Performance history will appear here as tracked data accumulates.
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NVDA LongPerformance +4.71%Current weight 27.34%
Description NVIDIA is the clearest direct beneficiary of hyperscaler AI capex because accelerated compute is the core hardware bottleneck when cloud platforms commit hundreds of billions to infrastructure.
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VRT LongPerformance -3.68%Current weight 14.37%
Description Vertiv is a highly specific way to express the post's 'compute and power' framing, with datacenter thermal management and power infrastructure demand rising alongside AI buildouts.
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ANET LongPerformance -7.75%Current weight 8.60%
Description Arista benefits from the networking layer required to scale AI clusters inside hyperscale datacenters, making it a direct secondary beneficiary of the spending surge.
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ETN LongPerformance -7.25%Current weight 8.65%
Description Eaton is a strong listed proxy for electrical distribution, power quality, and datacenter power equipment, matching the post's emphasis that power is gaining strategic value.
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SMCI LongPerformance +68.28%Current weight 15.70%
Description Super Micro provides AI server systems that sit directly in the capex chain as hyperscalers convert spending plans into deployed compute clusters.
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AMZN LongPerformance +2.70%Current weight 7.66%
Description Amazon is one of the hyperscalers driving the capex wave through AWS, so it captures both the demand side of AI infrastructure and the monetization of that capacity.
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MSFT LongPerformance +10.41%Current weight 8.24%
Description Microsoft is a core hyperscaler and one of the biggest AI infrastructure spenders, making it a direct expression of the capex commitment discussed in the post.
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GOOGL LongPerformance -0.34%Current weight 4.65%
Description Alphabet is another core hyperscaler increasing AI datacenter investment, participating directly in the compute-heavy reallocation of capital described by the post.
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META LongPerformance +2.62%Current weight 4.79%
Description Meta is a major AI capex spender even outside classic cloud, and its infrastructure buildout reinforces the thesis that compute capacity is being valued over incremental labor.