Blockchain
Bitcoin Gold features, mining, rate and prospects
Bitcoin Gold is a cryptocurrency based on the original Bitcoin blockchain. As the name suggests, this is a fork of the very first digital coin. It is a soft fork – that is, to create and run the crypt, the open source Bitcoin code was copied with some changes.
The new cryptocurrency project was officially launched on October 25, 2017. On this day, the developers of Bitcoin Gold BTG copied the Bitcoin blockchain and subsequent blocks began to be generated in their own network. What is the meaning of this fork, and what are the prospects for gold Bitcoin in 2021?
Bitcoin Gold features
The emergence of Bitcoin Gold was preceded by another fork – Bitcoin Cash. Apparently, the cryptocurrency developers decided to play on a well-known name, because many cryptocurrencies that appeared long before the new Bitcoins are also forks of the original network, but at the same time have more unique names.
The person representing the Bitcoin Gold cryptocurrency development team is Jack Liao from China. Like many of his compatriots, he became famous more in the field of mining than in creating revolutionary crypto opportunities.
Perhaps that is why affordable mining has become the main feature of BTG. After all, it’s not a secret for anyone that the current Bitcoin mining is the lot of powerful industrial ASIC farms, while the usual video cards (GPUs) have become completely ineffective.
hus, the “noble” goal of Jack Liao and his team is a popular Bitcoin with decentralized mining, available for mining to an average cryptocurrency user. To implement this feature of confirmation of work, the Equihash hashing algorithm is used. It is optimized specifically for GPU mining and is not compatible with ASIC processors.
At the very beginning, the developers announced the launch date for the mining network – November 1, 2017. However, the system was not brought to mind, so the network worked for some time only in test mode. The long-awaited launch of BTG mining took place on the night of November 12-13, 2017.
Bitcoin Gold mining
The complexity of Bitcoin gold allows you to mine coins using Nvidia and AMD video cards, but it is preferable to do this using the first option. The following Nvidia video card models are optimal for BTG mining:
- GTX 1060 (from $200);
- GTX 1070 (from $400);
- GTX 1080 (from $650).
Or more advanced video card models. It is highly desirable to have a powerful PC in terms of basic parameters and high-speed Internet. Before mining BTG, you also need to find a cold place to install the farm in order to reduce the thermal load on the video card cooled by the standard fans. After all, effective BTG mining requires almost uninterrupted operation of the farm.
To receive a reward, you need to create a Bitcoin Gold wallet – the corresponding address can be obtained on the bitcoin exchange Cryptex without verification or in a multicurrency wallet. The official website of Bitcoin Gold provides a list of pools for mining. There are two types of Bitcoin Gold pools:
- with personal reward;
- with shared reward.
A personal reward goes to the one whose farm was the first to solve the problem. The owner of this farm ultimately receives the mined coins from the current complexity in full. Such pools are worth choosing if the farm has high capacity to compete successfully. The more powerful the farm, the higher the chance that it will be the one who will solve the calculations.
The shared reward goes to all participants in the pool, in proportion to the capacity of their farms. This option is best suited for small budget home farms, since regardless of who from the pool solved the calculations, the reward will be shared among the participants.
After selecting the pool and downloading the software, copy the Bitcoin Gold wallet address to the appropriate section. The pools also have settings that allow you to set the minimum amount of reward accrued by the pool. When setting this parameter, you should consider the technical capabilities of your farm.
To start mining, you need to download a miner with Equihash technology support. The software is able to determine the parameters of the video card itself and set the appropriate settings for mining. In the created bat-file, write the server address, port, username, etc. Mining can be started and monitored in the miner’s software window.
Bitcoin Gold rate and prospects in 2021
BTG trading started in October 2017 on cryptocurrency exchanges at about $100 per coin. The maximum was achieved on November 11 of 2017, before the official launch of crypto mining. Then the cost of one coin reached 422 dollars.
With the increased flow of Bitcoin gold transactions in just a few days, the BTG rate dropped by more than 2 times, and at the beginning of 2018 it turned out to be in a range that is relevant to this day. In 2020, the cost of one BTG coin ranged from $5 to $15.
If you look at the Bitcoin Gold rate chart, you can trace the typical exchange dynamics of a cryptocurrency with volatility in the middle range. Nowadays, BTG is interesting for miners with video cards, who do not consider long positions in this cryptocurrency and in fact immediately sell the mined coins.
The other side of BTG is speculative market interest. In short-term transactions, Bitcoin Gold is actively used, and pumping and dumping schemes are quite clearly traced. There are no special prerequisites for a significant growth in this in 2021, as well as factors for its collapse, but the future growth may be followed by the original Bitcoin growth that we see in the past few weeks. The development team led by Jack Liao is actively supporting their project, but their reputation in the crypto world is not entirely perfect.
The daily volume of transactions with gold bitcoin exceeds $8.5 million. This is almost a 5.5 thousand times less than the original Bitcoin. Like the original Bitcoin, Bitcoin Gold has a limited supply of 21 million coins. Given the complexity of Bitcoin Gold mining, there are still several years before the last coin is mined, so interest from GPU miners in 2021 will not disappear, unless, of course, more profitable competitors in terms of mining on video cards appear.
Blockchain
Tether Partners with UNODC to Strengthen Cybercrime Prevention and Digital Asset Safety in Africa
Tether has announced a strategic partnership with the United Nations Office on Drugs and Crime (UNODC) aimed at enhancing cybercrime prevention, digital asset safety, and financial integrity across several African nations. The collaboration focuses initially on Senegal, Nigeria, and the Democratic Republic of Congo (DRC), with plans for broader expansion.
Under the agreement, Tether will provide both technical expertise and financial support to assist UNODC-led programs targeting cyber-enabled crime, digital asset misuse, and human trafficking. The initiative aligns with Africa’s growing digital economy and the need for stronger safeguards as cryptocurrency adoption accelerates across the region.
Leadership Emphasizes Victim Protection and Financial Inclusion
Commenting on the partnership, Paolo Ardoino, CEO of Tether, highlighted the importance of coordinated global action to combat cybercrime. Ardoino emphasized that the collaboration is particularly focused on supporting victims of human trafficking and exploitation, while also creating safer and more inclusive economic opportunities for vulnerable communities.
Ardoino, who assumed leadership of Tether in late 2023, has played a central role in expanding the use of USDT in emerging markets, where stablecoins often serve as critical financial tools for cross-border payments and economic participation.
UNODC’s Role in Africa’s Digital Transformation
The UNODC, led by Ghada Waly, views the partnership as a key component of its broader mission to strengthen digital resilience across Africa. The initiative supports UNODC’s objectives of improving financial transparency, regulatory capacity, and crime prevention in increasingly digital financial environments.
The partnership also aligns with UNODC’s Strategic Vision for Africa 2030, which prioritizes secure digital infrastructure and protection against cyber-enabled crimes as part of the continent’s long-term development goals.
Scope of the Initiative Across Africa
According to Tether’s announcement dated January 9, 2026, the program will roll out in multiple phases. Initial efforts will focus on:
- Digital asset safety and cybercrime prevention programs
- Education initiatives, including virtual bootcamps and mentorship opportunities for young people
- Funding for civil society organizations in Nigeria and the DRC that assist victims of human trafficking
While the specific funding amounts have not been disclosed, Tether confirmed that it is providing direct financial backing for these initiatives. The project is also expected to expand beyond Africa, with Papua New Guinea identified as a future location for digital asset education and innovation competitions.
Blockchain Networks and Digital Assets Involved
The partnership primarily involves USDT, Tether’s widely used stablecoin, which plays a significant role in peer-to-peer markets and exchange activity across Africa. The initiative covers multiple blockchain networks on which USDT circulates, including:
- Ethereum
- Tron
- Bitcoin via Omni
- Solana
- BNB Chain
By leveraging blockchain analytics and compliance tools, Tether aims to support UNODC’s efforts in tracking illicit activity and strengthening oversight in digital asset markets.
Building on a History of Law Enforcement Cooperation
Tether has a history of working with global law enforcement agencies, including the U.S. Department of Justice and the U.S. Secret Service, particularly in cases involving the freezing of illicit funds under lawful orders. While those collaborations were not Africa-specific, they demonstrate Tether’s willingness to support enforcement and compliance efforts.
Similarly, UNODC has long been involved in anti-money laundering and financial integrity programs worldwide, contributing to higher compliance standards for virtual asset service providers and increased monitoring of suspicious cryptocurrency transactions.
Impact on Communities and the Crypto Ecosystem
Although no dedicated open-source development repository has been announced for the Africa initiative, the partnership fits within Tether’s broader strategy of aligning USDT with regulated markets and responsible usage. Community feedback highlighted in Tether’s communications suggests optimism that the collaboration will help foster safer digital economies, encourage innovation, and reduce the exploitation of vulnerable populations.
By combining blockchain transparency with institutional oversight, the partnership aims to address both technological and social challenges tied to cybercrime in emerging digital markets.
Conclusion
Tether’s partnership with the UNODC marks a significant step in addressing cybercrime and digital asset risks in Africa. Through technical support, funding, and education initiatives, the collaboration seeks to protect communities, support victims of exploitation, and strengthen the foundations of Africa’s growing digital economy. As cryptocurrency adoption continues to expand, such cross-sector partnerships are likely to play an increasingly important role in shaping responsible and inclusive financial systems.
Blockchain
Walrus Protocol Mainnet Launch Secures $140M Funding, Signals New Phase for Decentralized Storage
Walrus Protocol has officially entered the spotlight with the launch of its mainnet, backed by a substantial $140 million funding round. The debut marks a significant milestone not only for the project itself, but also for the broader decentralized storage sector, which has been steadily gaining relevance as blockchain applications demand more scalable, verifiable data solutions.
Supported by Mysten Labs, the team behind the Sui blockchain, Walrus is positioning itself as a next-generation decentralized storage protocol designed to handle the growing needs of AI-driven applications, media platforms, and on-chain data-intensive use cases.
Walrus mainnet launch brings decentralized storage into focus
The Walrus mainnet went live on March 27, 2025, signaling the transition from development to full production readiness. Alongside the launch, the project confirmed that it has secured $140 million in funding earmarked for ecosystem growth, infrastructure development, and long-term sustainability.
This funding level places Walrus among the better-capitalized decentralized storage initiatives in the market. Historically, large funding rounds at mainnet launch tend to increase institutional confidence, particularly when paired with clear tokenomics and a defined roadmap. For Walrus, the capital injection is expected to support validator participation, developer incentives, and expansion of real-world use cases.
The protocol operates closely with the Sui ecosystem, leveraging its performance-oriented architecture. This relationship could prove strategically important as projects built on Sui look for native, scalable storage solutions that align with the chain’s low-latency design.
Why Walrus stands out in decentralized data storage
Unlike earlier decentralized storage platforms that primarily focused on file persistence, Walrus is designed around verifiable data availability. This distinction is increasingly important for applications involving artificial intelligence models, dynamic media content, and large datasets that must remain auditable over time.
Traditional decentralized storage solutions often struggle to meet the performance and verification requirements of modern AI workloads. Walrus addresses this gap by enabling developers to prove that data exists, remains intact, and is retrievable without relying on centralized intermediaries. This capability positions Walrus at the intersection of decentralized infrastructure and next-generation data computation.
Industry observers note that this approach could make Walrus particularly attractive for AI training pipelines, decentralized content networks, and blockchain-based analytics platforms that require both scalability and trust minimization.
Leadership and ecosystem strategy
As part of the mainnet rollout, the Walrus Foundation appointed Rebecca Simmonds as managing executive. While detailed public information about her prior industry roles remains limited, the appointment suggests a focus on operational scaling and ecosystem coordination as the protocol transitions into its post-launch phase.
Governance and ecosystem management are expected to play a key role in Walrus’ evolution. With significant funding secured, the challenge now shifts from building technology to fostering sustained usage, onboarding developers, and maintaining network security through decentralized participation.
Market response and token dynamics
Following the mainnet launch, Walrus’ native token, WAL, became available on select trading venues, drawing early market attention. Initial trading activity showed elevated volume, a common pattern during early price discovery phases. While short-term price movements remain volatile, analysts often view such activity as a reflection of curiosity and positioning rather than long-term valuation.
Historically, decentralized infrastructure tokens tend to see more durable demand when network usage grows alongside speculation. For Walrus, the key metric to watch will be adoption by developers and data-heavy applications rather than short-term market performance.
What this means for the broader crypto landscape
The Walrus mainnet launch reinforces a broader trend within crypto: infrastructure is becoming as important as financial primitives. As blockchains mature, demand is shifting toward reliable data storage, computation, and verification layers that support complex applications.
With $140 million in funding, backing from Mysten Labs, and a focus on AI-compatible data storage, Walrus enters the market with meaningful advantages. Whether it can translate those advantages into sustained network activity will determine its long-term impact.
For now, the launch signals that decentralized storage is moving beyond simple file hosting and into a phase where verifiable, high-performance data infrastructure could become a foundational layer for Web3 and AI-driven ecosystems alike.
Blockchain
zkPass (ZKP) Adoption Accelerates After Upbit Listing as Global Exchange Support Grows
zkPass (ZKP) is drawing increased attention across the crypto market following its recent listing on Upbit, one of Asia’s largest and most influential cryptocurrency exchanges. The move has significantly expanded global access to ZKP while bringing greater visibility to zero-knowledge proof technology, a fast-growing area within Web3 infrastructure.
Rather than triggering short-term speculation alone, the Upbit listing has shifted the conversation toward adoption, accessibility, and the broader role of privacy-preserving technologies in digital identity and data verification.
Upbit Listing Expands Reach for zkPass
Upbit plays a central role in the South Korean crypto market, which is known for high retail participation, deep liquidity, and rapid engagement with emerging technologies. By securing a listing on the exchange, zkPass gains exposure to a large and active user base, alongside stronger fiat on-ramps and improved market depth.
For ZKP, the listing represents more than just another trading venue. It places the token within a regulated, high-visibility environment that often serves as an early indicator of broader market acceptance. Historically, assets listed on major regional exchanges like Upbit benefit from increased discoverability, especially among users who may not actively seek out smaller or niche projects.
The listing also comes alongside expanding exchange integrations elsewhere, suggesting a broader trend of growing platform support rather than a single isolated event.
Why Zero-Knowledge Proofs Are Gaining Attention
The renewed interest in zkPass reflects a wider shift toward privacy-preserving infrastructure. Zero-knowledge proofs allow users to verify information—such as identity credentials or eligibility—without revealing the underlying data. This approach addresses a critical challenge in Web3: balancing privacy with compliance.
As digital identity becomes more central to financial services, gaming, governance, and cross-platform access, tools that enable selective disclosure are increasingly viewed as essential. zkPass operates within this intersection, offering solutions that support user-controlled identity while remaining compatible with regulatory requirements.
Governments, enterprises, and developers are actively exploring frameworks that reduce data exposure while still meeting verification standards. In this environment, zero-knowledge systems are moving from experimental concepts to practical infrastructure, helping explain why projects like zkPass are gaining traction.
What Exchange Support Signals for Privacy-Focused Crypto
Major exchange listings often function as a form of market validation. While they do not guarantee price performance, they typically indicate that a project has met certain technical, legal, and operational criteria. For privacy-focused tokens, this is particularly meaningful, as such projects have historically faced scrutiny or limited access on centralized platforms.
Upbit’s support underscores growing acceptance of privacy-enhancing technologies that are designed to work alongside compliance frameworks, rather than against them. This aligns with a broader industry shift toward “regulatory-compatible privacy,” where users maintain control over their data without removing accountability.
As more exchanges add ZKP, liquidity improves and participation broadens, allowing the ecosystem to grow beyond early adopters and specialized users.
Why Investors Are Watching zkPass More Closely
Market observers are increasingly focused on zkPass not because of short-term price action, but due to its positioning within long-term Web3 narratives. Exchange listings tend to increase visibility, but sustained attention often depends on whether a project aligns with structural trends.
Privacy and identity remain among the most active areas of development in Web3. Zero-knowledge proofs are now considered a core building block for decentralized applications, particularly those involving credentials, access control, and data sharing.
For many investors, ZKP’s expanding exchange presence signals that privacy infrastructure tokens are moving closer to mainstream relevance. The focus has shifted from novelty to real-world use cases, adoption momentum, and integration into broader digital ecosystems.
As exchange support continues to expand and demand for secure data verification tools grows, zkPass is increasingly viewed as part of a larger movement toward privacy-first Web3 infrastructure rather than a standalone speculative asset.
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