Most websites are basically offers

Most websites are basically offers

Websites fundamentally act as structured offers: “I have X, I want Y, here’s how to transact.” A concrete example is a taco vendor’s offer.json file specifying price, location, and contact details.

Why This Matters

The current web relies on centralized platforms like Google for discovery, creating bottlenecks and trust dependencies. A decentralized “offer layer” would enable direct querying of distributed offers, but scaling verification and discovery without centralized intermediaries remains technically challenging, with risks of fragmentation and reduced user adoption.

Key Insights

• “Distributed publishing (easy win)”: Offer Manifests like offer.json allow decentralized indexing (e.g., RSS for commerce).
• “Distributed identity”: Offers signed by identities (e.g., @tacosDonPepe) enable trustless verification.
• “Distributed discovery”: P2P indexes and local caching avoid reliance on Google/SEO.

Working Example

{
  "type": "offer",
  "id": "tacos-al-pastor",
  "seller": "@tacosDonPepe",
  "where": "Córdoba, Veracruz",
  "hours": "18:00-01:00",
  "price": {"mxn": 22, "unit": "taco"},
  "tags": ["tacos", "pastor", "street-food"],
  "contact": {"whatsapp": "+52..."},
  "proof": {"signedBy": "me:@tacosDonPepe"}
}

Practical Applications

• Use Case: A local marketplace app querying offer.json files from vendors to display real-time availability.
• Pitfall: Overly complex discovery protocols may fragment the ecosystem, reducing interoperability.

References:

• https://dev.to/suign/most-websites-are-basically-offers-3c8o

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