Galaxy Digital lines up $3.5B high-yield bond to turbocharge Texas AI data hub
Galaxy Digital is preparing to tap the U.S. high-yield market for roughly $3.5 billion, aiming to accelerate the build-out of its Helios artificial intelligence data center campus in West Texas. The planned junk bond issue, backed by long-term leases with AI cloud provider CoreWeave, would be the firm’s first foray into this corner of the debt markets and marks a major escalation of its AI infrastructure ambitions.
According to people familiar with the deal, the proceeds will cover a portion of construction costs for the Helios campus in Dickens County, Texas, and will also be used to fund debt service reserves associated with the project. The bonds are expected to be priced on July 23, with Morgan Stanley and Goldman Sachs leading the underwriting. The structure reportedly centers on five-year notes issued by a dedicated Galaxy subsidiary.
Under the current proposal, the issuing entity will begin to amortize 4% of the original principal annually, starting 10 months after construction reaches completion. That repayment profile, combined with long-dated customer contracts, is designed to make a speculative-grade issue more palatable to institutional investors who are increasingly comfortable funding AI infrastructure via junk bonds.
The deal would place Galaxy among a growing group of developers turning to the U.S. high-yield market to bankroll large-scale AI data centers. So far this year, companies have already secured around $28 billion in junk bond financing for AI-focused facilities, underscoring how investor appetite has extended beyond software names and into the physical backbone of the AI boom.
Galaxy’s bond sale comes on the heels of a similar move by another data center operator. A subsidiary of Applied Digital recently raised about $1.59 billion in the U.S. high-yield market to build out additional capacity for CoreWeave at a separate campus in North Dakota. Together, these transactions highlight how a handful of AI cloud specialists are anchoring massive, long-term infrastructure financing deals.
CoreWeave itself is central to Galaxy’s plan. Earlier this month, Galaxy revealed that CoreWeave had committed to 15-year leases for computing capacity at the Helios campus. Once fully operational, those contracts are projected to generate in excess of $1 billion in annual revenue, giving bondholders a line of sight to future cash flows tied directly to AI workloads. The agreements effectively serve as the economic backbone for the planned bond issuance.
Helios is already partially up and running. Galaxy has finished the first phase of construction at the Dickens County site, roughly 60 miles east of Lubbock, and is preparing for further expansion. The next major phase is scheduled to break ground in 2027 as the company scales the campus to serve increasingly intensive artificial intelligence and high-performance computing (HPC) applications.
Regulators have cleared the Helios campus for up to 1.6 gigawatts of power capacity dedicated to AI and HPC, according to previously released company figures. That scale puts Helios in the top tier of next-generation data center projects, where access to power, land, and cooling has become as important as the chips themselves. For AI training clusters and advanced inference workloads, such high-density facilities are now essential infrastructure.
Historically, Galaxy has leaned on convertible notes to finance its growth. By moving into traditional high-yield bonds, the company is signaling both a maturation of its capital structure and a belief that demand for AI computation is robust enough to support long-duration, fixed-income financing. It also diversifies Galaxy’s funding base beyond equity-linked securities and crypto-linked capital raises.
The firm’s identity is evolving alongside its balance sheet. Originally known primarily for trading, investment, and asset management in the digital asset space, Galaxy has steadily stepped up its commitment to AI infrastructure throughout 2026. The Helios campus is now one of its flagship long-term projects, sitting at the intersection of crypto, high-performance computing, and cloud-scale AI services.
CoreWeave’s role further cements Helios’s status as a key node in the emerging AI infrastructure map. As one of the fastest-growing AI cloud providers, CoreWeave requires substantial, specialized compute capacity to support model training and enterprise deployments. By tying Helios closely to this demand, Galaxy aims to position the campus among a small group of critical facilities enabling large-scale AI training, inference, and cloud GPU rentals.
Galaxy is also weaving the Helios project into the broader fabric of West Texas. The company recently reached a 15-year naming-rights and partnership agreement with Texas Tech University, under which the school’s football venue will be rebranded as Galaxy Stadium starting with the 2026 season. The deal designates Galaxy as Texas Tech Athletics’ official partner for digital assets and data centers.
Beyond the stadium name, the partnership is intended to support joint initiatives in artificial intelligence, workforce training, and innovation programs. Galaxy and the university plan to collaborate on AI-related research opportunities, educational tracks aligned with data center jobs, and programs involving student-athletes’ names, images, and likenesses. Financial details were not made public, but the arrangement is meant to anchor Galaxy’s presence in the region and build a local talent pipeline for Helios and other projects.
This university alliance effectively connects Galaxy’s on-the-ground infrastructure in Dickens County with one of the region’s most visible institutions. For a company investing billions into a long-lived energy- and compute-intensive campus, such regional ties can help secure political goodwill, workforce availability, and social license to operate, particularly as AI data centers draw scrutiny over land use and power consumption.
Even as Galaxy dedicates more capital to AI infrastructure, it is not stepping back from its crypto roots. Earlier this week, the firm announced a $5 million Bitcoin Quantum Readiness Initiative designed to support developers working on defenses against future quantum computing threats. The grant program will prioritize research into quantum-resistant digital signature schemes, tools that help users migrate wallets safely, and independent security audits of proposed solutions.
Galaxy has said it wants to see universities, companies, and specialist teams contribute both funding and technical expertise to accelerate progress in post-quantum cryptography for Bitcoin. The initiative reflects a broader thesis: while AI and quantum technologies are often framed as abstract future risks or opportunities, they are already shaping infrastructure and security decisions being made today by major crypto players.
Why the junk bond route matters for AI infrastructure
Galaxy’s high-yield plan illustrates how AI has become a core theme for debt investors, not just equity markets. Junk bonds are typically associated with leveraged buyouts or cyclical businesses, but the current wave of AI-related issuances is different: these projects are underpinned by long-term power contracts, compute leases, and multiyear customer commitments. That creates a hybrid profile-speculative-grade credit anchored by infrastructure-like cash flows.
For investors, bonds linked to AI data centers offer exposure to one of the fastest-growing technology themes, but with a fixed-income risk/return profile. They are not betting directly on which AI model, application, or software platform will dominate; instead, they are backing the “picks-and-shovels” layer of the AI boom: energy, real estate, and specialized hardware capacity. Galaxy’s structure, with principal amortization beginning less than a year after construction completion, is clearly designed to highlight that cash-flow visibility.
Texas as a strategic AI and crypto hub
The choice of West Texas is not accidental. The region offers abundant land, a deep connection to the energy industry, and access to substantial power generation capacity, including renewables. That combination has already attracted large-scale Bitcoin mining farms and is now pulling in AI data center developers.
For Galaxy, the overlap is particularly attractive. The same factors that made Texas appealing for energy-intensive crypto mining-cheap power, flexible grid connections, and favorable regulatory attitudes-also make it a prime location for GPU-dense AI clusters. As Helios expands, Galaxy can optimize how it allocates energy and infrastructure between crypto-related workloads and AI/HPC tasks, depending on market conditions and profitability.
Balancing opportunity and risk
Financing an AI data center campus with junk bonds carries real risks. Construction costs can escalate, power prices can fluctuate, regulatory priorities can shift, and competition for AI tenants is intensifying. At the same time, demand projections for AI compute are aggressive, and there is no guarantee that every facility built today will enjoy full utilization a decade from now.
Galaxy’s long-term leases with CoreWeave, along with staged construction and regulatory approvals for up to 1.6 gigawatts, are meant to mitigate some of those uncertainties. Still, investors will be scrutinizing how quickly contracted revenue ramps, how efficiently the campus is built, and how well Galaxy manages technological obsolescence in a field where hardware cycles move quickly.
Synergy between AI and digital assets
Strategically, Galaxy is betting that AI and digital assets will reinforce rather than cannibalize each other. On one side, AI-driven trading, risk modeling, and infrastructure management can improve crypto market efficiency and operations. On the other, blockchain-based systems may play a role in verifying AI-generated content, managing digital identity, and coordinating distributed compute resources.
By building Helios as a flexible, high-performance campus, Galaxy aims to sit at that crossroads. The same racks of GPUs that train large language models can also be repurposed for advanced cryptographic computations, zero-knowledge proofs, and other computation-heavy blockchain use cases-offering Galaxy optionality as both sectors evolve.
Quantum risk as the next frontier
Galaxy’s Bitcoin Quantum Readiness Initiative underscores a parallel technological front: while AI demands ever more computing power, quantum advances could eventually threaten the cryptographic foundations of digital assets. The company’s decision to commit capital now signals a view that post-quantum preparedness will become an important differentiator among crypto infrastructure providers.
Rather than wait for a crisis, Galaxy is encouraging research and practical tools that can help the Bitcoin ecosystem transition to quantum-resistant security standards over time, minimizing disruption. The initiative sits alongside its AI infrastructure build-out as part of a broader strategy to future-proof both the compute layer and the security layer of the digital economy.
A reshaping of Galaxy’s business model
Taken together, the $3.5 billion bond sale, the CoreWeave partnership, the Helios expansion, the Texas Tech alliance, and the quantum-readiness program show a company in the middle of a structural transformation. Galaxy is moving from being primarily a financial player in digital assets to operating massive, capital-intensive infrastructure assets that serve both AI and crypto.
If the bond sale is successful and Helios continues to develop on schedule, Galaxy will emerge not only as a crypto-native financial institution, but also as a significant owner and operator of AI-ready data center capacity. In a landscape where the lines between finance, computation, and energy are blurring, Helios could become one of the defining assets that shape Galaxy’s trajectory over the next decade.