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The Oracle AI Data Center Train Wreck

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The Oracle AI Data Center Train Wreck AI data centers are extremely capital intensive. Indeed, much more than a standard data center due to the power infrastructure, bare metal servers, and GPUs. But whereas most capital intensive industries have low operating expenses, the AI data center has very high operating expenses as many facilities require hundreds of megawatts or in some cases gigawatts. So this leads to a high capex, high debt business model combined with high operating expenses. Not to mention, low customer switching costs since AI service providers generally just download their data and models into these bare metal servers and estimate them. Hence, the balance of power generally favors the customer, AI service provider, as opposed to the standard data center model where customers incur very high exit costs. The result are contracts with no penalty termination clauses and 60 to 90 days cancellation notice requirements. In Oracle's case all of its free cash flaw has evapo...
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What Would 42,000 V3 Satellites Give Musk? A Very Low Bandwidth 5G Network

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This article shows that if Starlink deploys a massive network consisting of 42,000 1.5 terabit satellites, it yields only 83 megabits throughput per square kilometer. In contrast, ITU 5G standards require 5 megabits minimum per m2. Most 5G networks aim for 400 megabits throughput per kilometer. Moreover, water covers 71% of the Earth. This means that actual user consumptionn will be a fraction of 83 megabits. This in turn pretty much guarantees massive satellite excess capacity, and consequently, long term price wars as the Chinese, Europeans, and Amazon enter the market. The earth's surface exceeds 500 million square kilometers. Moreover, LEO satellites must be evenly distributed in orbit to ensure global coverage. The result is that a 1 terabit down Starlink satellite does not carry as much punch per kilometer as SpaceX enthusiasts and groupies believe. A 42 petabit (42,000 V3) satellite constellation divided by 500 million square kilometers equals only10 bits per meter.  Doesn...
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Network Capacity Procurement Expertise: Roderick Beck

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Hi Everyone,  I am available to help you acquire Layer 1-3 network capacity based on your requirements. In general I don't charge procurement fees because the carriers will pay me for any subsequent sales. So if you work with me and you buy, then you will contract directly with the network operator. This ensures you get the best possible price. My value-added is my knowledge of the operators, market pricing, delivery performance, latency, uptime, commercial flexibility, strengths, weaknesses, and the like. I am also good at negotiating deal terms on your behalf.  In a few cases I take a retainer because the client is looking for long term consulting.  You can reach me at roderick.beck@networksourcing.net. I live part of the year in Europe and also in Africa. 
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The Daraja Kenya/Oman Cable: Class of 2026

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This 24 fibre pair cable connects Mombasa, Kenya to Oman. It is a joint project of META and Safaricom (Kenya's largest mobile provider). Safaricom is the Mombasa landing partner, but META is the cable's sole owner. ASN is the construction partner. Capacity throughput should be a half petabit per second. Safaricom's participation reflects a long term trend for large mobile operators to enter the subsea cable business. Other examples including Vodafone, Bharti, Ooredoo, Axiata, and their subsidiaries. Subsea cable ownership allows mobile operators to expand operations overseas and also reduce the operating expenses for their international voice traffic. Oman is rapidly becoming a subsea cable hub as it offers an appealing alternative to the United Arab Emirates. The UAE's high cross connect CLS charges constitutes backward protectionism designed to shield its two telecommunication incumbents. Secondly, the UAE is simply too close to Iran to be a good place to land or repa...
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Oracle's Downfall: A Bad Bet On AI Data Centers

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AI data centers has two challenges: big capex requirements and high operating expenses due to the skyrocketing cost of electricity and the power intensive nature of GPUs. Another challenge is low customer switching costs. A customer like OpenAI or Anthropic rarely puts equipment into an AI data center. It simply downloads its software into the data center's bare metal servers, estimates its model, and then uploads the estimated model back to its own servers. In Oracle's case, it has only one major customer and hence faces huge customer risk. AI data center contracts tend to be soft and often include no penalty cancellation clauses with 60 or 90 days prior notice. This AI data center business model only works if the vendor has access to cheap electricity like hydropower in the Nordics and lots of  customers as oppose to one or two large ones. Solar and wind power do not generally make the grade because their fully loaded pricing is in fact quite high. In the case of Oracle, the ...
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Equiano Layer 1 and Layer 2 Offers

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Not only do I offer Equiano 100Gs below $20K with you contracting directly with the network operator, but also available are Layer 2 50G protected MPLS circuits on Equiano for $13,500 MRC on two year terms. This allows you to migrate from granular Layer 2 to Layer 1 as your business scales and performance requirements increase. African ISPs need to seize the day before capacity tightens and the window of opportunity closes due to the lack of any new cables for 3 to 5 years.
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Singapore Government Plans To Double The Cables Landing In Singapore Over The Next Ten Years

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Singapore currently has 26 operating fiber optic cables. The government is aiming to double that figure over the next ten years. It is also wants to increase residential broadband to 10G, which seems frankly far fetched and perhaps overkill. The biggest drawbacks to landing in Singapore is the limited number of cable landing stations and the congested sea harbor. I would tell the government that it needs more cable landing stations and that they must be physically diverse to the existing facilities. More Malaysian/Singapore terrestrial crossings for Trans-Continental cables, but that conflicts with the sovereignty angle dominating policy making today. https://www.edb.gov.sg/en/news-and-insights/singapore-to-double-capacity-for-subsea-cable-landings-to-enhance-digital-connectivity
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