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Starlink Launches in DR Congo, Marking Milestone in Africa’s Connectivity Drive

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Starlink has officially launched operations in the Democratic Republic of Congo (DRC), a major step forward in bridging the nation’s deep digital divide.

The expansion comes after the satellite internet provider was issued a telecommunications license, by the Congolese Postal and Telecommunications Regulatory Authority (ARPTC) on May 2, 2025.

Internet connectivity in the Democratic Republic of Congo (DRC) is characterized by low penetration rates and uneven access, with significant disparities between urban and rural areas, and between fixed and mobile internet. While mobile internet usage has shown growth in recent years, the country lags behind the African average in overall connectivity. Fixed internet infrastructure remains limited, and the quality of internet connections, including speeds, can be poor.

In international comparisons, the DRC ranks relatively low in internet speeds, with an average download speed of 38.45 Mbit/second for fixed-network broadband.

As of early 2025, approximately 34 million people, or 30.6% of the population, had internet access. Mobile connections totaled 60.3 million, equating to 54.3% of the population, though not all include internet access. Median mobile internet speeds are around 17.03 Mbps, while fixed broadband speeds reach 39.87 Mbps, with significant growth in fixed connection speeds (up 5% from 2024).

Recall that in March 2024 DR Congo military officials banned Starlink, warning that rebels factions could misuse the encrypted satellite communications to evade detection. The service was declared illegal, and users faced threats of sanctions.

Fast forward to May 2025, DRC reversed the ban, eyeing 70% connectivity gap. In a statement, the regulatory authority declared, “Starlink is now authorised to operate in the Democratic Republic of Congo as an internet service provider, following the regularisation of its administrative situation.”

Starlink expansion to the Central African country, is expected to be a game changer for the underserved rural and remote communities.

Starlink, operated by SpaceX, provides high-speed, low-latency broadband internet via a constellation of low Earth orbit (LEO) satellites. Its offerings are particularly impactful in underserved and remote areas, such as the Democratic Republic of Congo (DRC), where traditional internet infrastructure is limited.

Starlink’s satellite network, with over 6,000 satellites as of 2025, provides coverage to even the most remote areas, bypassing the need for terrestrial infrastructure like fiber or cell towers. In the DRC, this means rural and conflict-affected regions can access reliable internet without the logistical challenges of building physical networks.

Starlink’s DRC launch marks its 22nd African market, with services active as of June 2025. The company has also secured licenses in Somalia, Lesotho, and Guinea-Bissau in 2025, reflecting its aggressive African expansion.

Starlink’s entry pressures legacy ISPs like MTN and Airtel to improve services or lower prices. In markets like Nigeria, where mobile data costs $1.56/GB, Starlink’s flat-rate plans (e.g., $50/month for unlimited data) disrupt pricing models, pushing a narrative of competition and consumer empowerment over monopolistic control.

African governments, initially wary of Starlink due to security or regulatory concerns, are increasingly embracing it. The DRC’s license approval, reflects a growing acceptance of satellite internet as a tool for national development. This changes the narrative from regulatory resistance to progressive digital policy, positioning Africa as open to global tech partnerships.

In essence, Starlink’s African expansion is rewriting the continent’s story from one of digital exclusion to inclusion, innovation, and global integration, proving that Africa can harness advanced technology to redefine its future.

Notably, with its latest launch in DRC, it offers a transformative solution for connectivity in underserved regions, providing high-speed internet, global coverage, and user-friendly equipment.

Its ability to deliver broadband to remote areas without traditional infrastructure is a game-changer for education, healthcare, and economic opportunities. However, affordability and power constraints remain hurdles for widespread adoption.

China’s Rare Earth Export Surged 23% in May, Sparks Confusion Amid Ongoing Curbs on the West

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China’s rare earth exports surged in May to their highest monthly level in a year, but the increase has raised more questions than clarity as restrictions on shipments to the United States and Europe remain in effect.

Data from China’s General Administration of Customs on Monday showed the country exported 5,864.6 metric tons of rare earth materials in May, a 23 percent rise from April and the highest monthly figure since mid-2023. Cumulatively, exports in the first five months of 2025 reached 24,827 tons, only a slight increase from 24,266.5 tons over the same period last year.

Beijing’s tighter grip on its rare earth sector began in April when it imposed export license requirements on several key rare earth magnet materials and high-purity compounds. These included neodymium, praseodymium, dysprosium, and terbium — critical elements used in electric vehicles, wind turbines, and military technology. The restrictions also applied to high-performance NdFeB magnets and samarium-cobalt magnets essential for aerospace and defense.

At the time of the announcement, China’s Ministry of Commerce said the new controls were necessary “to safeguard national security and fulfill international obligations.” It added that the measures were being introduced under the country’s Export Control Law and Counter-Espionage Law, which were amended to include strategic resources such as rare earths.

The restrictions triggered immediate disruptions in supply chains across Europe and North America. By late May, several European auto component factories’ operations have been significantly impacted due to shortages of rare earth magnets. Semiconductor firms also warned they were just weeks away from shutting down production lines.

Despite the tight export controls, China granted limited exemptions in late May following diplomatic outreach from Washington and Brussels. According to a source familiar with the matter, “Two U.S. automotive suppliers were granted small-volume permits for mid-grade NdFeB magnets, enough to cover some production through the third quarter.” A European official confirmed that “a German aerospace subcontractor received a one-time export license for samarium-cobalt rotors to keep a military contract on schedule.”

These approvals, however, remain exceptional rather than systemic.

The spike in May’s export volume has puzzled industry observers, particularly since, as of that month, direct exports of many rare earth products to the U.S. and EU were still blocked.

Against this backdrop, many are asking: Where exactly did those materials go? There’s no evidence that China has resumed large-scale exports to the West, buoying curiosity about a volume jump that doesn’t align with current licensing policies.

Shipping data reviewed by multiple trade intelligence platforms suggests that much of the May increase was routed through third-party markets. Indonesia, Malaysia, and the United Arab Emirates saw marked increases in rare earth imports from China. These countries are known to serve as assembly or re-export hubs for rare earth-based components.

Rare earths have become a central fault line in U.S.-China trade tensions. Although these minerals were not targeted during the earlier rounds of trade tariffs, they have since emerged as critical leverage for Beijing. In a rare phone call between President Donald Trump and Chinese President Xi Jinping last week, the matter of rare earth access reportedly figured heavily, according to White House officials.

The United States and its allies have been scrambling to develop alternatives. In California, MP Materials is expanding rare earth refining capacity with support from the U.S. Department of Defense, while in Germany, a proposed magnet manufacturing plant is being fast-tracked using feedstock sourced from Australia. Japan has also doubled subsidies for rare earth recycling programs in a bid to ease dependence on Chinese supply.

However, as of now, China remains the dominant player — responsible for about 70 percent of global mining output and more than 85 percent of processing capacity.

With the next customs breakdown due later this month, traders and policymakers are watching closely to see whether the May surge was an anomaly, a tactical concession, or a sign of a more complex export strategy designed to maintain dominance while appearing compliant.

Africa-Led Credit Rating Agency Set to Launch by September 2025 as Continent Pushes Back Against Global Bias

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Africa is moving to take control of its narrative in global finance, as a new continental credit rating agency is set to begin operations by September 2025.

Known as the African Credit Rating Agency (AfCRA), the initiative aims to challenge what African leaders and economists see as systemic bias by the world’s top rating firms—Moody’s, S&P, and Fitch.

The African Union-backed agency is being developed under the African Peer Review Mechanism (APRM) and will issue its first sovereign credit rating between late 2025 and early 2026, according to Misheck Mutize, lead expert on credit rating agencies at the APRM. Currently, AfCRA is finalizing the selection of its first CEO, with an appointment expected before the end of the third quarter of 2025.

A Response to Decades of Criticism

The launch of AfCRA marks a significant policy and economic milestone, built on long-standing frustration with how global rating firms evaluate Africa’s economies. Countries such as Ghana, Zambia, and Nigeria have frequently criticized these firms for downgrades they say are based on flawed assumptions, externalized perceptions, and inadequate understanding of the continent’s unique risks and opportunities.

In the case of Zambia, which defaulted on its Eurobond payments in 2020, officials partly blamed international rating downgrades for triggering a self-fulfilling debt spiral that scared off investors and hiked borrowing costs. Similarly, Ghana, which defaulted in 2022, has argued that pessimistic ratings fuel speculation and restrict access to credit long before countries face actual fiscal collapse.

In a more recent example, the African Peer Review Mechanism directly challenged Fitch Ratings for its downgrade of the African Export-Import Bank (Afreximbank). The APRM accused Fitch of poor analysis and a “misunderstanding of African institutions.” Fitch responded by defending its methodology as globally consistent and transparent.

Safeguarding Independence

Unlike the major international rating agencies—often accused of being shaped by geopolitical interests—AfCRA will not be state-owned, Mutize said.

“This was designed to maintain independence and avoid conflict of interest. Shareholding will mainly be African private-sector driven entities,” he explained.

AfCRA’s governance structure is intended to shield the agency from political interference while also making its operations more transparent and locally informed. Crucially, it aims to be objective and credible, with Mutize emphasizing that AfCRA is not being designed to provide inflated scores.

“It is important to debunk the assumption that AfCRA is being established to give favorable ratings to Africa. No. We will issue downgrades where necessary,” he said.

Focusing on Local Currency Ratings

A key feature of AfCRA will be its focus on local-currency debt ratings, a shift that could have significant implications for Africa’s financial sovereignty. AfCRA hopes to bolster domestic capital markets and reduce overreliance on costly foreign-currency borrowing, which exposes economies to exchange-rate shocks and repayment risks, by prioritizing local-currency evaluations.

This approach aligns with the growing call among African financial institutions to de-dollarize debt and tap into local savings, pension funds, and regional capital pools for long-term infrastructure and development financing.

UN and ECA Back Africa’s Push

The agency is also being launched with strong support from global institutions like the United Nations Economic Commission for Africa (ECA). Claver Gatete, ECA’s Executive Secretary, recently criticized the current credit rating landscape, saying that African nations are being saddled with disproportionately high borrowing costs due to being consistently rated “junk” by the dominant agencies.

Gatete pointed out the disparity in real terms: while Germany can borrow $1 billion at a 2.29% interest rate—translating to about $229 million in interest over a decade—Zambia, under current credit conditions, would pay as much as $2.25 billion in interest for the same amount, nearly ten times more.

He warned that credit ratings continue to be shaped by external biases and often fail to incorporate a nuanced understanding of African political economies.

According to Gatete, most major rating agencies are headquartered outside Africa and often assess the continent through an external lens.

Many believe that these “outside-in” assessments ignore internal structural reforms, fail to recognize regional resilience, and ultimately make it more expensive for African countries to access the capital they need to grow.

A First of Its Kind

While the idea of an Africa-led credit rating agency has circulated for years, AfCRA is the first such effort poised to become operational, with institutional backing, private sector involvement, and a clearly stated regulatory agenda. What sets it apart is not just its continental scope, but the fact that it will actively rate sovereign risk with a mandate rooted in fairness, transparency, and context.

Although various African governments and financial institutions have voiced concerns about rating bias in the past, this marks the first time a coordinated response of this scale is materializing—one that may also indirectly shape the standards and expectations of international agencies operating on the continent.

Welcome Learners to Tekedia Mini-MBA Edition 17

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My fellow Co-Learners, welcome again to Tekedia Mini-MBA edition 17. Thank you for choosing us to deepen your business and entrepreneurial knowledge. When a man cooks food and his kinsmen join him to eat, he has won trophies, because the greatest honour is to “cook” these products and amazing people come to “eat” them, in hundreds. The Tekedia Team thanks you again.

If you have any challenge logging in, let us know; our support team is the best in the world of education with 24/7 support. They are there to provide non-academic support. For the academic ones, use our Comment section, in the class board, and our Faculty members will assist.

Over the next 12 weeks, we will be solving the equations of markets across 12 modules (strategy, law, marketing, operations, technology, etc), covering more than 100 courses:

  1. Innovation =: Invention + Commercialization
  2. Great Company =: Awesome Products + Superior Execution
  3. Business Momentum =: Business Size X Growth Rate

You have already seen some of these equations in the 50+ page Week 1 written material. We believe that business could be mastered in the same way we can understand natural philosophy. That is why, together, we will unravel the mechanics of business systems. Get ready for the physics of markets and the mathematics of business success!

The first LIVE lecture begins on Saturday, and I will be leading it on Zoom.

Sat, June 14 | 7pm-8.30pm WAT | Innovation, Growth and the Mission of Companies – Ndubuisi Ekekwe | Zoom link in the Board.

Welcome! We continue to receive registrations in case your friends want to join. Tell them to use this link https://school.tekedia.com/course/mmba17/

Unlock Hidden Vehicle Insights with a VIN Decoder for Your Vehicle’s VIN

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Introduction to VIN Decoding

Ever wondered what information can I get from a VIN decoder before buying a used car? That 17-character VIN isn’t just random: it’s a digital fingerprint. A reliable vin decoder translates each digit and delivers essential vehicle details in seconds. When you enter your vehicle’s VIN into a decoder, you instantly unveil its manufacturing origin, factory options, and much more.

What Is a Vehicle Identification Number?

A vehicle identification number (VIN) stays with a car from the factory through its entire life, serving critical roles in registration, insurance, recalls, and theft prevention. It divides into three parts: the world manufacturer identifier, the vehicle descriptor section, and the vehicle identifier section. Beyond decoding build details, the VIN guides technicians ordering exact parts—whether an engine, transmission, or windshield—and helps law enforcement track stolen vehicles. Insurers verify loss history, and auction houses or salvage yards flag titles as “salvage” or “flood,” empowering buyers with accurate condition insights.

Anatomy of the VIN

  • First Digit marks the country of manufacture (“1” or “4” = USA; “2” = Canada; “K” = South Korea).
  • Digits 2–3 identify the manufacturer and manufacturing division (e.g., General Motors uses “1G,” Ford uses “1F”).
  • Digits 4–9 (the VDS) reveal body type, engine code, restraint system, and transmission type.
  • Digits 10–17 (VIS) include model year, assembly plant, and the unique serial number.

World Manufacturer Identifier & Vehicle Descriptor Section

The world manufacturer identifier (WMI) lives in the first three characters. It’s how regulators track every car on the road. Immediately after, the vehicle descriptor section (positions 4–9) displays vehicle specs and options.

WMI: Country, Manufacturer & Division

  • First Digit = origin (USA, Canada, South Korea, Mexico)
  • Second & Third Digits = manufacturer (e.g., “GM” for General Motors, “FD” for Ford) and division.

VDS: Body Type, Engine Code & Transmission Type

Within the VDS, decode:

  • Body Type (sedan, SUV, hatchback)
  • Engine Code (2.0L inline-4 vs. 3.5L V6)
  • Transmission Type (manual vs. automatic)

Vehicle Identifier Section & Check Digit

The ninth character acts as a check digit via a mathematical formula to validate the VIN. Digits 10–17—the vehicle identifier section—show the model year and assembly plant, then a sequential serial number unique to that car. For example, “A” in position 10 can indicate 2010, “B” might mean 2011, and plant codes pinpoint the exact manufacturing plant.

Additional Data via a VIN Decoder

Beyond the basics, a modern VIN decoder pulls external VIN information for deeper insight:

  • Open Recalls from the Highway Traffic Safety Administration or National Highway Traffic Safety notifications.
  • A full vehicle history report that reveals accidents, service records, and reported stolen status.
  • Insurance claims, title branding, and prior vehicle history.
  • Manufacturer Technical Service Bulletins (TSBs) detailing known defects and recommended repairs.
  • Warranty coverage status to show remaining factory or extended protection.
  • Emissions compliance and recall fix verification to ensure legal roadworthiness.
  • Lien and ownership records to flag outstanding debts or title issues.

These vehicle details equip buyers to spot flood damage, frame repairs, or a hidden salvage title. Additionally, by cross-referencing auction listings and dealership inventories, you can trace how many times the car has changed hands and at what price points. Some decoders even incorporate safety ratings, theft-recovery statistics, and regional registration trends, offering a comprehensive risk profile. Armed with this wealth of data, prospective owners gain confidence in negotiating fair value, scheduling preventive maintenance, and avoiding vehicles with problematic histories.

How to Use a VIN Decoder Effectively

  1. Locate the VIN on your dashboard or door jamb—the same car’s VIN on registration.
  2. Enter the 17-digit code at a trusted car vin decoder https://vingurus.com/decoder.
  3. Review each field: confirm the first digit, third digit, and digit positions match manufacture data.
  4. Access extras: paint and trim codes, windshield replacement history, and dealership service bulletins.

Pro tip: choose a decoder endorsed by the automotive industry or major dealerships to ensure accuracy.

Conclusion & Next Steps

Decoding a VIN puts full vehicle details at your fingertips—from the world manufacturer identifier through the vehicle identifier section and check digit. Armed with vehicle specs, recall notices, and history insights, you can confidently navigate the used-car market. Before your next purchase, identify risks, determine reliability, and access every layer of a car’s past with a simple decode.

FAQ

  1. How accurate is the information from a VIN decoder?
    Most decoders use manufacturer tables plus NHTSA data, so specs and recalls are highly accurate; history details can vary by provider.
  2. Can a VIN decoder reveal odometer rollback?
    No—mileage tampering isn’t stored in the VIN. A vehicle history report or maintenance logs are needed for mileage verification.
  3. Does decoding include paint color and factory options?
    Yes, many decoders list factory paint & trim codes, upholstery details, and optional packages in the VDS.
  4. Are there free VIN decoders showing recalls and accident history?
    Some free tools show open recalls via the Highway Traffic Safety Administration. Accident records usually require a paid report.
  5. Can I verify if a car was reported stolen using only its VIN?
    Yes—by cross-referencing law enforcement and National Highway Traffic Safety databases, many decoders flag reported stolen vehicles.