August 15th Can Bitcoin improve election integrity?

The adoption of Simple Proof, a Bitcoin-based time stamp system used by Georgia Screen County last year, shows notable advances in election security. A method that provides a record of tampering and independently verifiable results without revealing sensitive data, anchors the cryptographic hash of election documents in a distributed ledger of Bitcoin. In doing so, it ensures transparency, ensures protection against post-election change, and reduces reliance on vulnerable centralized systems. This approach reflects Simple Proof’s previous success in Guatemala’s 2023 presidential election. This is a process that protected more than 150,000 tally sheets amid political tensions and institutional mistrust, and was later recorded in an immutable democracy. In both cases, it shows that decentralized blockchain-based verification can increase trust in democratic processes. It serves as a scalable model to secure elections around the world and encourages broader reforms in public record management, but its global impact depends on the willingness of authorities to embrace transparency..

Can Bitcoin have an unchanging influence on democracy?

In November 2024, Screen County, Georgia became the first county in the United States to secure election results using the Bitcoin blockchain via Simple Proof’s Opentimestamps-based system. This approach involves encrypting the official results “hash”, creating a unique digital fingerprint, and embedding this into a Bitcoin transaction. This method confirms that the results existed in their original form at a particular time without revealing their content. By fixing the hash to Bitcoin’s decentralized, immutable ledger, the county has acquired verifiable and tampered records that all parties can independently confirm. This has been accomplished without requiring election officials to have specialized blockchain knowledge, demonstrating that such security measures can be implemented with minimal operational disruption.

Security benefits lie in the combination of transparency and confidentiality. The hash-only process ensures that anyone can see the document when it is recorded, while still maintaining the underlying data, such as voter roles and detailed results, remain private. This means attempting to modify a record after the timestamp is made detectable, making retroactive tampering virtually impossible without detection. Bitcoin ledgers are maintained by thousands of independent nodes around the world, so a single authority cannot modify or erase a proof. In the context of elections, this decentralized validation model reduces reliance on centralized IT systems that are more vulnerable to operational and system failures.

The system’s operations are based on established cryptographic structures such as the Merkle Tree, and can efficiently prove the existence of many documents using a single blockchain entry. For Screen County, this meant that all relevant election documents could be covered with one time stamp, providing a scalable way to protect large datasets. Anyone with the original file can later check that it has not been changed, comparing it with the hash fixed to the blockchain. This evidence ensures that the verification process does not depend on both simple evidence and county, and does not rely on continuing trust in any organization.

The broader importance of this approach lies in its potential to enhance democratic resilience. Elections rely on public trust, and if doubts about the integrity of the outcome cannot be answered, that trust will be eroded. By allowing citizens, journalists, or observers to ensure that official results are exactly the same as election night, the system provides a strong check on misinformation, contested outcomes, and politically motivated allegations. In an age of rising disinformation and technical threats to data integrity, anchoring election records to decentralized and permitted networks provides robust, independent and verifiable protection for one of the most important processes of democracy.

Are there any similarities to Simple Proof’s past efforts regarding the Guatemala election?

Guatemala’s 2023 presidential election marked a pivotal moment in the country’s struggle to maintain election integrity amidst political turbulence. The country faces deep trust issues in its voting system, particularly during the 2019 election, which caused widespread confusion and allegations of manipulation, as the official outcome system crashed on election night. These events, combined with broader regional trends of political actors making unconfirmed claims of fraud, erod public belief in democratic processes. By 2023, concerns over centralized and opaque election data processing had reached the point where tampered, verifiable solutions were urgently needed to prevent interference and restore reliability.

Simple Proof addressed this challenge by deploying an Opentimestamps-based system to protect digital tally sheets from all voting stations. Approximately 150,000 images of these paper records were hashed, creating their own encrypted fingerprints and pinned to the Bitcoin blockchain, providing an immutable record of their existence at certain times. This allows anyone with access to the original to detect attempts to modify the digital file after election night. Importantly, the system is an advanced digital operating technology that protects it from new vulnerabilities introduced by centralized IT systems and advanced digital operating technologies, while maintaining the transparency of Guatemala’s traditionally decentralized voting counting processes, and includes the potential misuse of artificial intelligence.

The impact of Simple Proof’s role in Guatemala has expanded beyond technical protection measures. The development occurred during a tense post-election period when a physical tally sheet was controversially seized by the Attorney General’s office, promoting protests and fears of political interference. As the blockchain anchor proof remains verifiable, independent observers and citizen groups were able to confirm that official results matched election night records, even in the face of institutional pressures. This resilience has been documented Unchanging democracyA short film that shows how Bitcoin-based decentralized technology was used to protect election transparency. The documentary not only highlighted the technical process, but also captured the social and political importance of maintaining verifiable truths in a contested democratic environment.

The similarities with Screven County’s recent adoption of simple evidence are impressive. In both cases, it includes communities seeking to strengthen public confidence in election outcomes through independently verifiable, tamperable records. In Guatemala, urgency was shaped by a history of contested outcomes and systematic vulnerability, but Screen County reflects positive steps to prevent such a crisis before it arises. In both contexts, the Bitcoin blockchain acts as a neutral, decentralized arbiter of truth, allowing citizens to see that official records have not been changed. Together, these implementations demonstrate that the same core principles of transparency, decentralization and public empowerment can be effectively applied across vastly different political situations and landscapes.

How can this affect political processes around the world?

By using open, decentralized ledgers such as Bitcoin to lock verifiable evidence of election data, governments can move towards models where the integrity of official results is no longer dependent on central authorities and their own systems. This makes it much more difficult for a single actor to manipulate records without detection, whether domestically or foreign. In doing so, this approach provides a universal standard for election verification. Election verification transcends differences in national infrastructure and can be independently verified by anyone with the necessary data.

The global impact is not only reducing the chances of fraud. In many democracies, realistic or perceived tampering often promoted political unrest, eroded trust in the institution, and even caused violence. If voters can independently confirm that no election results have changed from the moment they are confirmed, disputes over vote counting could be resolved at a higher speed and reliability. This helps to ease tensions during periods of political sensitivity, reduce the spread of misinformation and limit the ability of political actors to weaponize doubts about the legitimacy of elections for their own interests.

Such a model could also encourage broader reforms in public record management and enhance transparency in other areas of governance. The same blockchain timestamps used in election outcomes can be applied to legal judgments, legislative records, public spending data, and historical archives. This creates a durable tamper-proof audit trail that increases accountability well beyond the election cycle. Countries working on corruption, weak rule of law, or politically influenced judicial systems find tools to diversify trust with this technology, ensuring that certain classes of records are beyond the scope of political interference.

However, global influence ultimately depends on political will. As Guatemala’s experience shows, such systems are only effective when authorities allow and support transparency. Screven County’s model serves as a blueprint for democratic resilience, demonstrating that even small jurisdictions can pioneer technological protection measures with international relevance. By demonstrating that safe, citizen-verified election data is technically viable and operationally simple, it could encourage adoption in countries where confidence in political systems is strained, and reshaping expectations for election integrity around the world.

]]> https://earlybirdsinvest.com/can-bitcoin-improve-election-integrity/feed/ 0 53344 https://earlybirdsinvest.com/how-can-bitvmx-observers-help-you-improve-your-lightning-network/ https://earlybirdsinvest.com/how-can-bitvmx-observers-help-you-improve-your-lightning-network/#respond Sat, 26 Jul 2025 08:08:18 +0000 https://earlybirdsinvest.com/how-can-bitvmx-observers-help-you-improve-your-lightning-network/

July 25th How can BitVMX Observers help you improve your Lightning network?

Watchtowers is a specialized Bitcoin Lightning Network service that protects users from fraud by monitoring blockchains and intervening when outdated channel conditions are broadcast maliciously. Their importance lies in protecting users who may not be able to respond to offline or conflicts in real time, a key vulnerability in Lightning’s off-chain payment model. However, traditional watchtower designs often rely on centralized, reliable parties that raise censorship and privacy concerns. BITVMX introduces a new solution to this problem by allowing the eye to function as a programmable and verifiable agent. Their actions can be implemented through proof of fraud, greatly reducing the trust required by a single operator. Unlike previous models, BitVMX monitoring is transparent, auditable, resistant to fraud, and addresses Oracle issues in a narrowly defined and enforceable way. This innovation could enhance the security and decentralization of the Lightning network, and is important to make it viable for popular mobile-first adoption.

What are wardens and why are they important?

Watchtowers is a specialized service from Bitcoin Lightning Network designed to monitor blockchains on behalf of users and take action if counterparties broadcast an outdated channel state and attempt to cheate. Because Lightning networks rely on off-chain payment channels, both parties must maintain an accurate and up-to-date view of shared channel balance. In the event of a dispute, the correct state will be carried out by publishing the latest commitment transaction on-chain. However, if one party is offline or unavailable, there is a risk of losing funds if the other party broadcasts an old favor. The watcher acts as an outsourced guardian, constantly scanning the blockchain and broadcasting penalty transactions if it detects fraud.

The need for monitoring arises from the security trade-offs inherent in Lightning’s design. Users gain speed and privacy by resolving transactions from the chain, but they must stay online intermittently to protect against channel violations. This requirement is unrealistic for most users, especially those using mobile or intermittently connected devices. The surveillance allows users to delegate this responsibility while maintaining security assurances. Over the past few years, implementations of several surveillance devices such as LND, C-Lightning, and Electrum have shown that this concept is technically viable. However, most current customers are centralized or operated by trusted third parties, raising concerns about censorship, availability and dependence on specific providers.

Promoting distributed oversighters presents a complex set of challenges. To be effective without creating trust dependencies, you need to be encouraged to act honestly with unsightly people, but at the same time you can’t learn private user information. This is complicated by the so-called “Oracle problems” of blockchain systems. If a smart contract or off-chain system requires actual data (or in this case off-chain monitoring), it must trust and report it correctly with external entities. Observers are a type of Oracle, although they play a narrow role and report on on-chain activity related to a particular lightning channel. The challenge is to design a system that users can trust that watchtowers respond correctly to fraud without trusting or releasing sensitive information in the general sense.

Without an effective watch tower infrastructure, users are subject to potentially irreversible losses during offline periods, particularly in low-liquid or hostile environments. As Lightning Network aims for wider adoption, especially among mobile users and merchants that are not constantly present online, watchers become an essential layer for ease of use and trust. Their role is to be defensive as well as abstract complex vigilance requirements and allow lightning bolts to be accessible to less technicians. Building a watch tower system that awards decentralized, incentive-compatible privacy is a key goal for Lightning’s long-term scalability and resilience, and its success could determine whether the network can mature into a truly global and always available layer for Bitcoin payments.

What does BitVMX bring to the table from an observer’s perspective?

BITVMX is an advanced framework built on the rootstock (RSK) Sidechain for Bitcoin, focusing on enabling generic off-chain calculations on Bitcoin that can be performed on-chain using interactive fraud proofs. Based on the principles of the original BITVM concept, BITVMX allows participants to run complex programs off-chain off-chain and commit to the results in a way that can be verified and contested on the Bitcoin blockchain if necessary. This is achieved through a challenge response protocol that can prove and penalize malfunctions using standard Bitcoin scripts without requiring any changes to Bitcoin consensus rules. Combining expressive programmerism with Bitcoin’s robust security model, BitVMX opens the door to reliable minimization applications such as scalable rollups, verifiable dispers and advanced smart contracts. For more information about BITVMX, see our previous post.

BITVMX introduces a new paradigm by enabling the execution of off-chain programs that can be implemented in a chain through fraud proofs. In the lightning context, this not only makes the eye-opener more flexible, but also provides a way to validate and correct the behavior. Instead of relying on a single trusted party to detect and respond to fraud, participants can encode the conditions that the watcher must follow and challenge them if they deviate. This innovation could translate watchtowers into programmable agents that can be audited and carried out without compromising user privacy or decentralization, potentially solving long-standing Lightning Security problems.

From a broader perspective, the watchman acts as a narrow type of blockchain oracle. They observe transactions, especially at the Bitcoin base layer, and especially external events, and respond when conditions are met. This is similar to the “Oracle problem,” which focuses on providing reliable, verifiable information to the blockchain environment from outside the chain. BITVMX mitigates this by turning watchers into verifiable computing agents that are subject to dispute resolution via fraud proofs. This significantly reduces the trust required of a single watchtower operator while maintaining the privacy and efficiency benefits required for actual use.

Lightning Network users remain exposed to potential fund losses, especially when offline, as there is nothing to enhance through enforcement mechanisms like BitVMX. This makes Lightning’s appeal to casual or mobile-first users exactly the demographics needed for mass adoption. By enabling programmatic, distributed and challenging watchtower logic, BitVMX represents a critical step into a safer and user-friendly Lightning network, if adopted. It provides a path to scale Bitcoin payments without compromising trust assumptions or decentralization, reinforces Lightning’s goal of becoming a truly global and authorized payment system.

How does BitVMX’s approach to Watchtowers differ from past attempts?

The concept of a watchman has been around for a long time, but its practical implementation faces problems with trust, centralization and limited incentives. The need for distributed and verifiable alternatives remains one of the key open challenges of the Lightning network.

BITVMX offers a new approach to solving this problem by enabling expressive off-chain calculations that can be performed on-chain through fraud proofs. When applied to an observer, this means that logics such as detecting cancelled transactions and acting on them can be written as verifiable programs. Unlike traditional observers, where users must trust in order to behave correctly, BitVMX-based observers are bound by predefined logic that participants can audit and challenge on-chain if fraud is suspected. This is not just a reputation, but creates a trusted modern architecture where the watcher operates under encryption scrutiny. As a result, a security model compatible with distributed deployments and unauthorized participation is much stronger.

When comparing BITVMX with traditional tower models, the key differences lie in verifiability and enforcement. Legacy Watchers typically run as a standalone service that monitors members and blockchains and acts as needed, but users must trust them to do so honestly and promptly. We also disclose privacy risks as we require detailed knowledge of specific channels to perform our duties. Some suggestions aim to introduce encrypted data blobs or monetary incentives, but these remain incomplete and often require trade-offs between reliability, cost, and decentralization. BITVMX avoids these issues by embedding operational rules into a coercive framework that challenges misbehaviors and can be punished, and by eliminating the need for trust while maintaining user privacy.

As Lightning’s adoption grows, robust offline security becomes essential for mainstream users who run full nodes or do not maintain a certain level of connectivity. Guardians, especially those empowered by BitVMX’s programmable fraud prevention model, can play this role because there are far fewer compromises. They not only passively protect users, but do so in a way that is consistent with Bitcoin’s commitment to resistance to censorship and minimal trust. In this light, BitVMX-powered watchdogs represent key enablers for scaling lightning into a wider audience, transforming experimental features into the fundamental pillars of Bitcoin’s fast, secure, decentralized payment infrastructure.

]]> https://earlybirdsinvest.com/how-can-bitvmx-observers-help-you-improve-your-lightning-network/feed/ 0 49748 https://earlybirdsinvest.com/how-push-notifications-can-improve-crypto-wallet-engagement/ https://earlybirdsinvest.com/how-push-notifications-can-improve-crypto-wallet-engagement/#respond Tue, 03 Jun 2025 17:39:48 +0000 https://earlybirdsinvest.com/how-push-notifications-can-improve-crypto-wallet-engagement/

For businesses operating in the cryptocurrency sector, user engagement is a critical driver of success. With the rapid growth of digital assets, crypto wallets have become essential tools for millions of users worldwide. However, simply providing a wallet is not enough — businesses must actively keep users engaged to foster loyalty, increase transaction volumes, and drive long-term value. One of the most effective methods for achieving this is through the intelligent use of push notifications.

Push notifications are short, targeted messages sent directly to users’ devices. In the context of crypto wallets, these alerts can inform users about transactions, market movements, security updates, and more. When implemented thoughtfully, push notifications can significantly boost user interaction, retention, and satisfaction.

Crypto Wallet Development Services play a crucial role in integrating these features into your digital asset management platform. By working with experienced developers, businesses can build wallets that not only store and transfer cryptocurrencies securely but also actively engage users through smart, behavior-driven notifications457. The right approach to push notifications can differentiate your wallet from competitors and help you build a loyal user base.

Push notifications are more than just reminders or alerts — they are a direct line of communication between your business and your users. In the fast-moving world of cryptocurrency, timely information is essential. Users want to know about completed transactions, price changes, security threats, and new features as soon as possible.

For crypto wallets, push notifications can serve several important functions:

• Transaction Confirmations: Users receive immediate updates when a transaction is completed, building trust and reducing uncertainty.
• Market Alerts: Real-time notifications about significant price movements or market news help users make informed decisions.
• Security Updates: Alerts about login attempts, password changes, or suspicious activity keep users informed and protected.
• Educational Content: Notifications can deliver tips, tutorials, and best practices for managing digital assets.
• Promotional Offers: Special deals, referral programs, or new feature announcements can be targeted to specific user segments.

By integrating these features, Crypto Wallet Development Services enable businesses to create a more interactive and user-friendly experience. The result is higher engagement, improved retention, and increased trust in your platform.

Understanding why push notifications work is key to using them effectively. Research shows that well-timed, relevant notifications can dramatically increase user engagement. In the fintech sector, for example, push notifications have been shown to perform 2–3 times better than the industry average, with click-through rates (CTR) reaching as high as 17% for some campaigns1. This is because users perceive these alerts as mission-critical and personally relevant.

Several factors contribute to the success of push notifications:

• Personalization: Notifications that address users by name or reference their specific activities are more likely to be opened and acted upon.
• Segmentation: Sending alerts based on user behavior, preferences, or demographics ensures that messages are relevant and timely.
• Timing: Notifications sent during periods of high user activity are more likely to be noticed and engaged with.
• Actionability: Messages that prompt users to take a specific action — such as checking a transaction or reviewing a portfolio — are more effective than generic reminders.

For crypto wallets, these principles are especially important. Users are often managing significant assets and need to stay informed at all times. By applying these best practices, businesses can maximize the impact of their push notification strategy.

There are several types of push notifications that are particularly effective for crypto wallets:

Every time a user sends or receives cryptocurrency, a push notification confirms the action. This reassures users that their transaction has been processed and provides a record of the event. Transaction notifications are among the most valued by users, as they help build trust and reduce anxiety about the security of their funds.

Cryptocurrency markets are highly volatile. Real-time alerts about significant price changes, news events, or market trends help users stay informed and make timely decisions. For example, a user might want to be notified if the price of Bitcoin drops below a certain threshold or if a major regulatory announcement is made.

Security is a top priority for crypto wallet users. Push notifications can alert users to suspicious login attempts, password changes, or other security-related events. These alerts help users take immediate action to protect their assets and maintain confidence in the platform.

Push notifications can also be used to deliver educational content, such as tips for securing a wallet, managing digital assets, or understanding new features. Additionally, businesses can use notifications to promote special offers, referral programs, or new services.

Occasionally, businesses can use push notifications to solicit feedback from users. For example, after launching a new feature, a notification can invite users to try it out and share their thoughts. This not only increases engagement but also helps businesses improve their products based on user input.

To maximize the effectiveness of push notifications, businesses should follow several best practices:

• Segment Your Audience: Use data about user behavior, preferences, and demographics to send targeted notifications. For example, send market alerts only to users who hold the relevant asset or are active traders.
• Personalize Messages: Address users by name and reference their specific activities or preferences. Personalized messages are more likely to be opened and acted upon.
• Optimize Timing: Send notifications during periods of high user activity. Avoid sending alerts late at night or during known low-engagement times.
• Make Notifications Actionable: Clearly state what action the user should take, such as checking a transaction or reviewing a portfolio.
• Test and Iterate: Use A/B testing to experiment with different message formats, timing, and content. Continuously refine your approach based on user feedback and engagement metrics.

Several leading crypto wallets have successfully used push notifications to boost user engagement:

• imToken Wallet: This popular wallet uses smart push notifications to inform users about transactions, market changes, and security updates. By segmenting users and personalizing messages, imToken has achieved high engagement and retention rates.
• Paysend: While not a crypto wallet, Paysend’s use of push notifications in the fintech space demonstrates the power of targeted alerts. Their campaigns achieve average click-through rates of 17%, far above the industry average.

These examples show that a well-executed push notification strategy can have a significant impact on user engagement and business success.

Building a crypto wallet with robust push notification capabilities requires expertise in both blockchain technology and user experience design. Crypto Wallet Development Services provide businesses with the tools and expertise needed to integrate advanced notification features into their wallets.

Key benefits of working with a professional development team include:

• Custom Solutions: Development teams can create notifications tailored to your business needs and user base.
• Security Integration: Notifications can be designed to work seamlessly with your wallet’s security features, ensuring that alerts are both timely and secure.
• Analytics and Optimization: Development services often include analytics tools to track the effectiveness of your notifications and optimize your strategy over time.
• Ongoing Support: Professional teams provide ongoing maintenance and updates, ensuring that your wallet remains secure and user-friendly.

As the cryptocurrency industry continues to evolve, push notifications will play an increasingly important role in user engagement. Advances in artificial intelligence, machine learning, and blockchain technology will enable even more personalized and timely alerts. For example, wallets may soon be able to predict user needs and send proactive notifications based on past behavior and market trends.

Businesses that invest in advanced push notification features today will be well-positioned to lead the market in the future. By partnering with experienced Crypto Wallet Development Services, companies can stay ahead of the curve and deliver a superior user experience.

Despite their many benefits, push notifications can also present challenges for crypto wallet providers. Some users may find frequent alerts annoying or intrusive, leading to opt-outs or negative feedback. Others may be concerned about privacy or security risks.

To address these challenges, businesses should:

• Respect User Preferences: Allow users to customize which notifications they receive and how often.
• Prioritize Security: Ensure that notifications do not expose sensitive information and are delivered securely.
• Monitor Engagement Metrics: Track how users respond to notifications and adjust your strategy accordingly.
• Solicit Feedback: Regularly ask users for feedback on your notification strategy and make improvements based on their input.

By taking these steps, businesses can maximize the benefits of push notifications while minimizing potential downsides.

Push notifications are most effective when used as part of a broader user engagement strategy. For example, businesses can combine notifications with in-app messaging, email marketing, and social media outreach to create a multi-channel approach. This ensures that users receive timely, relevant information through their preferred channels.

Crypto Wallet Development Services can help businesses integrate push notifications with other engagement tools, creating a cohesive and effective user experience.

Push notifications are a powerful tool for improving user engagement in crypto wallets. By delivering timely, relevant, and actionable alerts, businesses can keep users informed, build trust, and drive long-term loyalty. Implementing a robust push notification strategy requires careful planning, user segmentation, and ongoing optimization.

For businesses looking to build or upgrade their crypto wallet, partnering with experienced Crypto Wallet Development Services is essential. These teams provide the expertise, security, and support needed to create a wallet that stands out in a competitive market.

Ready to take your crypto wallet to the next level? Partner with Codezeros for expert Crypto Wallet Development Services. Our team will help you integrate advanced push notification features, optimize user engagement, and deliver a secure, user-friendly experience. Contact us today to get started!

I know that I can announce a channel between the two peers or do it without notice. However, even if the channel is public, the channel balance has not been revealed. As far as I know, this is a concern about the efficiency of routing in Lightning networks.

Why can’t peers opt out of this privacy constraint (along with other peers’ agreements) and reveal the balance between improving routing and network efficiency? Clearing channel balance reduces privacy, but connected peers can benefit financially from doing so.

For example, large LN nodes belonging to the exchange are very likely to agree to this. They are already well known, so they earn more economic benefits and have little privacy concerns. If they don’t care about privacy, this is a win-win situation.

Basically, we sell your information to make more money.

The Worldwide Asset eXchange (WAX) has removed the fee required to create a blockchain account through its Cloud Wallet.

Previously, new users had to pay 5 $WAXP to set up an account, a measure originally introduced to prevent automated bot activity. The removal of this fee is intended to make it easier for new users to join the WAX blockchain and encourage broader adoption by reducing the financial barrier to entry.

WAX stated that its blockchain “is stronger than ever” and is therefore making account creation easy and free.

What is WAX?

WAX is a blockchain network designed for high-volume transactions, with a particular focus on gaming, digital assets, and NFTs.

Unlike some other blockchains, WAX does not charge transaction fees, allowing users to interact with dApps and trade assets without incurring costs for each transaction.

The blockchain is built to support large-scale activity, processing up to 10,000 transactions per second. It has been adopted by various NFT projects, game developers, and digital marketplaces due to its efficiency and ease of use. WAX also offers a Cloud Wallet, which allows users to manage their assets without needing extensive technical knowledge of blockchain technology.

What’s next for WAX?

The removal of the wallet creation fee is one of several changes WAX has planned for 2025. Initially, the fee was introduced to prevent excessive bot activity and automated account creation, but WAX has stated that its security measures have since evolved, allowing the paywall to be lifted.

In addition to this change, WAX has is rolling out several upgrades this year to enhance its blockchain infrastructure, developer tools, and marketplace. The Cloud Wallet will receive mobile apps for iOS and Android, expanded support for side chains, Testnet environments, and EVM compatibility.

On the blockchain level, WAX is improving security and decentralisation, including quantum-proofing, decentralising its Random Number Generator (RNG) system, and making its Multichain Bridge open-source. Performance optimizations, such as RAM efficiency improvements, will help scale the network whilst maintaining smooth operations.

For developers, WAX is simplifying node deployment and expanding documentation to support dApp integration. Meanwhile, the vIRL Marketplace will undergo improvements to enhance the trading experience.