Bernstein Sees Upside for Bitcoin Miners

Bernstein issued Outperform ratings on four bitcoin miners: IREN, Riot Platforms, CleanSpark, and Core Scientific, according to reporting by CryptoBriefing and KuCoin. CryptoBriefing and KuCoin report that Bernstein's research note estimates a $90 billion wave of AI infrastructure investment that could create demand for colocation and high-density power sites. CoinDesk and Blockonomi report that Bernstein raised Core Scientific's price target to $24 from $17, and that the firm expects Core Scientific to deliver about 590 megawatts of IT load by early 2027.

CoinDesk and Blockonomi report that Bernstein abandoned a traditional discounted cash flow model in favor of a sum-of-parts valuation, combining bitcoin holdings, mining EBITDA, AI colocation and cloud revenues, and the potential value of power sites. CoinDesk and Blockonomi further report that the note applies a $3 million per megawatt multiple to value sites earmarked for AI data centers. CryptoBriefing and KuCoin highlight operational assets that matter for AI colocation: permitted sites, energized substations, and cooling systems designed for high-density racks.

Editorial analysis: Companies that built large-scale mining facilities historically optimized throughput for ASIC rigs, not GPU clusters, but those sites nonetheless solved grid connection and permitting constraints that now limit AI data-center expansion. Industry observers noted in reporting that CoreWeave's multi-billion-dollar hosting agreement with Core Scientific served as a practical example that miners can host AI workloads, according to CryptoBriefing and KuCoin. CoinDesk and Blockonomi report Bernstein raised targets for other miners, including Riot to $25 from $19 and CleanSpark to $24 from $20, reflecting the analyst view that power-site value materially changes valuation frameworks.

Editorial analysis: In other sectors where infrastructure ownership matters, markets often re-rate companies when asset utility shifts to growth industries, but execution and retrofit costs vary widely. Public reporting on miners emphasizes that retrofitting ASIC-oriented facilities to GPU-ready colocation requires additional capital expenditure for networking, power distribution, and liquid or other high-density cooling solutions, as noted by CryptoBriefing and KuCoin.

Editorial analysis: Observers should track announced colocation contracts, measured GPU load delivered to sites, and concrete engineering upgrades that enable dense GPU racks. Reporting to date flags indicators such as disclosed AI-hosting revenue lines, signed multi-megawatt colocation agreements, and regulatory or utility approvals for additional energized capacity. Also watch for transaction terms and counterparties, since CryptoBriefing and KuCoin identify the CoreWeave-Core Scientific deal as an early proof point that may influence future pricing for colocation capacity.

Editorial analysis: Public reporting stresses that not every miner with spare land or a substation will convert into an AI colocation provider without substantial capital and engineering work. Sources caution that valuation upside implied by a $90 billion AI wave depends on site readiness, financing, and competitive supply of utility hookups, per CryptoBriefing and KuCoin.

Editorial analysis: For infrastructure, power engineering, and data-center operations teams, the sector shift reported by multiple outlets signals stronger market interest in high-density power capacity and accelerated timelines for utility interconnection. Teams evaluating colocation or migration should treat announced analyst valuations as contingent on demonstrable engineering changes and signed contracts, not solely on theoretical site potential.