Is AI Eating Software? The Moat Is Moving Down the Stack

AI is compressing SaaS margins and shifting value to platforms. Traditional software vendors face a choice: differentiate on proprietary data and workflows, or watch core features get commoditized by "good enough" AI assistants.

AI vs SaaS: How Generative AI Is Reshaping Software Economics
TL;DR - SaaS vs AI Economics

💡 TL;DR - The 30 Seconds Version

🔄 Generative AI is compressing SaaS margins as features like email drafting and document summarization shift from premium add-ons to table stakes.

💰 Value slides down the stack to hyperscalers and model providers who monetize GPU time, inference costs, and orchestration pipelines that SaaS vendors need.

📊 AI features carry ongoing inference costs unlike traditional buttons, forcing vendors to choose between bundling unlimited AI (hurting margins) or metering usage (creating friction).

🏗️ Pricing shifts from per-seat models to outcome-based billing as companies like Microsoft bundle Copilot add-ons and Salesforce tests usage-based credits.

🛡️ Data moats become critical again—vendors with proprietary, high-quality datasets can differentiate while generic AI features get commoditized by operating systems.

🎯 SaaS companies face three strategic paths: build domain-specific copilots, acquire AI-native competitors, or bundle within larger suites to defend pricing power.

Generative AI is compressing SaaS margins, redrawing moats, and pushing value toward platforms.

Marc Andreessen once argued that software would devour the economy. Today, investors fear the reverse: AI devouring software. The new question is whether the industry’s profits and power migrate away from application vendors and toward the layers below—cloud, models, and operating systems—much as the cloud era kneecapped hardware a decade ago. If that sounds familiar, revisit Andreessen’s 2011 WSJ essay on software.

What’s actually new

Generative AI can perform work that used to justify entire product lines. Drafting emails, designing mockups, summarizing documents, and answering support tickets now look like table stakes rather than premium features. That changes pricing power. Fast.

Value is sliding down the stack. Hyperscalers sell model access and GPU time; foundation-model providers compete on quality and latency; operating systems embed “good enough” assistants. Application software must either differentiate on proprietary data and workflow depth—or watch core tasks get commoditized. There’s no middle seat.

Evidence from the field

Incumbents are repricing to capture AI’s perceived lift. Microsoft sells Copilot as a premium add‑on. Salesforce bundles AI across clouds and is testing usage-based credits. Adobe is weaving Firefly into Creative Cloud to defend share while arguing its provenance tools add trust, not just tricks. Price is a signal here.

AI-native challengers move faster on experience. Canva and Figma collapse learning curves with prompt-based creation and collaborative defaults. In customer service, AI agents now resolve tickets end-to-end, pressuring per-seat models. In coding, assistants turn “number of developers” into a weaker proxy for output. Efficiency cuts both ways.

Economics under pressure

AI features carry ongoing inference costs. Traditional buttons were cheap to serve; large model calls are not. If vendors bundle unlimited AI, margins suffer; if they meter usage, customers scrutinize ROI and switch costs. The bill arrives either way.

Pricing is shifting from seats to outcomes and consumption. Per-resolution, per-generated-asset, and per‑token models align revenue with value but introduce volatility and procurement friction. Finance teams will ask how to budget “bursty” AI workloads without surprise overages. Predictability still wins enterprise deals.

Platform gravity intensifies

Operating systems and suites are swallowing routine tasks. If Windows, iOS, and the big productivity suites handle drafting, summarization, and simple edits out of the box, point solutions must prove sharper accuracy on real data, tighter workflow fit, or clear compliance advantages. “Good enough” at platform scale is a formidable baseline.

The hyperscalers capture more economics when AI usage rises. They monetize model hosting, vector databases, orchestration, and fine‑tuning pipelines that SaaS vendors need to deliver features. As with the cloud, the toll road gets paid first. That dynamic is hard to outgrow.

Strategy choices for incumbents

Three paths dominate: build, buy, or bundle. Build means shipping copilots that actually reduce time-to-value on messy, domain-specific tasks—think CRM forecasting off first-party signals or creative tools that respect licensing constraints. Buy means paying up for AI-native UX and distribution, with antitrust as a speed bump. Bundle means leaning on suites to defend price and consolidate vendors. Speed is the constraint.

Data moats matter again. The strongest AI advantages come from using a customer’s own, high‑grade data—with permission and trust already in place. That tilts the field toward vendors with big footprints and tight hooks into workflows—Salesforce in CRM, SAP in ERP, Adobe in creative. Without data advantage, UX advantages erode quickly.

Regulation, trust, and Europe’s turn

Enterprise buyers now treat AI risk like security risk: contractual promises, audit trails, and content provenance are must‑haves. Vendors that watermark outputs, expose usage logs, and wall off training from customer data reduce adoption friction. Trust is a feature.

Europe’s large software houses—SAP among them—face a double mandate: ship competitive copilots while meeting stricter privacy and AI governance expectations. That can be an advantage if compliance is productized rather than bolted on. It can also slow cycles. The margin for error is thin.

What to watch next

Investors should watch three numbers on earnings calls: attach rates for AI add‑ons, gross margin trends net of AI costs, and churn in seats where AI automation replaces human users. Claimed productivity gains are welcome; unit economics decide the winner. Results beat demos.

Startups should target narrow, painful workflows where incumbents’ generic copilots stumble—legal review on company‑specific templates, industry‑specific analytics, or vertical design systems. Proprietary data partnerships beat param tweaks. Small, fast, and focused still travels.

Limitations and second-order effects

AI will not erase deep software. Complex planning, compliance-heavy workflows, and multi-entity processes still need systems of record and controls. Copilots reduce clicks; they don’t replace audits. For many buyers, “explainability on my data” outranks “flashy generation.” That’s the quiet constraint.

Model churn is real. As vendors swap providers or mix open and closed weights, quality and latency can wobble. Buyers will demand SLAs and graceful fallback paths. Reliability is part of the product, not an ops detail.

Why this matters

  • The software profit pool is being re-sliced: platforms and model infrastructure pull more value while application vendors fight for differentiated, data-rich workflows.
  • Pricing and trust will sort the field; companies that meter AI sanely and prove safe, outcome-level impact will earn durable multiples.
FAQ - Is AI Eating Software?

❓ Frequently Asked Questions

Q: What exactly triggered the Adobe stock drop that started this whole debate?

A: Melius Research downgraded Adobe to a rare "Sell" rating with a $310 target (down from $500+ levels), arguing AI could commoditize features Adobe charges premium prices for. Adobe fell to 52-week lows near $332, already down 20% this year before the downgrade.

Q: How much does it actually cost software companies to run AI features?

A: Unlike traditional software buttons that cost pennies to serve, each AI inference (like generating an image or drafting text) requires expensive cloud compute. Companies are currently "eating these costs" during beta rollouts, but analysts estimate tens of millions in incremental AI spending for major vendors like Adobe.

Q: What's the actual price difference for AI-enabled software?

A: Microsoft charges $30 per user for Office Copilot—a 60-70% premium over base Office subscriptions. Salesforce raised prices 6% for the first time in seven years, citing AI functionality. Many vendors are testing usage-based pricing instead of flat fees to manage AI compute costs.

Q: How big is Canva actually compared to Adobe?

A: Canva has 230 million users and $3+ billion in annualized revenue, used by 95% of Fortune 500 companies. Its private valuation exceeds $40 billion. Adobe's total revenue is roughly $20 billion annually, but Canva targets simpler design tasks that Adobe historically dominated.

Q: What does "multiple compression" mean for software company valuations?

A: It means investors pay lower price-to-earnings ratios for software stocks due to AI threats. Melius set Adobe's target at 13 times 2027 earnings estimates—far below the lofty multiples software companies enjoyed before AI competition emerged. Investors fear commoditization will reduce pricing power.

Q: How badly did European software stocks get hit in this selloff?

A: SAP fell over 5% in its worst day in nearly three years. France's Dassault Systèmes and Britain's Sage Group dropped 4-10%. The selloff mirrored U.S. declines as traders feared European companies were "behind the curve" on AI compared to American rivals.

Q: What specific AI regulations are software companies worried about?

A: The EU's AI Act requires transparency and risk checks on generative AI features. Companies must navigate data security rules, copyright concerns, and potential disclosure mandates for AI-generated content. Adobe's Content Credentials system aims to get ahead of these requirements.

Q: How quickly are companies actually switching away from per-seat pricing?

A: It's early but accelerating. Zendesk now charges per AI resolution rather than per human agent. Salesforce launched "Flex Credits" for AI workload consumption. The shift reflects AI's ability to decouple value from human user counts, but most contracts still use traditional seat-based models.

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