Velmora is a decentralized physical infrastructure network (DePIN) built to bridge the gap between real-world devices and blockchain systems. By enabling trusted and verifiable interactions between physical hardware and on-chain logic, Velmora redefines how physical operations (such as sensor data, logistics tracking, or device coordination) can be securely executed and audited on the blockchain.Through edge verification, proof-based data compression, and modular node deployment, Velmora minimizes unnecessary on-chain bloat while maintaining end-to-end transparency and auditability. Operators can participate with minimal hardware setup, and each node contributes to the network’s ability to verify, process, and secure real-world activities in a scalable, permissionless manner.Velmora is not just building connectivity, it is also building trust in physical world automation through decentralized consensus.

Cambodia, 14th Jul 2025 – Velmora has officially launched its decentralized infrastructure solution that bridges the gap between the physical world and on-chain systems—redefining how real-world data and device actions can be validated, trusted, and secured.

At its core, Velmora enables physical devices to interact with blockchain applications in a verifiable way, without exposing raw data or overwhelming the network with unnecessary input. Instead, data is processed at the edge, validated through local checks, and distilled into cryptographic proofs that can be committed on-chain. This design maintains integrity and traceability while optimizing for scale.

Unlike traditional systems that rely on centralized control or unverifiable data sources, Velmora introduces a permissionless framework where anyone can operate a node with minimal hardware. Each node plays a role in validating physical inputs, executing assigned tasks, and contributing to a larger, tamper-resistant record of real-world events.

The result is a new paradigm in physical-to-digital integration—one where logistics systems, sensors, machines, and industrial processes can be transparently audited and coordinated without relying on centralized intermediaries.

Velmora is currently onboarding early infrastructure operators and preparing for the rollout of application-specific modules in logistics, supply chains, and automated infrastructure.

Media Contact

Organization: Velmora

Contact Person: SK XCHANGE

Website: https://velmora.pro/

Email: Send Email

Country:Cambodia

Release id:30609

The post Velmora Bridging Physical Infrastructure with On-Chain Trust appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section

Marbella, Malaga, 14th July 2025, Serial entrepreneur and global strategist Zak Manhire has announced Mint.io, an innovative Web3 gaming technology platform with artificial intelligence. In a field where hype cycles and speculative tokens are the coin of the realm, Mint is taking a radically alternative approach: make something real that people actually want to use, and let the product lead the way.

Zak Manhire, who has a career history in international brand-building and emerging tech companies, says he feels the Web3 space has lost sight of what real adoption really means.

“Launching a token is not launching a product,” Zak Manhire says. “Real value comes from real use — and we’re creating experiences that users love before they even know that there’s crypto behind it.”

Gaming as the Easiest Onramp to Web3 

Mint.io is simple and has an emotional hook. People join to play games, not to speculate on tokens. Thanks to smart design and smooth interactions, through Seamless players build up rewards, level up, and interact with the live digital economy, without any previous blockchain knowledge required.

“We want people to stop overthinking crypto. We want them to play, to be involved and to enjoy,” Zak Manhire says. “And while they do, the token economy works unobtrusively, in the background — creating value that is real, not just marketed.”

AI as a Growth Engine, Not Just an Industry Buzzword

While traditional game studios take months to construct and iterate, Mint uses AI to shrink the length of production cycles. Narrative, art assets, and token utility mini-games of under 10 days can now be delivered.

This rapid deployment model allows Mint to support weekly releases, dynamic quests, and dynamic experiences while being tightly integrated with the reward and engagement loops in the platform.

“Every new game builds in the ecosystem – retention mechanics, reward mechanics, token burns, access rights,” Zak Manhire says. “And with AI as our engine, we’re scaling faster and smarter than anyone else in the category.”

Challenging the Web3 Status Quo

Zak Manhire is not in pursuit of viral headlines or speculative token charts. His goal with Mint has always been long-term value creation, not short-term wins. According to him, the most dangerous lie of Web3 currently is the idea that an increasing token price is a success.

“If you turn the price into the product, you’ve lost,” he cautions. “We’re not here to spin hype. We’re trying to build something sticky, sustainable, and that people actually enjoy. Something that lasts.”

With Mint.io, Zak Manhire is providing a strong contrast to the Web3 industry hype machine – the launch screaming and vapourware. It’s not promises and roadmaps, it’s playable content, real-time innovation, and utility-first mechanics — all backed up by a quiet confidence in product-led growth.

About Mint.io
Mint.io is an AI-powered Web3 gaming platform focused on seamless user onboarding and real token utility. Founded by Zak Manhire, the platform combines rapid game development, intelligent reward mechanics, and a user-first philosophy to deliver a compelling entry point into the decentralised economy.

Media Contact

Contact Name: Ashley Williams

Company Name – Mint

Email: hello@mint.io  

Website: mint.io

Cryvantis is building a decentralized infrastructure that merges AI workloads with quantum-ready compute—designed not just for power, but for the future of computing itself.Aggregates underutilized compute resources through a modular node systemSupports AI inference and quantum simulation with dynamic workload schedulingEnsures security through Trusted Execution Environments (TEEs) and cryptographic proofsEnables resource tokenization for permissionless access and automated billingOperates across chains via a cross-chain coordination and settlement layerCryvantis doesn’t rely on centralized data centers or legacy cloud systems. Instead, it offers a scalable, verifiable, and low-latency alternative built for the next generation of compute demands.We’re not waiting for the future of computation—we’re building it.

Singapore, 14th Jul 2025 – In a bold step toward redefining high-performance computation, Cryvantis has announced the launch of a decentralized infrastructure designed to support both artificial intelligence (AI) workloads and quantum-ready compute environments.

As the global demand for compute power skyrockets—driven by generative AI, machine learning, and quantum research—traditional cloud systems are proving too costly, too centralized, and too rigid. Cryvantis aims to disrupt that model with a modular, trust-minimized network that enables flexible and verifiable computation at scale.

“We’re not here to replicate the cloud—we’re here to replace its limitations,” said a Cryvantis core contributor. “AI and quantum processing require dynamic, decentralized coordination. That’s exactly what we’re delivering.”

Key Features of the Cryvantis Network:

Quantum-Ready Design: Architecture built to support both classical AI tasks and emerging quantum workloads.

Modular Compute Nodes: Lightweight nodes that can be deployed globally, forming a collaborative mesh of compute resources.

Secure Execution: Trusted Execution Environments (TEE) and cryptographic attestations ensure task integrity and data confidentiality.

Resource Tokenization: A native economic layer enables permissionless access to compute while incentivizing contributors with fair compensation.

Cross-Chain Compatibility: With an embedded cross-chain coordination module, Cryvantis nodes can operate seamlessly across multiple blockchain ecosystems.

Currently in testnet phase, Cryvantis is onboarding developers, node operators, and researchers to contribute to a network poised to redefine decentralized computing. By removing central gatekeepers and enabling direct access to secure, cost-effective infrastructure, Cryvantis empowers innovation at every scale.

As quantum computing moves from theoretical to practical, Cryvantis positions itself not just as a compute network—but as the foundation for the next era of intelligent, decentralized systems.

Media Contact

Organization: cryvantis

Contact Person: David Walker

Website: https://cryvantis.xyz/

Email: Send Email

Country:Singapore

Release id:30608

The post Cryvantis Building the Decentralized Future of AI and Quantum Compute appeared first on King Newswire. This content is provided by a third-party source.. King Newswire makes no warranties or representations in connection with it. King Newswire is a press release distribution agency and does not endorse or verify the claims made in this release. If you have any complaints or copyright concerns related to this article, please contact the company listed in the ‘Media Contact’ section