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DePIN Tailwinds and Headwinds Blockchain DePINs are changing the way that IoT sensors, communication services, energy supplies, and compute resources are deployed and managed. By creating better services for end users, they can also transform into RWAs, unlocking additional innovation and vibrancy for their projects. However, DePINs are complicated to successfully deploy because they require advanced knowledge across multiple disciplines. This article dives into the tailwinds and headwinds that impact DePIN projects. Tailwinds...

The Diode Network is a Web3 Zero Trust Network - a Decentralized Physical Infrastructure Network (DePIN) that enables trustless, secure, and private communication using a cutting-edge technology called Zero Trust Networking (ZTN aka ZTNA). ZTN is rapidly replacing VPN as the go-to method for secure communication. Unlike VPN, ZTN is continuously validated to ensure distributed team members and work sites can stay connected without introducing undue risk to the organization. ZTN will soon become the predominant...

The Diode team has been working hard at updates and has published some great new features during the month of October. These have been released in Diode Collab v1.13.8 - 1.13.9. HTML Previewer HTML files can now be previewed in full-screen mode. Local Bookmarks for HTML files can also be set to open in full-screen via the Bookmark settings. See how it works: Loom Video. Scrolling for Account List The account list in the profile...

Blockchain DePIN and RWA DePIN and RWA are two exciting Web3 categories that are focused on use cases for blockchain in traditional business. Before “DePIN” and “RWA,” traditional use cases for blockchain had to stand on their own (a common example being supply chain tracking). These new categories are building momentum in Web3, creating a blockchain-native ecosystem and supporting technologies that are make deploying DePIN and RWA solutions easier and commonplace. Let’s break it down....

Blockchain DePINs are an exciting new way to create better services for end users by unlocking the value in assets operated, and often owned, by node hosts. Read below for more information and emerging use cases. What are blockchain DePINS? DePINs (Decentralized Physical Infrastructure Networks) work by deploying useful devices that are associated with blockchain wallets. These useful devices provide some sort of service and are automatically rewarded by a blockchain token. They can be...

When it comes to privacy, many people turn to VPNs to protect their information and data. Unfortunately, traditional VPNs have a few shortcomings that most people aren’t aware of. Diode addresses each of these key issues. Four Key Issues with VPN: VPN Servers Have Access to Some of Your Information Every VPN service has access to two important pieces of information about you: 1) What websites you visit 2) Who you are (via your billing...

Diode & Tanssi - Pioneering Decentralized Digital Environments Through Appchain Deployment

Diode and Tanssi are exploring a partnership that will bring Diode-enabled secure communications to Tanssi-enabled appchains, thereby reducing the effort to deploy industry-ready appchains. A growing number of organizations are deploying blockchain projects, but the amount of effort to integrate them securely with other blockchains, and with existing infrastructure, is high. A collaboration between Diode and Tanssi would make the process of bringing decentralized communication to appchain deployments both easy and secure. Diode: Simplifying Decentralized Communications...

The Need for an Open Architecture Approach to Zero Trust Networks (ZTNA)

In the rapidly evolving landscape of cybersecurity, the Zero Trust Network Architecture (ZTNA) has emerged as a pivotal strategy for securing modern networks. However, solutions in this $7B industry remain costly to depoy, inaccessible to the majority of organizations, and suffer from a lack of ecosystem vibrancy. An open architecture is needed for ZTNA to achieve its potential. First, what is ZTNA? Traditional security models, like VPNs, rely on a walled-garden approach, which grants broad...

Welcome to the fourth installment of Diode’s series on digital executive protection! Over the last several weeks, we’ve looked at the nature of the cybersecurity risks to organizations and their team members that exist in today’s rapidly changing digital world. This has included: 1) Defining what exactly digital executive protection actually is, 2) Providing an overview of the web of laws and complex regulatory landscape that inform the requirements of around executive protection, and 3)...

In the previous article, we discussed the details about privacy and regulatory environments concerning mid-market enterprises. It highlighted the importance of understanding these varying digital privacy laws to best protect executives within the company. In this section of our series, we will look more deeply at the nature of these risks – financial, reputational, legal, and others – that often result from the complex web of laws and regulations that organizations of all types and sizes...

Diode

Stories

DePIN Tailwinds and Headwinds

Web3 Zero Trust Networks

Diode Collab Update - November

Blockchain DePINs and RWAs

Blockchain DePINs Explained

Does VPN Protect Me?

Diode & Tanssi - Pioneering Decentralized Digital Environments Through Appchain Deployment

The Need for an Open Architecture Approach to Zero Trust Networks (ZTNA)

Strategies For Executive Protection

What Data Breaches Cost