Blockchain as a digital trust infrastructure in light of Eli Ben-Sasson's Zero Knowledge Infinite Trust concept

🇵🇱 Polski
Blockchain as a digital trust infrastructure in light of Eli Ben-Sasson's Zero Knowledge Infinite Trust concept

📚 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 cryptographer recognized for his pioneering work in zero-knowledge proofs and blockchain scalability. He earned his PhD in theoretical computer science from the Hebrew University of Jerusalem in 2001 and subsequently held research positions at Harvard, MIT, and the Institute for Advanced Study at Princeton. He served as a Professor of Computer Science at the Technion – Israel Institute of Technology until 2020. Ben-Sasson is a co-inventor of the STARK, FRI, and Zerocash cryptographic protocols. He is a founding scientist of the Zcash Company and the co-founder, CEO, and Chairman of StarkWare Industries, a company focused on scaling blockchain networks. His work has been instrumental in advancing the practical application of zero-knowledge cryptography to enhance privacy, security, and scalability in decentralized systems.

Introduction

Blockchain is more than just an asset market; it is a proposal to rebuild the digital architecture of trust. In an era dominated by centralized platforms, this technology offers a transition from blind faith in administrators to the mathematical verifiability of processes.

The reader will discover how the evolution from Bitcoin to ZK-STARKs and the concept of the Integrity Web can curb digital feudalism. This article analyzes the opportunity for users to reclaim their agency, as well as the risks associated with new forms of control.

Blockchain as a Reconstruction of Digital Trust

The foundation of this shift is the transition from closed ledgers to public, verifiable systems. Bitcoin proved that value could be transferred without a central custodian, while Ethereum introduced smart contracts, which automate the execution of rules.

However, it must be emphasized that automated execution is not synonymous with ensuring justice. While code eliminates discretion, it can entrench unfair rules and remove the space for human correction.

The value of the system therefore depends on who designs the rules and who has the right to change them. Blockchain does not eliminate politics; rather, it shifts politics into the architecture of the system.

From Cryptographic Proofs to Civic Decomposition

The keys to scalability and privacy are ZK-STARKs. They allow for the confirmation that a condition has been met without revealing redundant data, providing an ethical response to the informational violence exerted by modern institutions.

This technology could radically alter power dynamics within the gig economy. Currently, workers are dependent on opaque management algorithms. Blockchain enables the creation of digital cooperatives where the rules for job allocation and payments are transparent.

This makes civic decomposition possible. The user ceases to be merely a data resource and instead becomes a stakeholder possessing a portable reputation.

Blockchain as a Technology for Testing Institutions

Moving from trust in a brand to the verification of a process is crucial, as it eliminates the need to rely on the promises of intermediaries. The Integrity Web envisions systems that must prove they are operating according to their declarations.

In its current form, blockchain does not solve the problem of trust entirely; instead, it shifts it from institutions to protocols and code designers. This necessitates new standards for auditing and legal accountability.

We can distinguish real social value from speculation by analyzing the distribution of power. Genuine projects lower the costs of trust—for example, in issuance processes—rather than merely offering quick profits through tokens.

Summary

Blockchain is not a magic bullet, but rather an infrastructure that reduces the necessity for blind faith. It can become the foundation of a digital republic or merely a new facade for old feudalism.

Ultimately, we face a choice: do we want a world of convenient dependencies, or a system that is truly accountable? The real revolution will occur when we stop accepting the darkness of black boxes as the price for access to digital light.

📖 Glossary

ZK-STARKs
Zaawansowane dowody kryptograficzne pozwalające potwierdzić poprawność obliczeń bez konieczności ich powtarzania i ujawniania danych wejściowych.
Integrity Web (Sieć Integralności)
Wizja internetu, w którym systemy domyślnie udowadniają, że działają zgodnie z obietnicą, zastępując zaufanie do marki dowodem procesu.
Obywatelska rekompozycja
Proces przywracania użytkownikom i pracownikom roli interesariuszy i współwłaścicieli infrastruktury cyfrowej zamiast bycia jedynie zasobem danych.
Smart contracts
Samowykonujące się umowy w formie kodu, które automatycznie realizują określone warunki bez potrzeby udziału zewnętrznego pośrednika.
Remitancje
Przelewy pieniężne wysyłane przez migrantów do rodzin w krajach pochodzenia, często obciążone wysokimi prowizjami pośredników.
Trylemat skalowalności
Koncepcja mówiąca o trudności jednoczesnego osiągnięcia pełnej decentralizacji, bezpieczeństwa i wysokiej wydajności w sieci blockchain.

Frequently Asked Questions

How does the Integrity Web differ from the traditional internet?
Integrity Web shifts the focus from trusting a broker's reputation to the verifiability of the process. Systems do not merely declare honesty; they provide mathematical proof that they operate according to the rules.
How do ZK-STARKs solve the privacy problem?
They allow for the confirmation that a specific condition has been met (e.g., age or financial capacity) without the need to reveal full personal data or account history.
How can blockchain help workers in the gig economy?
It can enable the creation of digital cooperatives, where order allocation rules are transparent, payments are direct, and worker reputation is portable and independent of a single platform.
Does blockchain completely eliminate the need for trust?
No, it shifts trust from institutions to the protocol and proof. We still have to trust code designers and auditors, but this trust becomes distributed and verifiable.
What are the main risks associated with automation via smart contracts?
The main risk is that automated execution does not mean automated justice. Code can perpetuate an unfair rule and eliminate the space for human error correction.

Related Questions

🧠 Thematic Groups

Tags: blockchain digital trust Zero Knowledge Infinite Trust ZK-STARKs Integrity Web smart contracts civic recomposition StarkWare stablecoins and remittances gig economy zero-knowledge proofs decentralization of power verifiability of processes data privacy accountable infrastructure