Sam Enoka Is Putting the Cloud Where the Current Already Runs

The road to Sam Enoka's cloud begins with a boat. From Cordova Harbor in Alaska, the trip to Humpback Creek takes about 15 minutes, crossing water toward a hydroelectric station tucked among trees and steep country. Inside, beside the machinery that turns moving water into current, sits a compact data center. It does not look like the popular image of the cloud. There is no acreage of windowless warehouse, no new substation looming over a fence. The computing fits into cabinets. The setting supplies the argument.

Enoka, the founder and CEO of Greensparc, has spent years assembling that argument from careers that usually occupy separate rooms. He trained in finance, worked in real estate and alternative assets, helped manage hedge-fund operations, and then spent a decade inside the mechanics of California's electricity market. Greensparc brings those rooms together. A server is a piece of technology, but it is also an electricity customer, a source of recurring utility revenue, a tenant in a physical place, and a bet on what a community will need next.

This is why the Cordova installation feels less like a stunt than a thesis with a power cord. The company sizes modular data infrastructure around the grid that already exists. In communities where large industrial customers are scarce and renewable generation can go unused, a steady computing load may help absorb fixed utility costs. At the same time, local compute can shorten the long path that data takes to distant facilities. Enoka's favorite terrain is the seam between the electron and the bit.

A résumé built for the overlap

Enoka was raised in North Pole, Alaska, a town whose name tends to arrive before any other detail. He stayed in the state for university, earning a BBA in finance from the University of Alaska Fairbanks in 1995. Four years later, he completed an MBA at Berkeley Haas. The move south widened his field without erasing the northern reference point.

His early work moved through real-estate investment, finance, venture-backed technology and alternative-asset management. In 2006 he became president and CFO of VIASYN, an independent scheduling coordinator in California's wholesale electricity market. The title sounds tidy. The work was not. It covered community energy program design, stakeholders with competing needs, resource planning and electricity-linked financial products. Electricity markets punish vague thinking on a fixed schedule. Supply and demand must reconcile in real time.

There was a civic strand running beside the commercial one. Enoka served on the board of Youth Speaks, the Bay Area organization built around young writers and spoken-word performance. He also joined the San Francisco School Alliance's business advisory council and a grant-selection committee for a charitable organization serving children. None of those roles predicts a hydro-powered data center. Together, though, they show a preference for institutions that enlarge access: access to a stage, access to educational opportunity, access to support. Greensparc translates that instinct into physical infrastructure.

While working in California, Enoka kept building connections to Alaska. He served as an entrepreneur in residence at the University of Alaska and joined the board and advisory board of the Alaska Center for Energy and Power. That relationship put him in a community studying microgrids, the small and often isolated power systems that are everyday infrastructure across the state. Through that orbit he met Clay Koplin, the chief executive of Cordova Electric Cooperative. An operating partnership eventually grew from the conversation.

The company biography calls him a creative problem-solver who makes connections between people and ideas. Corporate biographies are polished objects, but this description survives contact with the career. Enoka's distinguishing habit is connective: finance to hardware, utility economics to local opportunity, a California headquarters to an Alaska hydro station. His work is less about inventing each component than arranging familiar components so they can do something together that they could not do alone.

The cloud comes ashore

Cordova is a coastal community of roughly 2,600 people. Its electric cooperative uses hydropower, and its geography makes every infrastructure choice unusually literal. Equipment moves by ferry. The hydro plant is about six miles from the harbor. Weather has opinions. Yet the same isolation that complicates delivery also sharpens the case for local capacity. If important services depend on a network path to computing hundreds or thousands of miles away, the cloud's apparent placelessness becomes a liability.

Greensparc and its partners began with a demonstration in 2023, moving modular components in a trailer and then by ferry. The company and Cordova Electric Cooperative put the 150-kilowatt facility into service in spring 2024. Hewlett Packard Enterprise supplied edge-to-cloud technology. The hydro facility supplies renewable electricity and helps with cooling. What conventional data centers spread across a building, the Cordova installation compresses into a small footprint inside an existing energy site.

The practical trick is not simply to put servers near a turbine. It is to make the load useful to the utility rather than burdensome. Enoka argues that a facility which avoids major network upgrades and consumes available capacity can take on part of a utility's fixed overhead. “It becomes new and very stable revenue for that utility,” he has said. The intended outcome is downward pressure on rates for everyone connected to the system.

That claim deserves to be measured over years, not admired in a diagram. Enoka's approach is interesting precisely because Cordova gives it somewhere to be tested. There is a real cooperative, a real hydro resource and operating equipment. There are also future questions about customers, expansion and how a small installation performs as demand for AI computing accelerates. The cabinet has to earn its keep.

“We put downward pressure on the rates for everyone on that system.”Sam Enoka

Small boxes, larger loyalties

Greensparc's language often returns to the digital divide, but Enoka's version is less about laying one more strand of fiber than about what sits at the other end. Broadband funding can connect a community to the network. It does not automatically place computing nearby. On a TribalHub conversation in 2025, he described the overlooked need for the boxes attached to that new connectivity: infrastructure capable of storing, processing and serving data closer to where people live.

Proximity matters technically, through latency and resilience. Enoka also frames it as permission to remain. A person should not have to leave a remote or tribal community merely to participate in technology work. Local compute cannot create that economy by itself, but it can become one layer beneath it, alongside reliable broadband, skills and employers. “Having the opportunity to stay home and get that great job in technology ... is new,” he said. “And that is transformative.”

The line is personal without becoming sentimental. Enoka left Alaska and built a career in California, but the state remained a professional through-line. The University of Alaska relationships, the microgrid work and the Cordova partnership all turned an old connection into operating infrastructure. In his story, returning does not mean reversing direction. It means bringing a wider set of skills back to the place that taught him what distance costs.

The discipline of fitting

Data-center development is usually narrated in units that make small communities disappear: gigawatts, campuses, billions. Enoka's preferred unit is the fit. How much power is genuinely available? What does the utility need? Which customers can use the capacity? Can equipment arrive quickly and operate in severe conditions? Does the project leave a benefit behind? The questions sound modest. Together they form a harder brief than buying land and asking a grid for more.

Public plans have described a larger Cordova expansion with a GPU cluster, and Greensparc has explored work elsewhere in Alaska. Enoka has also taken the argument into legislative hearings, microgrid conferences, sustainability forums and interviews. In 2026 he discussed data-center demand on the University of Alaska Fairbanks program Energy in the North and joined a Trellis session asking what climate leaders need data-center builders to construct. The company says it intends to expand across Alaska, the continental United States and remote markets elsewhere.

Expansion will test whether the Cordova arrangement is a template or a fortunate local match. Every microgrid has its own economics, governance and weather. Every community carries its own definition of benefit. Modular hardware can travel more easily than trust. Enoka's long apprenticeship across markets and stakeholder groups may matter as much as the machines. He is selling an agreement about how energy, computing and place should treat one another.

Back at Humpback Creek, the river makes the case without a slogan. Water moves. Turbines turn. Cabinets compute. A utility gains a customer, and a distant abstraction called the cloud acquires an address. Enoka's wager is that this circuit can be repeated without becoming careless about the places it enters. The ambition is continental. The method begins at community scale, one available current at a time.