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Crypto vs. Internet adoption: A year-by-year comparison to mainstream

AUTHOR:
HollaEx®
• Date Published:
November 6, 2025
Crypto vs. Internet adoption: A year-by-year comparison to mainstream
Crypto vs. Internet adoption: A year-by-year comparison to mainstream

Summary

Crypto’s adoption arc increasingly mirrors the internet’s. Focusing on a 13-year window, 1994–2006 for the internet and 2013–2025 for crypto, reveals parallel maturity beats that are easier to see in hindsight. The “iPhone moment” for crypto is effectively arriving now (2025): stablecoins have gone mainstream for settlement, and major banks are beginning to underwrite loans collateralized by BTC and ETH (with JPMorgan publicly signaling the move). Looking ahead to 2026, the base case is broader bank participation and early, practical tokenization at scale. The table below pairs each year’s key internet milestone with its crypto analogue to show how the two waves rhyme in sequence and speed.

How to read the table

Each row pairs a year in the internet ramp with the same offset year in the crypto ramp. The pattern rhymes: rails → interface → mass influx → trust layer → normalization. The gradual maturity becomes obvious as the years progress over 13 years.

Click to Expand Each section expands for details; fully responsive—no horizontal scrolling required.
Internet (1994–2007) vs Crypto (2013–2026) — stages, milestones, key dates
Year 1: 1994 (Internet) vs 2013 (Crypto)
Year 1
Internet Year
1994
Stage
Ignition: secure commerce
Milestones
First secure web purchase; first banner ads
Key Dates
Aug 11, 1994; Oct 27, 1994
Crypto Year
2013
Stage
Ignition: programmability appears
Milestones
Ethereum proposed; BTC retail wave
Key Dates
Nov 2013
Year 2: 1995 (Internet) vs 2014 (Crypto)
Year 2
Internet Year
1995
Stage
Commercial turn-on
Milestones
NSFNET decommissioned; Amazon launch; Netscape IPO
Key Dates
Apr 30, 1995; Jul 16, 1995; Aug 9, 1995
Crypto Year
2014
Stage
Crisis & discipline
Milestones
Mt. Gox collapse → custody/risk lessons
Key Dates
Feb 28, 2014
Year 3: 1996 (Internet) vs 2015 (Crypto)
Year 3
Internet Year
1996
Stage
Early mainstreaming
Milestones
Corporate websites proliferate; early online banking/trading
Key Dates
Crypto Year
2015
Stage
Programmability live
Milestones
Ethereum mainnet (smart contracts live)
Key Dates
Jul 30, 2015
Year 4: 1997 (Internet) vs 2016 (Crypto)
Year 4
Internet Year
1997
Stage
Discoverability scales
Milestones
Search portals proliferate; ~2/3 of Fortune 500 online
Key Dates
Crypto Year
2016
Stage
Governance norms
Milestones
The DAO exploit; fork → social vs code norms
Key Dates
Jun 17, 2016; Jul 20, 2016
Year 5: 1998 (Internet) vs 2017 (Crypto)
Year 5
Internet Year
1998
Stage
Search inflection
Milestones
Google founded; search quality jumps
Key Dates
Sep 4, 1998
Crypto Year
2017
Stage
Speculative distribution
Milestones
ICO boom; CME BTC futures go live
Key Dates
Dec 18, 2017
Year 6: 1999 (Internet) vs 2018 (Crypto)
Year 6
Internet Year
1999
Stage
Mass adoption (brands)
Milestones
Near-universal corporate websites; dot-com exuberance
Key Dates
Crypto Year
2018
Stage
Core primitives
Milestones
USDC launches; Uniswap v1 (AMMs) → permissionless liquidity
Key Dates
Sep 26, 2018; Nov 2, 2018
Year 7: 2000 (Internet) vs 2019 (Crypto)
Year 7
Internet Year
2000
Stage
Correction
Milestones
Dot-com peak and crash; shift to unit economics
Key Dates
Mar 10, 2000
Crypto Year
2019
Stage
Regulatory pressure
Milestones
Libra proposal spurs global policy focus
Key Dates
Jun 18, 2019
Year 8: 2001 (Internet) vs 2020 (Crypto)
Year 8
Internet Year
2001
Stage
Cleanup & reliability
Milestones
CDNs, logging, SLAs; survivors harden ops
Key Dates
Crypto Year
2020
Stage
Product-market fit
Milestones
DeFi Summer; OCC letters; PayPal on-ramp
Key Dates
Jun–Oct 2020; Jul 22, 2020; Sep 21, 2020; Oct 21, 2020
Year 9: 2002 (Internet) vs 2021 (Crypto)
Year 9
Internet Year
2002
Stage
Foundation building
Milestones
Broadband grows; ecommerce stabilizes
Key Dates
Crypto Year
2021
Stage
Institutional on-ramps
Milestones
Futures-ETF; on-chain funds; NFT wave
Key Dates
Oct 19, 2021
Year 10: 2003 (Internet) vs 2022 (Crypto)
Year 10
Internet Year
2003
Stage
Monetization standardizes
Milestones
AdSense self-serve; search+ads lock in
Key Dates
Jun 18, 2003
Crypto Year
2022
Stage
Reset & standards
Milestones
Terra/FTX failures → segregation, audits, attestations
Key Dates
May 2022; Nov 11, 2022
Year 11: 2004 (Internet) vs 2023 (Crypto)
Year 11
Internet Year
2004
Stage
Social graph starts
Milestones
Facebook launch; Web 2.0 patterns
Key Dates
Feb 4, 2004
Crypto Year
2023
Stage
Rails harden
Milestones
Visa expands USDC settlement; tokenized collateral pilots; PYUSD
Key Dates
Sep 5, 2023; Oct 11, 2023; Aug 7, 2023
Year 12: 2005 (Internet) vs 2024 (Crypto)
Year 12
Internet Year
2005
Stage
Broadband media
Milestones
YouTube launch; rich media habits form
Key Dates
Apr 23, 2005
Crypto Year
2024
Stage
Normalization I
Milestones
US spot BTC & ETH ETFs; BUIDL fund; MiCA stablecoin rules; Stripe USDC
Key Dates
Jan 10, 2024; May 23 & Jul 23, 2024; Mar 20, 2024; Jun 30, 2024; Apr 25, 2024
Year 13: 2006 (Internet) vs 2025 (Crypto)
Year 13
Internet Year
2006
Stage
Platformization
Milestones
AWS S3/EC2 launch; cloud era begins
Key Dates
Mar 13, 2006; Aug 24, 2006
Crypto Year
2025
Stage
Normalization II (crypto-collateralized credit)
Milestones
Banks begin accepting BTC/ETH as loan collateral; stablecoin regimes operational; tokenized collateral in production
Key Dates
May 21, 2025; Oct 24, 2025
Year 14: 2007 (Internet) vs 2026 (Crypto)
Year 14
Internet Year
2007
Stage
Mobile internet ignition
Milestones
iPhone launch; Android Open Handset Alliance
Key Dates
Jun 29, 2007; Nov 5, 2007
Crypto Year
2026
Stage
Prediction: normalization III
Milestones
Crypto-collateralized credit scales; tokenized money-funds as treasury default; stablecoin settlement standard for payouts
Key Dates
Exploded view (full-screen)

Use the expanded view above for the full screen table view: pick one row for a better comprison.

The two capstones: 2006 vs 2025

2006: Why AWS S3/EC2 mattered (in hindsight)

What changed:

  • Variable cost infra replaces capex boxes; startups launch without racking servers.
  • Programmable infrastructure (APIs, automation) collapses time‑to‑market.
  • Elastic scale makes unpredictable success survivable.

Why it still matters: Every modern product ships on this substrate. The cloud didn’t just cut costs — it compounded developer velocity and standardized reliability.

Crypto operator parallel for 2025: treat on‑chain settlement, custody, attestations, and liquidity as programmable finance infra and APIs that your product can call on demand.

2025 to 2026: Why bank crypto‑collateralized credit and stablecoins is the iPhone moment

What changed:

  • Large banks begin accepting BTC/ETH as collateral for institutional loans (with third‑party custody and risk haircuts).
  • Stablecoin regimes and tokenized collateral networks move from pilot to production footprints.
  • Crypto assets shift from “something you hold/trade” to balance‑sheet tools that unlock credit.
  • White-label crypto software becomes more commenly used. Wallets, exchange, crypto backend and UIUX, etc.

Why it’s core to finance: Collateralized lending is the root primitive of banking. Once BTC/ETH can be pledged for credit at scale, crypto becomes part of the banking core, not an edge experiment.

Operator parallel for 2026: design pledge/un‑pledge workflows, margin call automation, and LTV/haircut policies — then instrument them with auditable on‑chain proofs.

The “iPhone moment”

For the web, 2007 made the internet pocket‑native and even more prevlant in everyday life (iPhone; Android’s Open Handset Alliance). For crypto, this same privalance will likely occur starting from 2025 and 2026 makes crypto bank‑native like FV Bank a HollaEx partner (collateral at major banks). Both moments explode distribution by meeting users where they already are, their mobile phones (iPhones) and crypto in your bank, as JPMorgan Chase personal bank accounts and all other banks soon to follow in the trend of largest bank in America).

What to watch in 2026

JPMorgan is far from the only established financial firm to get into crypto, with the pro-crypto regulations as of recent. For instance, Morgan Stanley allow customers on its E*Trade platform to access to crypto next year. Others include State Street, Bank of New York Mellon and Fidelity. In addition, regulatory changes allowed BlackRock to accept Bitcoin and swap them for ETF holdings tracking the token.

In 2026, we will see more of the same, where crypto is spread through traditional finance and with the help of more accessible white-label crypto software the infrastructure to access blockchain based rails will run deep into more and more businesses looking to tap into a global financial rail that they can program business applications for.

  • Credit distribution: more banks and brokers offering BTC/ETH‑backed loans with standardized LTVs.
  • Increase usage of white labels: Just like how traditional finance and fintech adopted white-labels, many business will begin to use crypto white-label software
  • Tokenized treasuries: tokenized money‑funds as the default corporate cash parking in some jurisdictions.
  • Settlement ubiquity: stablecoin payout rails in PSPs and marketplaces as the default.

Thesis: As it was for the internet in 2006 here the cloud playbook unlocked business usability and the ease of building any web product. 2026 is unlocking the credit + tokenization playbook, and crypto white label for building programmable finance into any business or product.

***

View the original comparison Google Spreadsheet here.

Looking to Start in Crypto? Start here.

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