When to Use
You’re looking for startup opportunities in traditional industries. Or you’re analyzing an industry’s technology adoption and want to understand what “real digitization” looks like versus superficial digitization. Or you’re building a product and want to know whether you’re creating a “scanned PDF” of an existing process or something natively digital.
The Framework
The Three Stages
Balaji observes that every industry passes through three stages of digitization. Most people mistake stage 2 for true digitization, when the real transformation only happens at stage 3:
“Paper → scanner → native digital text file. Face-to-face → Zoom → VR meetings. Cash → credit cards/PayPal → cryptocurrency. Look for places where we’re still stuck at the scanned version.” — Balaji Srinivasan, The Anthology of Balaji
Stage 1: Physical (Analog) The original process, evolved over decades or centuries. Paper forms, in-person interactions, physical goods, manual labor. Deeply embedded in culture and regulation.
Stage 2: Scanned / Intermediate Digital The physical process digitized but not reimagined. The form becomes a PDF. The meeting becomes a Zoom call. The store becomes an e-commerce site with a shopping cart that mimics physical shopping. The process is faster and more accessible, but the logic of the process hasn’t changed. It’s still organized around the assumptions of the physical world.
This is where most “digital transformation” stops. Companies declare victory because they’ve digitized. But they’ve only scanned.
Stage 3: Native Digital A process that could only exist in the digital world. It doesn’t imitate the physical process - it replaces it with something that has no physical analog. Cryptocurrency isn’t digitized cash (that’s PayPal); it’s a fundamentally new kind of money with properties impossible in the physical world (programmable, permissionless, borderless, supply-capped by mathematics). AI-generated content isn’t digitized writing; it’s a new kind of content creation that has no manual equivalent.
The Full Spectrum with Balaji’s Examples
| Domain | Physical (Stage 1) | Scanned (Stage 2) | Native Digital (Stage 3) |
|---|---|---|---|
| Text | Paper document | Scanned PDF | Native digital text (searchable, hyperlinked, version-controlled, collaboratively editable) |
| Meetings | Face-to-face in a room | Zoom/video call (digitized room) | VR collaboration with shared digital objects, asynchronous interaction, AI meeting agents |
| Money | Physical cash | Credit cards, PayPal, Venmo (digitized cash) | Cryptocurrency (programmable money, smart contracts, DeFi) |
| Identity | Paper passport, driver’s license | Scanned documents uploaded to websites | Cryptographic self-sovereign identity (ENS, ZK proofs of attributes without revealing identity) |
| Contracts | Paper contract, wet signature | DocuSign (digitized signature on digitized document) | Smart contract (self-executing, on-chain, composable with other contracts) |
| Property records | Paper deed filed at county office | Digital deed database | On-chain property title (NFT/token representing ownership, instantly transferable, composable with DeFi) |
| Governance | In-person town hall, paper ballot | Electronic voting machines, Zoom town halls | Cryptographic voting (verifiable, auditable, resistant to manipulation), DAO governance |
| Education | In-person classroom lecture | Recorded video lecture (Zoom University, Coursera) | AI tutor + adaptive learning + on-chain credential that proves skill |
| Healthcare | In-person doctor visit | Telehealth video call (Zoom Doctor) | AI diagnostics + continuous biometric monitoring + on-chain health record owned by patient |
Why the “Scanned Version” Persists
The most common question: if stage 3 is so much better, why do most industries get stuck at stage 2? Several reasons:
Regulatory lock-in: Laws were written for the physical version. The “scanned” version fits within existing regulations because it mimics the physical process. The native digital version often violates regulations written for a different era. Example: Cryptocurrency violates money transmission laws written for physical cash and wire transfers.
Incumbent investment: Companies that built the “scanned” version have invested billions. They have no incentive to cannibalize their own product. DocuSign won’t build smart contracts that make DocuSign unnecessary.
Cultural inertia: People are comfortable with the scanned version because it looks familiar. A Zoom meeting looks like a meeting. A VR collaboration space looks like… what? The unfamiliarity creates adoption friction.
The “good enough” trap: For many use cases, the scanned version is adequate. Most people don’t need programmable money; PayPal works fine for sending $50 to a friend. The native digital version wins when the use case demands capabilities the scanned version can’t provide (cross-border permissionless transfer, censorship resistance, programmable financial logic).
Finding the Opportunity
The biggest startup opportunities exist at the Stage 2 → Stage 3 transition point. Here’s how to find them:
Step 1: Identify industries at Stage 2. Look for industries where “digital transformation” has already happened but the result feels unsatisfying. The process is faster but not fundamentally different. Users complain about the same problems they had before, just in a digital wrapper.
Step 2: Ask what “native digital” would look like. Forget the physical process entirely. If this industry were being invented today, with no legacy to constrain it, what would it look like? What capabilities would it have that are impossible in the physical or scanned version?
Step 3: Identify the blocker. Why hasn’t someone already built the native digital version? Is it regulation (which may change), technology (which may have recently matured), culture (which may be shifting), or market size (which may be growing)?
Step 4: Find the entry wedge. You can’t convert an entire industry from Stage 2 to Stage 3 at once. Find the specific use case where the scanned version is most inadequate and the native digital version provides the most dramatic improvement.
The Network State as Native Digital Governance
Balaji’s ultimate application of this framework is to governance itself. The nation state is the physical version. Digital governance tools (e-voting, digital ID, online town halls) are the scanned version. The network state is the native digital version:
“A network state is a social network with a moral innovation, a sense of national consciousness, a recognized founder, a capacity for collective action, an in-person level of civility, an integrated cryptocurrency, a consensual government limited by a social smart contract, an archipelago of crowdfunded physical territories, a virtual capital, and an on-chain census.” — Balaji Srinivasan, The Network State, Ch 5.3
Notice how the network state definition includes no physical-world assumptions. It doesn’t start with territory (physical), or with digital government tools bolted onto existing territory (scanned). It starts with a digital community and works outward to physical manifestation - native digital governance.
The Property Connection
In “All Property Becomes Cryptography” (Substack, July 2025), Balaji extends the physical-to-digital spectrum to property rights specifically. The argument: property security is transitioning from physical enforcement (locks, guards, borders) through intermediate digitization (digital access cards, electronic bank accounts) to cryptographic security (private keys, smart contracts, on-chain ownership records).
“99%+ of what’s valuable can be cryptographically secured.” — Balaji Srinivasan, “All Property Becomes Cryptography”
This is the physical-to-digital spectrum applied to the most fundamental concept in economics: property rights.
Example
Applying the spectrum to legal services:
Physical (Stage 1): Lawyer reviews paper documents in an office, meets client face-to-face, files paper documents with the court, sends bills by mail.
Scanned (Stage 2): Lawyer reviews PDF documents on a laptop, meets client via Zoom, files electronic documents with the court’s e-filing system (which is basically a web form that accepts PDF uploads), sends bills via email. The process is the same; the medium changed.
Native Digital (Stage 3): AI reviews contracts and flags issues in seconds. Legal agreements are smart contracts that self-execute. Disputes are resolved by algorithmic arbitration (Kleros-style). Client communication is asynchronous and AI-mediated. Compliance is verified automatically against on-chain regulations. Court filing is replaced by on-chain dispute resolution. The role of the human lawyer shifts from document processor to strategic advisor and exception handler.
The opportunity: most legal tech is Stage 2 (digitized versions of existing legal processes). The companies that build Stage 3 - truly native digital legal infrastructure - will capture the most value.
Output
After reading this framework, you should be able to:
- Classify any industry’s current digitization stage (1, 2, or 3)
- Envision the native digital version of any process
- Identify why an industry is stuck at the “scanned” stage
- Find the entry wedge for a Stage 2 → Stage 3 transition
- Apply the spectrum to property rights and governance
Source: The Anthology of Balaji pp. 196-197; The Network State Ch 5.3; Substack: “All Property Becomes Cryptography” (Jul 2025)