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OpenAI Launches GPT 4.1 Series, Redefining Coding And Long-Context Capabilities

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OpenAI has unveiled a new lineup of GPT models, GPT-4.1, GPT-4.1 Mini, and GPT-4.1 nano, marking a significant advancement in AI capabilities across coding, instruction following, and long context comprehension.

These models outperform their predecessors, including GPT-4o and GPT-4o mini, offering improved performance, speed, and cost-efficiency.

GPT?4.1 delivers a remarkable 54.6% on SWE-bench Verified, outperforming GPT?4o by 21.4 percentage points and GPT?4.5 by 26.6. It also achieves 38.3% on Scale’s MultiChallenge benchmark for instruction following, reflecting a notable 10.5-point gain over GPT?4o. On long-context evaluation via video-MME, GPT?4.1 scored 72% in the no-subtitles category, setting a new benchmark for multimodal context understanding.

These models support up to 1 million tokens of context, with improved comprehension that allows developers to build powerful, real-world agents capable of solving complex tasks like software development, customer service resolution, and document analysis.

In addition to performance gains, GPT?4.1 mini introduces faster processing at 83% lower cost than GPT?4o, while still exceeding it in many benchmarks. GPT?4.1 nano, designed for ultra-low-latency use cases, stands out as OpenAI’s fastest and cheapest offering yet, ideal for autocompletion and classification, and scoring 80.1% on MMLU, 50.3% on GPQA, and 9.8% on Aider polyglot coding—outpacing GPT?4o mini.

These enhancements make the GPT?4.1 family ideal for developers building smarter, more responsive AI systems. As GPT?4.1 becomes the new standard, OpenAI will deprecate GPT?4.5 Preview by July 14, 2025, citing better performance and efficiency.

In ChatGPT, many of the improvements in instruction following, coding, and intelligence have been gradually incorporated into the latest version? of GPT?4o, and we will continue to incorporate more with future releases.  GPT?4.5 was introduced as a research preview to explore and experiment with a large, compute-intensive model, and we’ve learned a lot from developer feedback.

GPT?4.1 is significantly better than GPT?4o at a variety of coding tasks, including genetically solving coding tasks, frontend coding, making fewer extraneous edits, following different formats reliably, ensuring consistent tool usage, and more. GPT?4.1 also substantially improves upon GPT?4o in frontend coding, and is capable of creating web apps that are more functional and aesthetically pleasing.

Notably, the launch of GPT?4.1, GPT?4.1 mini, and GPT?4.1 nano, each capable of processing up to 1 million tokens of context, a major leap from the previous 128,000 token limit in GPT?4o models. This extended context capability represents a substantial improvement in practical AI applications. To put it in perspective, 1 million tokens can cover more than eight full copies of the entire React codebase. This makes GPT?4.1 particularly suitable for use cases involving large code repositories or lengthy document collections, such as those in legal analysis, software development, customer support, and enterprise-level document processing.

OpenAI trained GPT?4.1 not only to handle the extended context but also to reliably extract relevant information and filter out distractions across both long and short inputs. This heightened ability to focus and comprehend vast amounts of data significantly boosts the model’s effectiveness in real-world tasks.

Beyond technical upgrades, GPT?4.1 represents a strategic response to the evolving needs of developers and enterprises. The model’s improvements in instruction following, coding accuracy and long-context comprehension unlock new potential for building intelligent, agentic systems that can execute complex tasks with greater independence and reliability.

With this release, OpenAI underscores its ongoing commitment to empowering developers with powerful tools and remains inspired by the innovation emerging from its community. The future of AI applications grows more promising—and accessible—with GPT?4.1.

Nigeria Unveils Draft Standards for Digital Public Infrastructure, Opens Call for Public Participation

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The National Information Technology Development Agency (NITDA) has officially released the Draft Technical Standards for Digital Public Infrastructure (DPI), marking a significant milestone in the country’s journey toward digital transformation.

In a statement issued by the agency, Nigerians have been invited to study the document and submit feedback by May 8, 2025, as part of a broader consultation process designed to strengthen Nigeria’s evolving digital ecosystem.

The move comes just weeks after the Federal Ministry of Communications, Innovation, and Digital Economy launched Nigeria’s Digital Public Infrastructure Framework on March 4, 2025. That framework laid the foundation for a unified approach to public service reform, emphasizing interoperability, inclusion, and digital efficiency across all levels of government.

NITDA said the draft technical standards are aimed at harmonizing how public infrastructure is developed, integrated, and maintained. They are expected to set the tone for how the Nigerian government deploys critical digital components such as identity systems, digital payments, and data exchange platforms. The standards also spell out the technical and governance requirements to ensure consistency, cybersecurity, and operational effectiveness of digital platforms across ministries, departments, and agencies.

Central to the strategy is the establishment of the Nigerian Digital Public Infrastructure Centre (Ng-DPIC), which will serve as the implementation arm of the initiative. The Centre, according to NITDA, will coordinate research, development, and capacity-building efforts, and function as the national hub for testing, integration, and scaling of DPI tools. Its mandate includes overseeing collaboration between government agencies, academia, and the private sector in deploying citizen-focused digital services.

The draft standards underscore the need for robust collaboration between public institutions and the private sector in developing what NITDA refers to as Digital Public Goods—open and accessible digital tools that can be adapted to provide inclusive services at scale. These standards are expected to eliminate siloed development and promote seamless interaction between platforms by focusing on interoperability. They are designed to encourage scalability, ensure system resilience, and introduce performance benchmarks for evaluating digital systems.

NITDA’s draft also stresses the importance of safeguarding citizen data and promoting platforms that comply with both Nigerian laws and international privacy standards. The standards advocate for the creation of inclusive and user-friendly platforms, ensuring they can be accessed by all demographics, including people with disabilities, those in rural areas, and other marginalized groups.

In addition, the framework lays out clear guidelines for governance and accountability. It defines regulatory expectations and aims to ensure transparency in the deployment and management of digital infrastructure. Part of the strategy is to encourage innovation by supporting the use of open-source technology and encouraging local developers to participate in building public-facing digital solutions.

To ensure quality and reliability, the standards provide a detailed approach to system testing and performance validation, which will be administered and overseen by the Ng-DPIC once it becomes operational. This will include methods for collecting and incorporating user feedback into system updates, allowing for a more adaptive, people-centered service design.

NITDA explained that the draft is the product of extensive consultation with local stakeholders and international partners. The agency said it studied best practices from leading countries that have implemented DPI frameworks and incorporated lessons tailored to Nigeria’s unique socioeconomic landscape. The standards, it noted, are not just aspirational but are meant to be pragmatic, enforceable, and responsive to the country’s developmental needs.

“This document aligns with global best practices and Nigeria’s ambition to harness digital technologies for inclusive national development,” the agency stated.

NITDA called on individuals, businesses, academia, civil society groups, and public institutions to download the document from its website and submit written comments to regulations@nitda.gov.ng before the consultation closes.

Industry experts have noted that if successfully implemented, the draft standards could position Nigeria as a regional leader in digital governance and e-service delivery. With a rising demand for transparency, faster service delivery, and stronger digital infrastructure, the framework offers the potential to unlock economic opportunities and improve public trust in government services.

Digital policy analysts have warned, however, that implementation will require sustained political will and adequate funding. They also pointed to past failures in harmonizing digital efforts across agencies as a cautionary tale. Nonetheless, the establishment of Ng-DPIC is seen as a potential game-changer in coordinating the country’s digital development efforts under a single, accountable entity.

Nigeria’s move to formalize standards for digital infrastructure comes at a critical time, as many countries are beginning to recognize DPI as an essential pillar of modern governance. Experts believe that building a national digital backbone is as critical as investing in roads, electricity, or education—especially in an era where access to digital identity and online payments determines access to services, welfare, and financial inclusivity.

Mantra’s OM Crashing 90% A Major Blow on RWA Projects

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Mantra’s OM token crashed ~90% on April 13, 2025, dropping from ~$6.30 to below $0.50, wiping out over $5 billion in market cap. MANTRA attributes the collapse to “reckless forced liquidations” by centralized exchanges during low-liquidity hours, denying insider selling. Co-founder John Mullin suggested one exchange’s sudden closure of positions without warning triggered the cascade. However, community skepticism persists, with some alleging insider dumps due to large pre-crash token deposits (e.g., 3.9M OM to OKX). No conclusive evidence confirms either narrative, and investigations are ongoing.

The sudden collapse, likened to Terra LUNA and FTX, severely dents trust in Mantra and the broader real-world asset (RWA) tokenization sector. Retail and institutional investors may hesitate to engage with similar projects, fearing volatility or mismanagement. Rebuilding credibility will require transparency, detailed post-mortems, and accountability from Mantra’s team. Mantra’s claim of “reckless forced liquidations” by exchanges highlights risks in centralized platforms’ discretionary powers. Liquidations during low-liquidity hours amplify price swings, raising questions about exchange negligence or intentional market positioning.

This could spark calls for stricter oversight or push users toward decentralized exchanges. As a Layer 1 blockchain for regulatory-compliant RWAs, Mantra’s crash may cast doubt on the stability of tokenized assets. Despite partnerships like the $1B DAMAC deal, the incident underscores vulnerabilities in tokenomics or liquidity management, potentially slowing institutional adoption of RWA projects. Allegations of insider selling, fueled by on-chain data showing large pre-crash token deposits e.g., 43.6M OM to exchanges, intensify distrust. Claims that the team controls ~90% of supply raise red flags about governance and centralization, prompting demands for clearer token vesting and distribution policies.

The crash triggered $68.86M in liquidations, with long positions hit hardest, reflecting over-leveraged bets. Technical indicators like RSI show OM as oversold, hinting at a possible short-term bounce, but sustained recovery depends on addressing structural issues. Without it, OM risks further declines toward $0.50 or lower. Accusations of market manipulation or insider trading could draw regulatory attention, especially given Mantra’s VARA license and institutional focus. Legal actions from affected investors may follow if evidence of misconduct emerges, complicating operations.

Mantra’s path forward hinges on transparent investigations, community engagement, and robust reforms to prevent recurrence. The crash serves as a cautionary tale for projects balancing innovation with market stability. Real-World Asset (RWA) tokenization is the process of converting physical or traditional financial assets into digital tokens on a blockchain. These tokens represent ownership, value, or rights to the underlying asset, enabling fractional ownership, increased liquidity, and broader access to markets. RWAs include tangible assets like real estate, art, or commodities (gold, oil) and intangible ones like bonds, stocks, or intellectual property. Traditionally, these assets are illiquid, costly to trade, or restricted to specific markets.

How Tokenization Works

An asset (e.g., a property worth $1M) is chosen for tokenization. Ownership is legally defined, often via a special-purpose vehicle (SPV) or smart contract, ensuring compliance with regulations. The asset’s value is divided into digital tokens on a blockchain (e.g., 1M tokens at $1 each for the property). Each token represents a fractional stake. Tokens are issued on a blockchain platform, like Mantra’s Layer 1, and can be traded on exchanges or DeFi platforms, often 24/7. Blockchain ensures transparent, tamper-proof records of ownership and transactions, reducing intermediaries. Illiquid assets like real estate become tradable, unlocking value.

Tokens lower barriers, letting retail investors buy stakes in high-value assets (e.g., $100 for a slice of property). Global markets open up, bypassing traditional gatekeepers like banks. Blockchain cuts costs and speeds up transactions by automating processes via smart contracts. Immutable records reduce fraud and enhance trust. RWAs must comply with local laws (e.g., securities regulations), which vary globally. Platforms like Mantra often seek licenses (e.g., VARA) to navigate this. Tokenized assets can face volatility, as seen in Mantra’s OM crash, if markets are thin or mismanaged.

Institutional trust in blockchain tech is growing but still limited by technical and regulatory hurdles. Projects may face scrutiny if token supply or governance is overly controlled, as alleged in Mantra’s case. Mantra, a Layer 1 blockchain, focuses on RWA tokenization for regulatory-compliant assets, targeting institutional and retail users. It aims to bridge traditional finance (TradFi) and DeFi by offering infrastructure for tokenized bonds, real estate, and more. Its OM token crash, however, highlights risks like market manipulation or liquidity mismanagement, which can undermine tokenized ecosystems.

RWA tokenization could democratize wealth, with forecasts suggesting $10T in tokenized assets by 2030. It blends TradFi’s stability with DeFi’s innovation, but incidents like Mantra’s crash show the need for robust tokenomics, transparency, and regulation to sustain growth.

RCO Finance Is Being Compared to Early Binance Coin (BNB), But Is It Ready for That Kind of Run?

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What if history isn’t just rhyming, but repeating? As Binance Coin (BNB) gains momentum toward a $1,000 breakout, a new altcoin, RCO Finance (RCOF), is stirring conversations that sound eerily familiar.

With parallels to early Binance days and a fast-growing DeFi ecosystem of its own, RCOF is being hailed as the next big thing. But is this altcoin truly ready for a BNB-style meteoric run, or is the comparison premature?

Binance Coin’s Breakout Momentum Makes the RCOF Comparison Even More Compelling

As Binance Coin (BNB) sets its sights on a potential breakout beyond $1,000, the comparison between RCO Finance (RCOF) and early-stage BNB becomes more relevant than ever.

The ongoing Lorentz upgrade to the Binance Smart Chain (BSC) is accelerating block speeds to just 500 milliseconds, doubling transaction efficiency and reinforcing BNB’s position as a high-performance asset.

This follows the Pascal update, which bridged BSC with Ethereum, and precedes the upcoming Maxwell upgrade scheduled for June 2025, further enhancing BSC’s scalability.

These network upgrades are propelling BNB’s price towards technical milestones like the $670 resistance and potentially up to $1,000. With staking yields at 8.27% and bullish chart patterns like the cup-and-handle emerging, investor confidence in BNB is at a multi-year high.

For early RCOF backers, this evolution of BNB is more than inspiration, it’s a possible blueprint, reinforcing the belief that altcoins built on utility and network innovation can still achieve meteoric growth.

RCO Finance (RCOF): The Next Big Disruptor in DeFi

As Binance Coin (BNB) targets a bullish momentum, investors are shifting focus toward high-growth alternatives. One name dominating the conversation is RCO Finance (RCOF), a DeFi powerhouse harnessing AI-driven technology to revolutionize crypto investments.

Unlike Binance Coin (BNB), which thrives on the Binance platform stability, RCO Finance is built on intelligent automation, real-time market analytics, and seamless portfolio diversification.

At the core of its ecosystem lies the AI Robo Advisor, a self-sustaining, 24/7 trading tool that eliminates human error and emotional decision-making. By analyzing market trends, historical data, and breaking financial news, this AI identifies high-potential assets and executes strategic trades with unmatched precision.

While manual traders struggle with price swings, RCO Finance’s AI swiftly hedges risks and locks in profits, ensuring optimal returns even in volatile conditions. If in use this advanced AI could have identified the 300% surge in the Fartcoin (FARTCOIN) asset.

But RCO Finance isn’t just about AI-powered trading; it’s redefining digital asset management. Its framework extends beyond crypto, allowing investors to diversify into stocks, bonds, and real estate, all without fiat conversions.

This cross-market functionality bridges traditional finance with blockchain, offering investors newfound financial autonomy.

Security is paramount, with SolidProof-audited smart contracts ensuring reliability. With low transaction fees and a KYC-free onboarding process, users maintain full control over their assets, enhancing privacy and efficiency.

Investor confidence is soaring following the beta launch, which has already attracted 10,000+ active users. This helped propel the presale values to over $14 million and counting.

The upcoming alpha release promises even greater innovation, advanced AI analytics, real-time portfolio monitoring, and cutting-edge trading tools, cementing RCO Finance as a DeFi game-changer.

RCO Finance (RCOF) Presale: A Golden Window for Early Investors

With Binance Coin (BNB) set to make a major comeback, traders are seeking the next big opportunity, and RCO Finance (RCOF) is proving to be just that.

Now in Presale Stage 5, RCOF tokens are priced at $0.10, with an imminent jump to $0.13. Analysts project a listing price of $0.60, setting early investors up for potential 600% gains before RCOF even hits the market. Bullish analysts project an over 8,000% surge when RCOF hits $7.

Beyond price appreciation, RCO Finance offers multiple income streams. With staking and yield farming APYs reaching 86%, investors can earn passive income simply by holding RCOF tokens.

Presale participants gain exclusive perks, including access to AI-driven trading insights, priority customer support, and governance rights, giving them a say in the platform’s future.

Similar to Binance Coin (BNB), RCO Finance is aligning with bullish market projections. This is a prime moment to enter before prices climb higher. Don’t miss out!

For more information about the RCO Finance (RCOF) Presale:

Visit RCO Finance Presale

Join The RCO Finance Community

 

The White House’s Tariff Exemptions are Designed to Mitigate Inflationary Pressures

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The White House has outlined exemptions to recent tariffs to address trade imbalances. Goods exempt from the 10% baseline and higher reciprocal tariffs include: Electronics, Smartphones, computers, semiconductors, modems, routers, flash drives, and flat panel displays, as these are critical technologies largely not produced domestically. Copper, certain critical minerals (e.g., cobalt, nickel), and bullion, reflecting U.S. reliance on foreign sources for manufacturing and defense. Drugs and dietary ingredients like vitamins (A, B1, B2, B5, B6, B9, B12, C, E), amino acids, coenzyme Q10, and choline to maintain healthcare supply chains.

Lumber: To support domestic construction without added costs. Exempt or subject to lower tariffs (e.g., 10% for Canadian energy) to ensure stable supply. Goods from Canada and Mexico meeting United States-Mexico-Canada Agreement rules remain tariff-free, while non-compliant goods face up to 25%. Books and similar items, as required under the tenements of the International Emergency Economic Powers Act.

Section 232 Goods: Steel, aluminum, autos, and auto parts already under existing tariffs. These exemptions, detailed in Executive Order 14257 and subsequent memos, aim to balance economic security with supply chain needs. A 90-day pause on country-specific tariffs (except for China, now at 145%) was announced on April 10, 2025, maintaining the 10% baseline for most nations.

Exempting electronics, pharmaceuticals, and lumber helps shield consumers from price hikes on everyday goods, stabilizing inflation risks in these sectors. Exemptions for critical minerals, metals, and energy ensure industries like tech, defense, and manufacturing avoid disruptions, maintaining production capacity. While the 10% baseline tariff aims to reduce trade deficits, exemptions for USMCA-compliant goods and key imports may limit the impact on North American trade flows, preserving regional integration.

Exemptions could undercut domestic producers of similar goods (e.g., lumber, metals), potentially slowing efforts to boost local manufacturing. Exemptions soften the blow of tariffs on voters reliant on affordable tech and healthcare, potentially bolstering public support for the administration’s trade agenda. The 90-day pause on country-specific tariffs (except China) and lower tariffs on Canadian energy signal a conciliatory approach to allies, reducing friction with nations like Canada and Mexico.

Exemptions may draw backlash from protectionist factions or industries expecting broader tariff coverage, creating political tension within the administration’s base. The 145% tariff on China underscores a hardline stance, aiming to curb reliance on Chinese goods but risking retaliation that could disrupt global supply chains. Exempting critical minerals and semiconductors reflects prioritization of defense and tech resilience, reducing vulnerabilities in strategic sectors.

The exemptions and pause suggest a balancing act—pressuring trading partners while avoiding a full-scale trade war, though prolonged uncertainty could dampen global investment. Exemptions may weaken the leverage of tariffs if trading partners exploit them to delay negotiations. Industries expecting protection (e.g., steel, beyond Section 232) may face competitive pressure, slowing reshoring efforts.  Retaliatory tariffs from non-exempt nations could hit U.S. exports like agriculture or services, offsetting economic gains. These implications hinge on implementation and global reactions. Monitor trade data and diplomatic developments for real-time shifts.

By excluding electronics (e.g., smartphones, computers), pharmaceuticals (e.g., drugs, vitamins), and lumber from the 10% baseline and higher tariffs, the exemptions prevent cost increases for these widely used goods. This helps stabilize consumer prices in tech, healthcare, and housing sectors, which are significant components of the Consumer Price Index (CPI). Exemptions for critical minerals, metals (e.g., copper), and energy ensure steady input costs for manufacturing and utilities, reducing the risk of price spikes in downstream products like vehicles or electricity.

Tariff-free access for compliant goods from Canada and Mexico maintains affordable imports, particularly in food, auto parts, and energy, curbing potential price hikes in these categories. The 10% baseline tariff on non-exempt imports and 145% on China could raise costs for goods like apparel, toys, or non-exempt machinery. If retailers pass these costs to consumers, it could nudge CPI upward, though the exempted categories limit the scope. Trading partners may impose counter-tariffs on U.S. exports e.g., agriculture, whiskey, raising domestic prices indirectly by squeezing farmers and producers who rely on export markets.

The 90-day tariff pause (except for China) creates uncertainty, potentially leading businesses to preemptively raise prices or hoard supplies, which could add mild inflationary pressure. Short-term inflation is likely to remain stable due to exemptions covering high-impact consumer goods and inputs. Data from the Bureau of Labor Statistics suggests electronics and pharmaceuticals alone account for roughly 10-12% of CPI weighting, so shielding these is significant.

However, if non-exempt tariffs significantly disrupt trade or provoke retaliation, core inflation (excluding food and energy) could rise by 0.2-0.5% over 6-12 months, based on historical tariff studies (e.g., 2018 trade war impacts). Energy exemptions, especially for Canada, help cap fuel and utility costs, a key inflation driver when global oil markets are volatile. For precise impacts, track monthly CPI reports from BLS and trade flow data from the Commerce Department, as real-world effects will clarify over Q2 2025.