
Zemmel: We believe some of the most compelling opportunities today sit close to the infrastructure layer — what Blackstone refers to as the “picks and shovels” of AI — data centers, compute, and related areas tightly coupled to that stack. At the other end, some skilled tasks that current models can already replicate — like parts of content creation or legal workflows — face real pressure.The biggest opportunity is the vast middle of the economy. Physical businesses, manufacturing, logistics, and retail. These are not “AI-native” sectors, but they are increasingly AI-enabled. From factory layout and robotics to marketing and supply chains, AI is enhancing how real-world businesses operate.
Stecher: As a software engineer, I see the biggest proven impact right now in software engineering’s toolkit. My teams are meaningfully more productive than they were a year ago. And I think that same dynamic will extend into drug discovery, materials science, anywhere the work mirrors software development at its core — design something, test it, refine it, repeat.
Zemmel: We believe some of the most compelling opportunities today sit close to the infrastructure layer — what Blackstone refers to as the “picks and shovels” of AI — data centers, compute, and related areas tightly coupled to that stack. At the other end, some skilled tasks that current models can already replicate — like parts of content creation or legal workflows — face real pressure.The biggest opportunity is the vast middle of the economy. Physical businesses, manufacturing, logistics, and retail. These are not “AI-native” sectors, but they are increasingly AI-enabled. From factory layout and robotics to marketing and supply chains, AI is enhancing how real-world businesses operate.
Stecher: As a software engineer, I see the biggest proven impact right now in software engineering’s toolkit. My teams are meaningfully more productive than they were a year ago. And I think that same dynamic will extend into drug discovery, materials science, anywhere the work mirrors software development at its core — design something, test it, refine it, repeat.
Zemmel: We believe some of the most compelling opportunities today sit close to the infrastructure layer — what Blackstone refers to as the “picks and shovels” of AI — data centers, compute, and related areas tightly coupled to that stack. At the other end, some skilled tasks that current models can already replicate — like parts of content creation or legal workflows — face real pressure.The biggest opportunity is the vast middle of the economy. Physical businesses, manufacturing, logistics, and retail. These are not “AI-native” sectors, but they are increasingly AI-enabled. From factory layout and robotics to marketing and supply chains, AI is enhancing how real-world businesses operate.
Stecher: As a software engineer, I see the biggest proven impact right now in software engineering’s toolkit. My teams are meaningfully more productive than they were a year ago. And I think that same dynamic will extend into drug discovery, materials science, anywhere the work mirrors software development at its core — design something, test it, refine it, repeat.
Zemmel: We believe some of the most compelling opportunities today sit close to the infrastructure layer — what Blackstone refers to as the “picks and shovels” of AI — data centers, compute, and related areas tightly coupled to that stack. At the other end, some skilled tasks that current models can already replicate — like parts of content creation or legal workflows — face real pressure.The biggest opportunity is the vast middle of the economy. Physical businesses, manufacturing, logistics, and retail. These are not “AI-native” sectors, but they are increasingly AI-enabled. From factory layout and robotics to marketing and supply chains, AI is enhancing how real-world businesses operate.
Stecher: As a software engineer, I see the biggest proven impact right now in software engineering’s toolkit. My teams are meaningfully more productive than they were a year ago. And I think that same dynamic will extend into drug discovery, materials science, anywhere the work mirrors software development at its core — design something, test it, refine it, repeat.