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By Nitya Chakraborty On October 10, the Nobel Prize Committee awarded the Peace prize for the year 2025 to the Venezuelan right wing politician Maria Corina Machado who has been working for the last few years for the removal of the President Nicholas Maduro from his office. The White House initially reacted that the Nobel […]

The article Trump Has Not Got Nobel Peace Prize But The Winner Machado Is His Acolyte In Latin America appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

By Girish Linganna In a move that would have seemed unthinkable just a few years ago, Taliban Foreign Minister Amir Khan Muttaqi arrived in New Delhi on October 9 for an eight-day official visit that marks a watershed moment in India’s foreign policy. His meetings with External Affairs Minister S. Jaishankar, followed by visits to […]

The article The Price Of Pragmatism: What India Gains (And Loses) By Courting The Taliban appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Japanese farmers have turned to cutting-edge technology in an attempt to safeguard their poultry from increasingly frequent predation by wild animals. The innovative solution: automated laser drones. These high-tech devices, which combine the precision of laser technology with aerial autonomy, are designed to deter predators like foxes and hawks from attacking chickens.

The rise in wildlife predation on farms has become a growing concern for Japan’s agricultural sector. Predators, often driven by habitat loss or changes in the environment, have been encroaching upon farming areas. The damage caused by these animals is not only costly but can also severely impact food production. With their farms under siege, poultry farmers have sought more advanced methods of protection, beyond traditional fences or scarecrows, that would be both efficient and sustainable.

The solution has come in the form of drones equipped with advanced sensors and lasers that track and identify predators. These drones are programmed to autonomously patrol the skies, scanning the ground for movement. Upon detecting a potential threat, the drones deploy targeted laser beams designed to startle and deter the animal without causing harm. This non-lethal approach ensures that the predator is frightened off but unharmed, which is crucial for maintaining ecological balance while protecting the farm’s livelihood.

This approach also benefits from its efficiency. Unlike human workers who might be limited by time and resources, drones can patrol vast areas continuously and autonomously, ensuring 24/7 protection. The lasers used by the drones are highly focused and can be calibrated to avoid affecting the animals’ surroundings, such as the chickens they are protecting. By using this method, farmers can ensure that their birds remain safe from predators without resorting to harmful chemicals or traps.

The drones are part of a larger trend in Japan, where technology is increasingly being employed to address agricultural challenges. The country has long been at the forefront of adopting technological solutions for its agricultural sector. With a rapidly aging farming population and declining rural populations, the need for automation and innovation in farming practices has never been greater. Japan’s agricultural sector has embraced everything from robotic harvesters to artificial intelligence systems that help optimise crop production.

The laser drone initiative reflects a growing trend in agricultural innovation, particularly as it relates to sustainability. As concerns over the environmental impact of traditional farming practices intensify, more farmers are turning to technology as a way to enhance efficiency while reducing the ecological footprint. The laser drones are a prime example of how technology can provide solutions that not only protect farmers’ assets but also preserve the integrity of local wildlife populations.

While the drones’ use in Japan is still in the pilot phase, the potential for their broader application is clear. With the technology continuing to evolve, it is expected that these drones will become more widespread, not just in Japan, but potentially in other countries facing similar challenges with wildlife. Other regions, such as parts of the United States and Europe, have seen similar problems with predators attacking livestock, making the laser drone solution an attractive option for international markets.

However, the introduction of these advanced technologies is not without its challenges. Critics argue that there could be unintended consequences in the broader ecosystem. For instance, the laser drones’ targeting systems may unintentionally affect non-predatory animals, or the very technology designed to protect could be misused. Some environmentalists express concern about the potential for increased reliance on high-tech solutions that could further disrupt the delicate balance of rural ecosystems.

The RNTrust Group is set to roll out its digital-trust architecture under the banner “Infinite Trust” at GITEX Global 2025 in Dubai. The offering is built around three flagship technology pillars—BOAT orchestration, cyber-intelligence, and stratum-level time synchronisation—aimed at solving friction points faced by large enterprises operating across complex, digital ecosystems.

At the core of the strategy is Coopera BOAT, RNTrust’s enterprise orchestration and automation engine, which integrates bots, APIs, microservices, content, case-management, and AI agents under a unified platform. The company positions BOAT as a successor to legacy BPM and ECM systems, enabling long-running and cross-domain workflows across IT and business domains. Integrated AI and generative flows help with decision intelligence and unstructured data extraction. RNTrust claims the platform aligns with market forecasts that predict the orchestration market will expand markedly in the coming years.

Complementing BOAT is ThreatLeap, a cyber threat intelligence and compliance platform operating 24/7 to scan external attack surfaces, detect leaks, misconfigurations, phishing domains and advanced threats, and flag compliance gaps across regulations such as NIS2, DORA, GDPR and PCI-DSS. The system is portrayed as proactive, intended to reduce risk exposure rather than simply respond to incidents.

Lastly, the group is spotlighting StratumOne, a time-synchronisation solution leveraging GNSS signals, atomic clocks and precision engineering to deliver nanosecond-level accuracy. Target sectors include finance, telecoms, 5G networks and critical infrastructure where time precision is essential.

RNTrust leadership will host product demos and discussions at the Novotel World Trade Centre during the expo, targeting CIOs, CISOs, system integrators and partner firms. The platform claims deployments and partnerships across the GCC, Europe and the U. S., drawing on R&D centres in Southeast Europe, Italy and the UAE.

The company frames “Infinite Trust” as a unification strategy—bringing orchestration, security and timing coherence into a cohesive architecture that can scale across diverse enterprise landscapes. This positioning aims to appeal to large organisations wrestling with digital transformation, hybrid workloads, compliance burdens and the growing attack surface of distributed systems.

Market watchers note that digital trust is becoming a key battleground for software and cybersecurity vendors. The integration of orchestration and security is a direction echoed by peers embedding zero-trust and AI decision engines into automation platforms. The time-sync component adds a niche yet strategic dimension, tapping into sectors where precision timing is a regulatory and technical requirement.

A Singapore High Court hearing is scheduled on 13 October 2025 to consider WazirX’s proposed Scheme of Arrangement, marking a pivotal moment in the embattled crypto exchange’s restructuring efforts. The court will hear further arguments on HC/SUM 940/2025, a case central to the platform’s ability to repay creditors and revive operations.

The hearing follows a tumultuous legal process. In June 2025, the court declined to sanction the original scheme submitted by Zettai Technologies, WazirX’s parent entity, citing structural concerns and ambiguities in how the proposal would address creditor claims. Zettai responded by seeking an opportunity for further arguments. The court acceded to that request, setting the stage for the October proceedings.

Prior to this hearing, the court has directed both Zettai and opposing parties to submit additional written submissions. Zettai filed on 26 September 2025, and the court issued further directions on 29 September requiring clarifications by 3 October 2025. Until now, no hearing date had been formally fixed.

The background to this process dates to July 2024, when WazirX suffered a cyberattack resulting in the loss of roughly $235 million. Nearly 16 million users were affected, with withdrawals and trading suspended indefinitely. The attack was widely attributed to North Korea’s Lazarus Group.

In January 2025, the Singapore High Court allowed users to vote on a restructuring plan. The vote concluded in March, with approximately 93.1% of users endorsing the scheme. However, in May, the court declined to give the scheme its sanction, stating the proposal failed to meet the required legal standards and flagged concerns over compliance with evolving Singapore regulations. Zettai was then directed to revise the scheme and conduct a revote.

In July 2025, after further oral arguments before the court, the original June decision was set aside and a revote was permitted to consider an amended Scheme. The court also extended the moratorium until 16 September 2025. Zettai responded by preparing an updated Scheme and explanatory statement, organising a town hall for creditors, and initiating a refreshed vote.

Analysts observe that the October hearing is likely to be decisive. If the court approves the amended plan, the process could move quickly toward fund distribution, theoretically within ten business days of the effective date. Should the court require further modifications or reject the proposal, the process could be delayed significantly, potentially pushing payouts into late 2025 or beyond.

Critically, the court has scrutinised how Indian law provisions intersect with its jurisdiction. Much of WazirX’s user base resides in India, prompting concerns about cross-border legal compliance and enforceability of creditor rights. By demanding detailed supplementary submissions, the court signals caution in approving a scheme that might expose it to legal vulnerabilities.

Creditors and industry watchers remain under strain, facing uncertainty over when and whether they will receive recovered funds. Many users have awaited payouts for more than a year, and confidence in centralised exchanges has been tested further by this case.

Portuguese quantum computing firm Quantica Tech has revealed a new digital currency, Quantic Bitcoin, engineered to resist attacks from future quantum computers. The project rests on a proprietary “Quantum Interoperability” protocol designed to allow conventional blockchains and quantum‐era architectures to communicate and co-operate.

BTCQ is intended to preserve Bitcoin’s proof-of-work consensus but replace vulnerable cryptographic signatures with algorithms that conform to NIST-approved post-quantum standards. In transitional phases, the system runs quantum algorithm emulation on classical hardware—enabling development without immediate dependence on quantum hardware. Quantica has also introduced tiered fractional units, named Photons, Quarks and Bosons, to mirror Bitcoin’s Satoshi model at microtransaction scale.

The announcement reflects intensifying concern within cryptographic and blockchain communities about quantum threats to existing systems. Shor’s algorithm, for instance, is capable of undermining widely used public-key schemes, such as ECDSA, that secure most cryptocurrencies today. A literature review of quantum impacts on blockchain estimates that, although scalable quantum machines remain a work in progress, the threat horizon is accelerating, pushing many in the industry to preemptively explore quantum-safe alternatives.

Quantica says its interoperability protocol enables smart contracts in languages such as Solidity, Rust, Plutus and Vyper to invoke quantum layer functions through external script calls. The firm claims it has already shared the initial design of that protocol with the scientific community, though specific cryptographic details remain withheld. Plans are in place to issue Simple Agreements for Future Tokens in late 2025 and conduct a pre-sale of the token units ahead of public launch. The company is also working in parallel on related projects—Quanticacoin, USDT-Q and Q-Solana—to extend its quantum-capable ecosystem.

BTCQ joins a growing number of blockchain initiatives adopting quantum-resistant techniques. The Quantum Resistant Ledger, for example, has long leveraged XMSS to offer protection against quantum attacks, and many networks have begun integrating lattice-based or hash-based post-quantum cryptography.

Still, implementation and security challenges loom. Recent academic analysis warns that purely algorithmic guarantees do not suffice; side-channel attacks and hardware vulnerabilities may undermine post-quantum schemes if not carefully addressed. Analysts caution that the “harvest now, decrypt later” risk remains active: encrypted data captured today may be decrypted when quantum capabilities mature.

Market reception has been cautious. Many observers view Quantica’s claims as ambitious, given the dearth of open cryptographic proofs or independent audits so far. Some see the project as an early bet on quantum transition rather than an immediate substitute for existing value chains. Others argue the broader utility of quantum-resistant assets will depend heavily on regulatory frameworks, interoperability standards, and community adoption.

Quantica’s announcement arrives against the backdrop of intensifying activity in quantum and cryptographic infrastructure. Hardware vendors and research institutions are racing to scale error correction, qubit coherence and interconnects. Meanwhile, financial and security firms are preparing migration strategies for sensitive systems. Among commercial players, SEALSQ has unveiled hybrid cryptographic hardware intended to safeguard blockchain systems and IoT devices against quantum attacks.

Quantica has positioned BTCQ’s development as a shift from theoretical readiness to pragmatic construction. The firm contends it can build bridges between classical chains and quantum systems without heavy disruption to existing protocols. Early access via SAFTs and token presales aim to bootstrap an ecosystem of developers and enthusiasts.

By Nitya Chakraborty In Nepal, following the tumultuous developments on September 8, 9 and 10 as a result of Generation Z uprising, the 2.9 crore nation is crawling back to normalcy . Under the leadership of interim Prime Minister Sushila Karki, the new administration is making sincere efforts to ensure law and order to prepare […]

The article Nepal’s Political Course Till March 5 Elections Gripped In Uncertainties appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

Luma Protocol, incubated by PopChain and Nivex, officially entered the market on 20 September 2025, positioning itself as a new architecture in decentralized finance that anchors value in computing power rather than speculative token mechanics. At midday UTC+8 the project launched its pre-sale and, within hours, issued the first mining rewards — signalling a shift from purely token-based incentives toward infrastructure-backed models.

The project’s core proposition is that “Hash Power” — the computational capacity underlying blockchains — becomes a tangible, tradeable asset integrated into DeFi systems. Luma’s model seeks to counterbalance what its promoters describe as the unsustainable cycles of token subsidies that have affected prior generations of DeFi protocols. Underpinning the system, Luma plans to merge capital, computational resource markets, and application layers in a closed-loop infrastructure.

PopChain contributes its identity and settlement capabilities, while Nivex offers liquidity, exchange infrastructure, and compliance support. This strategic alignment aims to deliver an ecosystem where value issuance, transaction execution, and mining resource distribution interlock. According to the announcement, the first mining rewards were disbursed at midnight UTC+8, immediately after launching the pre-sale.

Market reaction to the LUMA token has been volatile. On the MEXC exchange, LUMA traded with a 24-hour jump of 26 per cent, reflecting speculative interest. Yet the token’s 7-day price variance is extremely steep, plunging nearly 99.97 per cent over the week, pointing to high risk and low liquidity stability. The circulating supply and full market capitalisation currently remain opaque.

Critics caution that the concept of tokenizing hash power is not without inherent risk. In the realm of blockchain security, high concentration of mining capacity has historically exposed smaller networks to attacks. The accessibility of mining power through services like NiceHash demonstrates how hash power can be rented and concentrated, creating vulnerability, especially for new entrants. At the same time, mainstream DeFi research underscores systemic risks emerging from leverage, protocol interdependence, and opacity in governance.

Luma’s governance architecture is not fully detailed in public documentation, but the model will need to grapple with decentralised decision-making, hardware centralisation, and incentives for fair participation. Without sufficient safeguards, the protocol may face the same challenges of centralisation, collusion, or exploitability that have troubled other DeFi platforms.

For its part, Nivex has been scaling its ecosystem prior to Luma’s debut. It recently launched a Web3 wallet integrated with PopChain, with plans to embed users into a flow from wallet to liquidity operations to settlement. This vertical integration may benefit Luma by driving demand for the infrastructure stack. Nivex also recently listed the POP/USDT trading pair, anchoring the POP ecosystem that underlies PopChain’s social finance ambitions.

On the supply side, the broader mining industry’s economics are under strain. Electricity, hardware depreciation, and operational costs continue to restrict profitable deployment of hash power. The Cambridge Digital Mining Report underscores that energy cost variance across geographies is a major barrier for expansion. Projects that seek to monetise compute power must navigate this cost differential.