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A fresh platform launched by the startup SolarLedger is aiming to reshape how clean-energy data is processed and verified by introducing what it describes as a “green energy operating system” that embeds robust security features and market interfaces. At the heart of the offering are distributed-ledger and Internet-of-Things tools designed to automate the generation, trading and auditing of solar and other renewable-energy flows. According to the company’s statements, the system incorporates cryptographic tools such as zero-knowledge proofs and multi-signature verification to bolster data authenticity and traceability.

SolarLedger’s solution addresses growing concerns in green-finance and energy markets about the reliability of datasets underpinning asset-backed claims, such as renewable-energy certificates or carbon credits. By running real-time tracking of generation, storage, trading and settlement, the platform aims to reduce friction in peer-to-peer energy transactions and enhance transparency for smaller producers who have lacked access to institutional channels. This comes at a moment when distributed energy generation is expanding rapidly but remains under-represented in traditional electricity markets.

From a market-participant perspective, SolarLedger’s architecture is being pitched as transformative. It enables solar modules and storage systems not only to supply power but also to act as tradeable units with embedded provenance metadata. Smart-contract modules match producers and consumers, while traceable certificates of origin claim to be issued as each kilowatt-hour is generated. The firm states that its system eliminates much of the manual reconciliation and trust-layer overhead that currently slows clean-energy transactions, thereby unlocking new income streams for distributed generators.

On the technical side, the platform’s use of zero-knowledge proofs is particularly noteworthy. ZKPs allow one party to prove a fact is true without revealing the underlying data. This is increasingly recognised in academic literature as a potent tool for privacy-preserving validation in decentralized systems. In SolarLedger’s case, the firm says it uses ZKPs to validate meter-data reports and audit logs without exposing granular user or asset-level details. Complementing this, the system applies multi-signature verification — requiring multiple authorised parties to validate transactions — to further enhance trust in each asset’s lifecycle.

Emerging trends in the broader energy-tech space amplify SolarLedger’s relevance. Analysts observe that decentralised energy systems—particularly rooftop solar, microgrids and battery storage—are growing faster than transmission-interconnection frameworks in many regions. Traditional centralised electricity markets were built at a time when generation was large-scale and top-down. By contrast, distributed-generation assets today face barriers to participation in wholesale or retail markets, often due to information asymmetry, latency in settlement, and limited trust among counterparties. SolarLedger aims to bridge that gap by enabling smaller producers to join trading ecosystems on more flexible and transparent terms.

However, important challenges remain across regulation, interoperability and scalability. While SolarLedger cites pilot testing and proof-of-concept deployments, wide-scale adoption will require alignment with local grid-code legislation, energy-market rules, and national certification schemes. Integration with existing utilities and regulatory frameworks may prove complex, particularly in jurisdictions where grid operations and energy trading are tightly regulated. Furthermore, the academic literature on ZKP implementation cautions that although ZKP offers strong privacy and integrity gains, the complexity and computational overhead can be non-trivial — especially when applied to high-frequency data environments.

Another key player to watch in this space is Powerledger, an Australian blockchain-energy-software company which has built peer-to-peer energy-trading platforms and environmental-commodity tracking solutions. Its experiences highlight the twin challenges of scaling and commercialising such platforms in multiple jurisdictions. SolarLedger will need to demonstrate not just technical readiness but also market-acceptance, cost-competitiveness and regulatory compliance if it is to capture a meaningful share of the decentralised-energy-market value chain.

By Nitya Chakraborty The historic victory of the Democratic socialist candidate Zohran Mamdani in New York mayoral elections on November 4 night is acting as a big booster, not only to the left wingers in the Democratic Party belonging to the Bernie Sanders group, but also to the left parties in Europe and Latin America. […]

The article Zohran Mamdani’s Victory As New York Mayor Has Given A Big Boost To Global Left appeared first on Latest India news, analysis and reports on Newspack by India Press Agency).

The governments of the northern United Arab Emirates have taken a bold step into natural-hydrogen exploration with the collaboration among the Sharjah National Oil Corporation, Siemens Energy and Decahydron to assess the use of naturally occurring hydrogen for power generation and other industrial applications. This marks a decisive departure from traditional fossil reliance and underscores Sharjah’s ambition to secure a foothold in the emerging hydrogen economy. The initiative rides on ongoing technical studies by Decahydron and SNOC at an existing exploration well in Sharjah, with initial findings reported as encouraging and further drilling scheduled for 2026 to gather detailed resource data and measure flow rates.

The emerging project will evaluate whether natural hydrogen — distinct from hydrogen produced by electrolysis or reforming — can feed power turbines or serve heavy industry without the extensive storage, transport and conversion infrastructure typically required for conventional “green” or “blue” hydrogen. Siemens Energy brings its global hydrogen and energy-system expertise into the alliance, while Decahydron focuses on mineralisation and subsurface hydrogen resources. SNOC, as the emirate-owned upstream and midstream energy company, provides the local infrastructure and regulatory engagement needed to steer the resource development. The companies frame the effort as a potential new low-carbon energy source that could serve data centres, manufacturing plants and other energy-intensive uses in the UAE.

Figures within the consortium underscore the significance of the move. SNOC’s chief executive, Khamis Al Mazrouei, said the feasibility study could mark “a new chapter in Sharjah’s energy landscape—providing an abundant, naturally occurring source of clean energy.” Siemens Energy’s UAE managing director, Khalid Bin Hadi, described hydrogen as central to decarbonising the power sector, adding that this collaboration sets a new course for natural-hydrogen in the Gulf region. Decahydron’s CEO, Arnaud Lager, said early findings suggest the potential for continuous supply directly from subsurface sources and that Sharjah and the northern Emirates hold “exceptional potential”.

Global context reinforces the ambition behind the project. The UAE aims to become one of the top ten hydrogen-producing countries and to capture a 25 per cent share of the low-carbon hydrogen key markets, according to statements from leading federal energy officials. Sharjah’s drive aligns with this broader national strategy. Previously SNOC announced its intent to explore green hydrogen and carbon capture within its portfolio as part of its pathway to net-zero emissions. Now the emphasis on naturally occurring hydrogen marks a notable shift in approach.

The technical front remains complex. Natural hydrogen projects remain nascent worldwide, with questions around resource size, continuity of flow, well economics, contaminants and commercial usability still to be resolved. The Sharjah initiative is built on preliminary well-site data, but the drilling slated for 2026 will be critical in determining resource scale and flow rate viability, which in turn will affect whether the hydrogen can be used directly for power generation or whether it will need conversion. Siemens Energy’s role will involve analytical and technical verification of commercial potential, while SNOC’s project governance will oversee permitting, regulatory interaction and integration with Emirate infrastructure.

Industrial demand in the Gulf region adds urgency to the project. With increasing energy consumption from data centres, hydrogen applications in manufacturing, and a drive to decarbonise hard-to-abate sectors, natural hydrogen presents a complementary path to electrolytic hydrogen and renewables. The potential upside includes bypassing some of the cost and complexity of hydrogen storage and pipeline transport by tapping subsurface reservoirs directly. If proven viable, the Sharjah project could serve as a model for other Middle East jurisdictions investigating hydrogen from unconventional sources.

Strategic risks remain. Project economics will depend on the continuity and purity of hydrogen flows, the cost of drilling and well development, regulatory frameworks, and the readiness of industrial hosts to adapt infrastructure. Market competition is intensifying: electrolytic green hydrogen is scaling rapidly and could outpace unconventional hydrogen if production and storage costs fall further. Moreover, hydrogen certification, transport logistics, and industrial offtake agreements remain evolving domains globally. For Sharjah and the GNOC-Siemens-Decahydron alliance, time to commercial decision-making will be an important metric.

Abu Dhabi’s state energy company signed a 15-year sales and purchase agreement with a unit of British energy major for the delivery of up to 1 million tonnes per annum of liquefied natural gas. The contract represents the first long-term LNG sales deal between the company and Shell and marks the eighth offtake agreement secured for its new export facility.

The LNG will be supplied from the Ruwais LNG project in Al Ruwais Industrial City, Abu Dhabi, which is under development and is set to become the first LNG export plant in the Middle East and Africa region to operate on clean power. Shell holds a 10 per cent equity stake in the project. The agreement converts a previous heads of agreement into a definitive contract and accelerates the project’s commercial timeline.

By securing this deal, more than 8 mtpa of the facility’s planned 9.6 mtpa capacity has already been contracted across Asia and Europe, just 16 months after the project’s final investment decision in July 2024. The project comprises two liquefaction trains of 4.8 mtpa each and is designed to more than double the company’s existing LNG production capacity to around 15 mtpa.

The deal is timed to global gas-market conditions where demand is picking up and energy security is a key concern for buyers. By locking in long-term supply, the exporting company seeks to position itself as a “reliable global supplier of lower-carbon LNG”, while the buyer views the contract as a strategic commitment to expanding its LNG portfolio and securing long-term supplies.

For the seller, the rapid pace at which contract commitments have been won is significant. The chief executive of the gas-division described the achievement of contracting more than 80 per cent of the plant’s capacity within roughly a year of FID as “a new benchmark” for large-scale LNG projects globally, and noted that construction, contractor mobilisation and site works remain on track for commissioning by the end of 2028. The buyer emphasised its long-standing partnership of more than fifty years with the Abu Dhabi exporter and said the agreement supports its global LNG-expansion strategy.

Analysts note that the project’s clean-power design, advanced technology deployment, and rapid contracting distinguish it in the LNG market. That said, while the exporting company releases its ambition to expand its LNG portfolio, competitors in the region are also pursuing aggressive growth, raising competitive risk. Moreover, delivering commercial operations at a low-carbon intensity adds complexity and cost — achieving the projected timeline and performance will require careful execution.

On the demand side, the contract underscores how buyers are increasingly seeking longer-term and lower-emissions supply arrangements in the transition-era gas market. For the buyer, the deal adds to its diversified portfolio of LNG suppliers as it faces intensified competition for cargoes from traditionally dominant exporters. The seller’s ability to secure multiple offtake agreements rapidly helps de-risk the project and supports financing and construction momentum.

One key theme emerging is the alignment of LNG expansion with sustainability credentials. The Ruwais facility’s design to run on clean grid-powered operations, along with claims of being among the lowest-carbon intensity LNG plants globally, reflects a shift in gas-project metrics: projects are now evaluated not solely on cost and capacity but also on carbon footprint and technology sophistication. This trends suggests that access to lower-carbon LNG could become a differentiator among suppliers and a value driver for buyers.

However, achieving this low-carbon ambition may face challenges such as securing clean-power infrastructure, managing capital-cost escalation, and meeting stringent environmental and regulatory expectations across export markets. The broader LNG market is also subject to volatility in feed-gas supply, shipping capacity constraints, and fluctuating demand growth in key markets such as Asia and Europe.

The United Arab Emirates has established itself as a leading hub for innovation and the deployment of advanced technology in the energy sector, according to George Bou Mitri, President of Honeywell for the Middle East, Türkiye and Central Asia. Speaking at the sidelines of the Abu Dhabi International Petroleum Exhibition & Conference 2025, he highlighted how the country’s digital transformation initiatives are serving as a global model for sustainable, technology-driven energy systems.

Bou Mitri said the UAE presents a distinctive example of openness, collaboration and synergy between public and private sectors in driving innovations that are making a tangible global impact in the energy industry. “The solutions created here in the UAE extend their influence far beyond its borders,” he commented. He noted that the country is actively integrating advanced technologies across its energy ecosystem, including expanding the use of LNG, hydrogen, solar and developing sustainable aviation fuel and bio-fuel as part of its emissions-reduction drive.

Honeywell is playing a significant role in this transformation. Bou Mitri pointed to the company’s participation in a landmark project with Abu Dhabi National Oil Company for the Ruwais LNG facility, expected to produce about 9.6 million tonnes annually. He also revealed that Honeywell is developing the region’s first fully autonomous control room powered by agent-based artificial intelligence in partnership with Borouge, aimed at managing petrochemical operations without direct human intervention.

Bou Mitri stressed that digital transformation forms the backbone of the sector’s future. He noted that global energy demand is projected to increase by 32 percent by 2050, while electricity demand is expected to grow by more than 75 percent in the same period, necessitating comprehensive tech solutions to balance growth with emission reduction and operational efficiency. He added that the UAE is clearly adopting that approach, emphasising that the country’s facilities are becoming important development grounds for technologies related to emissions management, artificial intelligence applications and workforce productivity improvements through digitalisation.

The autonomous control-room initiative with Borouge stands out as a practical demonstration of this strategy. According to Borouge, the project will deliver the petrochemical industry’s first AI-driven control room at its UAE plant operations and forms part of its “AIDT” programme with a targeted value generation of US$575 million. The collaboration is intended to optimise production, reduce energy use and enhance safety while lowering costs at what is set to be the world’s largest petrochemical site.

The UAE’s positioning as an innovation frontier for energy technologies comes at a time when the industry is under growing pressure to adapt. Emerging themes include the convergence of artificial intelligence, digital twins, autonomous operations, and clean-energy integration. The broader Middle East region is witnessing major energy investment momentum, with expectations of exceeding US$130 billion this year in oil and gas alone, and simultaneous major expansion in clean-energy investments including hydrogen, LNG and carbon capture projects.

For Honeywell, the UAE’s energy ecosystem is a fertile environment for deploying its digital and automation technologies, but challenges remain. Among these are workforce skills deficits — Bou Mitri pointed out that more than 50 percent of the global energy workforce is aged over 45 — and the need to transfer accumulated expertise to a younger generation. In a sector where downtime, operational safety and emissions control have high stakes, the technology must deliver in real-world conditions, not just in controlled test environments.

Critics might point to the scale of investment required, potential cybersecurity and data governance risks as operations become more connected and autonomous, and the difficulty of scaling pilot programmes into full-scale operations across multiple sites. Nonetheless, the UAE’s strategic posture — combining government backing, private-sector capability and a willingness to test and deploy cutting-edge systems — presents a compelling case study for the global energy community.

The rupee edged towards a sharp low as the central bank escalated its defence of the currency amid growing external headwinds. The domestic currency traded around 88.80 to the U. S. dollar, nearing its record low despite official efforts to stem the slide.

The Reserve Bank of India expanded its short-dollar forward positions by about US$6 billion in September, bringing the total to roughly US$59.4 billion, signalling increased dollar sales to defend the rupee.
The rupee had already recorded five straight months of decline before stabilising briefly in October, only to come under renewed pressure. Analysts point to surging gold imports, foreign-portfolio investor withdrawals and uncertainty around U. S. tariffs as key drivers of dollar outflows.

Market participants note that the rupee’s ability to hold above the 88.80 mark depends heavily on the central bank’s resolve. One currency strategist at the Australia and New Zealand Banking Group remarked that the central bank may not allow a significant breach of the 89-per-dollar level unless India’s economic fundamentals deteriorate further.

The rupee’s slide contrasts with other emerging-Asian peers, most of which posted gains of over 3 per cent this year while India’s currency was down about 3.6 per cent. Importer demand for dollars and robust non-deliverable-forward flows remain persistent drags. The central bank made small daily interventions via state-run banks, but these were smaller in scale than the large dollar sales seen in the prior month.

In one high-impact intervention, the Reserve Bank of India sold between US$3 billion to US$5 billion across spot and offshore markets, according to trade-desk estimates. That move pushed the rupee up by nearly 1 per cent on the day, its largest single-day gain in four months. The central bank has declined to comment publicly on the precise quantum of intervention.

The central bank is also placing a premium on managing volatility. Despite the dollar’s global strength and broader weakness in Asian currencies, the rupee has been constrained to a narrow trading band around the 88.80 level. Its ten-day realised volatility has fallen beneath 2 per cent and implied volatilities through one month are near their yearly lows. Some market participants caution that this subdued volatility could undermine hedging activity and leave firms vulnerable if a shock hits.

The rupee’s vulnerability arises in part because the U. S. dollar remains elevated, and the Federal Reserve has signalled that it does not expect to cut interest rates as soon as markets hoped, strengthening the greenback and reducing relief for the rupee. At the same time, India’s trade position remains under pressure as high gold-import volumes and elevated oil prices increase dollar demand.

Against this backdrop, India’s sovereign-bond market is showing signs of life. Foreign investors have ramped up purchases of long-dated government debt following the central bank’s display of defensive resolve. Some analysts suggest that migration back into Indian bonds reflects renewed confidence in rupee-denominated assets. Yet this hope is tempered by the possibility that tighter liquidity—stemming in part from currency-market interventions—could weigh on bond markets and corporate funding costs.

A new stablecoin backed by the Argentine peso has been launched by the Latin American crypto exchange Ripio, signalling a significant step in the region’s digital finance landscape. The token, named wARS, is available on the Ethereum, Base and World Chain networks and is intended to provide users with 24/7 access to local-currency funds without relying on the US dollar or traditional bank systems.

Ripple effects are already evident across the fintech sector as Ripio seeks to leverage its more than 25 million users throughout Latin America to build cross-border payment rails denominated in local currencies. Ripio’s management says the introduction of wARS is part of a broader strategy to bring real-world assets such as fiat currencies and tokenised debt onto blockchain platforms. The move follows the company’s earlier launch of a tokenised sovereign bond in Argentina.

The economic context makes the launch especially noteworthy. Argentina’s inflation rate fell to around 31.8 % this year, down from close to 292 % in April 2024 under President Javier Milei’s government. The peso remains subject to strict controls and capital restrictions, creating demand for crypto alternatives and dollar-linked stablecoins. A peso-pegged token could serve as an on-chain alternative for Argentines seeking to transact in their local currency while bypassing conventional banking and remittance infrastructure.

Market analysts point to three immediate implications. First, wARS offers a familiar reference point for domestic users who know the peso, rather than US-dollar-backed tokens. Second, by operating on multiple blockchains, it allows integration with decentralised finance applications across ecosystems. Third, the design could appeal to freelancers, exporters and cross-border businesses connecting Argentina with Brazil, Chile and other Latin American economies that currently settle in US dollars or face fragile local-currency rails.

Still, several challenges lie ahead. Liquidity and market acceptance remain uncertain outside major cryptocurrencies, and the value of a peso-pegged token will likely be sensitive to broader macroeconomic policy changes and FX-control shifts. Regulatory clarity is another concern: while stablecoins tied to major currencies have faced scrutiny in major jurisdictions, less attention has been paid to local-currency tokens in emerging markets. One analyst cautions that “regulators worldwide have not fully caught up with stablecoins that reflect non-dollar fiat currencies, so scalability and risk need careful governance.”

Bengaluru is set to become a linchpin in global chip manufacturing as the India Cellular and Electronics Association and the Global Semiconductor Alliance formally announced a strategic alliance aimed at deepening the country’s role in global semiconductor value chains. The agreement, unveiled at a joint press conference co-organised with the India Semiconductor Leadership Roundtable, marks a significant push to integrate local design, manufacturing and packaging capabilities with global technology networks.

ICEA chairman Pankaj Mohindroo described the industry as standing at “an inflection point” and said the partnership with the GSA represented “a strategic step towards positioning India as a vital node in global semiconductor value chains, where design, manufacturing and innovation converge.” Meanwhile, GSA chief executive Jodi Shelton noted the collaboration with ICEA and the India Semiconductor Mission reflected “a shared commitment to connect India’s dynamic innovation with the global semiconductor ecosystem.” Under the terms of the alliance, the two bodies will co-host the India Semiconductor Leadership Summit in 2026, providing a forum where global fabless firms, design innovators and equipment suppliers will engage with emerging Indian fab and OSAT capacity.

The partnership is underpinned by India’s policy drive under the ISM. The government has approved an outlay of ₹76,000 crore to build semiconductor and display manufacturing ecosystems, and around ten projects with investment commitments of nearly ₹1.6 lakh crore have already been sanctioned. The alliance signals a concerted push not only to attract foreign capital but also to nurture domestic design champions and bridge the gap between India’s expanding electronics ecosystem and global supply chains.

Industry analysts highlight India’s strengths: a growing engineering talent pool, improving infrastructure and a policy regime increasingly supportive of semiconductor manufacturing. ICEA points to electronics output in India having reached USD 150 billion, with exports expected to surpass USD 50 billion. The doubling of the Electronic Component Manufacturing Scheme budget underscores the emphasis on scaling manufacturing capacity.

Nevertheless, challenges remain. Global semiconductor value chains remain highly concentrated, especially in fabrication and advanced node manufacturing. To catch up, India will need to address constraints including high capital intensity, access to specialised equipment, materials, technology transfer regimes and workforce readiness for advanced manufacturing operations. There is also the task of aligning timelines: large-scale chip fabrication plants typically take multiple years to commission and ramp. The broader global context matters too — recent supply-chain disruptions, geostrategic tensions and export controls complicate efforts for any aspiring hub.

Despite these hurdles, the ICEA-GSA partnership reflects a strategic recognition that design capabilities, ecosystem linkages, and global connectivity will matter as much as fabrication. By positioning India as a design-to-manufacturing platform and emphasising cross-border collaboration, the alliance aims to raise the country’s profile in the semiconductor supply chain beyond simply being a site for assembly. Industry figures emphasise this direction: Dr Randhir Thakur, chair of ICEA’s Semiconductor Leadership Forum and managing director & chief executive of Tata Electronics, described the partnership as poised to bring “the global and Indian semiconductor ecosystems closer, delivering unique value to customers, design companies, manufacturers and suppliers.”

On the global front, the GSA brings nearly three decades of experience connecting semiconductor leaders worldwide; its network includes chip-design firms, fabs, equipment vendors and global platforms like Google, Amazon and Tesla. Shelton remarked that the aim is for India to become a site where global design houses can work, test and scale—and thereby feed into the broader manufacturing and packaging ecosystem. GSA’s commitment to including India in its annual global executive events underscores the intent to shine a spotlight on India’s semiconductor ambitions.