Integrity Web: From the internet of intermediaries to a network of verifiable rules in Eli Ben-Sasson's vision

🇵🇱 Polski
Integrity Web: From the internet of intermediaries to a network of verifiable rules in Eli Ben-Sasson's vision

📚 Based on

Zero Knowledge Infinite Trust ()
John Wiley & Sons
ISBN: 9781394373826

👤 About the Author

Eli Ben-Sasson

StarkWare Industries

Eli Ben-Sasson is an Israeli computer scientist and prominent figure in the field of cryptography and blockchain technology. He earned his PhD in theoretical computer science from the Hebrew University of Jerusalem in 2001. Throughout his academic career, he held research positions at prestigious institutions including the Institute for Advanced Study at Princeton, Harvard University, and MIT. He served as a Professor of Computer Science at the Technion – Israel Institute of Technology until 2020. Ben-Sasson is widely recognized for his pioneering work on zero-knowledge proofs and is a co-inventor of foundational cryptographic protocols, including STARK, FRI, and Zerocash. He is a co-founder and executive at StarkWare Industries, a company focused on blockchain scalability, and was a founding scientist of the Zcash Company. His work has been instrumental in advancing privacy and scalability in decentralized networks.

Introduction

The Integrity Web is a concept centered on transitioning from an internet based on intermediaries to a network of verifiable rules. Currently, we utilize digital services by taking institutions at their word, which creates a dangerous power architecture in the form of so-called "black boxes."

In this article, you will learn how blockchain technology and cryptography can restore agency to users. We will analyze the path from the theoretical assumptions of an integrity network, through the practical application of stablecoins, to the fight against algorithmic feudalism within the gig economy.

The Integrity Web as a Civilizational Shift

The primary problem with the current web is information asymmetry. Institutions possess full knowledge of how systems operate, while the user sees only the end result. Blockchain solves this problem by replacing the appearance of credibility with hard cryptographic proof.

Instead of trusting that a bank correctly accounts for funds or that an AI is neutral, we can verify processes in real time. Consequently, honesty ceases to depend on the administrator's intentions and instead becomes a feature embedded within the system's architecture.

An example of this is the shift from a "trust us" model to a "here is the mechanism" principle. In such an arrangement, abuse becomes technically impossible for the system to validate.

Pillars and Pragmatics of the Integrity Web

Cryptography does not eliminate social trust, as it remains essential in human relationships. However, it changes its foundations: wherever blind faith can be replaced by verifiability, we should not treat that faith as a virtue.

A key challenge is the balance between the immutability of records and the human right to make mistakes. Systems based on smart contracts must design exception and remedy procedures to avoid becoming soulless automatons.

The Integrity Web aims to create a digital republic of rules. In this vision, machines ensure the correctness of computations, but humans and the law decide which rules are just.

From Integrity Web Theory to Stablecoin Practice

Stablecoins serve as a practical bridge between theory and reality. For those who are financially excluded or living in countries with unstable currencies, they offer a secure way to store value and an affordable means of transferring funds.

Through them, remittances—money sent by migrants—become faster and cheaper. Reducing commissions from 6% to the 1-2% level has a tangible impact on the quality of life for families in developing nations.

In a broader context, this technology enables civic decomposition. For example, portable digital reputations could break the monopoly of gig economy platforms. A contractor would not lose their social capital when switching apps, ending the era of being locked into a single ecosystem.

Summary

The Integrity Web is a project dedicated to restoring the dignity of labor and economic agency. Here, blockchain is not merely a tool for speculation, but an infrastructure for building institutions that are less deceptive.

Ultimately, this technology will prove to be either a luxury gadget for elites or real support for the vulnerable. The true test will be the answer to one question: will a person with a phone in their hand cease to be raw material for someone else's valuation and instead become the master of their own rules?

📖 Glossary

Integrity Web
Wizja internetu, w którym uczciwość i przejrzystość są standardem infrastrukturalnym opartym na dowodach kryptograficznych, a nie na wierze w pośredników.
Remitancje
Międzynarodowe przekazy pieniężne wysyłane przez migrantów zarobkowych do rodzin w ich krajach pochodzenia.
Stablecoiny
Kryptowaluty zaprojektowane tak, aby utrzymywać stałą wartość, zazwyczaj poprzez powiązanie z tradycyjną walutą, np. dolarem amerykańskim.
Dowody wiedzy zerowej (ZKP)
Metoda kryptograficzna pozwalająca udowodnić prawdziwość danej informacji bez konieczności ujawniania samej treści tej informacji.
Renta platformowa
Nadwyżka wartości generowana przez platformy cyfrowe dzięki efektowi sieciowemu, która zazwyczaj trafia do właścicieli systemu, a nie wykonawców.
Obywatelska rekompozycja
Proces przywracania użytkownikom i pracownikom roli realnych interesariuszy i współwłaścicieli reguł rządzących systemami cyfrowymi.

Frequently Asked Questions

How does the Integrity Web differ from the traditional internet?
The traditional internet relies on trust in intermediaries (banks, platforms), whereas the Integrity Web replaces 'blind faith' with verifiable rules and cryptographic proofs.
How can blockchain help gig economy workers?
It can enable the creation of digital cooperatives, provide a portable reputation independent of a single platform, and guarantee transparent profit sharing and algorithm audits.
What is the practical application of stablecoins in the context of remittances?
Stablecoins allow for faster and cheaper transfers of funds to families abroad, bypassing expensive banking systems and reducing commissions from 6% to around 1-2%.
Does Integrity Web completely eliminate the need for trust?
No, trust as a social relationship remains essential. However, the goal is to replace forced faith in intermediaries with verifiable practices wherever technically possible.
What does the 'Own Your Life' concept mean in the text?
It is the pursuit of regaining full control over one's own data, reputation, and work history, so that the user is not entirely dependent on the mercy of a single platform operator.
What are the main risks associated with implementing the Integrity Network?
The main risks include: subordinating technology to the logic of capital, the creation of total control tools by states, or the emergence of a 'cold automaton' that ignores human error.

Related Questions

🧠 Thematic Groups

Tags: Integrity Web Integrity Network verifiable rules internet of intermediaries blockchain in infrastructure auditability of AI algorithms civic recomposition digital cooperative stablecoins and remittances zero-knowledge proofs ZKP immutability of guarantees digital ownership Own Your Life platform rent blockchain gig economy infrastructural transparency