Industries
What are the feedback loops that drive the global economy?
How will DePIN (Decentralized Protocol Infrastructure Networks) impact the business models of every industry and the work force required to run operations?
Context
- Schema: What do these concepts relate to?
- Social Bonds
- Macroeconomics
- Business Strategy
- Business Models
- Countries: Which countries have the most to gain through DePIN coordination of their assets and resources?
- Investing
- DePIN Technology: The unixification of the physical world.
Human Needs
Industries that serve fundamental human needs.
| INDUSTRY | ABCD | HiTL | SCORE |
|---|---|---|---|
| Education | |||
| Food & Nutrition | |||
| Health | |||
| Housing |
- Agent Workforce:
- Blockchain Integrity:
- Crypto Coordination:
- DePIN Actuation:
- Humans in the Loop: Humans in The Loop
Cultural
Industries that shape societies collective mindset to influence the way people think, decide and act?
| INDUSTRY | A | B | C | D | H | SCORE |
|---|---|---|---|---|---|---|
| Arts and Fashion | ||||||
| Entertainment | ||||||
| Gaming | ||||||
| Fashion and Beauty | ||||||
| Hospitality | ||||||
| Local Retail | ||||||
| Music | ||||||
| Sport & Fitness | ||||||
| Travel & Tourism |
Crypto is a cultural movement
Services
| INDUSTRY | A | B | C | D | H | SCORE |
|---|---|---|---|---|---|---|
| Advertising & Marketing | ||||||
| Financial | ||||||
| Publishing & Media | ||||||
| Community & Social Cause |
Infrastructure
Cross-cutting technologies such as blockchain, AI, IoT, and edge computing are converging to create a new paradigm of decentralized protocol infrastructure networks (DePINs). These networks are designed to provide secure, scalable, and efficient infrastructure for a wide range of applications across various industries. As permissionless, truth-bound protocols mature and ecosystems to tokenized assets grow, increasingly innovative applications will emerge that impact all facets of our digital and physical lives.
How wil DePIN Technology change the coordination games that drive the global economy?
| INDUSTRY | A | B | C | D | H | SCORE |
|---|---|---|---|---|---|---|
| Agriculture | ||||||
| Architecture | ||||||
| Automotive | ||||||
| Banking & Financial | ||||||
| Construction | ||||||
| Computing & Tech | ||||||
| Crime Prevention | ||||||
| Education | ||||||
| Energy | ||||||
| Government & Defence | ||||||
| Legal & Regulation | ||||||
| Manufacturing | ||||||
| Mobility & Transport | ||||||
| Real Estate | ||||||
| Supply Chain | ||||||
| Science | ||||||
| Sustainability | ||||||
| Telecommications |
Automotive
Driverless electric vehicles will demand massive reinvestment in new branding and conventional production platforms and supply chains.
- Vehicle Financing Platforms: Facilitate secure and transparent vehicle loan processes.
- Parts Tracing Platforms: Verify the authenticity and origin of automotive parts.
- Automotive Insurance Platforms: Automate insurance claims and verification processes.
Education
What happens to schools when everyone can learn at their own rate with the best teacher in the world of any subject in their pocket?
- Credential Verification: Issue and verify educational credentials securely and transparently.
- Decentralized Research Platforms: Facilitate collaboration and data sharing among researchers without central control.
- Educational Content Monetization: Enable educators to monetize their educational content directly.
Energy
- Decentralized Energy Trading: Enable peer-to-peer energy trading in micro-grids.
- Carbon Credits Trading: Facilitate the trading of carbon credits on a secure and transparent platform.
Financial
- Decentralized Exchanges (DEXs): Facilitate direct peer-to-peer trading without intermediaries, enhancing security and reducing fees.
- Peer-to-Peer Lending Platforms: Enable individuals to lend and borrow directly, bypassing traditional financial institutions.
- Insurance Platforms: Automate claims processing and reduce fraud through transparent and verifiable records.
- Payment Systems: Provide secure, low-cost international remittances and micropayments.
- Stablecoins and Digital Wallets: Offer stable digital currencies pegged to fiat or other assets, and secure storage for cryptocurrencies.
See Financial Services Industry for detailed analysis.
Gaming
- In-Game Asset Management: Allow players to own, buy, and sell in-game assets as NFTs.
- Play-to-Earn Models: Reward players with cryptocurrency for gameplay achievements.
- Decentralized Gaming Platforms: Create games that operate on decentralized networks, enhancing fairness and security.
See Gaming Industry for detailed analysis.
Governance
- Voting Systems: Enable secure, transparent, and tamper-proof voting mechanisms.
- Digital Identity and Certifications: Manage digital IDs, certificates, and passports securely.
- Public Record Management: Automate and secure the management of public records.
- Crime Prevention: Deter criminals by making sure they know they'll be caught and pay the price.
See Government & Defence for detailed analysis.
Health
- Electronic Health Records (EHRs): Securely store and share patient data across platforms.
- Prescription Management Systems: Automate and secure the prescription process.
- Genomics and Precision Medicine: Safeguard sensitive genomics data and facilitate personalized medicine applications.
Entertainment
- Content Monetization: Enable creators to earn directly from consumers without intermediaries through NFTs and digital tokens.
- Royalty Distribution: Automate and transparently distribute royalties to creators.
- Digital Rights Management: Securely manage and enforce digital content rights.
Real Estate
- Property Listings and Transactions: Automate property sales, rentals, and leasing processes through smart contracts.
- Title Management: Securely record and verify property ownership.
- Mortgage Lending: Streamline mortgage processes with automated verification and payment systems.
Supply Chain
- Tracking and Verification: Ensure the authenticity of goods and transparency in the supply chain.
- Automated Payments and Smart Contracts: Release payments upon fulfilment of contract terms automatically.
- Inventory Management: Utilize real-time decentralized data for accurate inventory planning.
Evolution
Progress through the ages has been marked by distinct industrial revolutions, each bringing new technologies and transforming the way we live and work.
Industry 1.0 (1760-1840)
- Marked by mechanization and steam power
- Introduced water and steam-powered mechanical manufacturing facilities
Industry 2.0 (1870-1914)
- Characterized by mass production and electricity
- Brought assembly lines and the advent of electrical energy
Industry 3.0 (1970s-2000s)
- Focused on automation and computers
- Introduced electronics and IT systems to automate production
Industry 4.0 (2010s-present)
- Emphasizes smart and autonomous systems
- Features cyber-physical systems, IoT, and networks
Industry 5.0 (Emerging)
- Human-machine collaboration
- Human intelligence with AI for improved efficiency
- Decentralised Identity
- Tokenization of physical assets
- Tokenomic incentives coordinating network participants
Industry 6.0 (Future)
Closed Loop AI and DePIN control systems
- Envisions a fully autonomous and self-healing industrial ecosystem
- Aims for complete integration of physical and digital worlds
The future is already here but it is not evenly distributed