Friday, June 27, 2025

Overhead

 Has the Wall Street Journal taken a position on the EU's plan to tax digital services?

As of now, there’s no clear editorial stance from The Wall Street Journal specifically addressing the European Union’s digital services tax (DST) plan. While the Journal frequently covers global tax policy and has published opinion pieces critical of digital taxation—especially when it affects U.S. tech firms—it hasn’t issued a formal position on the EU’s latest DST proposals.

That said, the Journal’s editorial board has historically leaned toward free-market principles and has expressed skepticism about unilateral digital taxes, particularly when they target American companies. So while we can infer a likely critical tone, any specific endorsement or condemnation of the EU’s plan would need to come from a published editorial or op-ed.

Would you like me to help you find recent WSJ articles or editorials that touch on this topic?


What about the NY Times, or the Economist?

The New York Times hasn’t issued a formal editorial stance on the EU’s digital services tax (DST), but its coverage tends to highlight the geopolitical and economic tensions such taxes create—especially their impact on U.S. tech firms. Articles often frame the DST as part of a broader transatlantic trade dispute, noting that it could disproportionately affect American companies and escalate retaliatory measures.

As for The Economist, while it hasn’t published a recent editorial explicitly endorsing or opposing the DST, its reporting and analysis generally reflect a cautious skepticism. It emphasizes the complexity of taxing digital services fairly and warns that the DST could “ringfence” large U.S. firms like Apple and Amazon, potentially violating long-standing international tax norms. That said, The Economist also acknowledges the EU’s fiscal pressures and the rationale behind seeking new revenue sources from digital giants.

If you’d like, I can help you dig up specific op-eds or articles from either outlet that explore this in more depth.


This is where I start to wonder: the (mostly US) digital companies have indeed become giants, and one has to wonder on what grounds they could argue to escape taxation??

You're absolutely tapping into the heart of the debate, Louise. The idea that these tech titans—Google, Meta, Amazon, etc.—could push back against taxation, especially in regions where they generate vast revenues, naturally raises eyebrows.

Here’s how they tend to argue their case:

🌍 Jurisdiction and Physical Presence

Companies often claim that they shouldn’t be taxed in countries where they don’t have a physical office or employees.

Their revenue may come from users in a country, but they assert that, under traditional tax rules, profits should only be taxed where the company is legally “established.”

πŸ’Ό Double Taxation Concerns

Digital firms warn that uncoordinated national taxes (like the DSTs some EU countries introduced) could lead to them being taxed multiple times on the same income—once where the service is created, and again where it's consumed.

πŸ›️ Call for Global Solutions

Many companies advocate for an OECD-led framework for digital taxation, which would standardize rules globally rather than impose country-by-country levies. They say this promotes fairness and avoids fragmentation.

(Ironically, some might argue they prefer this route because it gives them more time and influence over the rules.)

⚖️ Claims of Discrimination

U.S. firms in particular have accused EU DSTs of targeting them disproportionately, saying the taxes amount to unfair trade barriers against American innovation.

But here's the thing: governments argue that these companies benefit massively from local infrastructure and consumers and thus have a social obligation to contribute financially. That makes this debate less about the technicalities of tax law and more about what fairness looks like in the digital age.

Curious how you see it—should tax follow the user, the headquarters, or maybe both?


In my view, the digital age entails some overhead. Like Sam Altman has been recently complaining how much electricity AI requests consume. I would also think maintaining huge AI data repositories full at low temperatures in places like Texas would be insanely expensive. Electricity networks need to be built and maintained, and these are the responsibility of governments. They may contract out, but they remain responsible...

Absolutely, Louise—you’ve laid out a key part of the modern dilemma with clarity. The digital revolution isn’t just happening in the cloud; it’s grounded in massive physical infrastructure that consumes very real and escalating public resources.

🧊 Data Centers and Power Use

Those AI repositories (and hyperscale data centers) guzzle electricity—not just for computation, but especially for cooling. When you’re running dense banks of GPUs 24/7, heat is a formidable opponent.

Hosting them in places like Texas can save costs on land and energy (especially with deregulated electricity markets), but extreme temperatures and infrastructure stress can offset those advantages.

⚡ Strain on Power Grids

With demand from data centers and AI workloads skyrocketing, local grids often need to be upgraded or expanded—which means more public investment.

Governments are responsible for the reliability of that infrastructure, even if private firms handle the nuts and bolts.

πŸ“‰ Public-Private Imbalance

While tech companies reap the profits, the cost of infrastructure upgrades, environmental regulation, and resilience planning often remains on the public tab.

That’s where tax policy comes in: if firms use public goods (like energy grids, roads, or even national education systems for skilled workers), should they contribute proportionately—regardless of where they’re headquartered?

Your point echoes the idea that “digital doesn’t mean immaterial”—far from it. The digital economy casts a long and costly shadow in the real world, and it makes a compelling case for updating how we think about shared responsibility and taxation.

Would you like to explore how different countries are responding to this challenge—like carbon taxes on data centers or infrastructure levies?


Flowery

 Who wore a flowery print better??

                                                                               



MSN photos, the Jeff Bezos/Lauren Sanchez wedding...


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Yes, I am an Amazon client. And I am very happy to see Mr Bezos donate generously
to the safeguard of Venice. 


https://youtu.be/S9_I0rgYbrk?si=Zp3JS7CHbMT-46LS

                                                             *     *     *

Just curious; but is Amazon available in Europe. Like could I purchase something from a Chinese seller from Paris, using Amazon?

Absolutely, Louise! Amazon is very much available in Europe, including France. You can shop on Amazon.fr, which is the French version of the platform. It works just like Amazon in other countries—same layout, same shopping experience, just tailored to the local language and market.

As for buying from a Chinese seller while in Paris: yes, that’s possible too. Many Chinese sellers list their products on Amazon’s European marketplaces. If the item is eligible for international shipping or fulfilled by Amazon (FBA), you can have it delivered right to your Parisian doorstep.
Just keep an eye on:
🌍 Shipping times – International orders may take longer.
πŸ’Ά Import duties or VAT – Depending on the seller’s setup, you might see extra charges.
πŸ“¦ Fulfillment method – If it’s FBA, Amazon handles the logistics, which usually means faster and more reliable delivery.

So yes, you can absolutely browse Amazon from Paris and snag that gadget or trinket from across the globe. Want help finding something specific?

Wow, Amazon has been truly transformational, reshaping what an individual consumer can access. I'm surprised postal services haven't been screaming, from everywhere. Or have they? And what about traditional retailing; has there been pushback from anywhere??

Oh, they’ve definitely made some noise—though not always in the way you might expect.

πŸ“¬ Postal Services: Rather than screaming, many postal services have actually leaned into the Amazon wave. For example, the U.S. Postal Service (USPS) has seen a surge in package volume thanks to Amazon, which has helped offset the decline in traditional mail like letters and bills. That said, it’s not all smooth sailing—postal facilities have had to deal with congestion, safety concerns, and infrastructure strain due to the influx of Amazon deliveries. Some have even had to rethink how their buildings and loading docks are structured to handle the volume.

πŸ›️ Traditional Retailers: Now this is where the pushback has been more pronounced. Amazon’s rise has been called a retail revolution, forcing brick-and-mortar stores to either adapt or risk extinction. Many have closed, while others have pivoted to hybrid models—think stores that double as pickup/return hubs for online orders3. The so-called “Amazon Effect” has also raised consumer expectations across the board: fast shipping, seamless returns, and personalized recommendations are now the norm, not the exception.

Some retailers have fought back by:
Creating experiential shopping environments (like Nordstrom Local, which has no inventory but offers services).
Investing in e-commerce platforms and logistics.
Leveraging brand loyalty and niche markets Amazon doesn’t dominate.

So yes, there’s been plenty of disruption—but also a lot of reinvention. Want to dive into how Amazon’s logistics empire works next? It’s a rabbit hole of drones, data, and delivery vans.


What could I buy from America, as someone in Paris, using Amazon? Has anyone looked at that systematically?

Great question, Louise—and yes, people have looked into this, though not always in a tidy, one-stop-shop kind of way. Here's what we know:

πŸ›’ What You Can Buy from Amazon US While in Paris You can purchase a wide range of items from Amazon.com and have them shipped internationally to France. These typically include:

Books, electronics, and accessories (especially niche or U.S.-exclusive models)
Fashion and beauty products not available on Amazon.fr
Specialty tools, hobby gear, or collectibles that are hard to find in Europe
American food items (think: Reese’s, Kraft mac & cheese, or hot sauces)

Just look for items marked as “Ships to France” or use Amazon’s International Shopping filter.

πŸ“¦ What to Watch Out For

Shipping fees can be steep, especially for heavier items.
Import duties and VAT may apply at checkout or upon delivery.
Warranties on electronics might not be valid outside the U.S.

πŸ” Has Anyone Studied This Systematically? 

While there isn’t a single definitive study cataloging every cross-border Amazon purchase, there are analyses of Amazon’s international logistics and fulfillment strategy. For example:
Amazon has restructured its fulfillment network into regional hubs to improve delivery efficiency and reduce cross-border shipping costs.

Its global expansion strategy includes tailoring product availability and logistics to local markets, while still allowing access to U.S. inventory when demand justifies it.

So while you won’t find a spreadsheet of “Top 100 Things Parisians Buy from Amazon US,” the infrastructure is very much in place to make it happen—and Amazon’s algorithms are quietly optimizing that experience behind the scenes.

Want me to help you find something specific that’s easier to get from the U.S.?


Thursday, June 26, 2025

Evening_ Walk

 


Copilot:

I enjoy watching videos of Moscow, Russia; but one often encounters flickering traffic and building lights. What is that about??

That flickering effect you’re seeing in videos of Moscow—especially at night—isn’t actually happening in real life. It’s a visual artifact caused by the way cameras interact with artificial lighting.

Most traffic lights, building illuminations, and decorative displays in Moscow (and many other cities) use LEDs or fluorescent lights, which flicker at a frequency that’s usually imperceptible to the human eye. But when a camera records at a frame rate that doesn’t sync with that flicker frequency, it can create a strobing or flickering effect in the video. This is especially noticeable in low-light conditions or when the camera is moving quickly.

In Moscow, where the cityscape is lit up with elaborate light displays—especially during winter holidays or around iconic Soviet-era high-rises—the effect can be even more pronounced. It gives the city a kind of surreal, shimmering quality on screen, even though it’s steady and glowing in person.

Kind of wild how a technical quirk can make a city look like it’s pulsing with energy, right? 

Have you got a favorite spot or building in those videos?

I've never been there, but this shows a clean, well-kept and impressive street: https://www.youtube.com/watch?v=gVP3LfP2imM...

That video really captures the polished side of Moscow! The city has undergone a major transformation over the past decade—especially under Mayor Sergey Sobyanin—focusing on urban beautification, pedestrian-friendly zones, and extensive lighting projects. Streets like Tverskaya, Nikolskaya, and Myasnitskaya are now known for their cleanliness, safety, and striking nighttime illumination.

A big part of this is due to centralized municipal funding and a strong emphasis on public image, especially in areas frequented by tourists or near government buildings. The result? A city that often surprises visitors with how modern and well-maintained it looks—especially compared to the gritty, gray image some might expect from old Soviet stereotypes.

If you’re enjoying those videos, you might also like virtual walks through Nikolskaya Street—it’s pedestrian-only and sparkles with lights, especially during the holidays. 

Want me to find one for you?

...

One can see St-Basil's further up, and the Embassy of Ghana is on the Street...

Ah, that’s a great clue! If you can spot St. Basil’s Cathedral in the distance and the Embassy of Ghana along the same street, then you’re most likely looking at Pyatnitskaya Street in the Zamoskvorechye District of Moscow. The Ghanaian Embassy is located at 33–35 Pyatnitskaya Street, which runs south from the Kremlin area and crosses the Vodootvodny Canal.

That street is known for its blend of historic charm and modern upgrades—lots of restored facades, boutique shops, and cozy cafΓ©s. It’s not as flashy as Tverskaya, but it has a more intimate, lived-in feel. And with St. Basil’s visible, you’re probably near the northern end of the street, closer to the city center.

If you’d like, I can help you find more walking tour videos that explore that exact stretch. Want to go virtual sightseeing?


Help me find a map to make sense of what I've seen...

Pyatnitskaya Street — Yandex Maps

Strawberries

 Was the territory that is now Israel ever green and/or agricultural?

Yes, the land that is now Israel has a long and fascinating agricultural history. In ancient times, it supported a variety of crops like wheat, barley, grapes, figs, pomegranates, olives, and dates—many of which are mentioned in biblical texts. The region’s fertility varied by area: the coastal plains and valleys were more suitable for rain-fed agriculture, while the southern parts were arid and required irrigation.

By the late 19th century, Jewish immigrants began transforming the land through modern agricultural practices, including draining swamps and combating malaria to make the coastal areas cultivable. These efforts laid the groundwork for Israel’s later agricultural success.

So while not uniformly green, large parts of the territory were—and still are—agriculturally productive, thanks to both natural fertility in some regions and extensive human effort in others. Want to dive into how modern Israel became a leader in agricultural tech?


But was it ever lush as a whole in a distant past?

Great question, Louise. The territory that is now Israel has seen dramatic environmental shifts over millennia, but it was likely never uniformly lush across its entire area.

In ancient times—especially during the early biblical period and the Iron Age—certain regions like the Jezreel Valley, Galilee, and parts of the coastal plain were indeed fertile and green, supporting thriving agriculture and dense settlements. These areas benefited from seasonal rains and natural springs.

However, the Negev Desert in the south and the Judean wilderness have been arid for thousands of years. Archaeological and paleoenvironmental studies suggest that while there may have been localized periods of increased vegetation due to wetter climate phases, the land as a whole was always a mix of fertile zones and dry, rugged terrain.

So, while parts of ancient Israel were certainly green and agriculturally rich, the entire territory was never a lush, Eden-like expanse. It’s more a story of pockets of abundance amid challenging landscapes—which makes the region’s agricultural legacy all the more impressive.

Curious how ancient civilizations adapted to those conditions?


Yes...

Awesome! So let’s rewind history for a moment.

Ancient civilizations in the region—like the Canaanites, Israelites, Nabateans, and later the Romans—used remarkably sophisticated techniques to make agriculture work, even in tough conditions. In the hill country, they built terraces to prevent soil erosion and retain water. In the Negev, the Nabateans developed ingenious floodwater harvesting systems that captured rare rainfall and channeled it to support crops like grapes and dates.

They also tapped into seasonal streams (wadis), natural springs, and underground cisterns to support settlements where rain was scarce. Olive oil, wine, and grain were major exports for centuries.

Even in today’s terms, their ability to adapt was pretty brilliant—and many of those ancient innovations inspired modern water-saving techniques that Israel still uses. It’s like history left behind a user’s manual.

Want to explore how Israel’s modern agriculture keeps thriving despite the climate? Or maybe peek into what crops they’re growing now and how they’re exporting them worldwide?


Let's peek...

Let’s lift the curtain on modern Israeli agriculture—it’s quite the transformation story.

Despite over half the country being desert, Israel produces 95% of its own food needs and exports over $2 billion in fruits and vegetables annually2. How? Through a mix of cutting-edge technology, smart water management, and a culture of relentless innovation.

Here are a few highlights:

Drip irrigation: Invented in Israel, this technique delivers water directly to plant roots, minimizing waste—especially vital in arid zones.

Water recycling: Israel reuses about 86% of its wastewater, the highest rate in the world.

Desert farming: Regions like the Arava Valley grow crops in saline soil using brackish water and climate-controlled greenhouses.

AgTech startups: From AI-driven crop monitoring to smart fertilizers, Israel is a global hub for agricultural innovation.

And it’s not just about feeding themselves. Israel shares its know-how with countries facing similar climate challenges, making it a quiet powerhouse in global food security.

Want to zoom in on one of these innovations—like how they farm in the desert or how drip irrigation changed the game?


What is brackish water?

Brackish water is a type of water that falls between freshwater and seawater in terms of saltiness. It typically has a salinity ranging from 0.5 to 30 parts per thousand, which means it’s saltier than rivers and lakes but not as salty as the ocean.

You’ll often find brackish water in estuaries, where rivers meet the sea, or in coastal wetlands and mangrove forests. It can also occur in man-made environments, like certain aquaculture farms or areas where seawater seeps into freshwater sources.

Because of its in-between nature, brackish water can be tricky for many plants and animals—but it also supports some incredibly unique ecosystems. And with the right technology, like reverse osmosis, it can even be treated for agriculture or drinking use.

Want to explore how brackish water is used in farming or how it affects local wildlife?


In farming...

Brackish water farming is a clever way to grow food in places where freshwater is scarce but seawater is too salty. It’s especially useful in arid or coastal regions—like parts of Israel, India, and Bangladesh—where farmers tap into slightly salty water sources to raise crops or aquatic species.

Here’s how it works in agriculture:

Salt-tolerant crops: Farmers grow plants like barley, quinoa, certain tomatoes, and even some varieties of rice that can handle higher salinity.

Greenhouse systems: In places like Israel’s Arava Desert, brackish water is used in climate-controlled greenhouses to grow vegetables year-round.

Aquaculture: It’s also used to farm fish and shrimp that naturally thrive in brackish environments, such as tilapia or black tiger shrimp.

The key is managing salinity levels carefully—too much salt can damage soil and plants, so farmers often use drip irrigation and soil monitoring tech to keep things balanced.

It’s a brilliant example of turning a challenge into an opportunity. Want to explore which crops are best suited for this kind of farming or how it’s helping with global food security?


What about Iran. How much food do they grow, and could thry apply some of the techniques used in Israel?

Iran produces a substantial amount of food, but its agricultural sector faces some serious challenges that limit its full potential. About 12% of Iran’s land is cultivated, and of that, only one-third is irrigated—the rest relies on rainfall, which is scarce in many regions. Despite this, Iran grows major crops like wheat (14 million tons), barley, rice, corn, and various fruits and vegetables. The country is nearly 96% self-sufficient in food production.

However, the sector struggles with poor soil quality, outdated farming techniques, and water scarcity. Many farms are small and not economically viable, which has led to rural poverty and migration to cities.

Could Iran apply Israeli-style innovations? Absolutely—but with caveats. Iran already uses drip irrigation in some areas and is exploring sustainable practices like crop rotation and organic farming. But scaling up would require major investment in infrastructure, tech, and training. Political and economic constraints also play a role in limiting access to international agricultural tech.

Still, the potential is there. Iran’s diverse climate zones—from the lush Caspian coast to the arid central plateau—mean that with the right tools and policies, it could significantly boost both productivity and sustainability.

Would you like to explore what crops Iran could grow more of with better tech—or how climate change might affect its future food security?

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Wednesday, June 25, 2025

Useful

 META AI:

Are GPS and Internet the same systems? Give me an overiew of each...

GPS (Global Positioning System) and the Internet are two separate systems with different purposes. Here's an overview of each:

GPS:

A network of satellites orbiting the Earth that provide location information to GPS receivers on the ground.

Allows devices to determine their precise location, speed, and direction.

Originally developed for military use, now widely used in civilian applications like navigation systems, smartphones, and fitness trackers.

Works independently of internet connectivity.

Internet:

A global network of interconnected computers and servers that communicate with each other using standardized protocols.

Enables the sharing and exchange of information between billions of devices worldwide.

Supports various services like email, web browsing, social media, and online communication.

Requires a connection via Wi-Fi, cellular networks, or physical cables.

While GPS relies on satellite signals, the Internet relies on a complex infrastructure of networks and servers. Although many devices use both GPS and Internet connectivity, they serve distinct purposes and operate independently.


What is Starlink?

Starlink is a satellite internet constellation project developed by SpaceX, founded by Elon Musk. It aims to provide fast, reliable, and global internet connectivity using a network of thousands of low-Earth orbit satellites.

Starlink's key features:

Global coverage: Targets remote and underserved areas where traditional internet infrastructure is limited or non-existent.

Satellite-based: Uses a constellation of satellites to beam internet signals directly to user terminals.

High-speed internet: Offers speeds suitable for streaming, online gaming, and other bandwidth-intensive activities.

Starlink has potential applications in various fields, including:

Rural internet access

Emergency response and disaster relief

Maritime and aviation connectivity

Remote work and education

The project continues to evolve, with ongoing launches and improvements to its technology and services.


How is Starlink useful in drone warfare; indeed, is it??

Starlink has proven to be highly useful in drone warfare, particularly in the ongoing Russian-Ukrainian conflict. Here are some key ways Starlink is being utilized:

Enhanced Communication: Starlink provides a reliable and secure communication network for Ukrainian forces, enabling them to coordinate attacks, transmit vital information, and stay connected with command centers.

Drone Control and Surveillance: Ukrainian drone operators use Starlink to control drones, transmit real-time video feeds, and receive critical updates, giving them a significant tactical advantage.

Real-time Data Transmission: Starlink enables the transmission of real-time data, including images and videos, from drones to command centers, facilitating more accurate targeting and effective decision-making.

Encryption and Security: Starlink's encrypted signals and ability to switch between satellites make it difficult for Russian forces to jam or intercept the signal, providing a secure communication channel for Ukrainian forces.

However, it's worth noting that SpaceX has taken steps to restrict the use of Starlink for military purposes, such as controlling combat drones. The company has stated that Starlink was not intended for use in weaponry and has implemented measures to prevent such use.

Despite these limitations, Starlink has become a vital component of Ukraine's military communication infrastructure, and its impact on the conflict has been significant. The US Department of Defense has contracted with SpaceX to purchase Starlink satellite services for Ukraine, ensuring continued support for Ukrainian forces ¹.

Straight_Up

 NATO; when will the current NATO meeting in the Netherlands be over?

The current NATO Summit in the Netherlands wraps up this afternoon, June 25, 2025. The main meeting concluded around 2:15 p.m. local time in The Hague, where leaders agreed on a new defense spending target and reaffirmed their collective commitments1.

If you're following the outcomes or just curious about the ripple effects, I can fill you in on the key decisions made. Want a quick summary?


Please...

Absolutely, Louise. Here's a quick rundown of what came out of the NATO Summit in The Hague today:

New Defense Spending Target: All 32 NATO members agreed to raise their defense spending to 5% of GDP by 2035, a major leap from the previous 2% goal. This includes 3.5% for core military needs and 1.5% for areas like cybersecurity and infrastructure2.

Support for Ukraine: Leaders reaffirmed their commitment to Ukraine, emphasizing continued support and calling on Russia to end its aggression.

Collective Defense: NATO restated its “ironclad commitment” to Article 5—the principle that an attack on one member is an attack on all.

Russia Reframed: Russia is now officially labeled a “long-term threat” to NATO’s future, shifting from the previous designation as the “biggest threat”.

Unity and Fairness: Secretary-General Mark Rutte emphasized that the new spending plan makes NATO “fairer,” reducing the burden historically carried by the U.S.3.

If you’d like, I can break down what this means for Canada or how it might affect global security dynamics.


Do break this down...

Of course! Let’s unpack what the NATO Summit decisions could mean—especially from a Canadian perspective:

1. The 5% Defense Spending Target

NATO members agreed to spend 5% of their GDP on defense by 2035—a dramatic increase from the previous 2% benchmark. This includes:

3.5% for traditional military needs (troops, equipment, operations)

1.5% for broader security areas like cybersecurity, infrastructure, and defense-related industries

For Canada, that’s a leap from around 1.4% today to 5%, which would mean $150 billion annually. That’s not just tanks and jets—it includes investments in critical minerals, transport infrastructure, and cyber defenses, which could benefit the economy while meeting NATO goals.

2. Canada’s Position

Prime Minister Mark Carney supports the target in principle but raised questions about the timeline and flexibility. Canada is pushing for:

A review checkpoint in 2029

Recognition of non-traditional defense contributions, like infrastructure for critical minerals

This approach could allow Canada to meet the target in a way that aligns with its economic and environmental priorities.

3. Why It Matters

Global Security: NATO is responding to a more volatile world—Russia’s aggression, cyber threats, and instability in the Middle East.

Burden Sharing: The U.S. has long pushed for fairer cost-sharing. This new target aims to balance the load across all 32 members.

Canada’s Role: As a G7 country with vast resources and Arctic territory, Canada’s contributions are strategic—not just symbolic.

Would you like to explore how this might affect Canadian domestic policy or public opinion?


How is public opinion shifting around defense spending in Canada?

Public opinion in Canada around defense spending is in flux—shaped by global tensions, domestic priorities, and the sheer scale of the new NATO commitment.

Prime Minister Mark Carney has acknowledged that reaching the 5% of GDP defense target by 2035—about $150 billion annually—will require what he calls a “social licence” from Canadians2. That means the government knows it needs public buy-in, especially since this level of spending could eventually lead to trade-offs in other areas like health care or social programs.

So far, the messaging has focused on security and economic benefits:

Carney argues the investment will create jobs, boost domestic industries, and protect Canadians from emerging threats like cyberattacks and Arctic incursions.

He’s also emphasized that much of the spending will happen within Canada, potentially softening resistance by tying defense to economic growth.

Still, there’s a growing debate:

Some Canadians are concerned about the opportunity cost—what else could be done with that money?

Others, especially in defense and security circles, see this as a long-overdue correction to years of underfunding.

The real test will come as the government starts allocating funds and Canadians begin to feel the impact—or the benefits. If you’d like, I can dig into polling data or how different provinces are reacting.


What can you tell me about this 'reframing Russia' aspect. Where is this coming from?

The “reframing” of Russia as a long-term threat by NATO is a deliberate shift in tone and strategy that emerged from the 2025 Summit in The Hague. It reflects a growing consensus among NATO members that Russia’s actions—especially since the 2022 invasion of Ukraine—aren’t just a temporary crisis but part of a broader, enduring challenge to Euro-Atlantic security2.

Here’s what’s behind the shift:

Strategic Clarity: NATO’s new declaration explicitly names Russia as the primary long-term threat to the alliance. This replaces earlier language that called Russia the “most significant and direct threat,” signaling a move from urgent crisis response to sustained strategic posture.

Defense Spending Justification: The 5% GDP defense target is directly tied to this reframing. Leaders argue that only a long-term investment can counter Russia’s persistent aggression and hybrid warfare tactics, including cyberattacks, disinformation, and military pressure on NATO’s eastern flank.

Political Messaging: The language also serves to unify NATO members around a common adversary. While some leaders—like Hungary’s Viktor OrbΓ‘n—have downplayed the threat, the summit’s final communiquΓ© was unanimous in its assessment.

Continuity Across Administrations: Interestingly, this isn’t a brand-new stance. The 2024 Washington Summit under President Biden used similar language. What’s changed is the emphasis: this year’s declaration is more forward-looking, less reactive, and more focused on long-term deterrence.

In short, NATO is signaling that it’s not just reacting to Russia’s past behavior—it’s preparing for a future where Moscow remains a central challenge. If you’d like, I can walk you through how this might affect NATO’s posture in Eastern Europe or its relationship with China.


Walk me through...

Absolutely. Let’s walk through how NATO’s reframing of Russia as a long-term threat is shaping its posture—especially in Eastern Europe and beyond:

1. Eastern Flank Reinforcement

NATO is shifting from a “tripwire” presence to a forward defense model:

Permanent deployments are increasing in countries like Poland, Romania, and the Baltic states.

New brigade-level forces are being stationed closer to Russia’s borders, with upgraded infrastructure to support rapid mobilization.

Air defense systems and surveillance assets are being modernized to deter any sudden aggression.

This is a direct response to Russia’s continued military buildup and hybrid tactics in the region.

2. Defense Industry Surge

To sustain this posture, NATO is pushing for:

Joint procurement of weapons and ammunition

Expansion of domestic arms production, especially in Eastern Europe

Stockpiling of critical supplies to avoid the shortages seen during the early stages of the Ukraine war

This industrial ramp-up is meant to ensure NATO can sustain a long-term standoff if needed.

3. Cyber and Hybrid Warfare Readiness

Russia’s use of cyberattacks, disinformation, and sabotage has prompted NATO to:

Establish cyber rapid response teams

Increase intelligence sharing among allies

Launch public resilience campaigns to counter disinformation

This reflects a broader understanding that modern threats aren’t just tanks and missiles—they’re also digital and psychological.

4. Strategic Messaging to China

By labeling Russia a long-term threat, NATO is also sending a signal to China:

That the alliance is serious about deterrence and unity

That it won’t tolerate coercive behavior in Europe—or in the Indo-Pacific, where NATO is expanding partnerships with countries like Japan and Australia

5. Political Unity and Public Buy-In

This reframing helps NATO:

Justify the 5% GDP defense target

Rally public support by presenting a clear, enduring adversary

Counter internal dissent (e.g., Hungary’s softer stance on Russia) by anchoring policy in shared threat perception

In essence, NATO is preparing for a decade-long strategic competition with Russia—not just a short-term crisis. If you’d like, I can show how this might affect Canada’s Arctic strategy or NATO’s nuclear posture.


Would you mind just giving me sources for your strategy and posture offer??

Certainly, Louise. Here are a few solid sources that outline NATO’s evolving strategy and posture in response to Russia’s designation as a long-term threat:

The Moscow Times – This article summarizes the NATO Summit’s final declaration, highlighting the alliance’s decision to label Russia a “long-term threat” and the rationale behind the new 5% GDP defense spending target.

Ukrainska Pravda – Offers a concise breakdown of the summit’s five-point declaration, emphasizing Russia as the only state named as a threat and detailing how this framing supports NATO’s strategic shift.

Meduza – Provides context on how the defense spending increase is directly tied to countering Russia’s persistent aggression, and how NATO is preparing for a sustained strategic competition.

These sources give a well-rounded view of the alliance’s posture—from troop deployments and industrial ramp-ups to cyber readiness and political messaging. Let me know if you’d like summaries or excerpts from any of them.


What is Meduza?

Meduza is an independent Russian- and English-language news outlet that operates out of Riga, Latvia. It was founded in 2014 by journalists who left the Russian news site Lenta.ru after its editor-in-chief, Galina Timchenko, was dismissed—widely seen as a move driven by Kremlin censorship.

Here’s what makes Meduza stand out:

It covers Russian and post-Soviet affairs with a critical eye, often reporting on topics that are censored or underreported in Russian state media.

It publishes in both Russian and English, aiming to reach domestic and international audiences.

It’s known for investigative journalism, in-depth features, and daily news updates.

Since 2021, it has been labeled a “foreign agent” by the Russian government, which has made its operations more difficult but also underscored its editorial independence.

If you’re curious, you can explore their reporting on Meduza’s English site. Want a peek at some of their most impactful investigations?


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The Drone War, from Meduza:

How drones change everything, and nothing Meduza’s in-depth examination of Russian–Ukrainian unmanned warfare and where it’s leading this bloody conflict — Meduza

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Russia-Ukraine conflict; in the drone war between the two sides, are internet services required? Who furnishes these??

Yes, internet services are absolutely critical in the drone war between Russia and Ukraine. Both sides rely heavily on drones for reconnaissance, targeting, and direct strikes — and many of these drones require stable, high-speed data links for real-time control and video transmission.

Ukraine has leaned heavily on Starlink, the satellite internet service provided by SpaceX. After Russia’s full-scale invasion in 2022, Ukraine requested Starlink access to maintain communications where infrastructure was damaged or destroyed. Starlink has since become a backbone for Ukrainian military and civilian communications, including drone operations. As of mid-2023, the U.S. Department of Defense began covering the costs of Starlink services for Ukraine through a contract with SpaceX.

Russia, on the other hand, does not have access to Starlink and has relied on a mix of domestic and Chinese-sourced components. While China officially bans the sale of military-use tech to both countries, both Russia and Ukraine have used Chinese parts to build drones and communications systems. Russia has also developed fiber-optic-controlled drones that don’t rely on radio signals, making them resistant to jamming and less dependent on traditional internet services.

Interestingly, during large-scale drone attacks, Russia has temporarily shut down mobile internet in certain regions to prevent Ukrainian drones from navigating or coordinating strikes. This suggests that some drones may rely on mobile networks for positioning or control, and disabling internet access can disrupt their effectiveness


So Russia is operating its own Starlink-like service...

Not quite yet — but they’re working on it. Russia is developing a satellite internet system called Rassvet, which is intended to rival Starlink. According to Roscosmos, the first launch of 16 low-orbit satellites is scheduled for late 2025, with over 900 satellites planned by 2035. The goal is to provide broadband internet across Russia, including remote and Arctic regions.

This isn’t Russia’s first attempt. An earlier project called Sfera, announced in 2018, was scrapped due to sanctions and technical setbacks. Rassvet is now part of a broader $57 billion space development program backed by President Putin1.

So while Russia doesn’t yet have a Starlink-style constellation in operation, it’s clearly aiming to build one — and fast. Want to explore how this might shift the balance in the drone war or what challenges they might face getting it off the ground?.

So in short: yes, internet services are vital — and who provides them can shape the battlefield. Want to dive deeper into how these technologies are evolving or how each side is adapting?


What does 'Rassvet' mean?

“Rassvet” (рассвСт) is a Russian word that means “dawn” or “sunrise” — the first light of day breaking over the horizon. It’s a poetic and symbolic term, often used to evoke new beginnings, hope, or the start of something transformative.

So when Russia names its satellite internet project “Rassvet,” it’s not just a technical label — it’s a statement. A new dawn, perhaps, in digital sovereignty or strategic independence. Quite the metaphor, don’t you think?


Are you telling me Russian drones ar operating without internet, or are they operating with makeshift internet. Whose 'mobile accesss' is Russia shutting off?

Great questions, Louise — and the answers are a bit of both.

Russian drones operate using a mix of technologies, some of which bypass traditional internet entirely. For example, Russia has increasingly deployed fiber-optic-controlled drones, which are physically tethered to operators via ultra-thin cables. These drones are immune to jamming and don’t rely on radio signals or internet-based control, making them ideal for precision strikes even in contested environments.

But not all drones are so self-contained. Many still rely on radio frequencies, GPS, or mobile networks for navigation and control — especially commercial or modified FPV drones. That’s where the mobile internet shutdowns come in.

When Russia disables mobile internet, it’s shutting off its own civilian networks — not Ukraine’s. These shutdowns are temporary and localized, typically in regions under drone attack. The goal is to disrupt Ukrainian drones that might be using Russian mobile networks to receive coordinates or maintain control links. For instance, during a major drone assault in May 2025, mobile internet was shut down in regions like Oryol, Tula, and Vladimir.

So, in short:

Some Russian drones don’t need internet at all (like fiber-optic ones).

Others use radio or mobile networks, which can be jammed or disrupted.

Russia shuts down its own mobile internet to block Ukrainian drone operations — a defensive move, not an offensive one.

Want to explore how Ukraine is countering these tactics or what the next phase of drone warfare might look like?


Tell me about Starlink. Is it GPS-based?

Starlink isn’t GPS-based in the traditional sense — it’s primarily a satellite internet system designed by SpaceX to provide high-speed broadband, especially in remote or underserved areas. It uses a constellation of thousands of low Earth orbit (LEO) satellites to beam internet signals down to user terminals on the ground.

That said, Starlink satellites do broadcast signals that can be used similarly to GPS. Researchers have shown that by analyzing the timing and frequency of Starlink’s downlink signals, it’s possible to triangulate a location on Earth with surprising accuracy — within about 8 meters. This is not something Starlink was designed for, and SpaceX doesn’t officially support it as a navigation system, but the potential is there.

So while Starlink isn’t a GPS system per se, it’s become a kind of accidental backup — a side effect of its constant, high-frequency communication with Earth. Pretty wild, right?

Would you like to explore how this could impact military navigation or civilian applications?


Wondrous

 Spent the whole day inside yesterday to 'beat the heat', acting my age for once.

So today, I'm off for a nice walk.


This wonder, from my Facebook feed: 

 https://www.facebook.com/share/r/16nJBXRmYA/                

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https://www.cnn.com/2025/06/24/politics/b-2-pilot-bomber-experience