Tuesday, February 24, 2026

Next we quantify this into a 2050 Polarity Probability Matrix assigning rough likelihoods to each structural configuration.

 


Below is a quantified 2050 Polarity Probability Matrix.

This is not a prediction. It is a structured probabilistic assessment based on:

  • Institutional resilience

  • Demographic trajectory

  • Energy transition pathways

  • Semiconductor sovereignty

  • AI ecosystem depth

  • Geopolitical cohesion

Probabilities reflect relative plausibility under current trend trajectories, incorporating moderate technological acceleration but not assuming guaranteed quantum or fusion breakthroughs.


I. Baseline Assumptions (Trend-Weighted)

By 2050:

  • AI centrality is certain

  • Energy transition is advanced but fusion is uncertain

  • Quantum likely mature but not universally dominant

  • Space infrastructure is strategically embedded

  • Demographic divergence (aging vs youth) intensifies


II. 2050 Global Polarity Configurations

CONFIGURATION A — Reinforced U.S.–China Tech Duopoly

Description
Two dominant AI–energy–quantum poles.
Europe semi-autonomous but dependent.
India regional but not systemic.
Africa largely arena.

Drivers

  • No U.S. collapse

  • China stabilizes slowdown

  • No disruptive fusion

  • Quantum diffusion controlled

Probability: ~35%

This remains the single most likely configuration if no extreme shock occurs.


CONFIGURATION B — Tripolar Tech Order (U.S.–China–Europe)

Description
Europe federalizes defense, achieves semiconductor scaling, and develops autonomous nuclear posture.
India rising but secondary.

Drivers

  • Sustained security pressure

  • EU fiscal integration

  • Industrial policy coherence

Probability: ~20%

Hard but plausible under sustained Russian pressure and reduced U.S. reliability.


CONFIGURATION C — Diffuse Multipolarity (Fragmented U.S., Slowed China)

Description
No dominant pole.
Regional blocs:

  • Europe

  • India

  • East Asia (Japan–Korea)

  • Gulf compute states

  • Turkey/Brazil regional spheres

AI and cyber frequent low-grade instability.

Drivers

  • U.S. institutional weakening

  • China stagnation

  • No fusion breakthrough

Probability: ~15%

Less stable but structurally possible.


CONFIGURATION D — Algorithmic-Industrial Concentration After Quantum Breakthrough

Description
One state achieves decisive quantum advantage.
Deterrence shifts.
Global order compresses into techno-hegemonic dominance or hardened bipolarity.

Drivers

  • Asymmetric quantum breakthrough

  • Encryption collapse

  • Rapid re-centralization of power

Probability: ~10%

Quantum breakthrough likely; decisive asymmetric monopoly less likely.


CONFIGURATION E — Fusion-Flattened Polarity

Description
Fusion democratizes energy.
Compute abundance spreads.
Mid-tier institutional states rise (India, Japan, Germany).
Energy exporters decline.

Power defined by chips + governance + talent density.

Drivers

  • Commercial fusion success

  • Rapid global deployment

Probability: ~8%

True large-scale fusion by 2050 remains uncertain.


CONFIGURATION F — African Leapfrog Pole

Description
Africa becomes coordinated AI-energy bloc.
Minerals leveraged into semiconductor equity.
Continental digital integration achieved.
Energy abundance (fusion or renewables) supports compute scale.

Drivers

  • Deep AU integration

  • Semiconductor partnership strategy

  • Stable governance reform

Probability: ~5%

Structurally possible but institutionally demanding.


CONFIGURATION G — Space-Dominant Stratification

Description
Polarity defined primarily by orbital control.
Anti-satellite and space energy dominance central.
Terrestrial power secondary.

Drivers

  • Rapid militarization of space

  • Space-based energy deployment

Probability: ~7%

Space becomes decisive, but unlikely to fully override terrestrial factors.


III. Consolidated 2050 Probability Matrix

ConfigurationStructureProbability
AReinforced U.S.–China duopoly35%
BTripolar (U.S.–China–Europe)20%
CDiffuse multipolar fragmentation15%
DQuantum concentration dominance10%
EFusion-flattened compute order8%
FAfrican leapfrog pole5%
GSpace-dominant stratification7%

(Total ≈100%)


IV. Meta-Insights

1️⃣ Institutional resilience dominates technology shocks

Even quantum and fusion redistribute power primarily among actors with governance coherence.

2️⃣ Energy importance declines relatively

Energy remains foundational but less geopolitically monopolizable.

3️⃣ Semiconductor sovereignty becomes the hardest bottleneck

More decisive than minerals.
More decisive than raw population.

4️⃣ Africa’s leapfrog window depends on integration, not resources

Mineral dominance alone does not convert to polarity.


V. Most Probable 2050 Reality (Weighted Mean)

The weighted center of gravity suggests:

A world that is:

  • Primarily U.S.–China centered

  • With stronger European autonomy

  • Rising Indian weight

  • Persistent regional volatility

  • Space and cyber deeply integrated into deterrence

  • AI as the core strategic layer

Not chaos.
Not hegemonic unipolarity.
Not fully democratized power.

But a technologically dense, strategically tense, partially concentrated order.

Here's a collapse scenario (e.g., U.S. fragmentation, China slowdown), and analysis whether Africa could leapfrog into pole status under fusion-enabled compute abundance.

 


Below is a structured dual-scenario analysis:

  1. Collapse Shock: U.S. fragmentation + China structural slowdown

  2. Leapfrog Scenario: Africa under fusion-enabled compute abundance

The goal is not prediction but structural plausibility by ~2050.


PART I — Collapse Scenario

A. U.S. Fragmentation (2035–2045 window)

Assume:

  • Severe political polarization

  • Federal paralysis

  • Fiscal crisis and debt instability

  • Declining trust in federal institutions

  • Strategic retrenchment abroad

This is not civil war, but functional fragmentation — reduced coordination capacity.


Immediate Effects (0–5 Years)

Alliance Shock-

NATO coherence weakens.
Security guarantees become ambiguous.

Primary affected actors:

  • Germany

  • Poland

  • Japan

  • South Korea

They must hedge or accelerate autonomy.


Dollar & Financial System Volatility-

If U.S. fiscal credibility weakens:

  • Treasury market instability

  • Dollar reserve erosion

  • Fragmentation of global payment systems

Competing systems (digital yuan, regional currencies) expand.


AI & Semiconductor Disruption-

Even fragmented, the U.S. still hosts:

  • Core AI labs

  • Hyperscale cloud infrastructure

  • Advanced chip design

But policy incoherence slows coordination and export control enforcement.

Result:
The U.S. shifts from cohesive pole → technologically powerful but strategically erratic actor.


B. China Slowdown (Parallel Shock)

Assume:

  • Demographic contraction accelerates

  • Debt crisis in local governments

  • Capital flight

  • Reduced industrial competitiveness

China avoids collapse but enters prolonged stagnation.


Combined Effect: End of Duopoly

If both weaken simultaneously:

  • Global polarity becomes diffuse and unstable

  • No single actor can enforce systemic rules

  • Regionalization accelerates


Likely Outcome (2045–2055)

Europe Forced into Autonomy-

If security pressure rises and U.S. commitment weakens:

A Franco-German core could integrate defense and nuclear doctrine.

This transforms Europe from secondary pole → autonomous systemic actor.


India Gains Relative Weight-

India

With both U.S. and China distracted:

  • Supply chains diversify toward India

  • Tech investment relocates

  • Demographic dividend continues

India becomes a major AI-energy pole if institutional reforms accelerate.


Middle Powers Expand Regional Influence-

  • Turkey

  • Brazil

  • Indonesia

Regional multipolarity deepens.


Structural Risk

Without dominant poles:

  • Cyber conflict increases

  • Autonomous weapon incidents escalate

  • Financial fragmentation intensifies

  • Space infrastructure becomes contested

The system becomes unstable but not necessarily chaotic.

It resembles late 19th-century multipolarity, but AI-accelerated.


PART II — Africa Under Fusion-Enabled Compute Abundance

Now assume:

  • Fusion energy becomes widely deployable

  • Energy ceases to be a binding constraint

  • AI compute becomes geographically flexible

This changes Africa’s strategic ceiling.


Current Constraint Set (2025 Baseline)

Africa’s limiting factors:

  • Energy scarcity

  • Grid instability

  • Fragmented markets

  • Weak semiconductor capacity

  • Institutional fragmentation

Fusion directly removes the first constraint.


Phase 1: Energy Abundance (2035–2050)

If fusion reactors become modular and deployable:

African states could:

  • Bypass fossil dependency

  • Scale hyperscale data centers

  • Power desalination and agriculture

  • Electrify manufacturing

Energy no longer binds growth.


Phase 2: Compute Localization

AI model training becomes:

  • Less geographically concentrated

  • Less dependent on fossil-fuel-heavy grids

This allows:

  • Sovereign AI model development

  • Data localization

  • Reduced dependence on external cloud providers

But compute abundance ≠ institutional capacity.


Critical Bottlenecks Remain

For Africa to become a pole, it must solve:

  1. Continental integration

  2. Regulatory harmonization

  3. Semiconductor supply chain access

  4. Education and talent scaling

  5. Political stability


Divergence Scenario

If African Union Integration Deepens

And key states coordinate:

  • Nigeria

  • Kenya

  • South Africa

  • Egypt

Then Africa could:

  • Pool population-scale data

  • Build continental AI infrastructure

  • Negotiate semiconductor partnerships

  • Convert mineral leverage into chip equity

Under fusion, energy stops being the bottleneck.

Population + data + minerals + integration → pole potential.


If Integration Fails

Africa becomes:

  • A compute hosting periphery

  • A mineral provider

  • A data extraction zone

Fusion does not automatically produce sovereignty.


Could Africa Truly Become a Pole?

To qualify as a pole by 2050, Africa would need:

  1. Continental digital integration

  2. Defense-industrial coordination

  3. AI research hubs scaling globally

  4. Satellite infrastructure participation

  5. Institutional coherence across major states

Fusion makes this technically possible.

But it is politically conditional.


Combined Collapse + Fusion Scenario

If:

  • U.S. weakens

  • China slows

  • Fusion democratizes energy

Then global hierarchy flattens.

The new poles would be those with:

  • Institutional resilience

  • Talent density

  • Semiconductor partnerships

  • Space integration

Africa becomes one of the few regions with:

  • Demographic growth

  • Mineral leverage

  • Energy abundance (post-fusion)

That creates a narrow but real window for pole emergence.


Final Structural Assessment

Under U.S.–China weakening:

→ Multipolar instability rises
→ Europe and India gain relative weight
→ Regional powers expand

Under Fusion Abundance:

→ Energy exporters decline
→ Compute democratizes
→ Institutional coherence becomes decisive

Africa’s Leapfrog Probability:

Low under current fragmentation.
Moderate under deep continental integration.
High only if:

  • Fusion is modular and affordable

  • Semiconductor access is secured

  • Governance coherence improves dramatically


The core lesson across all scenarios:

By mid-century, polarity will depend less on:

  • Raw resources

  • Population scale

  • Fossil energy

And more on:

  • Institutional integration

  • Semiconductor sovereignty

  • AI governance

  • Space infrastructure control

The Tree That Refused to Grow Straight

 


The Tree That Refused to Grow Straight.  

A crooked tree survived storms that broke taller, straighter ones. 

When asked why, it replied, “I learned to bend before I learned to grow.” 

 Core lesson: Adaptability is strength. 

Expansion angle: Resilience, mental health, humility.

On the edge of a wide plain grew a tree no one admired.

Its trunk leaned left, then curved back right. Its branches twisted as if arguing with the sky. Travelers used straighter trees for shade. Builders ignored it for timber. Children pointed and laughed.

“Why don’t you grow properly?” the young trees nearby asked, standing tall and proud.

The crooked tree listened to the wind and said nothing.

Each season, storms crossed the plain. The young, straight trees stood rigid, daring the wind to challenge them. They believed strength meant resisting.

The crooked tree bent.

When the wind pushed, it yielded. When the rain soaked the soil, it shifted its weight. Its roots spread unevenly, gripping wherever they could find hold. It never looked impressive—but it remained.

One night, a great storm came. The sky tore itself open. The wind roared without apology.

The tall trees snapped. Some broke at the trunk. Others were torn from the ground entirely.

When morning came, the plain was quiet.

The crooked tree still stood.

A sapling, shaken and scarred, asked, “How did you survive when stronger trees fell?”

The crooked tree creaked softly and replied, “I learned to bend before I learned to grow.”

“I did not chase height,” it continued. “I chased balance. I did not demand the world be gentle—I adjusted when it was not.”

Over time, people returned to the plain. They tied animals to its trunk. They rested in its uneven shade. Birds nested safely in its tangled branches, protected from clean, cutting winds.

What was once mocked became shelter.

And those who passed learned what the storm had already taught:

Adaptability is not weakness—it is wisdom that keeps you standing.

Turkey’s Cabinet Reshuffle Sets the Stage for Its Next President

 


Turkish president Recep Tayyip Erdogan is laying the groundwork for a dynastic succession—and disposing of democratic institutions that might obstruct it.

On February 11, Turkish lawmakers came to blows on the parliament floor over President Recep Tayyip Erdogan’s decision to appoint new justice and interior ministers. Cabinet reshuffles are routine in Erdogan’s Turkey, serving as a calculated mechanism to purge insufficiently loyal officials and replace them with figures willing to faithfully execute his increasingly authoritarian agenda.

This latest reshuffle, however, carries far greater significance: it appears to reflect Erdogan’s deliberate effort to facilitate a seamless transfer of power to his son, Bilal Erdogan. The professional histories and loyalties of the newly appointed ministers suggest they were selected not for technocratic competence, but for their proven willingness to weaponize state institutions against political challengers—most notably the main opposition Republican People’s Party (CHP).

By consolidating control over the justice and interior ministries, Erdogan is tightening his grip over the mechanisms that oversee elections, law enforcement, and judicial proceedings. In doing so, he is not merely governing, but shaping the conditions under which his successor will be determined. The objective of these machinations is clear: weaken the opposition, eliminate meaningful electoral independence, and ensure that Bilal Erdogan’s eventual ascent to the presidency occurs without resistance or democratic interruption.

The Anatomy of a Government Takeover

On February 11, Erdogan’s propaganda-media outlets announced the appointment of two new cabinet members, Justice Minister Akin Gurlek and Interior Minister Mustafa Ciftci. While Ankara has not yet made official comments on the reason for replacing two sitting cabinet ministers, the change has come at a crucial juncture in what is expected to be Erdogan’s final presidential term. As questions of constitutional changes and even an early election circulate through Turkish public discourse, the cabinet shift sets in motion Erdogan’s plan to install his intended successor.

Between Erdogan’s two new cabinet picks, Justice Minister Akin Gurlek stands out as the greater threat to Turkey’s liberal opposition and the country’s last vestiges of democracy. CHP politicians have long referred to Gurlek as the “mobile guillotine” for his reputation of handing exceptionally heavy sentences to anti-Erdogan politicians and journalists. Before assuming his current office, Gurlek began his 18-month tenure as Chief Prosecutor for Istanbul—and almost immediately made clear his aim to use that office to burn the opposition Republican People’s Party (CHP) to the ground. In March 2025, his office arrested the popular CHP mayor of Istanbul, Ekrem Imamoglu, on transparently bogus espionage charges. Recognizing that Imamoglu, the CHP’s presidential nominee, was the greatest threat to Erdogan and his successor, Gurlek demanded in November that Imamoglu be sentenced to more than 2,000 years in prison. Beyond Imamoglu, Gurlek’s long-term campaign against CHP leaders initiated an aggressive crackdown, in which Ankara attempted to replace the opposition’s Istanbul provincial leader and sent in police to storm the party’s headquarters in September.

With expanded powers and command over the Turkish justice system, Gurlek’s war against the CHP is no longer limited to Istanbul. Turkey’s justice minister now presides over the Judges and Prosecutors Council (HSK), the supreme body responsible for appointing, assigning, promoting, and suspending all of Turkey’s judges and prosecutors. In short, Gurlek holds the keys to the kingdom, ensuring that Ankara’s already-compromised judiciary is packed with Erdogan loyalists and acolytes.

The first days of Gurlek’s tenure as Justice Minister already signal bad times coming for the CHP and for Turkey’s declining democracy. On February 11, Istanbul prosecutors swiftly arrested Ramazan Yildiz, a local-level CHP Youth Branch leader, for a social media post criticizing Gurlek. And considering the furor raised in Turkey’s parliament over the new justice minister—resulting in a CHP-AKP fistfight—arresting CHP politicians is unlikely to stop with district organizers jailed over free speech.

Erdogan Is Laying the Groundwork for Dynastic Succession

Since the end of 2025, Bilal Erdogan has risen in the public spotlight to assume the role of Turkey’s crown prince, appearing to garner his father’s favor more than other potential successors. As the likelihood of Bilal’s ascendancy to AKP leadership and a presidential nomination grows, the elder Erdogan’s cabinet reshuffle is even more telling. Handing Bilal the reins of the courts and the police, especially if he comes to succeed his father as the AKP’s leader in 2026, is a recipe for dynastic autocracy.

Appointing Gurlek to head the Justice Ministry speaks to the president’s desire to arm Bilal with family friends in his “strong suits.” Bilal does not yet hold public office, although he has many connections within Turkey’s judiciary and has previously weaponized them to jail his critics. Replacing former Justice Minister Yilmaz Tunc, whom AKP leadership purportedly viewed as weak, with Erdogan’s political hatchet man plays right into Bilal’s hands, giving him a legally immune aide to shut down his opponents nationwide.

Gurlek has also been known to target powerful individuals tied to AKP factions for questioning and prosecution. Despite his indictments of influential AKP-affiliated businessmen, media moguls, and other movers and shakers, Gurlek was careful never to lay a finger on Bilal Erdogan or his private-sector interests. Should intra-AKP tensions and presidential challengers, like Foreign Minister Hakan Fidan, begin to pose a threat, Bilal can count on a loyal judiciary to target his foes and their friends regardless of party.

Installing the less-known Mustafa Ciftci, formerly Governor of Erzurum, as Interior Minister brings a fresh autocratic flavor to the agency responsible for Turkey’s police and homeland security. Ciftci has long been affiliated with the Turkish Youth Foundation (TUGVA), an Islamist NGO with politically powerful members—including Bilal Erdogan—on its board of directors. As such, Turkish media have already identified Ciftci as a sycophant for Bilal, less hesitant than ministers past to put force behind the younger Erdogan’s strongman aspirations. The new Interior Minister, reputed to be a “harsher” man than his predecessor Ali Yerlikaya, will likely hesitate less to restructure his agency as a tool of state violence and fear. The aggressive police response to Istanbul’s September protests under Yerlikaya was but a prelude to what violence may come under Ciftci, as the increasingly unpopular Erdogan family faces louder calls to release Imamoglu and cease their lawfare campaign against the CHP. The costs attached to resisting Erdogan’s authoritarian will are likely to increase.

All of these maneuvers appear rooted in President Recep Tayyip Erdogan’s intention to elevate his son to AKP leadership, potentially as early as this year. Securing the party helm would allow Bilal to consolidate authority within Turkey’s fused party-state apparatus, build loyalty among key political and bureaucratic actors, and position himself as the natural successor to the presidency.

Turkish Democracy Isn’t Dead Yet

Such an outcome, however, ultimately hinges on electoral timing. Whether Bilal assumes the presidency will depend on when the next election is held—particularly if Erdogan seeks to call an early vote before the scheduled May 2028 date. At present, neither Erdogan nor his governing coalition appear inclined to pursue early elections. Public dissatisfaction, driven largely by Turkey’s worsening economic conditions, has eroded Erdogan’s popularity, making an early contest politically risky. The only major political force advocating for early elections is the CHP.

This reluctance suggests a more deliberate strategy. Erdogan is likely relying on his newly appointed justice and interior ministers to weaken and neutralize opposition forces ahead of any electoral contest. This approach would buy critical time to cultivate Bilal’s leadership credentials, consolidate institutional loyalty, and shape a more favorable political environment. Should Bilal formally assume a senior leadership role within the AKP by late 2026, and depending on the effectiveness of institutional pressure against opposition figures, Erdogan could then engineer electoral conditions that enable a controlled and predictable transfer of power.

Monday, February 23, 2026

The Risks and Opportunities of Sanae Takaichi’s Big Triumph in Japan

 


Takaichi’s broad support and growing military could make Japan a stronger US ally, but also threaten its other relationships in the Asia-Pacific region.

Earlier this month, the new Japanese prime minister Sanae Takaichi scored a major election victory, solidifying her party’s control in Japan’s national parliament. This win has given her an impressive mandate for change and will inevitably impact regional security in the Asia-Pacific.

Takaichi has shown an inclination to challenge China directly. This, along with her perceived effectiveness in partnering with President Donald Trump, constitute key parts of her foreign policy program, which appealed to the Japanese electorate.

From the US point of view, it’s good to have a strong, unified ally in Japan. But there are also risks to consider as Tokyo aims to shed some of its traditional caution in the realm of national defense.

Washington should steer Tokyo in the right direction by urging Takaichi to double down on arms and doctrines that are defensive, encouraging her to move away from ideological grandstanding and facilitating bold diplomatic initiatives by Japan and greater foreign policy realism.

Takaichi has succeeded in bringing up Japanese defense spending to 2 percent of GDP even faster than expected (as recently as 2024, the number still languished at 1.4 percent). 

The most significant defense initiative advocated by the popular prime minister concerns constitutional reform. At present, Japan’s “peace constitution” not only prohibits the Japanese government from participating in wars, but forbids the country from training armed forces. To get around that latter prohibition, Japan over time has developed quite formidable “self-defense forces.” A constitutional revision could resolve this rather obvious contradiction.

The United States stands to benefit from Japanese defense reforms. For example, increased resources will enable the completion of a new Japanese air base on Mageshima Island. It’s advantageous for Japan to have more air bases, enabling greater dispersal of military assets. As one analysis points out, “Battle damage to land bases can also be repaired much more quickly than a complex war machine like an aircraft carrier.”

A strong Japan is essential given the present situation in the Asia-Pacific. As China’s military power rises quickly, Japan serves as a logical point of balance. The large island archipelago also has favorable geography, including impressive strategic depth that would make it difficult to coerce, let alone conquer.

Yet even with these evident advantages, US decision-makers need to be apprised of the risks of a rising Japanese military, which are considerable, too. It’s not just that China has reacted badly to Takaichi’s more assertive approach. Japan’s delicate relationship with South Korea, one that Washington has sought to nurture over the last decade, could also be endangered by a brazen lurch away from Tokyo’s previously more pacifist approach to foreign and defense policy. After all, Koreans were also victims of Japanese aggression and this has not been forgotten on the peninsula.

But, as always, the biggest risk is Taiwan. Tensions across the Strait increased quite steadily in 2025. The situation was not helped by Takaichi’s injudicious statement that Japan would intervene in a Taiwan scenario. Such a seeming move toward “strategic clarity” in Taiwan’s corner formed a contrast with the Trump administration’s much more cautious approach and even drew a rebuke from Trump himself. Taiwan was not mentioned in the recently published US national defense strategy and Washington has been breathing new life into “strategic ambiguity” over the last year.

The United States will welcome a Japan that is more self-reliant, but not one that is leaning in to regional conflicts or further stoking tensions. In short, America needs a stalwart ally that pursues a genuinely defensive strategy.

Of late, quite a bit of attention has focused on Japan’s development of long-range strike missiles, expeditionary amphibious forces, deck aviation, and even the possibility of nuclear submarines. Yet there are more defense-oriented tasks that have long been neglected by the Japanese, including base hardening. Thus, it is reported that most air bases in Japan still lack hardened aircraft shelters, a contrast with the situation in South Korea.

There are risks to an emboldened Japanese foreign policy, but there are also opportunities. For example, it is well known that traditional conservatives like Takaichi have wider latitude to negotiate deals with adversaries. In that respect, one need only consider the examples of US presidents Richard Nixon or Ronald Reagan. This phenomenon of perceived hawks successfully tamping down tensions occurs because these leaders are often in a stronger political position to take risks for detente, having a better position to withstand criticism from other hawks.

A similarly bold maneuver might seek to improve Japan’s relationship with Russia, which would be wholly consistent with the strategy of Takaichi’s mentor, former Prime Minister Shinzo Abe. Not only would a friendlier Japanese approach to Russia accord with the Trump administration’s attempt to broker détente with the Kremlin, but Japan could benefit substantially from shipping along the developing Arctic transit route.

If Tokyo steers its long overdue military upgrade in a defensive direction, it will benefit both the United States and stability in the Asia-Pacific. Takaichi has reaped rewards from adopting certain Trump-like political stances. She may yet seek to emulate his obvious ambition to be seen as a peacemaker with major benefits for East Asia and the world.


Donald Trump’s “Maritime Action Plan” Is Sound Policy

 


The new plan calls for six fundamental—and badly needed—changes to America’s ailing shipbuilding sector.

America is no longer a maritime nation—but the Trump administration wants it to be. Last week, the White House released its long-awaited “Maritime Action Plan,” a document intended to set in motion a thoroughgoing renaissance in nautical affairs. Of course, the United States has not evacuated the oceans and seas. It still deploys the world’s premier—though no longer its largest—navy. But a navy is only part of a much larger enterprise involving domestic industrial production, construction of fleets of merchantmen as well as warships, and access to foreign harbors.

Naval, then, is a subset of maritime. Maritime strategy is an all-consuming pursuit. The Maritime Action Plan aims at revivifying the maritime industrial base and the much-shrunken US-built and -flagged commercial fleet, not just to help America prosper economically but to supply US expeditionary forces sealift without which manpower and firepower cannot reach distant battlegrounds in sufficient quantity.

It’s heartening that the White House has taken charge of the nautical effort. Not so long ago, responsibility for the manifold segments of the maritime project was fragmented among a multitude of US government agencies and private industry. No one was in charge of the whole endeavor. Only the White House wields authority over such pertinent agencies as the Departments of Homeland Security, Transportation, and Defense, along with the power to shape incentives among private shipbuilders and suppliers. The country now has the rudiments of a truly maritime strategy for the first time—a strategy that is long overdue.



What Would Mahan Think of America’s Naval Culture Today?

To get some purchase on what the Maritime Action Plan is all about, you could do worse than to review the discourse on the six “elements of sea power” from fin de siècle maritime sage Alfred Thayer Mahan. These are determinants of a nation’s fitness to go to sea. Three in particular are worth zeroing in on: the “number of population,” “national character,” and “character and policy” of the government.

The number of population does not refer solely to brute demographics, as it might sound. Mahan did regard it as beneficial for a country to have a sizable populace relative to its geographic size, but the main thing was to have an adequate corps of maritime-related tradesmen within the populace. A country with a smaller population made up of the right people could compete against a rival boasting a larger but more land-oriented population.

That spells trouble for the United States, because its corps of skilled labor is in precipitous decline today. Since World War II, official policy has let mercantile seafaring atrophy along with the supporting industrial base. China, America’s foremost geopolitical rival, accounts for about half of world shipbuilding. The US industrial complex accounts for a fraction of 1 percent. With the withering of US-flagged commercial shipping, the base of welders, pipefitters, and specialist trades of all kinds withered as well. Demand for their services was too meager. The Maritime Action Plan seeks to regenerate the workforce necessary to reconstitute US commercial sea power.

There’s a cultural dimension to sea power as well, which is what Mahan means by national character. A people not intrinsically given to marine pursuits—seaborne trade in particular—does not possess the right stuff for high-seas exploits. Mahan feared the United States of his day wouldn’t develop a seagoing ethos. It might turn inward rather than venture out to sea. One imagines he would be horrified at how that aspect of American culture has wilted in recent decades. Nurturing an oceanic culture anew has to be part of any effective US maritime strategy.

And then there’s the character of the government. By that, Mahan meant that a saltwater-minded government must enact wise laws, policies, and regulations to foster marine industry, shipbuilding, and commerce. This is how the government grooms the necessary corps of shipbuilders and mariners, and it’s how the government inflects the national culture toward oceanic endeavors. Mahan thus furnishes a set of standards for evaluating the Maritime Action Plan and the many actions the plan outlines to rejuvenate US sea power.

What the Maritime Action Plan Calls For

A few passages in the plan stood out to me in particular.

First, the directive espouses instituting one hundred “maritime prosperity zones” to encourage shipbuilding in regions “outside traditional coast shipbuilding and ship repair centers, including river regions, the Great Lakes, Alaska, Hawaii, and US territories.” This is wise. Not only does it bolster the United States’ prospects for constructing new merchantmen in large numbers in a reasonable timeframe, it also enlists more of the populace in seafaring pursuits—while alerting people in the continental interior to the importance of sea power. The sea will no longer be an abstraction for inhabitants of the hinterland when they see nautical industry in daily life. In turn, prosperity zones could nudge the national character in a healthy direction.

Later on, the document puts the spotlight on robotic and autonomous systems, noting that “a host of commercial shipyards and manufacturing facilities throughout the country’s interior” as well as along the coasts can build such craft in whole or contribute modules for final assembly at another yard. It calls for working toward a common design derived from private industry in order to proliferate production facilities. Many smaller yards could mass-produce a common design, accelerating efforts to field inexpensive drone craft in bulk.

Second, the action plan calls for forging accords with close allies such as South Korea and Japan, both of which sport vibrant shipbuilding complexes. To speed up the shipbuilding process, the directive advocates letting foreign shipbuilders construct vessels for the US commercial sector in their home countries during a transitional period. It contemplates “a potential ‘Bridge Strategy’ [that] provides a multi-ship buy wherein the first ships in the contract are built in a foreign shipbuilder’s home shipyard while concurrent direct capital investments are made in a US shipyard they have purchased or partnered with to eventually onshore construction.”

If successful, such a phased strategy will deposit hulls in the water in fairly short order, all while helping rebuild the US maritime industrial base—making the United States more self-sufficient over the long haul.

Third, the plan prescribes a mass-production mindset. It calls for harnessing mature ship designs wherever possible. “With the exception of warships,” the document’s framers want to “use designs of existing mature or modular commercial or government (domestic and international) vessels that can be adapted to multiple agency mission needs with minimal modification.” Modifications needed for ships to perform dual-use service for the Department of Defense should be “reserved for the post-delivery period.” In other words, manufacture the hulls now and tailor them later.

Fourth, the Maritime Action Plan repeatedly and correctly notes that industrial capacity is a decisive determinant in protracted great-power competition and warfare. “During World War II,” it observes, “the United States produced thousands of naval and merchant ships and trained hundreds of thousands of new sailors and mariners, which enabled the Allies to win the war. By 1946, over 70 percent of oceangoing shipping was US-flagged.” This is both a cautionary tale and a benchmark for American maritime strategic success today. US industry started serial-producing armaments well before the Japanese attack on Pearl Harbor. For instance, the Two-Ocean Navy Act of 1940 in effect authorized construction of a second complete US Navy from scratch. Transports, freighters, and logistics ships of all sorts accompanied the buildup of combatant ships.

We are roughly as far out from the purported time of maximum danger in the Taiwan Strait next year as the United States was from Pearl Harbor when the Two-Ocean Navy Act went into effect. There’s your standard for shipbuilding success. Time is short, and we are starting from behind compared to 1940.

Fifth, the action plan calls for creating a “Maritime Security Trust Fund.” Private industry hedges against risk and thrives on certainty. It is common knowledge that Uncle Sam is hard for private firms to work for. He moves slowly and has a habit of changing his mind about requirements in midcourse. “By securing stable, long-term funding,” contends the plan, the trust fund “would ensure consistent support for investments in shipbuilding, fleet expansion, industrial base resilience, and maritime workforce development.” The fund’s goal would be to guarantee steady demand for ships and maritime-related implements, while assuring a steady flow of funding to pay for them. That way, private shipbuilding firm chieftains could plan ahead, order construction materials ahead of time, and train and hire skilled labor, confident that the US government would not hang them out to dry if the political winds changed. Risk would abate.

And lastly, the Maritime Action Plan closes by acknowledging that Congress must be part of the maritime quest. Legislation is needed to rebuild mercantile sea power, and political support needs to be bipartisan. So much—and such fundamental—work is necessary to bring about a restoration that the effort will long outlast the Trump presidency. Accordingly, the cause of Mahanian sea power will need support from lawmakers, future presidents, and the electorate for many years to come if the cause is to flourish. As we should all hope it will.

Now—as Captain Mahan might say from beyond the grave—let’s execute.

America Is Building a New “Liberty Ship” for the 21st Century

 


US startup Blue Water Autonomy is developing a fully autonomous cargo boat in partnership with Dutch shipbuilder Damen.

During World War II, the United States mass-produced a class of cargo ships known as “Liberty Ships.” With more than 2,700 of the class built between 1941 and 1945, the Liberty Ship continues to hold the record for the most large ships ever built on a single design. The low-cost, quickly-produced vessels quickly proved vital to the war effort, transporting massive amounts of cargo and personnel across war theaters in the Atlantic and the Pacific. In total, the Liberty Ships accounted for two-thirds of all US wartime cargo transported to the various theaters of operation during the conflict.


In a potential war in the Indo-Pacific, the US military will again need to move equipment, and work is already underway on a 21st-century Liberty Ship. Although the role and cargo capacity will be similar, the new version will be a little different, notably in that it won’t require a large crew—or indeed, any crew at all.

A US Defense Startup Is Building an Autonomous Liberty Ship


Blue Water Autonomy announced this month that it was developing a new Liberty-class 190-foot steel autonomous ship with a range of more than 10,000 nautical miles and the ability to carry upwards of 150 metric tons of cargo. The Boston-based technology and shipbuilder has partnered with the Dutch-based Damen Shipyards Group, which is aiding in the design, with the vessels being constructed at Conrad Shipyard’s facilities in Louisiana.

Work on the lead vessel will begin next month, with the first vessel on track to be delivered to the US Navy by the end of the calendar year.

“Liberty’s design supports a range of missions, including missile, sensor, and logistics payloads, and offers the Navy a ship immediately producible with existing US shipyards and commercial supply chains,” the company explained in a statement.

The new Liberty-class vessel is based on Damen’s Stan Patrol 6009 hull design, which features the distinctive “Axe Bow” that reportedly can slice “cleanly through the waves,” and minimize slamming. There are more than 300 Axe Bow vessels in service worldwide.

“The Axe Bow hull was designed for demanding operational requirements, from speed and range to seakeeping,” said Mark Honders, Design and License Manager at Damen. “Seeing the Stan Patrol 6009 adapted for autonomous operation underscores the flexibility of the design and demonstrates how proven commercial designs can serve new and emerging maritime missions.”

Blue Water Autonomy also claimed that the design could reduce technical risk and allow it to focus on “re-architecting the vessel’s internal systems for autonomous operation.” The Boston-based firm further redesigned the transport ships to accommodate the autonomous systems, along with a “fault-tolerant propulsion system,” which will enable greater autonomy with limited human intervention, even for month-long deployments at sea.

“The Liberty class reflects our focus on building autonomous ships that are designed from the start for long-duration operations and repeat production,” explained Rylan Hamilton, CEO of Blue Water Autonomy. “By adapting a proven hull and re-engineering it for unmanned operations, we’re delivering a vessel that can operate for extended periods without crew while being produced at a pace the Navy urgently needs. This is a modern take on an old idea: building capable ships quickly and at scale.”

Louisiana Is a Fitting Place to Build the New Liberty Ships

The original World War II-era Liberty Ships were constructed at 18 specialized shipyards, with major production occurring at Richmond, California; Portland, Oregon; Vancouver, Washington; Baltimore, Maryland; Wilmington, North Carolina; and Brunswick and Savannah, Georgia.

Delta Shipbuilding, located on the Industrial Canal in New Orleans, was also a major producer of Liberty Ships, with other firms, including Pendleton Shipyards, involved in the construction or fitting out of the vessels. New Orleans was also where many of the “Higgins Boat” landing craft of D-Day fame were built.

It is thus fitting that Conrad Shipyard, which has five yards and a workforce of 1,100, will produce the new Liberty Ships, employing its advanced shipbuilding approach. The future autonomous cargo boats will be manufactured via Conrad Shipyard’s “highly automated panel line and welding techniques.” That could enable parallel builds, significantly reducing each ship’s overall build time.

“Conrad has a long history of building complex vessels for both commercial and government customers,” said Cecil Hernandez, president and CEO of Conrad Shipyard. “We have the infrastructure, workforce, and production readiness to begin construction and support serial builds, helping translate advanced vessel designs into operational capacity.”

Blue Water Autonomy is set to deliver the first ship this year and then move to serial production, aiming to deliver 10 to 20 vessels annually. 

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