Terawulf Inc. (Nasdaq: WULF) introduced plans to boost $3.2 billion by senior secured notes. That is the biggest single debt financing tried by a publicly traded Bitcoin mining firm.
This text comes from Theminermag, a commerce publication for the crypto mining trade, specializing in the newest information and analysis about institutional Bitcoin mining corporations.
TerraWolf mentioned Tuesday that the personal placement of senior secured notes due 2030 will probably be offered to certified institutional buyers beneath Rule 144A of the Securities Act. Proceeds will assist fund the subsequent section of Lake Mariner's growth. Lake Mariner is being repositioned as a hybrid colocation campus for Bitcoin mining and AI.
In response to the corporate, the notes will probably be assured by a subsidiary of WULF Compute and secured by a first-priority lien on considerably all the property of Fluidstack USA I Inc., together with its fairness pursuits and designated lockbox accounts. Previous to completion of the growth, Google LLC intends to pledge warrants to buy Terawulf frequent inventory as a part of the collateral package deal.
The funding underscores Terawulf's transformation right into a broader digital infrastructure supplier, following an AI partnership with Fluidstack, which operates high-performance computing clusters with help partly from Google. Beneath the settlement, Terawulf will host Fluidstack's AI workloads at its New York facility, marking one of many first large-scale integrations of cloud GPU infrastructure inside a standard Bitcoin mining web site.
Terrawolf mentioned it can present a undertaking completion assure and make sure the well timed realization of the Mariner Lake growth. The proposed $3.2 billion issuance dimension is a number of occasions bigger than earlier issuances by different public miners reminiscent of IREN and MARA, and displays each elevated institutional curiosity in AI-related infrastructure and the continuing capital-intensive shift amongst Bitcoin miners as they diversify into high-performance computing.
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