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Elon Musk’s Plan to Keep Complete Control of SpaceX After Its Public

by Chief Editor
written by Chief Editor

Elon Musk’s SpaceX IPO: How a Dual-Class Structure Could Redefine Corporate Power—and What It Means for the Future of Tech

The Musk Playbook: Why SpaceX’s IPO Isn’t Like Any Other

Elon Musk’s approach to corporate governance has always been unconventional. After stepping down as Tesla’s chairman following a high-profile SEC battle in 2018, Musk learned a hard lesson: public companies demand accountability—and he prefers control. Now, with SpaceX’s highly anticipated IPO, Musk is pulling out all the stops to ensure his vision for the company remains unchallenged. The result? A governance structure so tightly wound around his leadership that it could set a new standard for how tech titans operate in the public sphere.

SpaceX’s S-1 filing reveals a company designed to be controlled, not governed by traditional shareholder democracy. With over 85% voting power, Musk will dictate board elections, compensation, and even the fate of the company itself. This isn’t just about power—it’s a strategic move to shield SpaceX from activist investors, hostile takeovers, and the kind of scrutiny that once forced Musk to relinquish control at Tesla.

Did You Know?

Musk’s voting control at SpaceX (85%) dwarfs his 13% ownership stake at Tesla—yet at Tesla, shareholders still had the final say on his $1 trillion pay package in 2025. SpaceX’s dual-class structure flips the script entirely.

Dual-Class Stocks: The Tech Elite’s Secret Weapon

SpaceX isn’t the first company to use a dual-class stock structure, but its implementation is among the most aggressive yet. Under this model, Class B shares (held by Musk and insiders) carry 10 votes per share, while Class A shares (available to the public) carry just one. The result? Musk and his allies control the company’s destiny, regardless of how much stock the public owns.

This isn’t just theory—it’s a battle-tested strategy. Meta (formerly Facebook) uses a similar structure, where CEO Mark Zuckerberg holds just 13% of shares but wields 60% of the voting power. The logic is simple: founders and early investors need flexibility to execute long-term visions without the noise of quarterly earnings calls or activist pressure.

But is this the future? As more tech companies go public, dual-class structures are becoming the norm. Companies like Airbnb and Uber have already adopted them. The question now is whether regulators will push back—or if this model will become the default for high-growth tech firms.

Pro Tip: Why Founders Love Dual-Class Structures

  • Long-term focus: No need to please short-term investors.
  • Protection from takeovers: Hostile bids become nearly impossible.
  • Founder control: Insiders retain decision-making power even with minority ownership.

Controlled Companies: The New Corporate Monarchy

SpaceX’s governance structure classifies it as a controlled company—a designation that exempts it from rules requiring independent board members or compensation committees. Which means Musk can handpick directors, set his own pay (without shareholder approval), and operate with minimal oversight.

From Instagram — related to Pro Tip

This isn’t just about Musk. Companies like Alphabet (Google), Walmart, and Ford have already embraced this model. The trend is clear: as companies grow, founders and early investors are increasingly opting for absolute control over traditional governance.

But is this sustainable? Critics argue that such structures can lead to entrenchment, where founders become untouchable—even if they underperform. The Tesla example is telling: Musk’s 13% ownership gave shareholders enough leverage to approve his $1 trillion pay package. At SpaceX, that power dynamic shifts entirely.

Reader Question: “Will this lead to a corporate oligarchy?”

Absolutely. As more companies adopt dual-class structures, we’re seeing the rise of a new corporate elite—where a handful of founders and insiders hold disproportionate power. The risk? Less accountability and more founder-driven decision-making, regardless of shareholder interests.

Beyond SpaceX: How This Could Reshape Tech and Finance

SpaceX’s IPO isn’t just about rockets—it’s a blueprint for the future of corporate governance. If successful, we could see a wave of tech IPOs following Musk’s playbook, where founders prioritize control over shareholder democracy. Here’s what that could mean:

1. The Death of Shareholder Democracy?

Traditional public companies rely on one-share, one-vote structures, where shareholders elect boards and approve major decisions. Dual-class models flip this script, giving founders veto power over critical issues. The result? Less transparency and more founder absolutism.

2. Activist Investors vs. The Founder Fort Knox

Activist investors thrive on public companies with weak governance. But with SpaceX’s structure, even if an activist group buys 20% of the company, Musk’s voting power ensures they’ll have no real influence. This could make it harder for investors to push for change—even if it’s in the company’s best interest.

3. A New Era of “Founder Forever” Companies

Companies like Tesla and SpaceX are increasingly becoming lifetime projects for their founders. With no forced succession plans and near-total control, we may see more cases where CEOs stay in power indefinitely—even as companies scale to trillions in value.

Key Stat: The Dual-Class Domination

Over 60% of U.S. Tech IPOs since 2020 have used dual-class structures, according to CNBC. The trend shows no signs of slowing.

SpaceX Filing Shows Losses, Musk’s Control

What’s Next? The Future of Corporate Power

SpaceX’s IPO is just the beginning. As more companies adopt Musk’s governance model, we’ll likely see:

  • More “controlled company” IPOs in tech, biotech, and AI.
  • Increased scrutiny from regulators over founder control.
  • A shift in investor expectations—will retail investors still buy shares if they have no real voting power?
  • The rise of “founder-controlled” ETFs, where investors bet on companies without governance influence.

One thing is certain: the era of shareholder supremacy may be ending. Instead, we’re entering an age where founders and insiders call the shots—and the public gets to watch.

FAQ: Your Burning Questions About SpaceX’s IPO and Dual-Class Stocks

1. What is a dual-class stock structure?

A system where some shares (Class B) have super-voting rights (e.g., 10 votes per share), while others (Class A) have just one. This gives founders/insiders disproportionate control.

2. Can SpaceX shareholders fire Elon Musk?

Technically, yes—but only if they control the board. With Musk’s 85% voting power, this is nearly impossible unless he loses majority control.

3. Is this legal?

Yes, but it’s heavily scrutinized. The SEC allows dual-class structures, but companies must justify why they’re necessary for long-term growth.

4. Will other companies follow SpaceX’s model?

Almost certainly. Tech founders increasingly prefer control over traditional governance—see Uber and Airbnb.

5. What are the risks of this structure?

  • Founder entrenchment: No forced succession.
  • Less accountability: Weak board oversight.
  • Investor frustration: Public shareholders have little say.

What Do You Think?

Is Elon Musk’s governance model the future—or a recipe for corporate tyranny? Share your thoughts in the comments below.

For more deep dives into tech governance, check out:

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Business

Layoff Day at Meta Has Arrived

by Chief Editor
written by Chief Editor

The Great Pivot: Why Big Tech is Trading Middle Management for AI

For years, the narrative in Silicon Valley was about growth at any cost. Hire the best, over-hire to ensure dominance, and build sprawling empires of middle management to coordinate the chaos. But the tide has turned. The recent restructuring at Meta isn’t just a cost-cutting exercise. it is a blueprint for the future of corporate architecture in the age of Artificial Intelligence.

From Instagram — related to Trading Middle Management, Silicon Valley

We are witnessing a fundamental shift from “empire building” to “efficiency engineering.” When a company as large as Meta decides to eliminate thousands of roles while simultaneously moving 7,000 employees into AI-focused initiatives, it signals a broader industry trend: the aggressive reallocation of human capital toward the AI frontier.

Did you know? Meta’s strategic shift involves a massive capital expenditure forecast—potentially reaching up to $145 billion—to build the infrastructure necessary to lead the AI race, even as it reduces its total headcount.

The Death of the Middle Manager

One of the most significant trends emerging from recent tech layoffs is the move toward “flatter” organizational structures. Meta’s HR leadership has explicitly mentioned moving toward “pods” and “cohorts” to increase speed and ownership. This is a direct attack on the traditional corporate hierarchy.

In the old model, a project moved from a junior developer to a lead, then a manager, then a director, and finally a VP. In the new “flat” model, small, cross-functional teams operate with high autonomy. This reduces the “communication tax” and allows companies to pivot faster—a necessity when AI is changing the product landscape every few weeks.

This trend isn’t limited to Meta. We’ve seen similar movements at companies like Reuters reported cuts across the sector, where AI-driven efficiencies are replacing the need for traditional supervisory roles. The “manager of managers” is becoming an endangered species.

The Rise of the ‘AI-Augmented’ Employee

The goal isn’t necessarily to replace humans with AI, but to replace inefficient processes with AI-augmented humans. The current trend suggests that companies are looking for “T-shaped” employees: those with deep expertise in one area but a broad ability to leverage AI tools to handle the work of three people.

The Rise of the 'AI-Augmented' Employee
Employee

As seen in the shift of thousands of workers toward AI initiatives, the internal job market is now divided into two camps: those whose roles are being automated and those who are being trained to manage the automation.

Pro Tip for Tech Professionals: To remain indispensable, stop focusing on the specific tool you use and start focusing on “AI Orchestration.” The most valuable employees in the next five years won’t be the ones who can code the fastest, but those who can architect AI workflows to solve complex business problems.

The New Social Contract: Severance as Brand Protection

There is a fascinating trend emerging in how Big Tech handles exits. The “shitty situation,” as described by Meta’s HR chief, is being mitigated by increasingly generous severance packages. We are seeing a trend toward extended healthcare coverage (such as COBRA extensions) and base pay multipliers.

Meta Layoffs 2024: The Cold Truth Behind 'Efficiency'

Why the generosity? Because the war for AI talent is brutal. If a company burns its bridges during a layoff, it loses its ability to re-hire top-tier talent when the market shifts. Generous severance is no longer just about empathy; it is a strategic investment in “employer branding.”

Compare this to the broader market: while some firms offer the bare minimum, the “Magnificent 7” style companies are setting a new gold standard for exits to ensure they remain attractive destinations for the next wave of innovators.

Predicting the Next Wave: What Comes After the Layoffs?

Looking ahead, we can expect three primary trends to dominate the corporate landscape:

  • Dynamic Redeployment: Instead of hiring from the outside, companies will create internal “talent marketplaces” to move employees from failing projects (like the early Metaverse hype) to winning ones (Generative AI) in real-time.
  • The ‘Fractional’ Executive: As structures flatten, the demand for full-time middle management will drop, replaced by fractional experts who consult for multiple “pods” across an organization.
  • AI-Driven Performance Metrics: With fewer managers to oversee work, companies will rely more on AI-driven analytics to track productivity and output, leading to a more data-driven (and potentially more stressful) work environment.

For more insights on how to navigate this shifting landscape, check out our guide on essential AI skills for 2026 and our analysis of the future of remote work in a flat organization.

Frequently Asked Questions

Why are tech companies laying off staff while reporting high revenues?

It’s rarely about a lack of money; it’s about resource reallocation. Companies are cutting “legacy” costs and inefficient management layers to fund the massive infrastructure and talent costs required for AI development.

Frequently Asked Questions
Meta employees receiving layoff notices

What is a “flat organizational structure”?

A flat structure removes several layers of middle management, allowing employees to report more directly to senior leadership and work in autonomous, cross-functional teams (often called pods).

Is AI actually replacing jobs, or just changing them?

Both. While some administrative and entry-level roles are being eliminated, new roles in AI orchestration, prompt engineering, and AI ethics are being created. The net effect is a “skill shift” rather than a total loss of employment.

Join the Conversation

Do you think the “flat structure” is the future of work, or will it lead to burnout and chaos? Let us know your thoughts in the comments below or subscribe to our newsletter for weekly deep dives into the intersection of tech and talent.

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Business

Like a filter on a cigarette’: Cruise ships under fire overseas – should NZ be concerned?

by Chief Editor
written by Chief Editor

The Great Trade-Off: From Smog to Sludge

For years, the cruise industry has touted a victory in the war against air pollution. The introduction of “scrubbers”—exhaust gas cleaning systems—was presented as a silver bullet to meet global sulphur emission requirements. But as many environmentalists now argue, this wasn’t a solution so much as a shell game.

From Instagram — related to Flag of Convenience, Loophole One

By using seawater to “wash” contaminants from exhaust fumes, ships can continue burning cheaper, sulphur-rich fuel. The result? Air pollution is simply converted into water pollution. This “open-loop” system discharges wash water containing petroleum-type products and heavy metals directly into the ocean.

The future of the industry now hinges on whether this trade-off remains acceptable. We are seeing a shift in perception: the “sooty, black globs” reported in Alaskan waters are becoming a symbol of a loophole that is rapidly closing.

Did you know? Open-loop scrubbers are already banned in several countries and ports worldwide because they essentially turn the ocean into a waste disposal system for air pollutants.

Closing the “Flag of Convenience” Loophole

One of the biggest hurdles in regulating the high seas is the “flag of convenience” system. Many cruise giants register their ships in nations like the Bahamas, Panama, or Bermuda—countries often characterized by lax environmental and labor standards.

This allows ships to operate in a regulatory gray zone, spending most of their time in international waters where national laws struggle to reach. However, the trend is shifting toward port-state control.

Rather than relying on the ship’s home country, ports (like those in New Zealand and the EU) are increasingly implementing their own strict mandates. We can expect a future where “Zero Discharge Zones” become the global standard, forcing ships to switch to closed-loop systems—which retain waste on board—long before they enter coastal waters.

The Rise of Third-Party Verification

The era of “self-reporting” is dying. Recent data suggests that when independent bodies audit cruise lines, the number of violations spikes. The industry is moving toward a model of mandatory, third-party independent reporting to ensure transparency.

The Rise of Third-Party Verification
The Rise of Third-Party Verification

For travelers and policymakers, this means the “green” certifications on a cruise brochure will soon be backed by hard, verifiable data rather than corporate promises.

Pro Tip: If you’re planning a sustainable getaway, look for cruise lines that utilize LNG (Liquefied Natural Gas) or hybrid-electric propulsion, as these significantly reduce the need for scrubbers entirely.

Beyond Scrubbers: The Propulsion Revolution

Scrubbers are a Band-Aid solution. The real future of cruising lies in abandoning heavy fuel oil altogether. We are entering an era of propulsion diversification:

  • LNG (Liquefied Natural Gas): While still a fossil fuel, it drastically reduces sulphur and nitrogen oxides.
  • Hydrogen and Ammonia: These are the “holy grails” of zero-emission shipping, though infrastructure for refueling is still in its infancy.
  • Wind-Assisted Propulsion: A return to the roots, with modern high-tech sails helping giant vessels reduce fuel consumption.

As the cost of “dirty” fuel increases—due to both carbon taxes and the cost of maintaining scrubbing technology—the economic incentive will shift toward these cleaner alternatives.

Redefining the Economics of Cruise Tourism

For decades, the narrative has been that cruise ships are economic engines for modest port towns. However, recent studies, including those from the Department of Conservation, suggest the economic impact is often a “niche market,” accounting for a tiny fraction of total tourism expenditure while leaving a massive environmental footprint.

The future trend is a move toward High-Value, Low-Impact Tourism. Instead of “mega-ships” with 2,000+ cabins that overwhelm local infrastructure and ecosystems, we will likely see a rise in smaller, luxury expedition vessels.

These ships typically have lower emissions, use more advanced waste management, and distribute spending more effectively within local communities, creating a symbiotic rather than parasitic relationship with the destinations they visit.

Would you be willing to pay a “Green Tax” on your cruise ticket to ensure the ocean remains pollution-free? Let us know in the comments below!

Frequently Asked Questions

What is the difference between open-loop and closed-loop scrubbers?
Open-loop scrubbers treat exhaust with seawater and discharge the waste directly into the ocean. Closed-loop scrubbers treat the exhaust and store the waste in a tank to be disposed of at a port facility.

Why are scrubbers considered a “loophole”?
They allow ships to meet air quality laws while continuing to burn cheaper, high-sulphur fuel, effectively moving the pollution from the air into the water.

Are cruise ships regulated internationally?
Yes, primarily by the International Maritime Organization (IMO), but enforcement often falls to the “flag state” (where the ship is registered), which can lead to inconsistent standards.

Do cruise ships actually help local economies?
While they bring a high volume of people, much of the spending stays within the cruise line. Research indicates their overall contribution to national GDP is often small compared to their environmental cost.

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Want more insights into the intersection of travel, technology, and the environment? Subscribe to our weekly newsletter for deep dives into sustainable living and industry secrets.

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Tech

China TV variety show exposes scam linking ‘peace’ sign selfies to privacy risks

by Chief Editor
written by Chief Editor

The Hidden Cost of a Smile: Is Your Favorite Selfie Pose a Security Risk?

For years, the “peace sign” or “scissor hand” pose has been a global staple of social media culture, especially across Asia. It’s a gesture of friendliness, youth and positivity. However, a startling revelation from cybersecurity experts in China is turning this innocent habit into a potential privacy nightmare.

From Instagram — related to Your Favorite Selfie Pose, Security Risk

Recent warnings highlighted on a mainland workplace reality show have exposed a terrifying reality: high-resolution selfies can be used to harvest your fingerprints. By leveraging artificial intelligence (AI) and advanced photo-editing software, criminals can reconstruct biometric data from a simple photograph, effectively “stealing” your identity without you ever knowing.

Did you know? Experts suggest that fingerprints can be extracted from selfies taken within 1.5 meters if the fingers face the camera directly. Even at a distance of up to 3 meters, roughly half of the hand’s biometric details can still be recovered.

The AI Evolution: From Photo Enhancement to Biometric Theft

The core of the problem lies in the rapid evolution of AI-driven image reconstruction. In the past, a photo would need to be an extreme close-up to reveal the ridges of a fingerprint. Today, cryptography professors, including Jing Jiwu from the University of Chinese Academy of Sciences, warn that high-quality cameras combined with AI can fill in the gaps.

This isn’t just theoretical. We are seeing a rise in “visual hacking,” where public data is weaponized. This trend aligns with the broader surge in AI-driven fraud, such as the deepfake scams recently reported in Baotou, China, where AI-generated likenesses were used to deceive victims. When you combine a stolen fingerprint with a deepfake voice or face, the potential for bypassing biometric security systems—like those used in banking or smartphone unlocking—becomes a frightening reality.

The “Resolution Trap”

As smartphone manufacturers race to include 108MP or 200MP sensors, they are inadvertently creating a goldmine for bad actors. Higher resolution means more data points per pixel, making it easier for AI to map the unique whorls and loops of a human fingerprint from a distance.

The "Resolution Trap"
China Resolution Trap

Future Trends: The Era of Biometric Obfuscation

As we move forward, the relationship between our physical bodies and our digital identities will undergo a radical shift. We are likely to see several emerging trends in response to these vulnerabilities:

  • Biometric Noise and Masking: Just as some users blur their faces for privacy, we may see the rise of “biometric noise” filters. These AI tools would subtly alter the ridges of fingers or the patterns of an iris in a photo—invisible to the human eye but impossible for a machine to reconstruct.
  • The Shift to Multi-Modal Authentication: Relying on a single biometric (like a fingerprint) is becoming a liability. The industry will likely pivot toward “multi-modal” security, requiring a combination of behavioral biometrics (how you type or walk) and physical biometrics.
  • Legal Frameworks for Biometric Ownership: We can expect a surge in legislation regarding “biometric theft.” If a photo posted on a public forum is used to steal a fingerprint, who is liable? The platform, the user, or the hacker?
Pro Tip: To protect your biometric data, avoid taking high-resolution photos with your palms or fingertips facing the lens. If you are sharing photos of your hands in a professional or public context, consider using a slight blur filter on the fingertips.

Beyond the Fingerprint: What Else Are We Exposing?

The “peace sign” scare is a wake-up call for a larger issue: the over-sharing of biometric markers. From the unique geometry of our ears to the patterns in our retinas, our photos are essentially digital blueprints of our bodies.

Industry experts suggest that the next frontier of identity theft won’t be passwords or credit card numbers, but “biological keys.” As we integrate more biometric locks into our homes and cars, the incentive for criminals to harvest this data from social media will only grow.

For more on how global tech hubs are handling these risks, you can explore the technological landscape of China or research the latest guidelines on deepfake prevention from international cybersecurity agencies.

Frequently Asked Questions

Q: Is every selfie with a peace sign dangerous?
A: Not necessarily. The risk is highest with high-resolution photos taken from a close distance (under 3 meters) where the fingers are clearly visible and facing the camera.

Q: Can a hacker really unlock my phone with a photo?
A: While most modern phones use 3D mapping or ultrasonic sensors that are harder to fool, the reconstructed data could potentially be used to create a physical “spoof” (a synthetic fingerprint) to bypass simpler biometric scanners.

Q: How can I check if my biometric data has been compromised?
A: Unlike a password, you cannot “change” your fingerprint. The best defense is prevention—limiting the high-res biometric data you post publicly and using two-factor authentication (2FA) that doesn’t rely solely on biometrics.

Join the Conversation

Are you changing the way you take selfies, or do you think this is an overreaction to the power of AI? Let us know in the comments below!

Want more insights on digital privacy? Subscribe to our Privacy Watch newsletter.

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Business

Meta Earnings Updates: Stock Drops 6% As Capex Expected to Increase

by Chief Editor
written by Chief Editor

Meta’s AI Investment Fuels Revenue Surge, But Sparks Investor Concerns

Meta’s first-quarter earnings report revealed a significant revenue jump, exceeding Wall Street expectations. However, the announcement of a substantial increase in capital expenditure (capex) – a $10 billion raise to between $125 and $145 billion for 2026 – sent the company’s stock down over 6% in after-hours trading.

Revenue Beats Expectations

The social media giant reported revenue of $56.3 billion for the first quarter, surpassing analyst estimates. Earnings per share as well exceeded predictions, reaching $10.44. This positive financial performance underscores Meta’s continued dominance in the digital advertising market.

Revenue Beats Expectations
Muse Spark Alexandr Wang Susan Li

The AI Arms Race and Rising Costs

The surge in projected spending is directly linked to Meta’s aggressive investment in artificial intelligence (AI) infrastructure. CFO Susan Li explained the increase is due to “higher component pricing this year and, to a lesser extent, additional data center costs to support future year capacity.” This signals a commitment to staying competitive in the rapidly evolving AI landscape.

Meta is among the leading tech companies heavily investing in AI, alongside competitors like Microsoft, and Google. The company’s AI model, Muse Spark, developed by the team led by Alexandr Wang, is gaining attention as a key component of its future strategy.

Data Center Expansion: A Critical Component

The substantial capex increase highlights the critical role of data centers in powering AI applications. Building and maintaining these facilities requires significant investment in hardware, energy, and cooling systems. Meta’s expansion plans suggest a belief that robust infrastructure is essential for delivering advanced AI capabilities.

EM Reacts to Meta, Google, Amazon, and Microsoft Stock Earnings

Did you know? Data centers account for approximately 1% of global electricity consumption, and that figure is expected to rise as AI adoption increases.

Investor Reaction and Future Outlook

While investors acknowledge the long-term potential of AI, the immediate impact on profitability is a concern. The significant increase in capex raises questions about Meta’s short-term financial performance and its ability to balance investment with shareholder returns.

Analysts are closely watching Meta’s strategy for monetizing its AI investments. The company is exploring various applications of AI, including personalized advertising, content recommendation, and virtual reality experiences. The success of these initiatives will be crucial for justifying the substantial capital expenditure.

The Rise of AI Models and Their Impact

Muse Spark, Meta’s new AI model, represents a significant step forward in the company’s AI capabilities. The model is designed to enhance various aspects of Meta’s platforms, from content creation to user engagement. The development of such models requires substantial computational power and expertise, further driving the need for increased investment in infrastructure.

Pro Tip: Keep an eye on advancements in AI chip technology, as these innovations can significantly impact the cost and efficiency of data centers.

Frequently Asked Questions

Q: What is capex?
A: Capex, or capital expenditure, refers to the funds a company uses to acquire, upgrade, and maintain physical assets such as property, plants, buildings, and equipment.

Q: Why is Meta increasing its capex?
A: Meta is increasing its capex primarily to invest in AI infrastructure, including data centers and computing power.

Q: What is Muse Spark?
A: Muse Spark is Meta’s new AI model, developed by Alexandr Wang’s team, designed to improve various aspects of Meta’s platforms.

Q: How will this impact Meta’s stock price?
A: The increased capex has initially led to a decline in Meta’s stock price, as investors assess the impact on short-term profitability.

Want to learn more about Meta’s AI initiatives? Explore Meta AI’s official website.

Share your thoughts on Meta’s AI strategy in the comments below!

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Business

Massive Oracle Data Center in Michigan Secures $16 Billion in Funding

by Chief Editor
written by Chief Editor

The AI Infrastructure Boom: Balancing Gigawatt Ambitions with Community Reality

The scale of artificial intelligence is no longer just about code and algorithms; It’s about massive, physical footprints of steel and silicon. We are seeing a shift toward “gigawatt-scale” campuses that dwarf traditional data centers.

From Instagram — related to Saline, Michigan

A prime example is the Saline Township campus in Michigan. While most data centers operate with capacities between 100 and 300 megawatts, this site is designed for more than 1 gigawatt. This represents a staggering leap in power requirements and physical scale.

Did you know? The Saline project is part of the “Stargate project,” a $500 billion initiative led by Oracle, OpenAI, and SoftBank aimed at securing US supremacy in the AI race.

The Financial Engine Behind the Infrastructure

Building at this scale requires unprecedented capital. The developer behind the Saline campus, Related Digital, has secured $16 billion in funding with support from financial giants Blackstone and PIMCO.

The Financial Engine Behind the Infrastructure
Saline Michigan Stargate

This investment is a bet on the future of AI revenue. Oracle expects its AI business to generate approximately $90 billion in revenue by 2027, necessitating the massive infrastructure provided by the Stargate project.

Governor Gretchen Whitmer previously characterized the Saline project as the “largest investment in Michigan history,” highlighting how these hubs are viewed as catalysts for economic reindustrialization.

Why Rural America is the New Tech Frontier

Tech giants are increasingly moving away from urban hubs and into rural landscapes to secure the land and power needed for AI. This trend is reflected in the data: in 2010, only 311 data centers had permits. By 2024, that number jumped to 1,240 existing or planned facilities across the US.

OpenAI, Oracle announce $7 billion data center in Michigan

A significant portion of this growth is concentrated in the Midwest. The Saline campus alone will initially span 250 acres, illustrating the vast amount of land required to house the hardware powering modern AI.

Pro Tip: For those tracking the AI economy, watch the “power-to-land” ratio. The move toward rural areas is driven by the necessitate for massive electrical grids that urban centers simply cannot support without risking blackouts.

The Friction Point: Environmental and Community Impact

The rapid expansion of these facilities has created significant tension with local residents. In Saline, protesters have voiced concerns over the impact on the electric grid and potential pollution in the surrounding community.

The Friction Point: Environmental and Community Impact
Saline Michigan Stargate

One of the most visceral concerns is noise. Audio captured from a data center in Lansing, Michigan, has been described as “scary,” sparking similar worries in towns like DeKalb and Joliet where similar projects are proposed.

Water usage is another critical battleground. To mitigate this, developers of the Saline project have proposed a “closed-loop cooling system” designed to protect Michigan’s water resources.

Despite these promises and a White House visit in March where tech leaders pledged to cover a larger share of energy costs, many residents remain skeptical. As resident Tammie Bruneau noted, the desire for a “quiet life” often clashes with the noise and industrialization brought by AI hubs.

Frequently Asked Questions

What is the Stargate project?

It is a $500 billion initiative led by Oracle, OpenAI, and SoftBank to build AI infrastructure across the United States to maintain leadership in AI development.

How does the Saline data center differ from typical centers?

Most data centers have a capacity of 100 to 300 megawatts; the Saline campus is designed for over 1 gigawatt, making it significantly larger and more powerful.

What are the main community concerns regarding AI data centers?

Residents typically worry about noise pollution, the strain on the local electric grid, the consumption of water resources, and the overall impact on their quality of life.

How are developers addressing water usage?

Some projects, including the one in Saline, are implementing “closed-loop cooling systems” to prevent the depletion or pollution of local water sources.

What do you think? Should the race for AI supremacy capture priority over local community concerns, or do tech giants need to do more to protect rural landscapes? Let us know in the comments below or subscribe to our newsletter for more insights into the AI infrastructure war.

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Entertainment

David Ellison faces plenty of Hollywood skeptics. Did he win over movie theater owners?

by Chief Editor
written by Chief Editor

The Battle for the Considerable Screen: The Return of Theatrical Exclusivity

For years, the industry has grappled with the “streaming pivot,” but a significant shift is occurring. The focus is returning to the theatrical experience as a primary revenue driver rather than a mere marketing stop for streaming platforms.

From Instagram — related to David Ellison, Paramount

A key trend emerging is the standardization of the theatrical window. David Ellison, CEO of Paramount Skydance, has committed to a 45-day exclusive window for movies to play in theaters before moving to paid digital options. This move aligns with a broader industry trend, as Universal Pictures is expected to hit a similar 45-day window starting in 2027.

Beyond the initial theatrical run, the gap between the cinema and the living room is widening. The current strategy involves a 3-month period for movies to live on streaming video-on-demand (SVOD) platforms—essentially a rental or home entertainment purchase—before they finally land on subscription services like Paramount+.

Did you know? The proposed acquisition of Warner Bros. Discovery by David Ellison’s Paramount Skydance is valued at approximately $111 billion, making it one of the most significant consolidations in modern cinema history.

Consolidation vs. Creative Diversity

The trend toward “mega-studios” is sparking a fierce debate between business efficiency and creative freedom. The pending merger of Paramount and Warner Bros. Discovery aims to create a powerhouse capable of releasing a minimum of 30 movies a year.

Consolidation vs. Creative Diversity
Paramount Warner Bros

From a business perspective, some leaders are optimistic. Adam Aron, CEO of AMC Entertainment Holdings Inc., has expressed support for this takeover, believing that the ability to guarantee a high volume of theatrical releases is a net positive for the exhibition industry.

However, this consolidation is meeting significant resistance from the creative community. More than 4,000 industry professionals—including director Denis Villeneuve, JJ Abrams, and actors Emma Thompson and Glenn Close—have signed an open letter opposing the deal. Their primary concern is that fewer studios lead to fewer job opportunities for creatives and diminished consumer choice.

Even trade groups like Cinema United, led by President Michael O’Leary, remain skeptical. They argue that whereas pledges of more movies are welcome, they aren’t yet sufficient to offset the systemic threats posed by industry consolidation.

Pro Tip for Industry Observers: Watch the “SVOD window” closely. The time it takes for a film to move from a paid rental to a free subscription service is now a primary indicator of a studio’s confidence in a film’s long-term theatrical and digital value.

The Rise of the “Agile” Studio Model

While some areas of the industry are expanding through mergers, others are aggressively streamlining. We are seeing a shift toward what leadership calls a “more agile and technologically-enabled workforce.”

David Ellison Shocks Hollywood as Paramount Faces a Hostile Takeover Battle in 2026

A prime example is the Walt Disney Co., which recently initiated a sweeping round of layoffs affecting 1,000 jobs across multiple divisions. These cuts have hit television, movie studios, ESPN, and even the visual development team at Marvel Studios. This move, led by new CEO Josh D’Amaro, signals a trend of cutting corporate bloat to meet evolving technological needs.

This drive for efficiency is also reflecting in physical production. Recent data shows a decline in filming activity in major hubs; for instance, weekly permitted shoot days in the Los Angeles area recently dropped by 18% compared to the previous year, falling from 262 to 214 days.

The Financial Stakes of “Taking Swings”

Despite the layoffs and consolidation, the appetite for high-budget risk remains. Warner Bros. Film chiefs Mike De Luca and Pam Abdy recently highlighted the importance of “smart betting,” citing a worldwide box office revenue of $4 billion in a single year as justification for continuing to seize creative risks.

The Financial Stakes of "Taking Swings"
Warner Bros Warner Bros

The strategy moving forward appears to be a hybrid: aggressive cost-cutting in corporate and administrative roles, paired with bold, high-stakes investments in theatrical tentpoles that can drive billions in global revenue.

Frequently Asked Questions

What is a theatrical window?
A theatrical window is the period during which a movie is released exclusively in cinemas before it becomes available on other platforms like digital rental (VOD) or streaming services.

How does studio consolidation affect moviegoers?
Critics argue that consolidation can lead to fewer original stories and less competition, while proponents suggest it provides studios with the financial stability to produce more high-quality films.

Why are studios moving toward “agile” workforces?
Studios are reducing headcount in traditional roles to pivot toward a more technologically integrated approach to production and distribution, aiming to reduce overhead costs.

Do you feel studio mergers facilitate or hurt the quality of the movies we see in theaters?

Join the conversation in the comments below or subscribe to our industry newsletter for more deep dives into the future of entertainment.

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Tech

Drama Between Software Engineer and Google Heats up

by Chief Editor
written by Chief Editor

The Great AI Adoption Gap: Why Your Dev Team Might Be Lying About Productivity

In the corridors of Considerable Tech, there is a widening chasm between what executives report in quarterly earnings and what is actually happening in the IDEs of their engineers. While leadership celebrates “AI integration” and “digital transformation,” a quieter, more honest conversation is happening in private Slack channels and anonymous forums.

The friction isn’t about whether AI tools exist—it’s about whether they are actually being used to ship better code, or if they are simply “box-checking” exercises to satisfy a corporate mandate.

Pro Tip: If you’re managing a technical team, stop tracking “weekly active users” of AI tools. Instead, track token volume per commit or the reduction in cycle time for complex refactors. That is where the true adoption signal lives.

From Copilots to Agents: The Shift in Software Engineering

For the last few years, we’ve lived in the era of the “Copilot”—AI that suggests the next line of code. It’s helpful, but it’s essentially a high-powered autocomplete. The industry is now pivoting toward Agentic AI.

From Instagram — related to Agentic, Software

Agentic tools don’t just suggest code; they plan, execute, test, and debug. They can navigate a massive codebase, identify a bug across three different files, and submit a pull request with a working fix. This is the “agentic power user” phase that separates the top 20% of developers from the rest.

The problem arises when companies force their engineers to use internal, locked-down versions of these tools that lag behind industry standards like Anthropic’s Claude or OpenAI’s latest models. When the “corporate” tool is inferior to the “pro” tool, engineers don’t adopt; they resist.

The “Two-Tier” Engineering Culture

We are seeing the emergence of a two-tier system within major organizations. On one side, you have the elite AI research teams who have the freedom to use the most cutting-edge, “frontier” models. On the other, you have the general engineering workforce pushed toward internal variants that are often more restrictive or less capable.

This creates a hidden productivity tax. When a developer spends thirty minutes fighting an internal AI tool only to realize they could have solved the problem in two minutes using a third-party agent, they stop using the AI altogether. They return to manual coding—not as they are “Luddites,” but because the tool is a hindrance, not a help.

Did you know? Some of the most successful AI-native startups are now hiring “AI Orchestrators” rather than traditional software engineers. These roles focus less on writing syntax and more on directing a fleet of AI agents to build complex systems.

The Vanity Metric Trap: Measuring Adoption vs. Impact

Many companies fall into the trap of using vanity metrics to prove AI success. “40,000 engineers use our AI tool weekly” sounds impressive in a press release, but it’s a meaningless number. If those 40,000 people are only using the tool for basic boilerplate or simple queries, the actual impact on the bottom line is negligible.

True adoption is measured by deep integration. It’s the difference between asking a chatbot “How do I write a for-loop in Python?” and giving an agent the authority to “Refactor the authentication module to support OAuth2 and update all dependent tests.”

To avoid this trap, organizations should look at DORA metrics (DevOps Research and Assessment). If AI adoption isn’t leading to higher deployment frequency or lower change failure rates, it’s just expensive theater.

Future Trends: What Comes After the AI Hype?

As the dust settles on the initial generative AI gold rush, several long-term trends are becoming clear:

Software Engineering at Google: Lessons Learned from Programming Over Time
  • The Rise of “Vibe Coding”: A shift where high-level architectural intent (“the vibe”) becomes more essential than the specific implementation details, which are handled entirely by agents.
  • Hyper-Personalized LLMs: Companies will move away from general-purpose models toward modest, highly tuned models trained on their own proprietary codebase, and documentation.
  • The “Human-in-the-Loop” Bottleneck: The limiting factor in software production will no longer be writing code, but reviewing it. Code review will become the most critical skill in the engineering stack.

Will AI Replace the Software Engineer?

The fear of mass layoffs is common, but the reality is more nuanced. AI isn’t replacing the engineer; it’s replacing the tasks of the engineer. The developers who thrive will be those who move up the abstraction ladder—from “coders” to “system architects.”

The danger isn’t the AI itself, but the corporate inertia that prevents engineers from using the best possible tools. A company that mandates a mediocre internal tool over a superior external one is essentially choosing to be less productive.

Frequently Asked Questions

Q: What is “Agentic Coding”?

A: Unlike standard AI assistants that suggest code snippets, agentic coding involves AI that can autonomously plan, write, test, and iterate on entire features or bug fixes with minimal human intervention.

Q: Why do some engineers prefer Claude or Cursor over internal corporate tools?

A: Frontier models often have better reasoning capabilities, larger context windows, and more intuitive interfaces. Internal tools are often hampered by strict security layers or outdated model versions.

Q: How can a company truly measure AI productivity?

A: Move beyond “user counts” and track outcomes: reduction in lead time for changes, decrease in bug density, and the volume of tokens used in successful production commits.

Join the Conversation

Is your organization actually leveraging AI, or is it just corporate spin? We aim for to hear from the engineers in the trenches.

Drop a comment below or subscribe to our newsletter for more deep dives into the future of tech.

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Business

3 Executive Departures Shake up OpenAI’s Leadership Team

by Chief Editor
written by Chief Editor

The Pivot to Enterprise: Why AI Giants are Abandoning ‘Side Quests’

The landscape of artificial intelligence is shifting from raw exploration to strategic profitability. Recent leadership changes at OpenAI signal a decisive move away from experimental “side quests” in favor of a streamlined business and product strategy.

From Instagram — related to Codex, Code

This transition is largely driven by the need to make the company profitable as it moves toward an initial public offering (IPO). By narrowing its focus, the goal is to double down on selling to businesses, ensuring that research translates directly into scalable revenue streams.

Pro Tip: For businesses integrating AI, the trend is moving toward “unified assistants.” Instead of using ten different niche AI tools, gaze for platforms that consolidate multiple capabilities—like coding, research, and project management—into a single interface.

Consolidating the AI Ecosystem

We are seeing a trend of consolidation where specialized tools are absorbed into broader platforms. A prime example is the transition of Prism, an AI workplace for scientists, which is being integrated into Codex, OpenAI’s AI developer assistant.

This movement suggests that the future of AI isn’t in fragmented, niche applications, but in expansive “super-tools” that can handle diverse professional tasks beyond their original scope, such as Codex expanding beyond simple coding.

The ‘SaaS-pocalypse’ and the War for the Workplace

The AI industry is currently witnessing a high-stakes battle for enterprise dominance, sparking fears of a “SaaS-pocalypse.” This term refers to the potential disruption of traditional Software-as-a-Service (SaaS) models as AI agents begin to perform complex business functions more efficiently.

Competition is intensifying between major players. While OpenAI maintains a massive valuation of $852 billion, rivals like Anthropic are gaining significant traction. Anthropic’s latest releases, such as Claude Code, have seen increased adoption among businesses, contributing to funding offers that value the company at up to $800 billion.

Did you know? The pressure to maintain lead positions in the AI race is immense. Anthropic’s valuation offers have recently reached more than twice its most recent February valuation, highlighting the explosive growth of the enterprise AI sector.

Efficiency Over Exploration: The Cost of Frontier AI

The era of “growth at all costs” is being replaced by a focus on compute efficiency and sustainable deployment. The shutdown of Sora, the short-form video app, serves as a critical case study in this trend, as the project faced significant cost and compute constraints.

OpenAI's Stargate Leadership Shakeup

This shift is reflected in organizational restructuring. The decentralization of specialized units—such as the move to integrate “OpenAI for Science” more closely with teams building core model capabilities and infrastructure—shows a preference for integrated development over siloed research.

For the industry, this means that future AI breakthroughs will likely be measured not just by their “wow factor,” but by their operational viability and the cost of the compute required to run them at scale.

Key Leadership Transitions and Their Impact

The exit of top executives—including Bill Peebles (Sora), Kevin Weil (Science), and Srinivas Narayanan (B2B Applications)—marks a turning point in how AI companies are managed. The transition of roles, such as Brad Lightcap moving to “special projects,” suggests a reorganization of priorities to support a leaner, more business-centric operation.

With key figures like Fidji Simo, the CEO of applications, spearheading the drive toward profitability, the industry is moving toward a corporate maturity phase where the primary metric of success is sustainable business growth.

For more on the evolving AI landscape, explore recent leadership updates in the AI sector or read our internal guide on preparing your business for the AI-driven SaaS shift.

Frequently Asked Questions

Why is OpenAI shifting its focus toward B2B?
The company is aiming to increase profitability and streamline its product strategy as it prepares for a potential IPO.

Frequently Asked Questions
Anthropic Sora Claude Code

What is the ‘SaaS-pocalypse’?
It is the fear that AI agents and advanced LLMs will replace traditional SaaS software by automating the tasks those platforms were designed to handle.

Why was Sora shut down?
The AI video app was discontinued due to constraints regarding cost and compute requirements.

How does Anthropic compete with OpenAI?
Anthropic has gained traction with business-centric releases like Claude Code and has seen its valuation offers climb to as high as $800 billion.

Join the Conversation

Do you think the shift toward B2B will stifle AI innovation, or is it a necessary step for the industry’s survival? Let us know your thoughts in the comments below or subscribe to our newsletter for weekly deep dives into the AI economy.

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Tech

How I Got 2 Microsoft Job Offers at Once After More Than 50 Rejections

by Chief Editor
written by Chief Editor

The New Blueprint for Breaking Into Big Tech

For many aspiring professionals, the path into companies like Microsoft often seems reserved for software engineers and data scientists. However, a growing trend shows that non-technical roles—such as business program management—are becoming vital gateways for those with diverse backgrounds.

From Instagram — related to Phillips, Microsoft

The journey of Benjamin Phillips III, a Business Program Manager for Minecraft at Microsoft, highlights a critical shift. Phillips didn’t follow a traditional linear path; he balanced professional basketball and volleyball in the Philippines with his undergraduate studies and an MBA from Miami University.

Pro Tip: When applying for competitive roles, move beyond a generic resume. Shift your focus toward an action-oriented and metrics-focused approach to stand out among thousands of applicants.

Moving Beyond the ‘Apply’ Button: Strategic Networking

In a landscape where a single role can attract thousands of candidates, the traditional application process is often a numbers game. The trend is shifting toward “cold-networking” and building genuine relationships with industry insiders before a role is even posted.

Phillips experienced this firsthand, facing over 50 rejections over 15 months. While university referrals provided an initial start, the breakthrough came through strategic outreach on LinkedIn. By connecting with a former executive on the Minecraft team, he gained a “heads-up” on a specific role that eventually led to his offer.

This underscores a broader industry trend: the value of the “informal” pipeline. Engaging with leaders about their personal journeys—rather than just asking for a job—can create the rapport necessary to bypass automated screening filters.

Did you know? Benjamin Phillips III spent half a decade living, studying and playing professional sports in the Philippines before returning to the US to pursue his career in tech.

The Rise of Micro-Credentials and Continuous Upskilling

As the requirements for tech roles evolve, candidates are increasingly turning to micro-credentials to bridge the gap between their formal education and industry needs. This is particularly true for those transitioning from non-technical fields.

The Rise of Micro-Credentials and Continuous Upskilling
Phillips Microsoft Tech

During his period of unemployment and rejection, Phillips completed every LinkedIn Microsoft certification he could find. This commitment to continuous learning serves as a signal to recruiters that a candidate possesses both the curiosity and the drive to adapt to a fast-paced corporate environment.

Key Strategies for Non-Technical Tech Applicants:

  • Set targeted alerts: Use email notifications for specific non-technical job categories to be among the first to apply.
  • Leverage Premium Tools: Utilize platforms like LinkedIn Premium to facilitate direct outreach to decision-makers.
  • Diversify your skill set: Combine a traditional degree (like an MBA) with platform-specific certifications.

The Psychology of Persistence in a High-Rejection Market

The modern job search is often a test of mental endurance. The gap between the first application and the final offer can be vast. For Phillips, this period lasted 15 months, culminating in two simultaneous offers in April 2025: one for the Microsoft Surface Pro team and one for Xbox/Minecraft.

How I Got a Job at Microsoft | My Incredible Journey

Drawing a parallel to his athletic background, Phillips noted that in basketball, “you only need one shot to go in.” This mindset—treating rejections as part of the process rather than a final verdict—is becoming a necessary trait for those entering the highly competitive gaming and tech industries.

For those targeting legendary teams like Mojang Studios, the combination of persistence, networking, and a genuine passion for the product (such as a lifelong love for the Xbox ecosystem) remains the most effective strategy.

Frequently Asked Questions

How many rejections are common when applying to Big Tech?
It can be significant. In the case of Benjamin Phillips III, he faced more than 50 rejections before receiving an offer from Microsoft.

Frequently Asked Questions
Phillips Microsoft Benjamin Phillips

Can you get a job at a gaming company without being a developer?
Yes. Notice numerous business-facing roles, such as Business Program Manager, that allow professionals to contribute to the gaming industry without a technical coding background.

Do LinkedIn certifications actually help in getting hired?
They can demonstrate a candidate’s initiative and familiarity with a company’s ecosystem, serving as a supplement to formal education like an MBA.

Ready to pivot your career into tech?

Share your own job search challenges or success stories in the comments below, or subscribe to our newsletter for more industry insights!

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