Tiered Internet Architecture (TIA): A User-Selected Verification Layer for Online Platforms
Year: 2026
Type: article
Abstract: Online platforms currently deliver information through a single channel in which engagement-optimized algorithms decide what each user sees. This produces an illusion of prevalence: an idea appears to be universally held because the algorithm returns it repeatedly, and repetition is mistaken for consensus. Verification — determining whether a given item is accurate — is left entirely to the individual user, item by item, at a cost in time and attention that does not scale. Tiered Internet Architecture (TIA) moves the verification burden from the individual into the platform architecture. At entry to a platform, the user selects one of four tiers describing how material in that environment is to be sourced and presented: unverified entertainment, verified material with editorial angle, verified material presented without spin, or raw data with no presenter at all. Nothing is removed and nothing is banned; the tier governs labeling and presentation, not availability. This paper describes the architecture, the production pipeline for its highest-assurance presentation tier, its governance requirements, its adoption mechanism, and its anticipated human effects and risks.
Author: Harrington, Marion
Language: English
Subfield: Sociology and Political Science
Field: Social Sciences
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7224397746