This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

You can start installation of Payments Wallet by clicking this link.

Payments Wallet is a unique remote (SaaS) crypto wallet: It is installed into a user’s canister and so isn’t controlled by a vendor (such as a developer or a DAO), who could (for other wallets) be able to substitute your wallet UI with a malicious code and steal your funds.

So, in principle, Payments Wallet is the most secure remote wallet in the Internet (however, note that despite its theoretical security, it is not yet enough tested for bugs).

Another peculiar feature of Payments Wallet is that you can set payment amounts since which you are required to give additional confirmation. This helps not to pay a big sum just because of pressing a wrong button. This makes this wallet invaluable for users keeping big amounts in the ICP blockchain.

Please, install this wallet to use it for your payments, as its name, Payments Wallet implies.

In the future this wallet will also support in-app payments for IC Pack apps.

The post Payments Wallet – The Wallet of IC Pack Ecosystem in 2025 appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

In today’s fast-paced SaaS industry, efficiency and automation are key to staying ahead. An IC (Internet Computer) Pack Package Manager related website can become a game-changer by offering advanced tools, apps, and services that simplify or create anew security-enhanced Web apps. Below are some innovative app ideas that can be implemented to enhance such a platform.

By integrating these apps into an IC Pack Package Manager website, the platform can transform into a comprehensive ecosystem for engineers, manufacturers, and businesses. Not only will it improve efficiency and reduce errors, but it will also foster innovation by providing smarter, data-driven insights into IC packaging.

Here are some ideas of apps that you can create for our platform (the list is very incomplete and should be prolonged):

• Blog.
• Notion clone.
• Video editor.
• Personal bookkeeping.
• Corporate bookkeeping.

To simplify your rewriting your existing software done for another platform, we support the following commonly met programming languages for Internet Computer Project:

• Rust (A bit of advice: because we hold all data in VM memory, not on disk files or an external database, memory corruption would be especially bad, so I recommend to never use unsafe Rust feature. To create circular data structures Better use Rc or Arc reference counting pointers than to resort to unsafe.)
• TypeScript or JavaScript (Azle);
• Python (Kybra);
• C++ (icpp-pro).

And of course, you can use our mainstream language Motoko. Don’t afraid of a new language Motoko is a easy as Python to learn, meanwhile having features of a strict type system, helping you to eliminate stupid errors due to messed types and increasing code execution speed (and reducing costs).

So, if you write a new software for Internet Computer (including software for our project IC Pack), choose either Motoko or Rust. If you decide to translate existing software, Rust, TypeScript, javaScript, Python, or C++ may be good choices.

Another strong point of ICP based development is that you don’t need a DevOps, because deployment is streamlined with simple to use tools as simply managing a few virtual machines that can all be updated by a single command.

The post App Ideas To Be Implemented For IC Pack Package Manager in 2025 appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

The post-MVP product of ICP blockchain package manager IC Pack has been released.

You can access dev docs.

The app itself is available here.

Meanwhile, if you are a developer, you can start developing software for this package manager NOW!

IC Pack is package manager of remote app, that gives full control over user’s apps, as if they were installed on his/her own computer: nobody except the user himself/herself can remove or update the apps, what is valuable because SaaS regularly bankrupts, up-prices, is hacked, undesirably updated, etc.

The post The Post-MVP Product Release in 2025 appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

To create an app for IC Pack package manager (a remote, installable app), you follow these guidelines.

Choice of programming language

• Motoko (a special programming language for ICP blockchain). Don’t afraid of a new language: Motoko is a easy as Python to learn, meanwhile having features of a strict type system, helping you to eliminate stupid errors due to messed types and increasing code execution speed (and reducing costs).
• Rust (A bit of advice: because we hold all data in VM memory, not on disk files or an external database, memory corruption would be especially bad, so I recommend to never use unsafe Rust feature. To create circular data structures Better use Rc or Arc reference counting pointers than to resort to unsafe.)
• TypeScript or JavaScript (Azle);
• Python (Kybra);
• C++ (icpp-pro).

So, if you write a new software for Internet Computer (including software for our project IC Pack), choose either Motoko or Rust. If you decide to translate existing software, Rust, TypeScript, javaScript, Python, or C++ may be good choices.

Do development using ICP blockchain

Learn to develop software using ICP blockchain. It is easier than to develop for AWS or GCP.

Creating a package

For your software to be compatible with IC Pack, you need to package it (or, in other words, create a package). IC Pack dev docs explain how to do it.

Use wallet app (src/wallet_backend/ and src/wallet_frontend/) as an example how a package should work, especially, how to initialize package’s owner principal in a secure manner.

You can optionally make your package paid (see paid-wallet package for an example). You specify the (non-zero) price and developer account for a paid package. Your customers pay us a 10% fee for installing a paid package. If you omit the developer account, 100% will be paid to us.

Module initialization arguments

Every module of your package receives the following arguments on installation:

{
  packageManager: Principal; // `backend` module of the package manager
  mainIndirect: Principal; // `main_indirect` module of the package manager
  simpleIndirect: Principal; // `simple_indirect` module of the package manager
  battery: Principal; // `battery` module of the package manager
  user: Principal; // user, ignore it for now, use install key instead  installationId: Nat; // installation ID of the currently installed package
  upgradeId: ?Nat; // `null` for newly installed packages  userArg: Blob; // normally `to_candid({})` but maybe any value
}

Example package receiving arguments:

persistent actor class Wallet({
  installationId: Nat;
  packageManager: Principal;
}) = this {
  // ...
}

Usually, you need to set the owner of your backend canister. The highly recommended (because it has enhanced security) way to do it is:

Frontend JS code:

import { urlSafeBase64ToUint8Array, signPrincipal } from '../../../icpack-js';

const params = new URLSearchParams(window.location.search);
const installKey = params.get('installationPrivKey');

try {
  privBytes = urlSafeBase64ToUint8Array(props.installationPrivKey);
} catch (_) {
  alert('Invalid installation key.');
  return;
}
const privKey = await window.crypto.subtle.importKey(
  "pkcs8", privBytes, {name: 'ECDSA', namedCurve: 'P-256'/*prime256v1*/}, true, ["sign"]
);
const signature = new Uint8Array(await signPrincipal(privKey, principal));
await backend.setOwner(signature); // the code that you use to set your canister owner

In the backend, check the user’s cryptographic signature before setting the owner. Here is the Motoko code:

import UserAuth "mo:icpack-lib/UserAuth";

public shared({caller}) func setOwner(signature: Blob): async () {
  await* UserAuth.checkOwnerSignature(packageManager, installationId, caller, signature); // traps on error
  owner := caller;
};

Distribute your software

Distributing your software is the simplest task! Just create a link, as IC Pack dev docs explain.

The post How to Create an App for IC Pack Package Manager in 2025 appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

The MVP beta-1 of ICP blockchain package manager IC Pack has been released.

You can access dev docs.

The app itself is available here.

Meanwhile, if you are a developer, you can start developing software for this package manager NOW!

IC Pack is package manager of remote app, that gives full control over user’s apps, as if they were installed on his/her own computer: nobody except the user himself/herself can remove or update the apps, what is valuable because SaaS regularly bankrupts, up-prices, is hacked, undesirably updated, etc.

The post MVP Of ICP Blockchain Package Manager IC Pack Released in 2025 appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

The post New IC Pack Software in Action Demo Video (8 May 2025) appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

The post New IC Pack Presentation Video (8 May 2025) appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

Why Your Business Needs Decentralized Software

In today’s digital landscape, businesses increasingly rely on software and apps for crucial operations. However, traditional centralized software applications models often come with inherent limitations and risks. A new paradigm, decentralized software, offers compelling advantages that can significantly benefit your business.

A Short Introduction into Decentralized Software

Decentralized software, particularly in the context of platforms like the Internet Computer (ICP), allows entire decentralized applications (dapps) – including the frontend, backend, and data storage – to run completely on a blockchain. This “fully on-chain” capability distinguishes ICP from other blockchain platforms. Unlike many dapps on other blockchains that still depend on centralized cloud providers (e.g., AWS, GCP) to host their frontend, ICP enables the entire application stack to operate on the blockchain. This achieves complete decentralization.

What is Decentralized Software (for Business)?

In today’s rapidly evolving technological landscape, businesses are constantly seeking more secure, resilient, and efficient software solutions. Decentralized software represents a significant paradigm shift in how applications and software are built and deployed, offering compelling advantages over traditional centralized models. This section will explore what decentralized software is and why it’s a concept businesses should understand.

At its core, decentralized software refers to software and apps that do not rely on a single, central server or authority to operate. Instead, the application’s components – including its logic, data, and user interface – are distributed across a network of computers or nodes. This fundamental difference has profound implications for security, reliability, and user software.

A prime example of a platform enabling fully decentralized software is the Internet Computer (ICP). The Internet Computer stands out because it allows for the creation of “fully on-chain” decentralized applications (dapps). This means that the entire application, including the frontend (user interface), backend (application logic), and data storage, runs completely on the blockchain. This is a key distinction from many other blockchain platforms where the frontend often relies on centralized cloud providers.

Key Characteristics of Decentralized Software (as exemplified by ICP):

• Fully On-Chain Operation: As mentioned, the entire application stack resides on the blockchain, eliminating the reliance on centralized infrastructure.
• Complete Decentralization: By running entirely on a distributed network, decentralized software eliminates single points of failure, making applications more resistant to outages and censorship.
• Enhanced Security: Hosting the user interface on-chain significantly reduces the risk of tampering with the frontend, leading to increased overall security and transparency.
• User Control: Platforms like ICP, coupled with innovations like IC Pack (a package manager for ICP), aim to provide users with full user control over their installed software. Users can install applications directly onto their own subnet within the blockchain, and importantly, only the user can update their software without consent, contrasting with typical SaaS models.
• Affordable Data Storage: Unlike some blockchains where data storage can be prohibitively expensive, the Internet Computer makes it economically feasible to store large amounts of data on-chain.
• Potential for DAO Control and Community Ownership: Fully on-chain dapps can be completely controlled by Decentralized Autonomous Organizations (DAOs) through on-chain governance, allowing for true community ownership and management of web applications.

Decentralized Software vs. Traditional Software Models:

• Traditional software often follows a centralized model where the application and its data are hosted on servers controlled by a single entity. This model, while convenient, presents certain risks:
• Single Point of Failure: If the central server experiences issues, the entire application can become unavailable.
• Security Risks: Centralized data storage can be a target for cyberattacks.
• Lack of Transparency: Users often have limited insight into how their data is managed.
• Vendor Lock-in: Businesses can become heavily reliant on a single vendor.
• Control Over Updates: Software providers can push updates without user consent, potentially disrupting workflows.

Decentralized Software aims to address these limitations by distributing control and data across a network. This distributed nature enhances resilience, improves security through transparency, and can empower users with greater autonomy.

The Relevance for Businesses:

Understanding decentralized software is increasingly important for businesses for several reasons:

• Enhanced Security Posture: The inherent security features of blockchain and fully on-chain deployment can offer a more robust defense against cyber threats.
• Increased Reliability and Uptime: The absence of single points of failure leads to more reliable applications and less downtime.
• Greater User Trust and Transparency: Decentralized systems can foster greater trust by providing more transparency in how applications operate and data is managed.
• New Business Models: The potential for DAO governance and community ownership opens up new possibilities for how software is developed, managed, and monetized.
• Reduced Costs: In some cases, the efficient infrastructure of decentralized platforms like ICP can lead to more affordable data storage and potentially lower overall operational costs.

Examples in Action:

While still an evolving field, there are tangible examples of decentralized software:

• Fully on-chain social networks like TAGGR and Open Chat demonstrate the capability of running entire web applications on a blockchain.
• IC Pack itself is a decentralized package manager, offering a new way to manage software installation on the ICP. This contrasts with traditional package managers by offering user sovereignty over installed applications. IC Pack is designed for the ICP blockchain and allows users to install software directly into their own subnet. It shares similarities with Google Play and Linux package managers in its ease of use for software installation and management3.

In Conclusion:

Decentralized software represents a fundamental shift towards more distributed, secure, and user-centric applications. By understanding the core principles and benefits of this technology, particularly as enabled by platforms like the Internet Computer, businesses can begin to explore how it can address their needs for more resilient, transparent, and controllable software solutions in the digital age. As the technology matures, decentralized software has the potential to become a cornerstone of the future internet and business applications.

Key Benefits for Your Business

Adopting decentralized software can bring several significant advantages to your business:

• Enhanced Security and Transparency: By hosting everything on-chain, including the user interface, the risk of tampering with the frontend is significantly reduced. This increases the overall security and transparency of your business applications. You gain greater confidence in the integrity of your software and the data it handles.
• Complete Decentralization and Elimination of Single Points of Failure: “Fully on-chain” dapps on platforms like ICP are truly decentralized, eliminating reliance on centralized cloud providers. This removes single points of failure, making your applications more resilient and less susceptible to outages or censorship
• User Control and Sovereignty: Decentralized solutions like IC Pack, a package manager designed for the ICP blockchain, provide users with full user control over their installed software. No single entity, not even the developers, can unilaterally update or remove applications without user consent. This is a stark contrast to traditional SaaS models where users often have limited control over updates and potential service disruptions. As highlighted by IC Pack, this returns control to the user, fostering self-sovereignty.
• Affordable Data Storage: Unlike many other blockchains where data storage costs can be exorbitant (e.g., hundreds of millions of dollars per GB on Ethereum), the Internet Computer makes it economically feasible to store large amounts of data on-chain. It only costs a few dollars on the IC.
• Potential for DAO Control and Community Ownership: Fully on-chain dapps can be completely controlled by Decentralized Autonomous Organizations (DAOs) through on-chain governance. This allows for true community ownership and management of web applications.
• Lower Total Cost of Ownership (TCO): As suggested by the developers of IC Pack, decentralized solutions can potentially offer a lower TCO. compared to traditional locally installed web software, which often requires significant investment in infrastructure and maintenance. By leveraging the inherent scalability of the ICP blockchain, businesses may reduce the need for managing their own infrastructure and scaling solutions.
• Mitigation of Vendor Lock-in and Bankruptcy Risks: Decentralized software can help mitigate the risks associated with a single software vendor. In traditional models, if a software provider goes out of business, your business operations could be severely impacted. While software escrow offers a way to access source code in such events, decentralized on-chain solutions inherently reduce this risk by ensuring the application and its data reside on a public, permissionless infrastructure.

Examples of Decentralized Applications

Real-world examples on the Internet Computer, such as the fully on-chain social networks TAGGR and Open Chat, demonstrate the viability of running entire web applications solely on the blockchain, realizing the true potential of Web3. Furthermore, IC Pack itself exemplifies a decentralized approach to software management, akin to app store or Linux package managers but designed specifically for the ICP blockchain.

Decentralized Software vs. Traditional SaaS

The traditional Software as a Service (SaaS) model, while offering convenience, often entails a loss of control for the user. Apps can be updated without consent, and the risk of data breaches or service shutdowns due to the provider’s issues remains. Decentralized software aims to address these concerns by placing control back in the hands of the users and leveraging the security and resilience of blockchain technology.

Conclusion

Decentralized software presents a paradigm shift with the potential to revolutionize how businesses build and utilize applications. By offering enhanced security, transparency, user control, and cost-effectiveness, platforms like the Internet Computer and solutions like IC Pack provide a compelling vision for the future of business software. Embracing decentralization can empower your business with greater resilience, security, and autonomy in the digital age.

The post Unlock Business Potential with Decentralized Software: Security, Control & Efficiency appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

Package Managers for Dummies: Simplifying Software and App Installation

Imagine you’re building with LEGO bricks. Sometimes, your creation needs special pieces – maybe a specific kind of wheel or a unique connector. Instead of having to make these pieces yourself or search through endless bins to find software, what if there was a helpful system that could find the exact pieces you need and make sure they fit perfectly with your other bricks? That’s essentially what a package manager does for software and apps.

In the world of software development, applications often rely on other pre-built pieces of code called dependencies, like libraries and frameworks. Managing these software packages manually can be a headache. You might download the wrong version, have pieces that don’t work well together, or spend a lot of time just trying to get software.

Why are Package Managers So Important?

Package management software are like super-organized helpers that make software installation much easier and more reliable. Here’s why you should care about them:

• Simplified Dependency Management: They automatically find, download, install applications, and update the necessary software apps your application needs from central online collections called software distributions or repositories or app stores. This saves you a lot of time and effort.
• Version Control: Package manager keep track of the exact versions of the software installed on computer you’re using. This is crucial because different versions might have different features or fixes. If an update causes problems, you can easily go back to a previous version. This ensures your project stays stable and predictable.
• Reproducibility: When you’re working with a team or deploying your software for applications to different computers, you need to make sure everyone has the exact same setup. Package management systems create special files that record the exact versions of all packages computer, allowing others to easily replicate your development environment.
• Time and Cost Efficiency: By automating the tedious task of managing software dependencies, package managers free up developers to focus on writing the actual application code, accelerating software development cycles and reducing costs.
• Enhanced Security: Many secure installer and package managers have built-in security features that can verify the authenticity of software packages in computer and scan for known vulnerabilities, protecting your project from potential threats.
• Ecosystem Integration: Package management tools often work smoothly with other it tools software, like those for building, testing, and deploying software, making the entire workflow more efficient.
• Community and Support: Popular package managers have large communities of users and extensive documentation, meaning you can usually find help and solutions if you run into problems.

Examples of Package Managers You Might Encounter:

Depending on the type of software you’re working with, you’ll encounter different package managers:

• For JavaScript (used in web development): npm, Yarn.
• For Python (used in various fields like data science and web development): pip, Conda.
• For Ruby (another language used in web development): RubyGems, Bundler.
• For Java (used in large enterprise software applications): Maven, Gradle.
• For the Internet Computer: IC Pack.

IC Pack: A Special Package Manager for the Internet Computer

The Internet Computer (ICP) is a unique blockchain that aims to host entire decentralized applications (dapps) fully on-chain, including the frontend, backend, and data. This sets it apart from other blockchain platforms that might rely on centralized cloud providers. IC Pack is a package manager specifically designed for this ecosystem.

IC Pack allows users to install software directly into their own “subnet” on the ICP blockchain. This offers several advantages:

• User Sovereignty: Only the user can update their software like as if it were installed on computer, ensuring that no developer or DAO can push harmful updates without consent. This addresses the problem of lost control users experienced in the SaaS industry in the cloud era.
• Speed: By placing all interoperable software apps into the same subnet, users benefit from much faster performance. The Internet Computer aims to provide speed without sacrificing decentralization.
• Ease of Management: Like app store such as Google Play or Linux distro package manager, IC Pack allows for simple software installation and management.
• Choice and Flexibility: Users have the freedom to choose which software to install from multiple repositories, just as one would select between email clients or other apps.
• Security: By installing apps apps software directly on the ICP blockchain, IC Pack offers enhanced security. Developers using IC Pack app store also don’t need to manage infrastructure or worry about scaling as the ICP blockchain handles it. Furthermore, it mitigates security problems associated with multi-tenant SaaS.

The inception of IC Pack at the Open Internet Summer event highlights its innovative approach to software management for fully on-chain applications. The creators envision it growing to the scale of Linux in the near future. To install IC Pack package manager itself, a bootstrapper is used, which can also handle installing other software packages alongside IC Pack.

In conclusion, package managers are essential tools in modern software development. They simplify the process of managing software components, ensure stability and reproducibility, enhance security, and, in the case of IC Pack on the Internet Computer, offer a novel, user-controlled approach to managing fully on-chain decentralized applications, returning control to the user in the age of cloud services and SaaS.

The post Package Managers for Dummies: Simplifying Software and App Installation appeared first on IC Pack.

This project failed for technical reaasons: We need to go through all intermediary versions when doing a package upgrade, to run all migration functions. So, I had the idea to update the remote repo on Git commits. But the binaries for the production and localhost tests may be different, this makes it nearly impossible to do correctly. If you have an idea how to save my project, please I to hear you.

What is Fully On-Chain?

The term “fully on-chain” refers to a key capability of the Internet Computer (ICP) blockchain, where entire decentralized applications (dapps) can operate completely on the blockchain, including the frontend, backend, and data storage. This is a distinguishing feature of ICP that sets it apart from other blockchain platforms. IC Pack is the first package manager created for fully on-chain applications.

Deep Dive: Fully On-Chain Explained

• Complete Decentralization: Fully on-chain dapps on the Internet Computer achieve true decentralization. Unlike dapps on other blockchains that rely on centralized cloud providers to host their frontend, ICP enables the entire application stack to run on the blockchain. This eliminates single points of failure and enhances censorship resistance. The IC is the only blockchain capable of hosting a full dapp, including the frontend, backend, and data, without sacrificing speed or affordability.
• Enhanced Security and Transparency: Hosting everything on-chain, including the user interface, significantly reduces the risk of tampering with the frontend, increasing the overall security and transparency of the application.
• DAO Control: Fully on-chain dapps can be completely controlled by Decentralized Autonomous Organizations (DAOs) through on-chain governance, allowing for true community ownership and management of web applications.
• Affordable Data Storage: The Internet Computer makes it economically feasible to store large amounts of data on-chain, unlike other blockchains where data storage is prohibitively expensive. For example, storing 1 GB of data on Ethereum costs hundreds of millions of dollars, while it only costs a few dollars on the IC.

IC Pack and Fully On-Chain Applications

IC Pack is designed for the ICP blockchain, enabling users to install copies of IC software directly into their own subnet, offering a unique, decentralized approach to software management. This package manager is similar to Google Play or Linux package managers.

Key Advantages of IC Pack

• User Sovereignty: Only the user can update their software, ensuring that no developer or DAO can push harmful updates (or delete the software) without consent. IC Pack provides full user control over the apps.
• Speed: By placing all interoperable software into the same subnet, users benefit from much faster performance.
• Ease of Management: IC Pack allows for simple software installation and management, similar to Google Play.
• Choice and Flexibility: Users have the freedom to choose which software to install, just as one would select between email clients or other apps. Users can choose vendors because IC Pack supports multiple repositories, so users can install from multiple repositories.
• Permission Control: Users can manage which software can communicate with each other, avoiding potential deadlocks caused by malfunctioning apps. IC Pack provides Android-like permissions and inter-app events.

IC Pack: Returning Control to the User

IC Pack aims to return control to the user, making the user self-sovereign. The IC Pack provides full user control over online apps, so nobody can delete or update an app without the user’s consent, even if the IC Pack company goes out of business. With IC Pack, users are in complete control of their digital environments.

The post Fully On-Chain Explained: IC Pack & Decentralized Applications appeared first on IC Pack.