the convergence of genomics, continuous sensing, molecular profiling and artificial intelligence. Researchers in the 2020s were already developing treatments tailored to genetic, physiological, behavioral and environmental differences, while emphasizing the need for diverse data and equitable access.

Many inherited single-gene diseases are corrected in childhood or before birth, under strict rules governing consent and permissible intervention. Several cancers are treated with personalized immune therapies. Damaged tissues can often be regenerated, and replacement organs grown from a patient’s cells are available for common procedures.

Medicine still has limits. Complex brain disorders, advanced systemic aging, novel infections and some aggressive cancers remain formidable. Antibiotic resistance is managed but never eliminated. Hospitals maintain isolation capacity because the memory of twenty-first-century pandemics permanently changed architecture and public-health law.

Hospitals themselves are smaller in relation to the population. They concentrate on trauma, difficult births, intensive care, complex surgery and specialized treatment. Routine monitoring, rehabilitation and minor procedures occur at home or in neighborhood centers.

Jonah’s first patient is not physically ill. She is a nineteen-year-old whose educational agent has reported severe sleep disruption and social withdrawal. The diagnostic system suggests several possible explanations. Jonah’s task is to listen, determine what the young woman actually wants and decide whether medical treatment, counseling, changes in work or simply time and social support are appropriate.

Healthcare therefore remains deeply human even though machines exceed human clinicians in many diagnostic tasks. The system can detect a pattern; it cannot determine by itself what kind of life a person should value.

## Government in daily life

At noon, Maya takes a break and reviews a civic notice. Port Aurora is voting on whether to expand the district cooling network into three lower-income neighborhoods. The project would reduce heat deaths and household electricity costs, but construction would disrupt streets for two years and require a temporary tax increase.

Government in 2122 is more digital and more continuous than it was a century earlier. Citizens do not vote on every administrative detail, but major local expenditures, land-use changes and algorithmic systems go through structured public review.

Maya’s civic interface shows the proposal, financial model, environmental assessment, arguments from organized supporters and opponents, and the findings of a randomly selected citizens’ panel. She can ask a public analytical system to explain the project, but the system is legally required to present major objections and reveal the assumptions behind its calculations.

The political structure remains recognizably democratic. There are elections, parties, courts, lobbying organizations, unions, protests and scandals. Political conflict has not disappeared. Automated persuasion and concentrated control of computation remain constant dangers.

The response has been to regulate political algorithms much as earlier societies regulated campaign finance, broadcasting and pharmaceuticals. Systems used in public administration must be registered, audited and open to challenge. Citizens have a right to know when an automated process has affected their benefits, taxes, employment, healthcare or legal status.

Governments were already beginning in the 2020s to treat AI as part of public administration rather than merely as an industry to regulate. Digital-government programs emphasized data management, accountability and responsiveness, while the first comprehensive AI laws classified systems according to risk. Over the following century, these ideas developed into a permanent constitutional layer governing automated power.

Nation-states still exist and remain important. They control defense, criminal law, taxation, citizenship and much social policy. But authority is more widely distributed. City-regions manage housing, transportation and adaptation. Continental federations regulate trade, migration, energy networks and large computational systems. Global institutions have narrow but meaningful powers over climate monitoring, pandemics, oceans, orbital activity and dangerous biological or artificial-intelligence research.

There is no world government. Competition among major powers continues, especially over advanced computing, space infrastructure, biotechnology and access to minerals. Military conflict is less frequent than during the most unstable decades of the twenty-first century, but cyberattacks, economic coercion and struggles over autonomous weapons remain serious.

Climate migration has permanently altered politics. Movement from highly exposed regions is managed through treaties that distribute migrants among receiving cities, fund infrastructure and recognize partial compensation claims from communities that lost habitable territory. The system is contentious and imperfect, but migration is treated as a structural condition rather than a temporary emergency.

Cities became central to this political order because housing, cooling, mobility and flood protection had to be implemented locally. UN-Habitat was already emphasizing in the 2020s that practical climate action depended on urban planning, resilient housing, mobility and cooperation among national and local governments.

## Afternoon

The children remain at the learning commons for lunch and afternoon activities. Meals are universal and are prepared in a neighborhood kitchen that also serves older residents and workers. Food waste is separated automatically, processed locally and returned to agriculture as feedstock or fertilizer.

After lunch, Ren’s group visits the old flood barrier. They travel by tram with two educators. Their lenses overlay historical shorelines on the present landscape. They can see where homes, roads and factories stood in 2022, where repeated floods forced abandonment, and how the district was converted into wetlands.

The augmented view is useful but restrained. Advertising overlays are prohibited in public space unless a person deliberately requests them. Earlier generations discovered that a world permanently covered by personalized messages was psychologically exhausting and politically dangerous.

Imani spends the afternoon in the greenhouse, then attends a music ensemble. Her instrument is physical. Although software can generate flawless music in any style, people continue to play instruments for the same reason they continue to cook, garden, compete in sports and tell stories: the activity itself is valuable.

At 15:20, the smoke plume reaches the city. School ventilation shifts to recirculation, outdoor athletics move indoors and the transit system automatically increases service so fewer people need to walk long distances in polluted air.

These responses are ordinary. Climate adaptation is built into schedules and buildings rather than treated as an exceptional emergency. Weather still causes inconvenience and tragedy, but the most common hazards are anticipated through redundant power, cooling shelters, evacuation routes and public-health monitoring.

The natural world surrounding the city is neither pristine nor dead. Many species were lost during the twenty-first century. Others migrated northward or survived through protected corridors, assisted relocation and intensive conservation. Large areas around the Great Lakes are managed as wetlands, forests and water reserves rather than as conventional suburbs.

Restoration employs thousands of people. Ecosystem workers monitor soil, water, insects, forests and invasive species with robotic assistance. Their purpose is not to recreate an exact historical landscape but to maintain functioning ecosystems under new climatic conditions.

## Evening

Maya finishes work at 14:30. Jonah returns shortly after 16:00. The children arrive home at 16:20 on an autonomous shuttle because of the smoke advisory.

The family has more shared time than a comparable middle-class household did in 2026. The shorter working week, reduced commuting and automation of routine domestic tasks have made this possible. Yet domestic life has not become effortless.

Someone still has to decide what to eat, help a child through disappointment, care for an older relative, maintain friendships and negotiate disagreements. Household agents can order groceries and clean floors. They cannot create a family.

At 17:00, Jonah joins a remote seminar for health workers. A new respiratory virus has appeared in several equatorial cities. It is not considered highly dangerous, but clinics are reviewing surveillance and vaccine-production protocols.

Public-health networks can identify outbreaks quickly by combining anonymized clinical reports, wastewater sampling and voluntary home diagnostics. Once a pathogen is characterized, vaccine platforms can be adapted within days and production expanded within weeks. International inspections verify that surveillance systems are not secretly being used for prohibited military biological work.

Dinner is prepared partly by the kitchen system and partly by Ren, who is practicing cooking. The family eats noodles with vegetables, mushrooms and cultivated fish. Automated nutrition advice appears only when requested; constant behavioral correction came to be regarded as an unacceptable intrusion.

During the meal, they speak with Jonah’s sister, who lives in Lagos. A wall surface creates a spatial image that changes perspective as people move around the room. The effect is more convincing than a flat video call, but nobody mistakes it for physical presence. Touch, shared surroundings and the small accidents of being together still make travel and visits important.

Automatic translation allows people without a common language to converse smoothly. Many children nevertheless learn several languages because language remains tied to identity, humor, literature and belonging. Translation systems convey meaning well but do not erase culture.

After dinner, the family separates for an hour. Imani enters a shared virtual environment to rehearse a dance with friends. Ren works on his shoreline presentation. Jonah walks down the corridor to check on Elise. Maya reviews the cooling-network proposal and casts her vote.

Voting requires deliberate confirmation through two different forms of identity. The ballot is secret, while the system produces public mathematical evidence that all valid votes were counted. Citizens can vote from home, at public terminals or with paper-based assistance.

At 20:30, the exterior temperature is still 34 degrees. The family cannot open the windows, but the apartment remains comfortable. Cool water from the district reservoir circulates through the walls. The building has reduced lighting and deferred several appliances because the regional grid is experiencing its evening peak.

From the balcony, the city appears quieter than a twenty-first-century metropolis. There is little engine noise. Rail vehicles pass in the distance, and small service machines move along the street. Delivery drones are rare because cities restricted them after residents objected to noise, accidents and constant surveillance from the air.

The skyline is compact. Tall buildings cluster around rail stations, while most neighborhoods consist of structures between six and fifteen stories. Roofs hold gardens, solar equipment, water systems and communal terraces. Former highways have become rail corridors, parks and bands of housing.

Beyond the city, the horizon carries a faint brown haze from the fires.

## What counts as an ordinary life

At 21:15, the children prepare for bed. Their learning systems recommend that Ren stop working, based not on surveillance of his emotions but on his family’s chosen nighttime settings. He ignores the first reminder. The second locks his school workspace until morning, a rule he previously agreed to with his parents.

Maya checks tomorrow’s schedule. She will travel to a water-treatment facility by train. Jonah has no formal work but will spend two hours helping supervise a neighborhood recreation program. Elise has an in-person medical scan. The children will return to the learning commons.

Nothing that happened during the day would strike the family as extraordinary. They used artificial intelligence almost continuously without spending much time thinking about it. They traveled in autonomous vehicles without owning one. Their home produced energy, recycled water and protected them from dangerous heat. Their healthcare system monitored disease before symptoms became severe. Their children followed personalized courses while learning in a physical community.

They also paid housing charges, worried about an elderly parent, argued about schoolwork, followed public news, worked for wages and made compromises about time and money.

Their civilization is neither a technological paradise nor a collapse. It is wealthier, more capable and more carefully managed than the world of 2026. It is also constrained by the ecological damage and political decisions inherited from that world.

The central achievement of the century has not been a single machine. It has been the construction of institutions that allow extremely powerful machines to function inside ordinary human life without making every household, workplace and government entirely subordinate to them.

The central failure is visible outside the window. The smoke, heat and transformed shoreline are reminders that humanity learned to manage the planet only after changing it permanently.

At 22:00, the apartment shifts into night mode. The windows darken, nonessential systems power down and the building prepares to draw cool air during the least hot hours before dawn.

Port Aurora continues operating around them: trains moving, water circulating, medical networks watching for emergencies, farms adjusting irrigation and public computers balancing tomorrow’s energy demand.

For the Alvarez-Okafors, it has been an ordinary Thursday.