Monday, October 05, 2026

Lawyer lays out Trump scheme to grab a third term with 'realistic chance' of success

Robert Davis
October 4, 2026 
RAW STORY


FILE PHOTO: U.S. President Donald Trump shakes hands with U.S. Supreme Court Chief Justice John Roberts (R) as Melania Trump, Donald Trump Jr. and Ivanka Trump look on after being sworn in during inauguration ceremonies in the Rotunda of the U.S. Capitol on January 20, 2025 in Washington, DC. Chip Somodevilla/Pool via REUTERS/File Photo

President Donald Trump's claim that he could seek a third presidential term has met significant pushback from political analysts, but one lawyer has spotted a scheme that could deliver Trump to the White House again in 2028.

Trump has floated the idea of running for a third term throughout his second administration, even though the U.S. Constitution strictly limits presidential terms. Even some of the president's allies, like MAGA figurehead Steve Bannon, have said Trump can evade the Constitutional limitation.

Dmitri Mehlhorn, an attorney and Democratic strategist, laid out the plot that could prove Trump's allies right on a new episode of "The David Pakman Show."

The first step of the plot, according to Mehlhorn, is for the Republican Party to nominate Trump during the 2028 convention. He argued that it is hard to see a world in which the Republicans don't simply say "Yes, sir" in response to Trump's demand.

"The Republican Party can nominate him, and once they do, it becomes very difficult for anyone to force him off the ballot, or for someone to invalidate [him]," Mehlhorn said. "Then, you have a realistic chance that he could be president yet again."

After he's nominated, Mehlhorn argued that Trump can use the viscous legal system against itself to force the Supreme Court to declare his candidacy illegal. Mehlhorn argued that the current Supreme Court has been incredibly deferential to Trump, which raises the stakes for such a case, if it comes to that.

"What you have to imagine is that five current justices would issue a ruling that he cannot be president. And then, how would that be enforced? What would that mean?" Mehlhorn said. "Would the electors not get sent to Congress? And then, de facto, what that would mean is that whoever is the Democrat would be the president. I believe this Supreme Court, at least five justices, would say, 'That's not our job. Our job is not to decide."

"No Supreme Court is going to step in late in the game and decide a presidential election like that," he continued. "Theoretically, they could, but they would use the 'political question' doctrine to say, 'That's not our job; it's the job of the voters."

Under this scenario, Mehlhorn argued that the Supreme Court wouldn't have to actually rule on the case. Instead, they could punt and allow the proceedings to stand.




‘This is big’: Trump admin deals 'damning' blow to 75-year partnership with rushed retreat

Alexander Willis
October 5, 2026 
RAW STORY


B‑1B Lancer bomber at the RAF Fairford airbase, after police declared a major incident at the base after several men were arrested on suspicion of offences under the Explosives Act, in Fairford, Gloucestershire, Britain, September 28, 2026. REUTERS/Toby Shepheard

In what NBC News described Sunday morning as a “rushed withdrawal,” the Trump administration appears to have ended a U.S.-British military partnership that dates back to 1950 after authorities foiled a suspected terror plot.

Last month, local residents near Royal Air Force Fairford — a British air base used by the United States for more than 75 years — were evacuated after a “major incident” initially believed to involve explosives was declared by local law enforcement. Five men were arrested in connection with the incident and remain under investigation.

On Sunday, the Trump administration confirmed that “all U.S. bombers” deployed to RAF Fairford “have been re-deployed to their home stations in the United States” in what NBC News called a “hasty” process, a development that left countless journalists in shock.


“B1, B2 and B52 bombers will now operate from the USA while airmen and their families have returned home to America,” wrote British journalist Ben Leo in a social media post on X.

“The United States has basically said ‘enough’ in a damning indictment of its military alliance with Britain. This is big.”

In a follow-up post, Leo added, “What’s interesting (and damning) about this is the Americans likely feel the UK can’t guarantee the safety of its aircraft and personnel at a MILITARY BASE.”

Rep. Randy Fine (R-FL), a vocal supporter of President Donald Trump who’s suggested dogs were superior to Muslims, suggested the U.S. withdrawal was due to Britain’s Muslim population, despite Muslims making up around 6% of England and Wales’ population. Fine has frequently referred to Muslim migration as an “invasion.”

“Britain has fallen. The United Islamic Kingdom is no longer a reliable ally of the United States,” Fine wrote in a social media post on X.


Republican unease with Trump spreads to places it was never supposed to reach: report


Travis Gettys
October 5, 2026
RAW STORY


U.S. President Donald Trump dances during a campaign rally for U.S. Senator Darline Graham (R-SC) at the Myrtle Beach Convention Center in Myrtle Beach, South Carolina, U.S., August 21, 2026. REUTERS/Evan Vucci

Republican unease with President Donald Trump has spread beyond swing-district lawmakers fighting for their political lives.

Senators from some of the country's most reliably red states are now openly challenging him on the economy, the Iran war and more, according to a new report from The Washington Sun.

Trump's approval rating keeps sliding, and now the 80-year-old president is preparing to hold rallies in solidly Republican Oklahoma and Alabama in the coming weeks, possibly a sign the White House may be nervous about his own turf.

Sen. John Kennedy (R-LA), whose state Trump carried by 22 points in 2024, said he won't spin voters about rising prices.

"I'm not going to tell the voters, 'Oh, it's President Biden's fault, and it's not that bad, you shouldn't believe your checkbooks,'" Kennedy told reporters. He later told the Sun that "the main reason for the resurgence in inflation is the Iran war."

Sen. Jim Justice (R-WV) represents a state Trump won by more than 40 points and isn't up for re-election until 2031, and he pointed to soaring fuel and grocery costs and said Republicans have fumbled their message on the war.

"We knew that there was a real chance that it would drive gasoline and diesel and fertilizer and all that kind of stuff," Justice said. "We knew that and everything, but we never really dreamed we'd be there this long."

Senate Majority Leader John Thune (R-SD) objected to a series of Trump ads that appear to have been funded by taxpayers, while fellow South Dakotan Sen. Mike Rounds also criticized the TV spots, and he went on to criticize a clawback of nearly $1 billion in congressionally approved funds and Trump's order temporarily expanding foreign beef imports.

Sen. John Curtis (R-UT) asked the Senate Judiciary Committee to look into a Russian oligarch's payment for part of Donald Trump Jr.'s wedding festivities.

"To me, it just stinks. It's corruption. I don't like it," Curtis said in a video.

The GOP and its allies are also spending heavily to hold Senate seats in Alaska, Ohio and Texas – all states Trump won by double digits.

"The trend downwards is very clear," University of Maryland government professor David Karol told the Sun. He said Trump's weakening position makes Republicans "feel more free to separate themselves" from his least popular moves.

Retiring Sen. Thom Tillis (R-NC) cautioned that most Republicans still vote with Trump, but he welcomed the independent streak. He told the Sun that "having that image of independence going into this election is critically important to getting Republicans reelected."
Suspected Trump election interference sparks police raids in Brazil: report

Alexander Willis
October 5, 2026 
RAW STORY



Supporters of Brazilian presidential candidate Flavio Bolsonaro of the Liberal Party (PL) hold an inflatable of U.S. President Donald Trump, as they attend a rally on Independence Day, in Sao Paulo, Brazil September 7, 2026. REUTERS/Alexandre Meneghini


Computer equipment and communications were seized in Brazil’s largest city as part of a new Brazilian investigation announced Sunday into “possible external interference by the United States” in the nation’s presidential election, Agencia EFE reported.

On Sunday, Brazil held its first-round presidential election, which pitted Flávio Bolsonaro — a far-right politician supported by President Donald Trump — against Luiz Inácio Lula da Silva, Brazil’s progressive incumbent president and frequent Trump critic. Bolsonaro “outperformed expectations” Sunday after receiving 47% of the vote to Lula’s 45.1%, forcing the two into a runoff.

Brazil’s Federal Police, however, launched an investigation into whether the United States had unlawfully interfered in Brazil’s election, executing two search and seizure warrants in São Paulo on Friday.

At the heart of the investigation is a report from The Guardian that revealed the Trump administration planned to divert taxpayer dollars to fund groups opposing what it called “judicial overreach and censorship” by Brazil’s judicial system. Brazil’s Federal Police argued the Trump administration’s plan was designed to "destabilize and undermine the institutionality of the Brazilian Judiciary," Agencia EFE reported.

“Brazil's Federal Police is now officially investigating the US intervention in the election,” wrote journalist and analyst Benjamin Norton in response to Agencia EFE’s report. “The Trump admin openly supported far-right US puppet candidate Bolsonaro.”

Fears mounted ahead of Brazil’s first-round presidential election on Sunday after the Trump administration suspended all U.S. consular services in Brazil just two days before the election, a move critics described as “unprecedented.”

Bolsonaro is a lawyer, politician, and son of Trump ally Jair Bolsonaro, Brazil’s former president who’s currently serving a 27-year sentence on charges related to an attempted coup after his election loss in 2022. Trump imposed a 50% tariff on Brazil last year in response to Jair Bolsonaro’s prosecution, which he called a “Witch Hunt that should end IMMEDIATELY.”

“The way that Brazil has treated former President Bolsonaro, a Highly Respected Leader throughout the World during his Term, including by the United States, is an international disgrace,” Trump wrote in a July 2025 letter to Lula. “This Trial should not be taking place.”
CHUCKLES SAY'S ALL IS WELL.

'Wow, that was bad': Trump's top economic advisor ridiculed after faceplanting on CNN

Robert Davis
October 4, 2026 
AW STORY


White House National Economic Adviser Kevin Hassett speaks with reporters about recently released jobs numbers, on the driveway outside of the West Wing at the White House in Washington, D.C., U.S., September 4, 2026. REUTERS/Jonathan Ernst

President Donald Trump's top economic advisor got more than he bargained for in an interview with CNN's Jake Tapper on Sunday

Kevin Hassett, director of the National Economic Council, joined CNN's "State of the Union" on Sunday to try to defend the Trump administration's economic accomplishments. The interview happened about a month out from the 2026 midterm elections, and voters have said the cost of living and the economy are two of their top issues as the election approaches.

Hassett claimed during the interview that Americans seem "optimistic" about their economic future, citing their spending levels. He also made a series of puzzling claims about Trump's failure to lower mortgage rates, as he promised during the 2024 campaign, and the poor job numbers that the administration reported last week.

The interview left political analysts and critics floored, many of whom shared their reactions on social media.

"Wow, that was bad. He had zero answers. About the economy. And the midterms are in 29 days," Rose Benson, a comic and critic of the Trump administration, posted on X.

"So, Kevin Hassett is the kind of guy who would pretend he didn’t walk in on his wife getting plowed by his best friend for the rest of his life. That much I know," Dean Blundell, a Canadian radio personality, posted on X.

Steven M. Durlauf, a professor at the Stone Center for Research on Wealth Inequality and Mobility, posted a quote from Thomas Wolfe's "You Can't Go Home Again" on X about the corrosive consequences of growing wealth on American society.

"Suddenly we realize that America has turned into something ugly--and vicious--and corroded at the heart of its power with easy wealth and graft and special privilege...And the worst of it is the intellectual dishonesty which all this corruption has bred," Durlauf posted.




Nurse Educators Shape The Future Of Surgical Care



On World Teachers’ Day, Mercy Ships celebrates a Ghanaian lecturer and volunteer Valerie Source: Mercy Ships

October 5, 2026

By Eurasia Review



Key Takeaways:


Ghanaian lecturer Valerie, formerly an operating-room nurse, trains peri-operative staff in Accra and at the Medical Simulation Skills Institute, and volunteered on Mercy Ships’ Africa Mercy in Madagascar and Global Mercy in Sierra Leone.

The piece ties her work to World Teachers’ Day on Oct. 5 and the 60th anniversary of the UNESCO/ILO Recommendation on the Status of Teachers, as the Global Mercy starts a 10-month Ghana mission with free specialized surgery and support for the national surgical plan.

Training with the Ghana colleges of physicians and surgeons and of nurses and midwives includes ship placements; student Gabriel is cited as planning to become a nurse educator after clinical work.


After nearly a decade working as a nurse, Valerie moved from the operating room to the classroom. Now a lecturer at the School of Peri-operative and Critical Care Nursing in Accra, Ghana, she draws on her clinical experience to prepare other Ghanaian healthcare professionals to care for surgical patients.

Valerie also facilitates training through the Medical Simulation Skills Institute in Accra. In her curriculum, she uses illustrations and practical scenarios to help students understand and adapt to whatever happens in the operating room.

“I won’t have this energy and strength all the days of my life, so I need to impact others,” Valerie said. “Surgery is already a stressful experience, and we need to have people ready to facilitate that experience so that, even though it’s difficult for patients and their families, we alleviate this burden by offering them the best care they deserve.”


Valerie has continued to seek opportunities to learn alongside her teaching. During an academic leave, she returned to the operating room as a Mercy Ships volunteer on board the Africa Mercy® in Madagascar and later served twice on board the Global Mercy™ in Sierra Leone.

On board the floating hospitals, she observed how teams coordinated patient care before, during, and after surgery.

Valerie planned to share this knowledge with her students in Ghana.

Investing Educators Behind Safe Surgery

Observed annually on 5 October, World Teachers’ Day recognizes educators and their role in shaping society. This year also marks the 60th anniversary of the adoption of the UNESCO/International Labour Organization Recommendation concerning the Status of Teachers, a standard-setting instrument that establishes guidelines for initial training, continuing professional development and classroom teaching-learning conditions.

Healthcare educators such as Valerie help develop the skilled workforce needed to provide safe surgery. Their influence extends beyond individual students to patients, families, and healthcare systems.

Valerie’s story comes as the Global Mercy begins a 10-month field service mission in Ghana . Working in partnership with the Ghanaian government, Mercy Ships is providing free specialized surgery and helping to support the country’s National Surgical, Obstetric, and Anesthesia Plan (NSOAP).

Education, mentoring, and workforce development are all part of the field service in Ghana. Mercy Ships is working with the Ghana College of Physicians and Surgeons and the Ghana College of Nurses and Midwives to support postgraduate training through placements aboard the ship. These education and training programs are being developed to strengthen healthcare professionals’ skills and support Ghana’s surgical priorities.

One Teacher, Many Lives Impacted

Among the students influenced by Valerie is Gabriel, who was completing his Bachelor of Science degree in Accra. Gabriel described her as one of his favorite lecturers, and praising her clear and thorough teaching.

Her influence has deeply shaped his ambitions. Gabriel hopes that, after gaining sufficient clinical experience, he can become a nurse educator himself.

Gabriel will care for many patients throughout his career. If he becomes an educator, he will prepare others to do the same, just as Valerie did for him.

“You are helping save a life because you train those who are going to work,” he said.
The Illusion Of Hard Power: Reflection On How Democratized Technology And Strategic Geography Broke The Superpower Monopoly On War



A former infantry officer argues that Vietnam, Iraq, and African interventions show firepower does not buy compliance when a population treats the fight as existential, and that external backing or neglect left long instability from Congo and Somalia to Libya and the Sahel.

The 2026 Iran war and Ukraine are presented as a cost inversion: cheap mass drones and missiles force million-dollar interceptors, and Hormuz pressure moved the contest into shipping, insurance, and energy; Ukraine’s sea drones against the Black Sea Fleet are cited as the same pattern.

The conclusion is that total destruction is politically and strategically unavailable, so China’s caution on Taiwan and future stability depend on defensive sustainability and compromise rather than regime change—an argument, not a demonstrated law.



Written from the unique perspective of a former infantry officer of the late sixties, this paper examines the paradigm shift in 21st-century geopolitics, in which conventional military dominance no longer guarantees political control. Tracing an evolutionary line from the ideological endurance of Vietnam to the urban insurgencies of Iraq, the paper argues that contemporary conflicts involving Iran and Ukraine mark a watershed in modern warfare. By pairing fierce nationalist resolve with cheap, mass-produced asymmetric technology, weaker states have triggered a severe industrial-economic inversion, bankrupting expensive Western defensive systems through supply-chain attrition. Crucially, the paper highlights how Iran successfully weaponized its strategic geography—specifically the Strait of Hormuz—shifting the center of military gravity into global shipping, insurance, and energy networks and holding global markets hostage. Confronted with the reality that victory against an existential defense would require total destruction, superpowers such as the United States, Russia, and an island-facing China are hitting a structural wall. The paper concludes that absolute military coercion is obsolete; future global stability depends on balancing defensive sustainability with soft power, diplomatic tolerance, and mutual compromise.

The Illusion of Hard Power

In 1967, I was a young officer training at the Advanced Infantry School at Fort Benning, Georgia, alongside American officers. The ghost of the Vietnam War hung heavy over every field exercise, tactical briefing, and grueling march we endured. We were trained by men who had just returned from those jungles, and the lesson they drilled into us had nothing to do with a lack of American firepower. Instead, they forced us to confront the limits of willpower. We learned the hard way that you cannot militarily break an indigenous population when they are fighting for their own dirt. Fifty years have passed since my time in uniform, and as I get older, I watch the news and realize that our strategic leaders are still trapped in the same fallacy. We continue to assume that an overwhelming accumulation of military might can force a weaker nation to surrender its independence and existence. History has shattered that illusion across my lifetime, from Southeast Asia to the deserts of Iraq, and now to the tech-driven battlefields of Ukraine, the proxy conflicts of Africa, and the waters of the Persian Gulf. The basic reality of modern conflict is that military dominance no longer equals political control. When a nation views a conflict as existential, hard power can only achieve two things: death and destruction. It cannot buy compliance. Today, because the means of resistance have been cheapened and widely democratized, the pursuit of absolute control is a path toward mutual ruin. True strength for the future lies not in our capacity to destroy, but in our willingness to tolerate, compromise, and engage the world through mutual respect.

To understand why US military dominance is broken, we must look closely at how resistance has changed since my time. In the 1960s and 70s, US conventional doctrine was pushed to its limits. The United States dropped millions of tons of ordnance on Vietnam yet failed to achieve its political objectives. The failure was not a lack of tactical skill on the ground; it was a fundamental strategic failure to recognize that a population defending its homeland measures victory purely by its willingness to keep dying. Against deeply rooted nationalism, conventional bombing campaigns could not break the enemy’s resolve. As my generation learned through immense trauma, a democracy simply cannot sustain a war of indefinite casualties for non-existential goals. Decades later, I watched the next generation of American soldiers march into Iraq. While the initial conventional phase of that war was won in a matter of weeks through “Shock and Awe,” the secondary phase of controlling and governing the country was completely lost. Our political leaders were blindsided by the raw willpower of a population that flatly rejected a foreign occupation. The battlefield quickly evolved into a decentralized, borderless insurgency fueled by improvised explosive devices and urban terror. Iraq demonstrated what any seasoned infantryman fears in his bones: demolishing a state’s conventional armor and infantry is the easy part. Holding and controlling a hostile nation is politically, morally, and economically unsustainable. The sheer friction of trying to enforce compliance against an unwilling population eventually drains a superpower’s resources and erodes its domestic political capital.


Yet this failure to understand the limits of hard power is not confined to the Middle East or Southeast Asia. When evaluated against my twenty-eight years as a UN peacemaking consultant across Africa’s most volatile war zones, the limits of conventional military coercion become even more starkly apparent. In all the wars I have witnessed on the African continent, there was always a degree of heavy-handed, unbalanced, or indifferent Western and global involvement that excluded local populations and created a legacy of perpetual instability. Cold War logic led to American support for the dictator Mobutu Sese Seko in the Democratic Republic of Congo. For Washington, this was a low-cost transactional alignment; for the DRC, it left behind a legacy of systemic fracture and a perpetual war that refuses to heal. Similarly, American indifference during the Rwandan genocide left a scar on America’s declared role as an advocate for genocide and crimes against humanity, and its unwise, heavy-handed intervention followed by a disgraceful exit in Somalia fundamentally altered the regional landscape, leaving Somalia trapped in a cycle of warlordism from which it cannot recover. In Libya, a relatively low-cost NATO aerial intervention to overthrow Gaddafi resulted in a fractured state that became a breeding ground for human trafficking, weapon proliferation, and militia warfare that spilled across the Sahel. Historical alignments like the American-supported Charles Taylor created havoc and civil war across both Liberia and Sierra Leone, proving that short-sighted external backing yields catastrophic regional consequences on the back end.


Today, this cycle continues as global superpowers and regional actors treat the continent as a theater for cheap geopolitical disruption. In Central and West Africa, Russia uses its mercenary arm, formerly Wagner and now Africa Corps, as a low-cost tool to loot mineral resources and displace Western influence. Meanwhile, in the Horn of Africa, the absence of a clear, balanced US policy has allowed its allies, the UAE and Saudi Arabia, to wage destructive proxy wars to secure their strategic and mineral interests. This echoes the historic “Françafrique” policies of control in West and Central Africa, where foreign dictation systematically excludes local people from the economic value chain. When war is supported, sponsored, or neglected by global powers, it becomes a negative-sum game where everyone loses. Because of these heavy-handed or neglectful policies, Africa’s true potential is suppressed, making it impossible to establish equitable, win-win trade or security architectures. Instead of being a robust global partner, these destabilized regions are forced into a state where they become involuntary exporters of instability through migration crises, piracy, and transnational terrorism. The West is then forced to spend trillions on reactive border security and counter-terrorism operations—a massive, unsustainable defense expenditure triggered by the long-tail consequences of original policy failures. Africa is left unable to heal itself, the West remains trapped in a cycle of reactive containment, and the global rules-based order faces an asymmetric threat to peace that cannot be solved by expensive weapons alone.


This structural failure of global foreign policy mirrors the tactical crisis we see on the modern battlefield, driven by the brutal mathematics of the Cost-Imbalance Doctrine. Modern warfare is no longer dictated by platform sophistication but by logistics, replacement speed, and lopsided economic exchange ratios. The collapse in the cost of commercial electronics, additive manufacturing, and open-source autonomous systems has shattered the traditional cost curve, tilting the strategic advantage sharply toward mass-produced, low-cost offense. The 2026 war involving Iran represents the ultimate, terrifying evolution of this trajectory, presenting a style of warfare that my peers in the seventies could scarcely have imagined. If Vietnam required dense jungles and Iraq required complex urban networks, modern asymmetric warfare requires only three things: basic, a determined population, universally manufacturable technology, and the strategic weaponization of geography. Iran effectively rewrote the global rules of engagement by manufacturing mass-produced, low-cost weapons—primarily twenty-thousand-dollar kamikaze drones and standard ballistic missiles. This has created a catastrophic economic and industrial imbalance for Western forces. Today, advanced militaries are forced to defend multi-billion-dollar assets like aircraft carriers by firing two-million-dollar air-defense interceptors at targets that cost less than a used car. When a five-hundred-dollar FPV drone or a thirty-thousand-dollar Shahed loitering munition forces a defender to fire a multi-million-dollar Patriot, THAAD, or SM-3 interceptor, the exchange ratio becomes unsustainable. This is no longer a war of tactical maneuver; it is a war of supply chain attrition, and the mathematics favor the cheap.


Furthermore, Iran’s true stroke of strategic genius was recognizing that its geographic position is a more powerful weapon than any nuclear arsenal. By sitting directly astride the Strait of Hormuz—the narrow maritime bottleneck through which twenty percent of the world’s petroleum flows—Iran shifted the center of military gravity entirely out of the mud and into global financial markets. By deploying its low-cost sea-denial arsenal to menace commercial shipping, it effectively nationalized a global commons. This strategy weaponized marine insurance networks, sent global energy prices soaring, and proved that controlling a geographic bottleneck allows a weaker state to hold the entire global economic system hostage. This is why Iran marks a watershed moment: it demonstrated that geography, activated by cheap tech, can completely bypass a superpower’s military superiority to strike directly at its domestic and economic vulnerabilities. We see proof that this shift is a universal law, not an American exception, in the stagnation of the Russian war machine in Ukraine. When Russia launched its full-scale invasion, conventional military wisdom predicted a rapid collapse of the Ukrainian state within days. Instead, the world witnessed the brutal stagnation of a traditional military giant. Ukraine countered massive armored columns and superior air power by leveraging the same formula: boundless national will paired with asymmetric technology. Armed with relatively inexpensive, mass-produced anti-tank missiles, first-person-view kamikaze drones, and decentralized digital command networks, Ukraine transformed the battlefield into a meat grinder for conventional assets. Ukraine’s ability to completely neutralize Russia’s Black Sea Fleet—not with a rival navy, but with low-cost, domestically manufactured explosive sea drones—perfectly mirrors how the vulnerability of multi-billion-dollar warships has been exposed globally.


This new reality explains the profound caution we see in East Asia regarding the Taiwan Strait. Objectively, China possesses the overwhelming conventional means—the world’s largest navy, advanced missile arsenals, and proximity—to launch an invasion of Taiwan. Yet Beijing hesitates. This caution stems from a clear-eyed analysis of these new rules of engagement. The Chinese leadership understands that invading Taiwan would mean wading directly into an asymmetric trap. Taiwan has spent decades preparing a “porcupine strategy” centered on cost-imbalance warfare. Crossing a hundred miles of open sea leaves Chinese transport ships highly vulnerable to swarms of low-cost, domestically produced anti-ship missiles and autonomous sea drones. Even if Chinese forces landed successfully, controlling a highly urbanized island of twenty-three million people against a deeply nationalist insurgency would mirror our catastrophic occupation failures in Iraq, multiplied tenfold, while inflicting an estimated two-and-a-half-trillion-dollar hit on the global economy. China’s hesitation proves the thesis: they recognize that while they have the hard power to cause immense death and destruction, they cannot guarantee surrender or control.

When a superpower faces a determined populace armed with universally manufacturable denial weapons and backed by strategic geography, it hits a wall. Because economic sanctions and localized strikes fail to break a deeply nationalist population, a superpower is left with only one military option to force an unconditional win: total destruction. Forcing a sovereign nation to abandon its existential interest today would require sustained, uninhibited bombardment or the use of nuclear weapons. However, as any strategist knows, this is a dead end. If the resisting nation or its allies possess even primitive nuclear or chemical deterrents, any escalation toward total destruction guarantees mutually assured destruction(MAD). Furthermore, neither the domestic population of a democracy nor the international community will tolerate the absolute annihilation of a country. Because total destruction is morally, politically, and strategically impossible, unconditional surrender is a relic of the past. Hard power has reached its absolute limit. If the accumulation of military might can no longer buy security or compliance, the global architecture must undergo a pragmatic revolution. This is not an appeal to utopian idealism; it is hardheaded realism from someone who has spent a lifetime reflecting on the cost of war. When conflict becomes too expensive for the strong and resistance too cheap for the weak, coexistence is the only affordable strategy left on the table.

Conclusion

True national security must be built on a balanced matrix of defensive sustainability and soft power. Superpowers must pivot away from a doctrine of regime change, containment, and forced compliance and toward policies of tolerance, compromise, and mutual respect. If a powerful nation needs resources, stable trade routes, or geopolitical cooperation, it can no longer acquire them bythe barrel of a gun or the threat of a carrier strike group. It must acquire them through diplomatic reciprocity. By recognizing the sovereignty and existential interests of smaller nations, superpowers can foster partnerships built on mutual benefit rather than perpetual, exhausting hostility. The lessons of my lifetime are clear. The world will never know peace, and superpowers will never achieve stability, until they accept that hard power is a blunt instrument capable only of wreckage. True strength lies in the capacity to compromise, to tolerate difference, and to engage the world through the sustainable lens of mutual respect.

Bibliography

Angell, Norman. The Great Illusion: A Study of the Relation of Military Power to National Advantage.London: William Heinemann, 1910.

Batmanghelidj, Esfandyar. “Drones Like Bicycles: The Real Economics of the Shahed Fleet.” Phenomenal World, March 11, 2026. Phenomenal World.

Boyle, Michael J., and Anthony H. Cordesman. Regime Change Revisited: The Intersecting Failures of Post-Conflict Governance and Hard Power. Washington, D.C.: Center for Strategic and International Studies, 2016.

Brown, Seyom. The Illusion of Control: Force and Foreign Policy in the Twenty-First Century. Washington, D.C.: Brookings Institution Press, 2003.

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Center for Strategic and International Studies. Assessing the Air Campaign After Three Weeks: Iran War By the Numbers. CSIS Missile Defense Project Report, March 25, 2026.

Cordesman, Anthony H. The Lessons of Ukraine and the Changing Nature of Asymmetric Attrition.Washington, D.C.: Center for Strategic and International Studies, 2024.

Fard, Erfan. “Iran Didn’t Need to Win the War. It Needed to Outlast It: AI Targeting and Strategic Geography in t
he 2026 Conflict.” Small Wars Journal, July 8, 2026. Small Wars Journal.

Malahila, Letsema. “The Contradictory Logics of International Intervention in Africa: Structural Fragility from Mobutu to Françafrique.” GIGA Focus Africa, no. 4 (2022): 1–9. GIGA Hamburg.

O’Hanlon, Michael E. The Porcupine Strategy: Asymmetric Sea Denial and Taiwan’s Defense Dilemma.Brookings Institution Policy Brief, 2025.

United Nations Department of Peace Operations. The Intervention Dilemma: 28 Years of Multilateral Peacekeeping and Political Vacuums in War-Torn States. New York: United Nations Blue Book Series, 2024.

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About Dawit W. Giorgis
Dawit W. Giorgis is originally from Ethiopia, US citizen, permanent resident of Namibia; served as P.S of Ministry of Foreign Affairs, Governor of Eritrea (prior to independence) and Relief and Rehabilitation Commissioner during one of the most publicised famine relief operations. He later served as UN consultant in 11 African conflict and post conflict countries; was a visiting fellow at Princeton University, University of Cape Town and Foundation for Defense of Democracies in Wash, D.C. at different times.
View all posts by Dawit W. Giorgis →
From Prototypes To Mass Production: DARPA’s Gamble On Next-Gen Hypersonics – OpEd


Illustration of a hypersonic Next Heneration Glide Body (NXGB). Credit: Lockheed Martin


The piece says DARPA’s Aug. 7 request for information on a Next Generation Hypersonic Cruise Missile seeks industry views before any funded program, after HAWC proved scramjet flight but only incremental gains and HACM cut tests from seven to five.

It dates China’s DF-17 as operational around 2019–20 and cites a September 2025 YJ-19 scramjet anti-ship missile, against the U.S. Army Dark Eagle reaching initial capability in April 2026 and appearing at Valiant Shield with a stated range of about 2,175 miles.

The author’s test is production, not physics: design-for-manufacture and non-traditional contractors, or another HACM-style delay that widens a gap the U.S. has not led.
Introduction


Hypersonic missiles do something that conventional cruise and ballistic missiles cannot do; they combine speed (more than Mach 5) with sustained maneuverability mid-flight. This denies the adversary’s air defenses, which seek predictable flight patterns, the ability to intercept the incoming projectile. This combination of speed and maneuverability is the reason why the Pentagon views hypersonic weapons as a potential answer to overcome the increasingly capable air defense networks China and Russia have built along their borders. Whichever state holds a survivable and affordable hypersonic missile can hit time-sensitive targets in heavily defended airspace. The outcome of the hypersonic race, however, will be decided by execution: whether the Defense Advanced Research Projects Agency (DARPA) can convert its Next Generation Hypersonic Cruise Missile program from a Request for Information (RFI) into a fielded system faster than its peers can extend their current lead.

On 7 August, DARPA posted a request for information seeking industry feedback on the new Next Generation Hypersonic Cruise Missile (NGHCM). DARPA is not seeking a missile just yet; it is seeking information from industry professionals on what is possible before deciding whether an actual program is feasible. What is evident is that DARPA is not seeking small upgrades. It already mentions that the basic technology works but delivered small and predictable results, but not the kind that would be a breakthrough in future wars. According to the same RFI, states like China and Russia are fielding improved air defense systems, and in the future U.S. missiles may not be effective enough to punch through anymore. The U.S. is already behind when it comes to hypersonic systems; the U.S.’s Dark Eagle reached Initial Operational Capability (IOC) for the first time in April 2026. Compare that with China, whose DF-17 has been operational since around 2019-2020, and the U.S. capability gap is evident.

Evolutionary, Not Disruptive

DARPA’s admission of failure is that in more than a decade of testing hypersonic technology, there have been marginal gains, which is not enough to win the next-generation war. The RFI itself admits that the scale of the problem is definite; it says that prior scramjet demonstrations “successfully proved the fundamental viability of scramjet-powered flight,” but those programs “achieved predictable and incremental gains in isolated performance metrics” rather than a “revolutionary leap” in range, cruise speed or altitude. The admission is notable for an agency to put in a public procurement document that a decade-long effort of hypersonic testing could not achieve results that could have helped the U.S. with future warfighting. China is now moving past the first generation of hypersonic technologies, hypersonic glide technologies, to the next generation of hypersonic missiles: air-breathing scramjet engines. In September 2025, China unveiled the YJ-19, an advanced scramjet-powered hypersonic anti-ship cruise missile capable of reaching hypersonic speeds. The missile is small enough to fit in standard submarine torpedo tubes.

Hypersonic Air-Breathing Weapon Concept (HAWC) Legacy


HAWC, a joint DARPA/Air Force program, demonstrated that the hypersonic air-breathing system is effective. However, the U.S. is still unable to draw anything concrete out of this program. Its successor, the Hypersonic Attack Cruise Missile (HACM), has faced design delays, testing delays, and a reduction from seven tests to five to save money.

DARPA’s RFI for NGHCM is a tacit admission that HACM and HAWC were built and invested in to prove that missiles could fly, not that these missiles could be mass-produced. As DARPA plainly states, it expects a “design for manufacturing and assembly” (DEMA) philosophy to be embraced from the onset, and this time with a realistic path to affordable and high-rate production. China, on the other hand, appears to have prioritized fielding and mass-producing first-generation hypersonic systems over waiting for a technically optimal one, which the U.S. now seeks. This claim is corroborated by independent assessments of China’s faster testing and fielding pace.

This supports the above proposition that although the system works, it may not be able to give any meaningful advantage to the U.S. during the war. Another point to note is that DARPA seeks systems that can be produced cheaply in large numbers; the document notes that older manufacturing methods are making the missile too expensive and too complicated to produce. DARPA’s concern is valid that, in case of conflict, if the missiles are too complicated 
and expensive to produce, the U.S. wouldn’t be able to mass-produce them.


The Frontrunners?

The U.S. actually has a deeper technical pedigree, with testing of hypersonic systems starting back in the 1950s–60s, with Pershing-II reaching hypersonic speeds (Mach 8); however, it was classified as a maneuvering reentry vehicle (MaRV) rather than a modern hypersonic missile, as it had limited maneuverability in the terminal phase. It used active radar terminal guidance for pinpoint accuracy rather than sustained aerodynamic cruising or gliding. Nevertheless, the U.S. has a much older hypersonic missile program compared to China, whose dedicated hypersonic program started in the 2000s, and the DF-17 was unveiled in 2019.

China, however, moved much faster than the U.S. in testing and operationalizing the hypersonic missile program and is considered ahead in the hypersonic race. China has deployed its DF-17 across multiple People’s Liberation Army (PLA) rocket force brigades with Pacific-focused density while the U.S. has just reached its initial operational capability. Chinese missiles are now reportedly expanding into multiple generations of hypersonic weapons across land, sea, and potentially air. At the same time, the U.S. program faced multiple delays, technical challenges, and cost growth, with the U.S. still seeking a quantum leap in hypersonic technology. China accepted early, less sophisticated hypersonic systems into service rather than waiting for more advanced designs, giving its rocket force years of operational experience and production infrastructure before the U.S. had either.

Is the U.S. Catching Up?


As of mid-2026, the U.S. finally deployed the hypersonic missile “Dark Eagle,” with the U.S. Army in the Valiant Shield 2026 exercise in the Western Pacific, which could potentially hit targets around 2,175 miles away. The U.S. is narrowing the gap, but whether it closes it fully remains an open question, since technology-wise the U.S. is still a few years behind. DARPA’s request for industry feedback also supports the proposition that the U.S. has yet to find what it is looking for, but that does not imply that the U.S. is still at the baseline and may need to start from scratch. The U.S. understands the technology; it just seeks the correct tools to implement it effectively.

This, however, is just phase 0: the RFI does not commit any funding to a contractor. Rather, it is gathering information from industry to shape a future program’s technical requirements before any formal solicitation is issued. The U.S. is yet to find a good enough recipe to make a missile that will be a “quantum leap” in overall performance.

Conclusion

Whether the gap narrows depends upon the execution of DARPA rather than physics. Within the document, DARPA is explicitly courting non-traditional contractors to inject the kind of speed which the traditional defense-industrial base has not delivered. If NGHCM moves from phase 0 to a real program on schedule, the U.S. could produce a next-generation hypersonic cruise missile for testing within a few years. If this program also faces delays as HACM did, the U.S. will lag further behind in a race it has yet to lead.



About Shamil Abdullah Saleh
Shamil Abdullah Saleh is a Research Assistant at Strategic Vision Institute (SVI), Islamabad.
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SPACE/COSMOS


Robert Reich: Mercury Is Shrinking, So Am I – OpEd

A Geophysical Research Letters study led by Gaku Nishiyama finds Mercury’s cooling core is shrinking the planet up to 30% faster than earlier estimates, by as much as 14.5 miles—nearly 1% of its 1,516-mile radius—versus a few miles before.

The estimate comes from surface wrinkle ridges; the author notes interior contraction may be faster and harder to see.

The column uses that cooling, plus spinal-disc compression and osteoporosis, as a joke about human height loss, not as a claim that people and planets shrink by the same process.


I’ve always felt a certain affinity for Mercury. Maybe that’s because Mercury is by far the smallest planet in our solar system — about 1/29th the width of Jupiter and just one-third the width of Earth — and I’m not a giant myself.

Mercury is becoming even smaller — it’s actually shrinking.

Apparently, when Mercury formed about 4.5 billion years ago in the primordial collisions of the early solar system, it was much hotter than it is now. Over many millennia since then, its metallic core has cooled and contracted, causing the planet’s surface to warp and wrinkle.

You know who else is warping and wrinkling, and shrinking?

Previous estimates suggested that Mercury had shrunk by just a few miles since its formation. Now, scientists say it’s shrinking up to 30 percent faster than expected. It might have even shrunk by as much as 14.5 miles, which is nearly 1 percent of its current radius of 1,516 miles.

This new estimate, published recently in the journal Geophysical Research Letters, gives astronomers a new understanding of how the planet — and others like it — formed and evolved.

And what’s in store for them. It’s not great news.

“Many bodies are shrinking nowadays,” said Gaku Nishiyama, a planetary scientist at the German Aerospace Center Institute of Space Research, who led the study.

Tell me about it. Humans start a slow, gradual loss of height during their 30s. Then they lose a half inch every 10 years. Between 30 and 70, they lose an inch or two.

That may not sound like much, but if you’re 4 feet 11 inches at your zenith, the loss of an inch or two is not welcome. Then, after age 80, the typical human who survives loses another inch. At this rate I may disappear entirely.

Dr. Nishiyama says Mercury’s estimated shrinkage is difficult to measure because researchers have to rely on topographies visible on the surface of the planet. “Inside, things may be getting much worse, much faster,” she said.

I know about that, too.

All heavenly bodies are shrinking, as are human bodies. With humans, it’s partly due to compressed spinal discs —as the soft cushions between back bones dry out and flatten over time. And because of osteoporosis, that can cause tiny cracks in spinal bones.

“Every planet is an odd little duck that has a story to tell,” says Dr. Sam Birch, a planetary geoscientist at Brown University.

Well, Dr. Birch, every human is an odd little duck with its own story, too. Planets and people — we’re all part of the same cosmos, with slightly different combinations of hydrogen and helium, oxygen, nitrogen, carbon, and neon.

We’re all parts of the same mystery.


This article was published at Robert Reich’s Substack


About Robert Reich
Robert B. Reichis Chancellor's Professor of Public Policy at the University of California at Berkeley and Senior Fellow at the Blum Center for Developing Economies, and writes atrobertreich.substack.com. Reich served as Secretary of Labor in the Clinton administration, for which Time Magazine named him one of the ten most effective cabinet secretaries of the twentieth century. He has written fifteen books, including the best sellers "Aftershock", "The Work of Nations," and"Beyond Outrage," and, his most recent, "The Common Good," which is available in bookstores now. He is also a founding editor of the American Prospect magazine, chairman of Common Cause, a member of the American Academy of Arts and Sciences, and co-creator of the award-winning documentary, "Inequality For All." He's co-creator of the Netflix original documentary "Saving Capitalism," which is streaming now.
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Three space agencies to research how to grow crops on the moon

05.10.2026, DPA

Photo: Owen Humphreys/PA Wire/dpa

The space agencies of the United States, Germany and Canada will conduct joint research to learn how to grow crops on the Moon, which will be essential to helping astronauts go farther and stay longer in space.

NASA, Canadian Space Agency and the German Aerospace Center signed a joint statement of intent to begin coordinated, preparatory work toward an Earth-based demonstrator, called The Lunar Agriculture Module-Ground Test Demonstrator.

It aims to develop the technologies needed to grow space crops and study how they perform under atmospheres and controlled environments similar to those expected during missions at Moon Base.

Through Moon Base, NASA and its partners will build the infrastructure to support an enduring human presence near the Moon's South Pole, advancing science and technology while preparing for future human missions to Mars.

Space crops will provide deep space crews with whole-food nutrition and increase dietary variety. They can also absorb carbon dioxide, produce oxygen, and recycle water. These capabilities will become increasingly important as human missions extend farther from their home planet, NASA says in a press release.

Whisky to be aged in space for first time in uni satellite project

05.10.2026,  DPA

Photo: Jane Barlow/PA Wire/dpa

Whisky will be distilled in space for the first time as part of an experiment which will also measure how the spirit ages in the harsh environment beyond the Earth’s atmosphere.

Engineers in Scotland and Japan are planning to put Scotch on a rocket in 2028, sending a satellite containing samples of whisky and its base ingredients on a five-year mission to orbit the Earth.

It is hoped the frequent changes between extreme heat and freezing cold experienced by the whisky as it rotates the planet every 90 minutes could speed up the maturation process.

This could potentially open the door to future production of space-aged whisky, which the scientist behind the project expects to have “very bold” flavours as a result of its unusual journey.

While such whisky would command astronomical prices due to the cost of launching and recovering the liquid, collectors are already known to pay hundreds of thousands for some of the rarest bottles.

Dr Gilles Bailet, of the University of Glasgow, said a number of students have travelled from Scotland to Japan to help to co-design the “cubesat” which will contain the tiny whisky samples and ingredients.

The research is also expected to provide insight into how orbital factories could work, which could develop molecules for medications which are difficult to produce on Earth.

Bailet told Press Association: “We want to see what the effect of a space environment is on the ageing of the whisky.”

He added: “We’ve got the best people here in Scotland to be able to inform that, with centuries of experience, so we can bring this whisky experience into space.”

The current plan for the whisky experiment – nicknamed “Space Puffin” – is to launch the cubesat in 2028 on a SpaceX supply mission to the International Space Station, before deploying it into orbit from the Japanese module of the space station.

The science around the process of whisky “breathing” as it ages in wooden casks is not well understood, Bailet said, but the cycles could happen much faster in space – where temperatures can quickly vary between minus 150 degrees to 200 degrees.

Bailet continued: “We build our spacecraft to be able to get an environment which is better for the whisky, but this wood will breathe faster than on Earth.

“And so we are hoping that we’ll be able to accelerate the ageing to be able to get something more interesting.”

The whisky on the cubesat will be monitored while it is in space, feeding data on its colour and chemical composition back to scientists on the ground.

On Earth, whisky is produced by mixing barley with water and yeast.

Yeast breaks down the sugars in the barley, creating ethanol as a byproduct.

The team’s system will demonstrate how ethanol, which plays a role in the production of many drugs, can be extracted in orbit.

While the cubesat will not be recovered at the end of its five-year mission, Dr Bailet said he is keen to scale up whisky maturation in space and develop a system for launching Scotch into space and landing it on Earth after maturation.

He said: “We are really keen to be able to actually fly a full whisky-making system, with a full cask, if we’re able to collaborate with investors or other people interested about it.

“But it’s totally in the realm of possible to bring back something like a litre of whisky within the next three to five years.”

He hopes this process would produce “really bold whiskies” with “extremely complex flavour profiles”.

While whisky has previously been into space as part of an experiment to understand flavour, it did not leave the temperature-controlled confines of the International Space Station.

The cubesat will not have a full whisky cask on board. However the liquid samples will be contained by small wood chips to mimic the cask ageing process on Earth.

Different distilleries in Scotland and Japan are expected to contribute the whisky, though these have not been chosen yet.

Bailet said: “Previous research has suggested that the microgravity of space may allow us to grow larger, purer chemical crystals and to fold proteins in new ways.

“Big questions still remain over how we might actually do chemistry in space, however, and this project aims to provide some answers.

“Whisky gives us a very recognizable, very well-understood model for studying and monitoring biological and chemical processes in microgravity.”

The initial visit to Japan is the result of a grant from distillery-design consultancy Allen Associates.

Geoff Nisbet, lead process design engineer at the consultancy, said: “We often say that our fingerprints are found all over Scotland’s distilleries - we never expected the next set might end up in space.

“We’re delighted to support a project which brings together Scotland’s world-renowned whisky industry, engineering innovation and the next generation of engineers.

“There is also something quite fitting about Scotland and Japan being brought together through whisky once again, this time with a project looking far beyond the distillery itself.”

Can South-East Asia’s Energy Transition Survive A Transactional World? – OpEd


At the 44th Asean energy ministers’ meeting in Manila (Oct. 5–9), the Iran war is framed as lifting petrol, diesel, jet fuel, and power prices, with more coal use and subsidies, plus knock-on effects from Philippine transport protests to Vietnamese rice and Thai factory closures.

The author treats the war and the U.S. removal of Venezuela’s president as symptoms of transactional diplomacy that weakens trust for the energy transition, visible in U.S.–China mineral rivalry and Chinese roles in the Asean Power Grid.

The proposed fix is operationalizing the petroleum security agreement, common rules for multilateral power trade, and joint mineral priorities—integration without a supranational energy authority.


At the 44th Asean Ministers on Energy Meeting (Amem) happening in Manila from Monday (Oct 5) to Friday, one immediate issue likely to loom large is the impact of the Iran crisis on South-east Asia’s energy security.

The Iran war has pushed energy security higher up Asean’s agenda, prompting calls for coordinated responses, faster regional energy trade and renewed attention to the Asean Petroleum Security Agreement (Apsa).

The region’s dependence on Middle Eastern energy has driven sharp increases in petrol, diesel, aviation fuel and electricity prices. Across Asean, reliance on coal has increased, alongside fossil fuel subsidies.


The consequences also extend far beyond the energy sector, from transport-worker protests in the Philippines to disruptions to rice production in Vietnam, and factory closures and job losses in Thailand.

Yet the Iran crisis is only a symptom of a bigger threat to South-east Asia’s energy transition: the rise of transactional diplomacy, a foreign-policy style that prizes short-term wins over long-term strategy.

The Iran war and the US’ removal of Venezuela’s president – both with implications for global energy markets – reflect this logic. In a transactional world, the objective is less cooperation than immediate strategic advantage.

Transactional diplomacy is not merely a Trumpian aberration, but a wider systemic shift. From China’s economic statecraft in Asia and Africa to India’s energy trade with Russia and Turkey’s cooperation with the EU on refugee traffic, it has become a defining feature of today’s international system.

For South-east Asia, transactional diplomacy poses a direct threat to energy and climate security because it weakens the trust, predictability and multi-stakeholder cooperation on which the region’s transition depends.


These risks are already visible. US-China competition is reshaping critical-mineral supply chains.

Indonesia’s nickel sector is heavily dependent on Chinese investment, while the US is building alternatives through the Forum on Resource Geostrategic Engagement and bilateral minerals agreements.

Similar dynamics are emerging around the Asean Power Grid (APG), where Chinese firms and utilities are increasingly involved in interconnection and high-voltage direct current development, while alternative investment partnerships remain limited.

The danger is not only higher costs or delays, but also a transition shaped by external pressures rather than regional needs.
Towards greater Asean agency on energy

The 44th Amem should therefore look beyond the immediate fallout of the Iran war and confront the deeper challenge of building greater Asean agency over an energy transition increasingly vulnerable to external pressures.

This requires transforming energy regionalism from a diplomatic practice into a source of material power.

By pooling markets, infrastructure and bargaining power, greater regional integration can reduce the asymmetries that transactional diplomacy exploits, without surrendering national sovereignty.

Three concrete priorities deserve political attention and resources.

First, make Apsa a more operational petroleum crisis-response mechanism.


The agreement facilitates regional trade in crude oil and petroleum products under specific circumstances, such as when the receiving country experiences an energy shortfall equivalent to at least 10 per cent of its domestic demand.

However, the implementation of Apsa has been limited by its voluntary and non-binding nature. The Iran war has shown that Asean needs clearer arrangements for responding collectively when external supply shocks affect several member states at once.

Asean should develop pre-agreed Apsa procedures for emergency notification and data sharing, assessing regional supply shortfalls, and reallocating or rerouting petroleum supplies to countries facing the most severe disruptions.

Agreeing on these procedures before the next crisis would make Asean’s response faster and more predictable, while reducing reliance on ad hoc bilateral deals.

Second, accelerate APG as an instrument of strategic resilience, not only decarbonisation.

A more integrated electricity market would let countries draw on a wider range of energy resources during external shocks and reduce dependence on imported fossil fuels.

The APG has gained momentum through the Lao PDR-Thailand-Malaysia-Singapore Power Integration Project and new subsea interconnections, but multilateral electricity trade remains constrained by fragmented regulation, differing market structures and the absence of common rules.

Asean should use the Enhanced APG Memorandum of Understanding to establish regional methodologies for wheeling charges, common rules for multilateral and emergency electricity trade, data-sharing and reliability standards, and dispute resolution.

It should also coordinate responses to cross-border grid disruptions and strengthen critical grid equipment and supply chains.

This does not require transferring authority over national energy resources to a supranational body. Asean should instead develop institutions capable of governing cross-border electricity trade while leaving ultimate authority with member states.

Third, build greater collective agency in critical-mineral partnerships.

The Amem should work more closely with Asean’s existing minerals mechanisms to ensure that energy-transition priorities are reflected in regional critical-mineral cooperation.

South-east Asia has substantial mineral reserves and downstream ambitions but remains vulnerable to major-power competition and dependence on external investment, technology and markets.

Regulatory uncertainties, the adverse socioeconomic and environmental impacts of mining and processing, and competition among South-east Asian countries for investment impede the development of regional critical-mineral supply chains.


Existing frameworks, including the Asean Minerals Development Vision 2045 and Minerals Cooperation Action Plan 2026-2030, should be used to develop common priorities for external partners, including downstream processing, technology transfer, environmental and social standards, and diversified investment and markets.

Asean+3 could help coordinate critical-mineral cooperation with China, Japan and South Korea.

A collective approach would not require members to abandon bilateral partnerships but could increase bargaining power and ensure external investment supports regional priorities rather than reinforcing dependencies.

The objective is not energy autarky or choosing sides but ensuring that no single actor can easily use capital, technology or supply chains as leverage.

Taken together, these priorities amount to a simple strategy for a transactional world: deeper integration to reduce vulnerability, stronger resilience to absorb shocks, and greater collective agency with external powers.

The most important lesson of the Iran war may therefore have little to do with Iran itself.

South-east Asia is pursuing one of the most complex energy transformations in its history at a time of growing geopolitical fragmentation and uncertainty.

Asean cannot control these external pressures, but Amem can help determine how resilient its energy transition will be in an increasingly transactional world.

This article was published at Business Times


About Mirza Sadaqat Huda
Mirza Sadaqat Huda is Senior Research Fellow, Climate and Sustainability Programme, ODI Global, Singapore, and an Associate Fellow, Climate Change in Southeast Asia Programme, ISEAS – Yusof Ishak Institute.
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