The path to a truly decentralized future often involves untangling ourselves from the lingering threads of centralized systems. At Solar Punk, we’re dedicated to forging the foundational infrastructure for censorship-resistant platforms and genuinely sovereign applications on Swarm. 

That’s why we’re thrilled to announce a major step forward for developers and businesses ready to fully embrace the decentralized web: the unveiling of our new ipfs-to-swarm GitHub repository!This open-source TypeScript CLI tool isn’t just a piece of software. It’s a comprehensive toolkit and guide designed to help you seamlessly migrate your data from IPFS to Swarm.

Why Swarm is the Future of Decentralized Storage

You might be asking, “Why migrate?” While IPFS is a valuable decentralized protocol, Swarm takes the promise of Web3 a giant leap further by providing an incentivized data layer. This means Swarm offers several compelling advantages for building truly unstoppable applications:

• Guaranteed Data Availability: Unlike IPFS, which relies on external pinning services, Swarm includes a native bandwidth market and built-in economic incentives that ensure your content stays available.
• Superior Performance: Swarm uses smaller 4 KB chunks, allowing for more efficient storage and faster retrieval, even for rarely accessed files.
• Unwavering Censorship Resistance: Content on Swarm is nearly impossible to remove, protecting against both internal and external pressure. This supports permissionless publishing and ensures data remains accessible beyond the control of any single entity.
• Enhanced Privacy and Access Control: Swarm offers strong privacy features, built-in encryption and, crucially, Access Control Trie (ACT) permissions. ACT, a key Solar Punk contribution, gives you granular, cryptographically secure control over who can access your data, opening doors for private sharing, content monetization, and secure decentralized platforms.
• Integrated Incentives: Swarm’s native BZZ token rewards users who contribute storage resources, fostering a self-sustaining network.

Solar Punk is at the forefront of building on Swarm, making it easier than ever for developers to create robust, censorship-resistant applications.

Your Migration Bridge

The ipfs-to-swarm repository makes the transition from IPFS to Swarm straightforward and efficient. This TypeScript CLI tool performs the core migration steps: downloading content from IPFS and then re-uploading it to the Swarm network.

What the Tool Offers:

• Single File Migration: Easily migrate individual files by providing their IPFS Content Identifier (CID) and your Swarm postage batch ID.
• Bulk Migration: For those with extensive data, the tool can download all files and directories from your IPFS MFS (Mutable File System) root directory, preserving the original structure as it uploads them to Swarm.
• Prerequisites and Setup Guidance: The repository includes clear instructions on setting up your infrastructure, including running a Bee node, using postage stamps, and configuring your IPFS node.
• Stamp Management Insights: Learn how to estimate the required postage stamp capacity, purchase stamps, and monitor their validity and usage to ensure long-term storage.

The tool automates chunking, cryptographic hashing, and distribution of your data across Swarm’s network of nodes, ensuring its resilience.

Building the Unstoppable Future, Together

At Solar Punk, we believe in giving you the tools to take control of your digital destiny. The ipfs-to-swarm repository is part of our commitment to making decentralized infrastructure both accessible and powerful. It’s an essential step towards enabling self-sustaining, decentralized, and unstoppable communities.

Are you ready to unleash true data ownership and user control?

Explore the GitHub repository: https://github.com/Solar-Punk-Ltd/ipfs-to-swarm.

If you have a large-scale migration in mind, or your data model is complex and you need assistance in structuring your data on Swarm, don’t hesitate to reach out to Solar Punk for professional consulting. We’re here to help guide your journey into the decentralized future!

The recent unveiling of Jack Dorsey’s BitChat is an exciting development in the quest for truly sovereign digital communication. Its core ethos of peer-to-peer, censorship-resistant messaging resonates deeply with our mission. While BitChat explores what’s possible using Bluetooth mesh networks, we at Solar Punk are building the tools for this unstoppable future on an even broader scale, using the robust decentralized infrastructure of Swarm.

Swarm is a peer-to-peer network of nodes that provides censorship-resistant decentralized storage and communication, aiming to be the operating system for a re-decentralized internet. It’s not just about moving data; it’s about empowering users with permissionless publication and true data ownership. Honored with a Swarm Foundation Fellowship, Solar Punk is developing libraries that make building on this powerful foundation more accessible.

Here’s a look at the tools we’ve created to make the decentralized web a reality:

Access Control Trie (ACT): Your Data, Your Rules

A key contribution from Solar Punk is the Access Control Trie (ACT), an advanced encryption and key management system now integrated into the Swarm protocol. ACT gives content publishers precise, granular control over who can access their data, unlocking essential use cases for individuals and businesses:

• Secure Content Delivery: Manage subscription-based content without relying on a central server.
• Private Data Sharing: Safely share sensitive information, from AI training models to personal health records, with provable provenance and full user control.
• Decentralized Social Networks: Build private communities where access can be granted or revoked on your terms.

Decentralized Multimedia Libraries: Unstoppable Communication

We have released the first version of our Multimedia Middleware libraries to fast-track the development of decentralized social and media applications on Swarm. These libraries provide cost-effective and scalable building blocks for censorship-resistant platforms, enabling features like:

• Audio/video live streaming
• Live group chat
• Dynamic comment walls

For businesses, this means faster deployment and lower development costs when creating the next generation of social networks, streaming services, or metaverse experiences.

Devcon.buzz: A Blueprint for Privacy-Focused Apps

To showcase the above capabilities, we built Devcon.buzz for Devcon7 in Bangkok. Running entirely on Swarm, the app provided a privacy-focused platform for attendees to connect and share ideas. It demonstrated:

• Decentralized commenting using Swarm’s Graffiti feeds
• Group chat spaces and private, user-owned notes
• The entire Devcon agenda loaded directly from Swarm

Toward a Truly Decentralized Web

The vision of a mesh network independent of traditional internet infrastructure is deeply embedded in Swarm’s DNA. As a peer-to-peer network, Swarm distributes data across a global network of nodes, making it resilient to failures or interference. Its core design, from Forwarding-Kademlia routing to content-addressing, lays the groundwork for a network that can function and thrive even without centralized internet infrastructure. The ability to run local nodes and access Swarm content directly, as demonstrated by Devcon.buzz, marks a crucial step toward this vision.

The rise of projects like BitChat reinforces our belief that the future is decentralized. At Solar Punk, we’re not just watching this future unfold—we’re actively building it on Swarm. 

Are you ready to join us in shaping a brighter, decentralized tomorrow?

Why Take the Leap to Swarm? Building a Better Foundation

IPFS and Swarm share the goal of decentralized storage, moving us away from centralized data silos. But if you’re looking to build truly resilient, self-sustaining, and user-empowering applications, Swarm offers compelling advantages.

While IPFS primarily provides a protocol for content addressing, Swarm is architected as a service. This crucial difference stems from Swarm’s built-in incentive layer, which economically motivates node operators to store and serve data, meaning content availability is fundamentally guaranteed within the network itself. 

With IPFS, availability relies on active pinning, often requiring third-party pinning services and introducing points of dependency.

Swarm further distinguishes itself with superior privacy features and native encryption capabilities, notably through the Access Control Trie (ACT). Developed with contributions from the Solar Punk team, ACT offers fine-grained, on-chain access control, giving creators unprecedented flexibility and security over their data. 

The table below shows the comparison of Swarm to IPFS.

Migrating to Swarm isn’t just changing storage; it’s a step towards reclaiming digital sovereignty, enhancing censorship resistance, and empowering users with greater control over their information.

How to Migrate: A Straightforward Path

The good news? Migrating your data from IPFS to Swarm is surprisingly straightforward. Because both systems utilize content-addressed storage, the core process involves retrieving your data from IPFS and uploading it to the Swarm network.

Prerequisites:

1. Install Bee: If you haven’t already, get your Swarm node running. Follow the official guide: https://docs.ethswarm.org/docs/bee/installation/getting-started
2. Install swarm-cli: You’ll need the command-line tool for interacting with your node: https://docs.ethswarm.org/docs/bee/installation/quick-start#install-swarm-cli

Fund Your Node: Ensure your Bee node has xDai and BZZ for transaction fees and postage stamps: https://docs.ethswarm.org/docs/bee/installation/fund-your-node/

Step 1: Get Your Swarm Postage Stamp

Uploading data to Swarm requires a “postage stamp,” which pays for storage over time. Purchase one using swarm-cli.

• Adjust –capacity (minimum 4GB, see the Effective Utilisation Table for guidance) and –ttl (time-to-live in days) as needed.
• Use a descriptive –label.

# Using newest swarm-cli (recommended)
swarm-cli stamp create –capacity 4GB –ttl 30d –label my-migration-stamp

# Note your Stamp ID (hash) from the output!

Note: If you have an older version of swarm-cli, use this instead of the above:

swarm-cli stamp buy –depth 17 –amount 600m –label my-migration-stamp –gas-price 10000000000
# (Adjust depth/amount based on capacity/TTL needs and check current gas prices)

Step 2: Identify Your Pinned Files in IPFS

List the root CIDs of the files and directories you want to migrate. Using -t recursive ensures you get only the top-level identifiers, not every underlying chunk.

ipfs pin ls –type=recursive

This command outputs a list of CIDs currently pinned on your IPFS node.

Step 3: Download from IPFS & Upload to Swarm (Single Item)

For migrating a single file or directory:

1. Download from IPFS: Replace QmYourCID with an actual CID from Step 2.
   ipfs get QmYourCID -o ./myFileOrFolder
2. Upload to Swarm: Replace MyStampID with the postage stamp ID you obtained in Step 1.
   swarm-cli upload ./myFileOrFolder –stamp MyStampID

Swarm will return a Swarm Reference (hash) – this is your new decentralized pointer to access the content on Swarm!

Automating Migration for Multiple Files

For migrating multiple pinned items, this script automates the download-and-upload process. It downloads each pinned item from IPFS to a temporary directory, uploads it to Swarm, and cleans up successful migrations. Failed uploads remain in the temp folder for retrying.

#!/bin/bash

# Configuration
TEMP_DIR="/tmp/ipfs_migration"
STAMP="your-postage-stamp-hash" # IMPORTANT: Replace with your actual Swarm Postage Stamp hash

# Ensure required tools are installed
if ! command -v ipfs &> /dev/null || ! command -v swarm-cli &> /dev/null; then
    echo "Error: ipfs and swarm-cli must be installed."
    exit 1
fi

# Fetch all pinned CIDs (recursive type gets top-level items)
CIDS=$(ipfs pin ls --type=recursive | awk '{print $1}')

# Create temporary directory if it doesn't exist
mkdir -p "$TEMP_DIR"

# Process each CID
for CID in $CIDS; do
    echo "Downloading CID: $CID..."
    # Download from IPFS to the temporary directory
    if ! ipfs get "$CID" -o "$TEMP_DIR/$CID"; then
        echo "Error downloading CID: $CID. Skipping..."
        continue # Skip to the next CID
    fi

    echo "Uploading to Swarm..."
    # Upload the downloaded item to Swarm using the specified stamp
    if ! swarm-cli upload "$TEMP_DIR/$CID" --stamp "$STAMP"; then
        echo "Error uploading CID: $CID. Keeping file for debugging."
        continue # Skip removal if upload fails
    fi

    # If upload succeeded, confirm and remove the temporary item
    echo "Migration complete for CID: $CID"
    rm -rf "$TEMP_DIR/$CID" # Remove the successfully migrated file/folder
done

echo "Batch migration complete!"

Beyond Basic Migration: Building the Future on Swarm

As demonstrated, moving your data is technically simple thanks to the shared content-addressing foundation. But the implications are profound. By migrating to Swarm, you gain a truly persistent, economically sustainable, and privacy-preserving storage layer.

Imagine the possibilities this unlocks:

• Powering unstoppable decentralized applications (dApps)
• Securely hosting NFT metadata with guaranteed long-term availability
• Building censorship-resistant media streaming platforms
• Creating robust infrastructure for confidential data sharing

The move to Swarm is a move towards a more robust, autonomous, and user-centric internet.

Need Guidance? Let’s Build Together!

Whether you’re migrating a simple dataset, refactoring a complex application currently using IPFS, or exploring how to best structure your data to leverage Swarm’s unique features like ACT, Solar Punk is here to help! We have deep expertise in Swarm and are passionate about helping projects harness its full potential.

Get Started & Join the Movement:

• Experiment! Don’t hesitate to try the steps above with a small dataset.
• Explore: Dive deeper into Swarm’s documentation and concepts.
• Connect: Join the vibrant Solar Punk community on Galaxis to share your experiences and learn from others.
• Reach Out: Have questions or need tailored support for your migration? Contact Solar Punk – we’re excited to assist you in building the decentralized future.

The world of Non-Fungible Tokens (NFTs) continues to expand, evolving beyond digital art into diverse applications like collectibles, gaming assets, and more. As the number of NFTs grows, the ability to efficiently index and search their associated metadata becomes increasingly crucial for both creators and collectors. 

Imagine a vast library with countless books, but no catalog—finding what you’re looking for would be a daunting task. Similarly, without proper indexing, the rich information embedded within NFT metadata risks becoming lost in the decentralized web.

At Solar Punk, we believe in empowering developers and businesses with the tools to navigate and build on decentralized infrastructure. That’s why we’ve been deeply involved in exploring innovative solutions for managing NFT data on Swarm, the decentralized storage and communication network.

The Challenge of NFT Metadata Discovery

While the ownership of an NFT is recorded on the blockchain, the actual data describing the NFT—its name, attributes, associated media—is often stored off-chain. Traditionally, this metadata might reside on centralized servers, raising concerns about longevity, censorship, and single points of failure. Even when using decentralized storage solutions, effectively indexing and searching through large volumes of metadata presents a significant technical hurdle.

Swarm: A Foundation for Discoverable NFT Metadata

Swarm offers a robust and censorship-resistant platform for storing NFT metadata. Its decentralized peer-to-peer architecture ensures data availability and integrity, addressing the longevity concerns associated with centralized storage. Furthermore, Swarm’s content-addressed nature, where data is identified by a unique hash of its content, provides a strong foundation for verifiable and immutable metadata.

Solar Punk’s Insights

At the Swarm Summit 2024, Solar Punk presented key insights into indexing and searching NFT metadata with Swarm, going beyond traditional approaches. Our presentation outlined a vision for automatically cataloging image-based NFTs using AI tools. 

The proposed process involves several steps: 

• First, fetching the NFT image content and any existing metadata, if available. 
• Then, an AI model is utilized to generate a short text description based on the NFT image. This descriptive text is subsequently processed using a Large Language Model (LLM) to extract a list of relevant keywords that highlight the NFT’s main features. For example, an image of a cat with a mohawk playing golf under a moonlit sky would be analyzed to generate keywords like “cat, mohawk, golf, moon”. 
• Finally, an index is built from these keywords, enabling users to search for specific NFTs based on their visual attributes.

The resulting index structure would likely use a Suffix-trie and be scalable with shards, with the goal of ultimately uploading this index to Swarm to make it available anywhere. This approach aims to create a standardized way of indexing NFTs, improving the search experience in NFT marketplaces and enabling new applications for AI analytics in the NFT space.

Empowering the Future of NFTs

By focusing on solutions for indexing NFT metadata on Swarm, Solar Punk aims to:

• Enhance the utility of NFTs: Making metadata searchable unlocks new possibilities for discovering and interacting with NFTs based on their specific characteristics.
• Promote a more robust NFT ecosystem: Decentralized and easily discoverable metadata contributes to the long-term viability and value of NFTs.
• Simplify development for Web3 creators: Providing clear strategies—and potentially tools—for metadata indexing lowers the barrier to entry for building innovative NFT applications on Swarm.

As the NFT space continues its exciting trajectory, the need for effective metadata management will only grow. Solar Punk is committed to pushing the boundaries of what’s possible with decentralized technologies like Swarm, helping to build a future where digital assets are not only owned but also easily discoverable and accessible.

Stay tuned for more updates on our work in the NFT space and other exciting developments within the Swarm ecosystem. If you’re a developer or business owner looking to explore the potential of Swarm for your NFT projects, we’d love to connect. Let’s build a more discoverable and decentralized future together!

The UK government is once again seeking expanded surveillance powers that would weaken encryption, reigniting a long-standing debate. This is not the first time lawmakers have sought to introduce legislation forcing tech companies to provide access to encrypted communications. Over the years, similar efforts have surfaced in different forms—from the controversial Investigatory Powers Act (IPA) of 2016 to more recent proposals targeting end-to-end encryption used by messaging apps and cloud services.

This debate is not limited to the UK. Other governments have made similar attempts, such as Australia’s Assistance and Access Act, the EU’s discussions around client-side scanning for CSAM detection, and the U.S. EARN IT Act. Each of these initiatives has faced resistance from privacy advocates and the tech industry, raising concerns about the unintended consequences of weakening encryption.

The Investigatory Powers Act and Its Evolution

Originally passed in 2016, the Investigatory Powers Act (often called the “Snooper’s Charter”) granted the UK government broad surveillance capabilities. Among its provisions, it required internet service providers to store browsing history for up to a year and gave intelligence agencies sweeping access to communications data. However, one of the most controversial aspects of the IPA has been its ongoing amendments, particularly those that aim to force companies to weaken encryption by providing government backdoors.

Apple and other tech firms have repeatedly resisted these efforts, arguing that any backdoor for government access could also be exploited by malicious actors. Despite industry pushback, the UK government periodically renews debates about encryption access, framing it as an obstacle to national security efforts rather than a fundamental privacy tool. If these legislative proposals advance, companies will face a tough choice: weaken security for all users or push back through legal and policy channels. Some tech firms have signaled they might reconsider their UK market presence if extreme regulatory measures threaten their encryption standards.

This isn’t just a UK issue–similar scenarios have played out globally. In response to laws requiring weaker encryption, Meta’s WhatsApp threatened to leave the UK, while Signal has made it clear it would rather shut down than compromise security. These cases highlight the broader industry response when governments attempt to undermine encryption.

Why “Only Spying on Bad People” Doesn’t Work

A common argument in favor of weakening encryption is that it will only be used to target criminals and terrorists. However, in practice, once encryption is compromised, it is compromised for everyone. Strong encryption protects not just activists, journalists, and dissidents but also businesses, governments, and ordinary citizens from cybercriminals, identity theft, and mass surveillance.

Encryption is not just a tool for privacy; it is a fundamental check within a democratic system. By ensuring that communication remains secure, encryption prevents any single entity—whether a government or corporation—from achieving absolute control over the flow of information. Legal frameworks rely on checks and balances to prevent overreach, and encryption serves as a technological safeguard that upholds these principles. Without strong encryption, centralized authorities could suppress opposition, stifle dissent, and undermine the mechanisms that allow for accountability and resistance in society.

Real-world examples demonstrate why this matters. Encrypted messaging has been vital for whistleblowers exposing corruption, journalists reporting on sensitive issues, and human rights defenders operating under oppressive regimes. Even businesses rely on encryption to protect trade secrets and prevent espionage. Weakening encryption wouldn’t just impact criminals—it would expose businesses, journalists, and everyday users to unprecedented risk.

Articles

• Washington Post – U.K. orders Apple to let it spy on users’ encrypted accounts
• BBC – UK demands access to Apple users’ encrypted data
• Tech Policy – UK Encryption Crackdown Imperils Privacy, Security & Free Speech
• Amnesty International – UK: Encryption order threatens global privacy rights
• Wikipedia – Encryption ban proposal in the United Kingdom

In an era defined by rapid digital transformation, decentralization has shifted from being a mere option to a necessity. Amid growing concerns over data ownership, privacy, and censorship, platforms championing Web3 principles are paving the way toward a more secure and user-centric future. In this context, Galaxis—a platform committed to empowering creators and fostering communities—has announced its collaboration with Swarm decentralized storage and communication infrastructure, and Solar Punk. Together, they aim to unlock the full potential of decentralized storage solutions.

A Collaborative Step Toward Decentralized Ecosystems

This partnership represents an important step toward creating environments where online communities can thrive without relying on centralized systems. By combining Galaxis’s innovative tools with Swarm’s robust infrastructure and Solar Punk’s technical expertise, they are laying the groundwork for dynamic and unstoppable decentralized ecosystems that offer greater autonomy and security.

The Power of Decentralized Storage

At the heart of this partnership is Swarm’s peer-to-peer (P2P) storage architecture. Unlike traditional centralized solutions, which are vulnerable to failures or interference, Swarm distributes data across a global network of nodes. This ensures that data remains accessible, secure, and censorship-resistant.

For communities using the Galaxis platform, this approach offers several significant benefits:

By integrating Swarm’s capabilities, Galaxis is building a foundation for private, stable, and self-sovereign community spaces.

Solar Punk’s Role in the Vision

Solar Punk’s experience in building decentralized solutions complements Galaxis’s vision for sustainable, decentralized communities. This partnership is focused on more than just storage—it aims to create tools that enhance how communities interact online. Planned features include:

• Supporting open discussions without fear of external interference.
• Enabling private, real-time connections among community members.
• Leveraging blockchain to dynamically manage permissions based on on-chain activities.

Enhancing the Galaxis Experience

For users of the Galaxis platform, this partnership introduces tools and features designed to empower both creators and communities:

• Each community will have its own Swarm node, ensuring autonomy and resilience.
• Multi-chain support for Swarm postage stamps makes decentralized storage user-friendly.
• Moving community assets, such as images to metadata, from IPFS to Swarm will provide greater stability and privacy.

These enhancements align with Galaxis’s mission to equip creators with the freedom to innovate, offer members secure engagement, and enable communities to thrive free from external constraints.

Looking Ahead

The collaboration between Galaxis, Solar Punk, and Swarm embodies the broader values of Web3—decentralization, user empowerment, and resilience. As concerns over data security and censorship grow, Galaxis is focused on developing practical solutions that prioritize privacy, autonomy, and innovation.

This partnership underscores a shared commitment to building tools that make online communities more secure and independent. By integrating cutting-edge storage solutions with innovative community-building features, they are creating online spaces that are safer, more autonomous, and firmly rooted in Web3 principles.

As we wrap up 2024, the Solar Punk team reflects on a remarkable year of growth, innovation, and engagement with the decentralized technology community. From leading presentations at global events to making strides in decentralized storage, this year has been pivotal in shaping the Web3 ecosystem. 

Let’s review the year behind us! It began with a visit to NFT.NYC where we explored the latest developments in NFT and related technologies. Spring took us to ETH Prague, immersing ourselves in the evolution of the Ethereum space. In June, we were key participants at the Swarm Summit, presenting our advancements and plans for enabling developers and businesses to harness Swarm’s capabilities. We closed the year at Devcon in Bangkok, where we showcased a Swarm-based application and hosted a side event to connect with fellow developers and businesses interested in integrating our technologies. 

This post revisits Solar Punk’s 2024 milestones and highlights the opportunities they create for developers and business owners.

Swarm Summit 2024

In June, after the collaborative Hack Days, Solar Punk presented at the Swarm Summit, sharing key insights on how developers can leverage Swarm for efficient, secure, and scalable applications. Our team delivered five impactful presentations on essential topics for integrating decentralized solutions:

• Indexing and Searching NFT Metadata with Swarm
• Access Control Over Swarm Content
• Swarm Light Node as a Mobile Application
• Running a Swarm Node Inside a Browser
• Decentralized Media Streaming over Swarm

The response from the audience was overwhelmingly positive, with many developers and businesses expressing interest in applying Swarm’s technologies to improve their own solutions. Our discussions underscored Swarm’s flexibility and scalability while highlighting its transformative potential across industries, including NFTs and media streaming.

Introducing Access Control: Enhancing Data Security and Flexibility

A key Solar Punk contribution to Swarm is the Access Control Trie (ACT), an advanced encryption and key management system largely based on the architecture outlined in Viktor Trón’s Book of Swarm. ACT offers precise control over content access, making it invaluable for developers and businesses requiring secure decentralized storage. 

By using public-key cryptography and secure key derivation, ACT enables content publishers to grant or revoke access as needed, unlocking a wide range of use cases, including:

• Content Monetization: Secure subscription-based content delivery.
• Private Data Sharing: Safeguarded exchange of sensitive business or personal data.
• Decentralized Platforms: Controlled-access private social networks.

ACT was officially integrated into the Swarm protocol with the release of Bee Node version 2.2.0 in September, paving the way for its adoption in decentralized applications and services.

Devcon.buzz: Showcasing Social Media Functions on Web3

At Devcon7 in Bangkok, Solar Punk unveiled Devcon.buzz, a decentralized app built entirely on the Swarm network. The app provided attendees a privacy-focused platform to connect, share ideas, and explore Web3 technologies.

Devcon.buzz also demonstrated how businesses can create bespoke decentralized applications prioritizing data security and user control. Applications using this framework might include:

• Social networks where user data is secure and privacy is paramount.
• Metaverse-like experiences where interactions are decentralized, transparent, and secure.

This project exemplifies Solar Punk’s ability to help businesses transition to decentralized systems, unlocking new possibilities in user engagement and collaboration.

Swarm Fellowship: Empowering Developers with New Tools

In October, Solar Punk was honored to receive a Swarm Foundation Fellowship for developing libraries that simplify decentralized application development. These libraries streamline the process by offering:

• Pre-built components and tools for common Web3 functionalities like social media platforms and advanced metaverse experiences.
• Increased accessibility, simplifying integration with Swarm’s infrastructure.
• Enhanced standardization and interoperability within the Swarm ecosystem.

For businesses, this means faster deployment of decentralized solutions, lower development costs, and a more robust infrastructure for their applications. Whether you’re looking to build a decentralized social network or an enterprise-grade solution, these libraries significantly simplify the process, helping to bring your ideas to life more quickly and efficiently.

Partnership with Galaxis: Empowering Community Creators

Solar Punk partnered with Galaxis.xyz to bolster the security and resilience of their platform for online community creators. This collaboration birthed the Solar Punk Community, a hub for developers to explore our technologies and collaborate.

With all assets stored on Swarm, the roadmap envisions communities running entirely on Swarm’s decentralized peer-to-peer network. This ensures censorship resistance and data breach protection, allowing businesses to build unstoppable operations.

Looking Ahead

2024 has been an exhilarating year of progress for Solar Punk. As we continue to innovate, our commitment to empowering developers and business owners with decentralized technologies remains steadfast. Whether building a Web3 application, integrating decentralized storage, or creating secure platforms, Solar Punk has the expertise to guide your journey.

Stay tuned for updates as we expand possibilities for decentralized applications in the Web3 ecosystem. If you’re a developer or business owner ready to explore these technologies, we’d love to connect with you.

Let’s continue building the future together in 2025!

Devcon has always been more than just an event for the Web3 community—it’s a celebration, a reunion, and a space to forge new paths for the future of blockchain. This year’s Devcon SEA was especially significant for our team, as it marked our first, but certainly not the last, participation. The energy, connections, and ideas we encountered made for an unforgettable experience.

What Solar Punk Gained from Devcon SEA

For Solar Punk, Devcon SEA was the perfect stage to release our anonymous communication platform, Devcon.buzz, showcase our latest projects, connect with key players in the ecosystem, and strengthen our ties within the community. We established numerous meaningful connections with developers, enthusiasts, and industry leaders who share our commitment to a decentralized, sustainable future.

Throughout the event, we engaged in conversations that have already sparked new ideas and collaborations. Meeting like-minded individuals and teams underscored just how much potential lies in collective innovation. Each connection brought fresh insights, potential partnerships, and shared goals that will shape our future work.

Rooftop Buzz Side Event: A Night of Networking

A highlight for Solar Punk was our Rooftop Buzz side event at ANJU Korean Rooftop Bar on November 14th. We hosted an incredible evening for developers, blockchain enthusiasts, and community members, creating a relaxed yet vibrant atmosphere where ideas flowed freely and connections were made in the beautiful sunset over Bangkok.

The turnout exceeded our expectations, and the rooftop venue provided the perfect setting for meaningful conversations and inspiration against the backdrop of the city lights. It was a privilege to see so many people come together—from seasoned blockchain veterans to newcomers excited about what the future holds.

A Look Ahead: Building on Devcon’s Momentum

Leaving Devcon, the Solar Punk team is more motivated than ever. The event was not only a significant milestone for us but also a powerful reminder of the collaborative spirit within the Web3 community. The discussions and connections made at Devcon and Rooftop Buzz have created momentum that will propel us forward as we continue to work toward a sustainable, decentralized future.

Introduction

Devcon.buzz is a groundbreaking decentralized web application built on Swarm, designed to transform communication at Devcon. This innovative app offers a secure and private platform for real-time chatting, leveraging Swarm’s capabilities to decentralize all components. By providing a comprehensive conference agenda, organizing discussions by agenda points, and enabling anonymous chat, Devcon.buzz enhances the Devcon experience and fosters a vibrant community.

Technical overview

Swarm is a decentralized storage and communication infrastructure that operates as a peer-to-peer network, designed to facilitate a self-sovereign digital society. It provides a scalable, base-layer infrastructure for the decentralized internet, ensuring permissionless publication and user privacy. The decentralized nature of Swarm ensures data is resistant to censorship.

Swarm’s Bee nodes are accessed through a network of gateways that act as entry points into the decentralized storage environment. Users send HTTP requests to a Swarm gateway, which retrieves the requested data from the Swarm network, abstracting the complexities of directly interacting with a peer-to-peer protocol and allowing users to leverage Swarm’s functionalities using standard web protocols.

To make Devcon.buzz accessible to everyone, even those without any experience with Web3 or Swarm, we use familiar cloud services as an entry point to the actual decentralized mechanisms running under the hood. We went with Google Cloud’s Cloud Run service to set up a few services easily, and provide on-demand scaling for these out of the box.

We deploy three limited-scope services on Cloud Run, each with a distinct function:

1. Devcon Buzz App server: Serves the Reactive client-side code and acts as the app’s entry point behind the devcon.buzz web domain.
2. Light Backend: Handles essential features requiring server-side processing, like assigning unique nicknames and managing the app’s gamified elements.
3. Swarm Gateway: Bridges the traditional cloud and the decentralized Swarm network.

A fourth service, an SSH Tunnel runs as a VM in Google Cloud Compute. This is a crucial component to provide a secure connection between the Swarm Gateway instances in Google Cloud and Bee nodes within the Swarm network. It wraps outgoing requests and sends them over an encrypted SSH connection to machines hosting Bee nodes.

To promote safety and respect compliance requirements of Devcon and its host country, Thailand, we have introduced an opt-in content filtering mechanism. To avoid human moderators accessing and reviewing uploaded content, we utilize AI and one of the newest open-weight LLMs, the LLama 3.2 3B. For an effective and robust solution we do this via calling the API of CloudFlare’s Workers AI.

This is the extent of components needed to run on traditional cloud service providers, limited to the minimum to be able to achieve the smoothest experience possible and simplifying onboarding for the application’s users. 

All content generated through the app—comments on Devcon talks, Buzz Space chat messages, and private notes—is stored on Swarm, guaranteeing Devcon.buzz’s private, highly available, and censorship-resistant nature. And by the way, the complete agenda of Devcon as displayed in the application is loaded directly from Swarm too!

Using your own local Bee Node

If you want the truly fully decentralized experience, you will be able to run Devcon.buzz with your own Swarm Bee node either on a desktop or with a Bee node running on your mobile device. This removes the need for gateways, allowing users to upload and download their app content directly from Swarm.

With some future work it might become possible to host the Reactive app directly from Swarm. Until then, the Devcon.buzz App server or a local package will host the app’s code. Calling the Light Backend will still be needed until a decentralized compute solution could be introduced.

User Experience

Let’s have a look at the cool features of the Devcon.buzz app, what makes them work behind the scenes, and how they are built on top of Swarm’s decentralized infrastructure.

Agenda and Comments

The Devcon agenda is uploaded to Swarm and remains updatable, so any changes to the schedule can be synced even during the event. Swarm’s Feed structure makes this dynamic updating possible.

Each agenda talk has its own comment wall for users to share their thoughts. This is implemented using Swarm’s Graffiti feed mechanism, which allows multiple participants to contribute to the same feed, driven by the Comment System library.

Live Chat (Buzz Spaces)

To keep the discussion vibrant and alive, each Devcon category (Core Protocol, Layer 2s, etc.) has its own Buzz Space. For these Spaces we wanted to showcase a novel solution capable of managing live group chat in a fully decentralized manner. Two of its key components are a list of active chat participants which is maintained throughout the lifecycle of the chat, and individual user feeds for message sending.

Maintaining the list of active participants is done by one or multiple Bee nodes acting as aggregators which track the last activity per user and register new joiners to the chat on a dedicated feed. In the chat code library, there will be an option to perform the aggregation on the client-side. This can be managed by an active user selected through a round-robin mechanism, further decentralizing the process.

We will release the code libraries for the live chat and the Comment System soon, complete with documentation, so anyone can create censorship-resistant communication channels on Swarm.

Private Notes on Swarm

Devcon.buzz also enables users to write private notes, which are stored on Swarm via the Feed structure. Each note will have its unique topic, organizing them neatly under a single feed. Updates to notes keep previous versions accessible, with the latest always at the most recent index.

Conclusion

Devcon.buzz offers a powerful set of features for Devcon attendees, streamlining the conference experience with a comprehensive agenda, organized discussions, and anonymous chatting to build community. Its true strength lies in its decentralized foundation on Swarm, ensuring security and resilience.

Looking ahead, Devcon.buzz has the potential to be much more than a conference app. Its decentralized architecture makes it a valuable tool for any community seeking secure and private communication. This project exemplifies Swarm’s vast utilities and its potential to revolutionize online communication, paving the way for a future of decentralized applications that empower users while protecting their privacy and data integrity. As the technology continues to mature, Devcon.buzz and similar projects are positioned to lead the transition to a truly decentralized web.