SINGAPORE

PG Gaming, a developer of competitive social gaming environments, today announced the expansion of its global digital infrastructure. The initiative is designed to provide a secure, transparent, and reliable platform for its growing international community.

As digital engagement continues to evolve, PG Gaming has established its official presence across key digital channels to facilitate community interaction and provide a trusted source for company updates, platform announcements, and competitive event information.

“The security and authenticity of our digital ecosystem remain top priorities,” said the Operations Lead of PG Gaming. “By centralizing communications through our official website and verified social channels, we aim to provide our community with a reliable source of information and a secure environment for engagement.”

Effective immediately, PG Gaming’s official digital presence is available through the following channels:

• Official Website: https://pggaming.co
• Official Telegram Hub: https://t.me/pg99
• Official Twitter Handle: https://twitter.com/pg99_m

The company continues to see steady growth in community participation and remains focused on enhancing user engagement through competitive social gaming experiences and secure digital communication channels.

About PG Gaming

PG Gaming is a competitive social gaming community focused on delivering engaging gaming experiences, organized tournament structures, and secure digital communication platforms for players worldwide.

Media Contact:

Company Name: PG Gaming

Contact Person: Morgan

Email: [email protected]

Website: https://pggaming.co

San Francisco, CA

First public release of a complete FPGA implementation for zero‑knowledge proofs could finally make ZK‑rollups cheap enough for consumer‑scale applications.

A team of hardware and cryptography engineers has released the first open-source, full-stack FPGA implementation of a zero-knowledge virtual machine (zkVM). The code, published today, is designed to accelerate the generation of ZK proofs; the cryptographic backbone of secure, private, and scalable blockchain networks.

If adopted by rollup operators and prover networks, the technology could dramatically lower the cost of ZK‑rollups, making them competitive on cost with optimistic rollups, which today are cheaper but settle more slowly and rest on different trust assumptions. That, in turn, would enable a new class of consumer applications that have remained theoretical for years: private stablecoin payments, portable identity without document uploads, verifiable AI on local devices, and on‑chain gaming with instant finality.

The Bottleneck That Held Back Web3

ZK‑rollups offer instant transaction finality and the same security guarantees as Ethereum mainnet. But generating the required cryptographic proofs has been computationally expensive; so expensive that most ZK‑rollups remain costlier than optimistic rollups, which require a seven‑day withdrawal window and weaker trust assumptions.

Consumers have voted with their wallets. They choose the cheaper, slower option. And many promising applications; like private payments, proof‑of‑age without revealing identity, and micropayments; have never reached scale because the underlying proof costs made them uneconomical.

What the Open‑Source Code Does

An FPGA (field‑programmable gate array) is a chip that can be reconfigured after manufacturing to perform a specific task extremely efficiently. For ZK proofs, a properly configured FPGA can run orders of magnitude faster and use far less power than a general‑purpose CPU or GPU.

Until now, FPGA implementations for ZK proving have stayed proprietary or locked to a single prover network. This release is the first complete, open-source FPGA proving stack for a full zkVM — the FPGA backend for Venus, Cysic’s open-source zkVM. It includes the complete proving pipeline, not just isolated primitives, and is licensed permissively for anyone to use, modify, or port to different hardware.

The code sits alongside a production GPU proving network that already generates proofs for Ethereum blocks. With both GPU and open FPGA backends, the infrastructure is no longer dependent on a single class of silicon; a reliability benefit for any application that relies on verifiable compute.

What Becomes Possible

With fast, cheap, and open ZK proving, several long‑promised consumer applications could finally move from white papers to wallets:

• Private, instant stablecoin payments – A business could prove its funds are clean without revealing its entire transaction history, at a cost of pennies instead of dollars.
• Portable, privacy‑preserving identity – A user could prove their age or creditworthiness in under a second, without uploading passports or sensitive documents to third‑party servers.
• Verifiable AI on consumer devices – An AI assistant on local hardware could prove it executed a given model faithfully on the user’s data — without sending that data to the cloud.
• On‑chain gaming with instant finality – A multiplayer game could settle hundreds of moves per second on a ZK‑rollup, with proof costs low enough to make true asset ownership practical.
• Micropayments and streaming money – Paying a fraction of a cent per second for video or API calls would no longer be eaten by fees, because per‑transaction proofs would become nearly free.

Availability

The open‑source FPGA code is available today on GitHub under permissive licenses. It is under active development and not yet audited for production use, but the team has invited researchers, developers, and hardware engineers to study, test, and build upon it.

“ZK only reaches its potential when proving is fast, cheap, and verifiable by anyone. Open‑sourcing the first FPGA zkVM is our way of saying the ecosystem moves forward together – not behind closed doors.”
— Leo Fan, CEO of Cysic

About the Release

The code is the FPGA hardware backend for Venus, Cysic’s open-source zkVM. It was built by Cysic, a verifiable compute network, and is released under Apache 2.0 / MIT licenses. It was built by Cysic, a verifiable compute network, and is released under Apache 2.0 / MIT licenses.

GitHub: github.com/cysic-labs/venus-fpga (placeholder)

Media Contact: [email protected]

About Cysic

Cysic, backed by leading investors including Polychain Capital, OKX Ventures, HashKey Capital, is building the verifiable compute engine for Web3. By combining custom ZK hardware, a decentralized node network, and a programmable economic layer, Cysic transforms computation into a trustless, on-chain resource. The network supports scalable proof generation, AI verification, and scientific computing workloads, laying the groundwork for the ComputeFi economy.

Follow on X: @cysic_xyz

Read the Docs: https://hackmd.io/@Cysic

https://docs.cysicfoundation.org/~/changes/18/

DOVER, DELAWARE

UK Financial Ltd today announced the successful deployment and verification of MAYA 3™, the company’s official multi-chain utility asset and liquidity gateway, utilizing a CREATE2 deployment architecture that allows the token to maintain one contract address across four major blockchain networks.

The Fully Verified MAYA 3 Ecosystem which spans across 4 blockchains can be found at:

https://bscscan.com/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://etherscan.io/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://basescan.org/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://arbiscan.io/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code

The achievement represents a significant technical milestone for the company and its expanding digital asset ecosystem.

While most blockchain projects deploy separate contract addresses for each network they support, MAYA 3 was engineered using a CREATE2 deterministic deployment framework, enabling the same contract address structure to exist across multiple supported chains. This approach creates a more unified experience for users, exchanges, wallet providers, developers, and ecosystem participants.

One Address. Four Blockchains. Fully Verified.

MAYA 3 has already been successfully deployed and verified on:

• Ethereum
• BNB Smart Chain (BSC)
• Base
• Arbitrum

The Fully Verified MAYA 3 Ecosystem

The ecosystem spans across 4 blockchains and can be found at:

https://etherscan.io/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://bscscan.com/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://basescan.org/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code
https://arbiscan.io/address/0xD29CdE63905C86125126b9379b82f83F332808E4#code

The deployment establishes MAYA 3 as a foundational infrastructure component within the UK Financial Ltd ecosystem, designed to facilitate future interoperability, liquidity management, digital asset integration, and ecosystem-wide utility across multiple blockchain environments.

“Most projects create one token and then replicate it with separate contract structures across multiple networks,” said James Dahlke, President and CEO of UK Financial Ltd. “With MAYA 3, we pursued a different path. We wanted a cleaner architecture, a stronger identity layer, and a unified digital asset framework capable of supporting the long-term growth of our ecosystem. MAYA 3 is not simply another token. It is part of the infrastructure we believe will help power the next chapter of digital finance.”
The company is currently completing metadata propagation and ecosystem integrations designed to accelerate visibility across major wallets, explorers, platforms, and digital asset infrastructure providers worldwide. UK Financial Ltd expects MAYA 3 to become increasingly visible throughout the broader blockchain ecosystem as metadata updates are processed by participating platforms and service providers.

Integration with Maya Preferred PRA Ecosystem

UK Financial Ltd also confirmed that MAYA 3 has been integrated into the broader Maya Preferred PRA ecosystem, where it is expected to serve as a strategic utility and liquidity component supporting future ecosystem development.

The integration further expands the company’s long-term vision of connecting digital assets, tokenized infrastructure, blockchain services, exchanges, wallets, and future financial products through a unified framework.

The company believes the combination of multi-chain deployment, deterministic contract architecture, and ecosystem integration positions MAYA 3 as a key component of its ongoing blockchain strategy.

CoinMarketCap Verification Process Continues

Separately, UK Financial Ltd confirmed that its previously submitted circulating supply verification materials regarding Maya Preferred PRA remain under review.

According to correspondence received from CoinMarketCap, the company was advised that no additional submissions were required at this time and that the review process would continue based upon the verification team’s assessment procedures.

The company stated that it remains committed to transparency and cooperation throughout the review process and will continue evaluating all available industry-standard verification pathways as part of its broader commitment to providing accurate market information to the public.

Planned Exchange Availability

UK Financial Ltd further announced that it intends to pursue initial market availability and ecosystem expansion initiatives for MAYA 3, including planned integration efforts with partner platforms and exchanges.

Additional details regarding trading availability, ecosystem utility, wallet integrations, and future development milestones are expected to be released in forthcoming announcements.

Building for the Future

Since its founding, UK Financial Ltd has focused on developing blockchain-based financial infrastructure, tokenized asset systems, digital wallet technologies, exchange platforms, and compliance-focused blockchain solutions.

MAYA 3 is the official multi-chain utility asset and liquidity gateway for the UK Financial Ltd ecosystem. The launch of MAYA 3 represents another step in that evolution.

The Future Is Here. The Future Is Now. MAYA 3 Has Arrived.

About UK Financial Ltd

UK Financial Ltd is a financial technology and blockchain infrastructure company focused on digital assets, tokenization, multi-chain technologies, wallet solutions, exchange platforms, and ecosystem development. Through initiatives including the Maya Preferred ecosystem, MayaPro Wallet, MYEX Exchange, and related blockchain infrastructure projects, the company seeks to develop next-generation financial technologies designed for a globally connected digital economy.

Media Contact

Contact: James Dahlke, President & CEO
MAYA 3 Website: https://www.mayapreferred.io/maya3
Corporate Website: https://ukfinancialltd.com
Maya Preferred Website: https://mayapreferred.io