The Rio upgrade has successfully been deployed to the Polygon POS Amoy TestNet, marking an important step in significantly scaling the capacity of the network.

Polygon has deployed Rio Upgrade, a central step in the Gigagas roadmap that shapes the design of the network. The upgrade is intended to increase the mainnet capacity to 5,000 transactions per second. This is a sudden jump from the current level.

The upgrade was confirmed by X’s Polygon team.

“The Rio upgrade will be live on Polygon Pos Amoy Testnet.”

Blog: https://t.co/SdCB2ea7Yt pic.twitter.com/mw0LebqhGq

— Polygon (@0xPolygon) September 12, 2025

At the heart of the upgrade is a new system called Validator-Elected Block Processers (VEBLOP).

This model shifts more control over validators, which play a more powerful role in determining how blocks are generated. Polygon says the change will improve fairness and efficiency while enhancing decentralization.

Other changes include Stateless block validation, which reduces the cost of validators by reducing the data burden of node execution.

Upgrades also eliminate block reorganization. This is a move aimed at increasing stability and stopping unfair reconstruction of block production.

The update is not technical. It comes when the polygon’s native token, Rio/USDT, shows signs of recovery. After several weeks of decline and side-to-side trading, the tokens went above $0.31 this week.

Together, network overhauls and token rebounds mark moments that are prominent for the polygon. Rio upgrades signals when the project is at the top. Towards a structure designed for faster, lower cost, and wider use with payment and asset tokenization.

Discovery: Next 1000x Ciphers: 10+ Ciphers tokens that could hit 1000X in 2025

Rio Price Prediction: Can Rio maintain the rally towards the $0.34-$0.35 resistance zone?

After weeks of pressure, Rio suddenly recovered, avoiding a $0.23 drop from $0.34 in August. The turning point occurred on September 9th, when trading volumes rose sharply, when buyers took control and unlocked more tokens.

Rio’s 50-day EMA was $0.2729 and the 100-day EMA was $0.2696, with its latest closing price of $0.3137, which was +3.26% higher than its previous closing.

(Source – Rio USDT. TradingView))

This reversal marks a bullish reorganization, usually followed by a stronger gathering.

The momentum is clear on the charts. Lowering and growing green candles indicate a build-up of confidence, with decisive moves beyond the $0.30 area changing the mood.

The next key test is $0.3176. Clean breaks to that level may open the road to the $0.34 that will be last seen in mid-August.

Support is currently at a level of $0.28, with additional protection being in the $0.27 EMA cluster.

The structure resembles a classic inversion: a long downtrend followed by accumulation, and a breakout backed by an increasing volume. Its volume profile suggests that both retail and institutional money is involved.

Analysts say the short-term focus is in the $0.3176 to $0.32 range. With a high sustained push, profits can range from $0.34 to $0.35, which can reach psychological barriers. However, if the token fails to adhere to $0.30, the profit could be back to $0.28.

Overall, the outlook is bullish, but it is likely volatile as Rio works through these levels of resistance.

Discovery: Next 1000x Ciphers: 10+ Ciphers tokens that could hit 1000X in 2025

How does Rio upgrade make transactions faster and cheaper?

Upgrading polygon Rio is another move that will remain competitive with network scaling.

This update is intended to increase throughput and reduce the final time of transactions, and therefore to create transactions faster and cheaper for users and developers.

Another biggest change is the increased role of validators. Polygon wants to enhance decentralization of the system and maintain a low-cost system by assigning higher responsibilities.

This change serves the overall purpose of establishing a platform that helps you manage global payments and manage tokenization of your actual assets.

The Rio upgrade is a series of major upgrade improvements from the previous year. In September 2024, Polygon renamed the native token to Pol. It is used throughout the ecosystem.

Next, in June 2025, Bhilai Hard Fork released the first step in its Gigagas Roadmap, increasing its throughput to 1,000 transactions per second, increasing the stability of its gas bills.

A month later, Heimdall V2 reduced the transaction’s finality to about 5 seconds, clearing outdated code. In summary, these updates show a steady push to strengthen the technical foundation of polygons.

With Rio currently live, the network continues to build towards greater efficiency, stability and decentralization, aiming to meet the demands of the evolving blockchain market.

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Microsoft has resolved a known issue that caused Windows upgrades to fail with 0x8007007F errors on some Windows 11 and Windows Server systems.

Although this issue impacts both Windows client and server platforms under specific upgrade paths, it will not affect customers attempting to upgrade their devices to Windows 11 24H2 and Windows Server 2025, the latest Windows versions.

“Starting August 12, 2025, some Windows upgrades might fail with error code ‘0x8007007F’ when performed via ‘Windows Setup > Upgrade’ installation,” the company noted in a new entry on the Windows release health dashboard.

The list of upgrade paths impacted by this bug includes:

• Upgrades from Windows 10 1809, Windows 10 21H2, and Windows 10 22H2 to Windows 11, versions 23H2 and 22H2
• Upgrades from Windows Server 2016 to Windows Server 2019 or Windows Server 2022
• Upgrades from Windows Server 2019 to Windows Server 2022

While the company didn’t share what was causing these upgrade problems, Redmond says the bug triggering them is now fixed.

Users who experienced issues while trying to upgrade their systems are now advised to retry the upgrade process.

“This issue was resolved as of August 15, 2025. Devices upgraded after this date should no longer encounter this error. If you do experience error ‘0x8007007F’, retrying the upgrade process will typically resolve the issue,” Redmond added.

This week, Microsoft has also released emergency out-of-band updates to address a bug that caused Windows reset and recovery to fail after installing the August 2025 security updates.

Additionally, Microsoft rolled out a Known Issue Rollback (KIR) fix last week for a bug that triggers Windows update failures when installed from a network share using the Windows Update Standalone Installer (WUSA).

​The company also resolved a separate issue triggered by the installation of the KB5063878 update, which caused the August 2025 security updates to fail with 0x80240069 errors on Windows 11 24H2 systems when delivered via Windows Server Update Services (WSUS).

Charles Hoskinson, the founder of Cardano, has publicly defended his influence on the blockchain network’s development following growing criticism.

In an Aug. 3 post on X (formerly Twitter), Hoskinson addressed the negative claims suggesting that his leadership was detrimental to Cardano’s progress.

Hoskinson pointed to the success of his other project, Midnight, highlighting its significant expansion with over 100 partnerships across eight ecosystems. He also emphasized the project’s liquidity influx for Cardano Native Assets (CNAs) and its leadership in Bitcoin’s DeFi space.

According to Hoskinson, these efforts have brought billions in Total Value Locked (TVL) and millions of transactions into the Cardano network.

Hoskinson further explained his strategic focus last year on deploying key technologies like Peras, Leios, and Hydra, while referencing major initiatives such as Doom and the Glacier Drop.

Moreover, he noted that his push for rapid development and significant marketing efforts, including appearances on popular shows like Shawn Ryan’s, has expanded Cardano’s reach to new audiences, including 19 million potential users.

In response to criticisms from online trolls and what he called “Charles Drangement Syndrome,” Hoskinson argued that the broader Cardano community remains unaffected and is thriving.

Considering this, Hoskinson emphasized to the critics that:

“You lost. I’m here to stay in Cardano. Deal with it.”

Input output secues $71 million funding

Meanwhile, Input Output Global, a company founded by Hoskinson, has received approval to access 96 million ADA, worth around $71 million, from the Cardano treasury.

On Aug. 2, the firm revealed that its funding proposal passed with 74% of community support.

The firm stated that the fund would support upcoming Cardano upgrades, including improvements to scalability through Hydra and Ouroboros Leios, enhanced security with Mithril, and streamlined user interactions via Nested Transactions and Project Acropolis.

Tim Harrison, EVP Community & Ecosystem, said:

“For the first time, core protocol development is being funded directly by the community. This vote of confidence empowers us to move forward with full transparency, shared responsibility, and a renewed commitment to building an open, resilient ecosystem.”

Meanwhile, Intersect, a Cardano community group, will oversee fund distribution.

Input Output has also committed to providing regular updates, including monthly development reports and quarterly financial summaries, to keep the community informed on the project’s progress.

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The Ethereum Foundation is realigning its developmental strategy to address core protocol efficiency and user experience challenges, following recent leadership changes earlier this year.

Co-executive director Tomasz Stańczak outlined the updated focus areas in a public statement on X earlier today, emphasizing that the shift is intended to strengthen Ethereum’s long-term scalability while improving near-term usability.

Protocol Upgrades and a Revised Role for Vitalik Buterin

Stańczak described the discussions surrounding Ethereum’s base-layer roadmap as extensive and community-driven, noting that the changes are designed to sharpen focus among researchers and core developers. Stańczak wrote:

Our discussions about the Layer 1 scaling roadmap have been extensive, and the feedback so far suggests that the community appreciates our ambition. Turning that ambition into reality now depends on the focus of the core development teams and researchers.

As part of its strategic transition, the Ethereum Foundation is aiming to give Vitalik Buterin more time to focus on advanced research rather than daily operational oversight.

“We aimed, among other things, to free more of Vitalik’s time for research and exploration,” Stańczak stated, adding that Buterin’s recent writings on topics like RISC-V and zkVMs have been instrumental in directing attention toward potentially “transformative technologies.”

According to Stańczak, these insights have played a significant role in realigning the Ethereum community around long-term priorities, such as privacy, modularity, and decentralized infrastructure.

Stańczak clarified that Buterin’s proposals are not mandates but starting points for community-led exploration:

Vitalik’s proposals will always carry weight, but they are intended to start conversations and encourage progress in difficult research areas.

He also stressed the importance of giving other researchers the same freedom, highlighting ongoing work by contributors like Justin Drake and Tankard Feist.

Overall. the Foundation’s research direction is now geared toward short-term outcomes that include better Layer-1 scaling, enhanced Layer-2 integration, and more “seamless” user experiences—especially in upcoming upgrades like Pectra, Fusaka, and Glamsterdam.

RISC-V Proposal and Developer Flexibility

The Foundation is also assessing the feasibility of moving from the Ethereum Virtual Machine (EVM) to a more modern execution environment powered by RISC-V.

This proposal, initially introduced by Buterin, suggests that RISC-V could streamline execution, improve efficiency, and simplify zero-knowledge proof implementation.

“We are exploring ways to bring forward projects that currently look three to five years away,” Stańczak noted, referencing possible acceleration in next-gen execution and consensus layer development.

RISC-V’s benefits include broader language compatibility and the potential for backward compatibility with existing EVM contracts. Developers could continue using Solidity and Vyper or expand into languages like Rust.

Additionally, RISC-V could improve validator performance through hardware-level customization, while maintaining core Ethereum features such as account models and contract interactions.

As research and experimentation continue, Stańczak emphasized the importance of community input: “Ethereum researchers often ask that readers recognize the exploratory nature of their posts and proposals. Focus remains essential.”

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April 14th Bitvmx for rootstock: What are the upcoming upgrades?

Floorstock Blockchain Layer Platform 2 develops smart contracts and decentralized applications for Bitcoin networks. BITVMX is a major improvement for Bitcoin smart contracts. This allows for multi-purpose calculations of the base class without changing consensus rules. Developed from BITVM, BITVMX has a virtual CPU for running and verifying complex programs (such as zero knowledge proof) by confirming optimism (it is considered true unless there is a complaint), reducing the load on the blockchain. New points include using hash chains to check execution traces, linking messages to a single signature, and improving state efficiency and security through transactions. Rootstock’s upcoming SDK will help developers build second-tier applications (rollups, bridges, oracles) directly on Bitcoin. BITVMX opens more powerful smart contracts and is securely programmed and expanded into Bitcoin.

What is Bitcoin Smart Contract’s “superpower” BITVMX?

Bitvmx on Bitcoin’s Sidechain Rootstock Upgrading Bitvmx is a dramatic one, helping Bitcoin dance more games without touching on the core protocols. With the virtual CPU model, BITVMX uses CPU structures such as RISC-V to support complex calculations such as Snark. Optimistic verification methods require optimizing performance and scaling capabilities without causing risk to the base Bitcoin class only when testing is required.

A special feature of BITVMX is the Challenge Response Protocol using chains, which is much easier than using the old Merkle Tree. This method not only makes the machine softer, but also makes it easier to breathe by building a roll-up and sidechain in Bitcoin. Additionally, “attachment messages” using disposable digital signatures allow multiple “cooperation” and “communication” transactions, keeping everything “stable” through interactions on the blockchain. This “cool” design paved the way for a “flexible” based system like Ethereum, but Bitcoin scripting language doesn’t require a “machine.”

Rootstock’s SDK promises to provide developers with tools to build layer 2 solutions such as distributed bridges, optimistic rollups, and Oracle. Cooperation between rootstocks, fairgates, and input outputs (IOs) is also preparing infrastructure for future upgrades.

Does the “machine” internal BitVMX work?

BITVMX acts as a virtual computing environment, allowing complex programs to be executed and verified in the base class of Bitcoin through an optimistic verification model. Instead of performing all calculations on a chain, we assume that BITVMX is valid as long as it is not difficult to calculate. If there is a dispute, the traces are analyzed and the protocol challenge protocol is validated step by step.

Challenging protocols are key to the efficiency and security of BITVMX. Once the program is out of the chain, it creates a step-by-step diary of the calculated state. This trace is engraved on the chain, allowing for single step verification. If someone challenges validity, the system performs a binary search on the hash chain to determine a specific error. The calculation steps are then performed and verified directly in Bitcoin without disclosing the entire trace or using the Merkle tree as an earlier version.

To ensure secure communication between stakeholders, BitVMX introduces mechanisms to link messages using single-digit signatures, such as Lamport and Winteritz. This allows dependent transactions to be pre-signed in a chain, minimizing the risk of operations during dispute resolution (such as snark verification agents and cross-chain bridges).

What features can BitVMX users expect?

BITVMX expands Bitcoin’s programming capabilities without changing core consensus rules. This allows for more complex smart contracto. This was difficult or not done before Bitcoin.

One of the great features is the ability to directly verify non-knowledge evidence (ZKPS) with Bitcoin. This is a breakthrough in advanced security applications such as rollups and anonymous identity systems. Developers can compile ZK Proof Verifiers into BITVMX compatible code and check them in a chain. This opens up the possibilities of security tools, safety voting mechanisms, distributed identity systems, and extended roll-up layer 2.

BitVMX also supports the construction of distributed bridges and sidechain communication mechanisms. For example, Rootstock has developed the “Union Bridge” to create a low, reliable bridge between Bitcoin and its sidechain. These bridges use encryption and calculated evidence to ensure security, allowing for smooth interactions between Bitcoin and other blockchains like Cardano.

Additionally, BITVMX supports highly distributed applications such as complex financial contracts, decentralized Oracles, and even optical machine learning verification. BitVMX transforms Bitcoin from a secure digital currency into a powerful computing platform, expanding its utility while retaining a unique security model.

in short,: BitVMX is a true revolution for Bitcoin, turning it from a simple monetary system to a powerful computing platform. In addition to maintaining the inherent security of Bitcoin, BitVMX also opens up many new features such as rollups, decentralized bridges, and ZKP applications. This is an interesting time to discover the great potential of Bitcoin in the world of defi and blockchain!

Don’t forget to follow the bitfinex Vietnam Community telegram, Twitter & Facebook To update articles, information and events as soon as possible!

]]> https://earlybirdsinvest.com/bitvmx-for-rootstock-what-are-the-upcoming-upgrades/feed/ 0 30977 https://earlybirdsinvest.com/the-impact-of-ethereums-upgrades-on-defi-what-to-expect-in-the-coming-months/ https://earlybirdsinvest.com/the-impact-of-ethereums-upgrades-on-defi-what-to-expect-in-the-coming-months/#respond Tue, 01 Apr 2025 19:22:56 +0000 https://earlybirdsinvest.com/the-impact-of-ethereums-upgrades-on-defi-what-to-expect-in-the-coming-months/

Ethereum stands at the forefront of decentralized finance (DeFi), a sector that has grown exponentially over the past few years. As Ethereum continues to evolve through its various upgrades, understanding the implications for DeFi is crucial for businesses and potential clients looking to engage with Ethereum development services. This blog will delve into the upcoming upgrades, particularly the anticipated Pectra upgrade, and explore their potential effects on DeFi.

Understanding Ethereum’s Current Landscape

Ethereum is a decentralized platform that enables developers to build and deploy smart contracts and decentralized applications (DApps). The network operates on a blockchain, which ensures transparency and security for transactions. Over time, Ethereum has faced challenges such as high transaction fees and scalability issues, which have hindered its performance in the DeFi space.

Key Features of Ethereum

Smart Contracts: Smart contracts are self-executing contracts with the terms of the agreement directly written into code. They facilitate, verify, or enforce the negotiation or performance of a contract without intermediaries. This feature is fundamental to DeFi, allowing for automated processes such as lending, borrowing, and trading.

DApps: Decentralized applications operate on a blockchain network rather than being hosted on centralized servers. This decentralization means they are less susceptible to downtime or censorship, providing users with more control over their assets and interactions.

Token Standards: Ethereum has established several token standards that facilitate the creation of digital assets. ERC-20 tokens are fungible and widely used for creating cryptocurrencies and utility tokens, while ERC-721 tokens are non-fungible tokens (NFTs) that represent unique digital items. These standards have enabled a vibrant ecosystem of projects within DeFi.

The Role of Upgrades in Ethereum’s Evolution

Ethereum’s upgrades are designed to improve its functionality, scalability, and user experience. The most significant upcoming upgrade is the Pectra upgrade, scheduled for March 2025. This upgrade aims to address several critical issues currently facing the network.

Pectra Upgrade Overview

The Pectra upgrade combines multiple Ethereum Improvement Proposals (EIPs) into a cohesive package aimed at enhancing various aspects of the network. Key proposals within this upgrade include:

1. EIP-3074: This proposal introduces grouped transactions, allowing users to bundle multiple tasks into a single transaction. For example, users could execute a trade while simultaneously providing liquidity to a pool in one go. This change is expected to streamline user interactions and reduce gas fees significantly. By minimizing the number of transactions needed for complex operations, EIP-3074 can help users save both time and money.

2. EIP-7251: This proposal increases the maximum amount of ETH that validators can stake from 32 ETH to 2,048 ETH, simplifying the staking process and improving efficiency. With this increase, larger entities can participate more easily in securing the network, leading to greater decentralization and security overall. Additionally, this change may attract institutional investors who are looking for ways to stake larger amounts without needing multiple validator nodes.

3. Account Abstraction: Enhancements to wallet functionality will make it easier for users to manage their assets without complex setups. Account abstraction allows for more flexible wallet designs that can incorporate features like social recovery mechanisms or multi-signature requirements directly into the wallet architecture. This flexibility can cater to various user needs — from casual users who want simplicity to advanced users requiring robust security measures.

These improvements are designed to simplify user interactions while bolstering the network’s operational framework.

Implications for Decentralized Finance (DeFi)

The upcoming upgrades will significantly impact DeFi applications built on Ethereum. Here are some key areas where changes are expected:

1. Lower Transaction Costs

High gas fees have been a major barrier for users engaging with DeFi applications. During periods of high network congestion, transaction costs can skyrocket, making it unfeasible for smaller investors or casual users to participate in activities such as trading or lending. With the introduction of EIP-3074, transaction efficiency is set to improve dramatically.

By allowing grouped transactions, users will not only save on gas fees but also experience faster confirmations as fewer individual transactions need processing by miners or validators. This change will make DeFi more accessible for users who previously found it cost-prohibitive to engage with these platforms.

Moreover, lower transaction costs can lead to increased trading volumes and liquidity across DeFi platforms as more participants enter the space without fear of exorbitant fees eating into their profits.

2. Improved User Experience

The enhancements in wallet functionality through account abstraction will simplify how users interact with DeFi platforms. Users will no longer need extensive knowledge of private keys or complex recovery processes; instead, they can utilize more intuitive interfaces that guide them through their transactions.

For example, social recovery options allow users to designate trusted contacts who can help recover access to their wallets if they lose their credentials. This improvement addresses one of the significant pain points in DeFi — where lost keys can lead to permanent loss of funds — and encourages broader adoption among less tech-savvy individuals.

Additionally, simplified onboarding processes will enable new users to start participating in DeFi activities quickly without needing extensive tutorials or guides.

3. Enhanced Security Features

Security remains a paramount concern in DeFi due to incidents involving hacks and scams that have resulted in significant losses for users. With features like social recovery for wallets being introduced as part of account abstraction, users can regain access to their assets more easily if they lose their credentials.

Furthermore, as validators increase their staking limits under EIP-7251, this could lead to a more robust validation process overall. A greater number of validators means enhanced security through decentralization — reducing single points of failure that could be exploited by malicious actors.

Security audits will also become increasingly important as new features roll out; businesses should prioritize working with reputable firms that specialize in smart contract audits to ensure their applications remain secure against emerging threats.

4. Increased Scalability

As Ethereum transitions towards more scalable solutions through upgrades like Pectra, it can handle a higher volume of transactions simultaneously without compromising performance or security. Scalability is crucial for DeFi protocols that experience high traffic during market fluctuations; if networks cannot keep up with demand, users may face delays or failed transactions.

With improved scalability measures in place post-upgrade, we can expect smoother operation during peak times — allowing traders and liquidity providers to execute transactions quickly and efficiently without worrying about network congestion impacting their activities.

The Future of Layer 2 Solutions

In addition to core upgrades like Pectra, Layer 2 solutions play a vital role in enhancing Ethereum’s capabilities by enabling faster processing times and lower fees while maintaining security through connection back to the mainnet.

Layer 2 solutions such as Optimistic Rollups and zk-Rollups allow transactions to be processed off-chain before being settled on the mainnet. This significantly reduces costs and increases speed while still ensuring that all transactions remain secure due to periodic settlements back onto Ethereum’s main chain.

Benefits of Layer 2 Solutions:
Reduced Gas Fees: By processing transactions off-chain, Layer 2 solutions alleviate congestion on the mainnet during busy periods when gas prices tend to spike.

Faster Transactions: Users can expect quicker transaction confirmations — critical for trading activities where timing can greatly affect profitability.

Increased Capacity: Layer 2 solutions enable Ethereum’s infrastructure to handle more transactions without compromising security or decentralization principles inherent within its design philosophy.

As these technologies mature alongside Ethereum’s upgrades like Pectra scheduled for March 2025 onward — adoption rates among developers building DApps will likely increase substantially due not only improved performance but also enhanced user experiences across various applications within DeFi ecosystems.

Preparing for Change: What Businesses Should Do

Businesses looking to engage with Ethereum development should consider several strategies as these upgrades roll out:

1. Stay Informed: Keeping abreast of Ethereum’s upgrade timeline and features will help businesses adapt their strategies accordingly. Regularly following reputable sources such as developer blogs or community forums dedicated specifically towards updates regarding EIPs can provide valuable insights into what changes may be coming next — and how they might impact existing projects already built upon this blockchain technology stack.

2. Invest in Development: Companies should invest in developing applications that leverage new features introduced by upgrades like Pectra — such as utilizing grouped transactions within their platforms’ architecture — to maximize efficiency gains while minimizing costs associated with traditional transaction methods currently employed today across many existing protocols operating within this space today!

3. Engage with Experts: Collaborating with experienced Ethereum development companies can provide valuable insights and technical expertise tailored specifically towards navigating complexities involved when building upon cutting-edge technologies emerging from ongoing developments taking place across this rapidly evolving landscape!

4. Focus on User Education: As new features roll out aimed at improving user experience within decentralized finance ecosystems — it’s essential businesses prioritize educating potential customers about how these innovations work! Providing comprehensive guides alongside intuitive interfaces designed around ease-of-use principles will help foster trust among end-users who may otherwise feel intimidated navigating unfamiliar territory surrounding blockchain technologies!

5. Conduct Thorough Security Audits: With increased complexity comes heightened risk; therefore conducting regular audits ensures vulnerabilities are identified early before they become exploited by malicious actors seeking gain at expense unsuspecting individuals using these platforms daily!

Conclusion

The upcoming Pectra upgrade and ongoing improvements within the Ethereum ecosystem present exciting opportunities for businesses involved in DeFi operations. By addressing key challenges such as high gas fees along with user experience barriers these changes are set not only foster greater participation but also drive innovation forward across various sectors reliant upon decentralized finance solutions offered today.

For businesses looking capitalize on these advancements while developing innovative solutions utilizing all capabilities provided through Ethereum — engaging experienced developers remains essential. At Codezeros we offer comprehensive Ethereum development services tailored specifically meet your unique needs amidst this evolving landscape.

If you’re ready explore how your business can thrive within decentralized finance space powered by cutting-edge advancements occurring throughout ecosystem reach out Codezeros today.