Mozilla just shipped a free VPN directly into Firefox. No app, no subscription, just 50GB of IP protection per month built into the browser. I turned it on for the first time, ran real tests (including checking if it uses Mullvad behind the scenes), and shared my first impressions along the way.

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⏱️ TIMESTAMPS
00:00 INTRO
00:30 GETTING STARTED WITH FIREFOX VPN
01:32 BASIC IP TESTS
01:52 DOES FIREFOX VPN USE MULLVAD?
02:54 TESTING ALL OTHER FEATURES
04:20 PROXY VS VPN
05:22 WHAT HAPPENS AFTER 50GB?
05:52 FIREFOX VS MOZILLA VPN EXPLAINED
08:10 THE BROWSER VPN TREND
10:12 MY LINGERING QUESTIONS
#firefox #mozilla #vpn

Does anyone here know how to disable or suspend all display colour management?
I'm trying make some display profiles with a measurement instrument and no matter what I do, Wayland or Xorg, there is a persistent icc profile in effect which gets regenerated from the EDID.

I can't work out how to characterise the display without this profile being in effect, and unfortunately Displaycal and Argyll seem unable to disable it automatically.

Debian 13, GNOME 43

I’ve been using Linux for years, but as the proprietary alternatives get more aggressive with telemetry and adverts, I wanted to document the choices that actually keep my desktop predictable.

This isn't a manual, but a practical overview of my setup. From why I’ve settled on CachyOS and KDE Plasma for my main rig, to the reality of dealing with proprietary software and app compatibility in 2026. It’s just an honest look at the transition and why I’m done with the corporate defaults.

Get your powerful, secure desktop that you can take anywhere: shells.com/l/en-US/pricing

Get your Linux desktop or laptop here: slimbook.es/en/

As you might have noticed, Microsoft announced Windows 11. It comes with a new interface style, some redesigned apps, and a few features that I think we could make use of on our Linux desktops. There are also a few things that we've been doing for years and that Microsoft is catching up to, and I think it's going to be interesting to compare both implementations.

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00:00 Intro
01:24 Android App Support
03:56 Tiling
06:15 Gaming
07:49 The bad stuff
09:30 Parting Thoughts

Ok, now let's start with the feature that caught my eye the most: Windows 11 will be able to run Android apps, out of the box.
Now wether you have a use for that or not will determine how interested you are in this, but it still opens up a TON of possibilities, especially for mobile hardware.

Of course, Microsoft chose a debatable course of action by using the Amazon App Store as its Android app library, and you will have to create an amazon account, but Android apps will run through a similar subsystem to WSL, which means that performance shouldn't be horrible at all.

This is a feature I wish our Linux desktops did, or at least did better. You can use Anbox on Linux, to try and run Android apps, but it's a clunky solution, based on an old Android version. It doesn't come with an appstore, so you have to sideload apps, and it's not integrated with the system at all.

I think we could do something similar than what microsoft is doing, but better.
First, of course, you use F Droid.

Second, Integrate android apps in the menu, docks, panels, whatever our desktops use

Third, integrate android apps in our various app stores, to let users download and run them in one click.

Fourth, we can use the Android Open Source Projet, and de-google it, to use as a base: all the advantages of Android, without the spyware.

The second feature I found interesting is the tiling.
Yeah, sure Microsoft has conveniently forgotten than we've been doing this and more for ages.
Tiling WMs have been a thing for ages on Linux, PopOS has its auto tiling feature, and most desktops allow users to snap windows to any side or corner of the screen easily.

BUT

Microsoft has, in my opinion, done it in a more clever, user friendly way than any of these solutions.

First, their solution is discoverable. You just need to hover over the maximize button, which is something you're going to do a lot, as soon as you want to maximize a window.

Second, they offer pre-made layouts, so you can get a feel of what you can do with this feature: just by looking at the popup, you can see that windows could be arranged in various configurations, and that can give you ideas if you've never thought about organizing your windows.

Third, they remember application pairings through this tiling. If you move to another app, another virtual desktop, or just disconnect your laptop from your external monitor, your application pairings and tiling will be kept, and you can return to them just by using the task bar.

I think this implementation makes sense for regular users. The average computer user doesn't use the keyboard to interact with their windows, they use the mouse.

Now in terms of Gaming, Windows still has the advantage over Linux. Proton is a game changer, pun totally intended, but it still can't run everything, especially anything that uses anti cheat software.

Microsoft is widening the gap with Windows 11, with 2 main features.
The first one is DirectStorage. It's an API that lets games transfer the assets they need to load in, like textures, or complex 3D models, directly to the GPU, instead of using the CPU.

The second nice feature is the Auto HDR. This basically takes older games that haven't got any HDR support, and applies a few transformations to the color space so that they look a bit better than they used to and make use of a greater dynamic range. it's not going to be as nice as real-baked in HDR, but it still improves visual quality quite a bit on older titles.

In the competitive world of aggregate production, time is the most valuable currency. For operators utilizing a mobile stone crusher plant, the primary advantage is the ability to process material rapidly at the source, reducing haulage costs and increasing site flexibility. However, this high-efficiency model relies heavily on the continuous movement of the production line. When a critical component in an aggregate crusher plant fails, the financial repercussions extend far beyond the cost of a replacement part. Every hour that an impact crusher sits idle represents a direct hit to the bottom line, affecting labor costs, delivery schedules, and overall market reputation. Understanding the true cost of downtime is the first step toward building a more resilient and profitable crushing operation.

The Hidden Costs of Equipment Interruption

Downtime is often categorized into two types: planned and unplanned. While planned maintenance is a necessary investment, unplanned outages in a mobile stone crusher plant(planta trituradora móvil) can be catastrophic. The most immediate impact is the loss of production volume. If your facility is rated for 200 tons per hour, a single day of downtime results in over 1,600 tons of lost revenue.

Furthermore, the fixed costs of the operation do not stop when the machines do. Salaries for operators, site security, and lease payments for the aggregate crusher plant continue to accumulate. When an impact crusher stops due to a mechanical failure, the cost per ton produced during that month spikes significantly, as the overhead must be distributed across a smaller volume of sellable material.

Mechanical Vulnerabilities and Prevention Strategies

Maintaining a mobile stone crusher plant requires a proactive approach to mechanical health. Because these units are integrated systems, a failure in one area often causes a bottleneck that halts the entire circuit.

Protecting the Heart of the Circuit

The impact crusher is frequently the component subject to the highest levels of stress. Its high-speed rotors and blow bars are designed to handle abrasive rock, but they are not invincible. If the wear liners are not monitored, the efficiency of the aggregate crusher plant(planta trituradora de agregados) will drop, leading to higher energy consumption and lower product quality even before a total breakdown occurs. Regular inspections of the impact crusher can prevent these "silent" profit drains.

Logistics and Spare Parts Availability

A common cause of extended downtime for a mobile stone crusher plant is the lack of localized spare parts. If a critical bearing or hydraulic hose fails and the part must be shipped from overseas, the aggregate crusher plant could be offline for weeks. Smart operators maintain a stock of "critical wear parts" on-site. Knowing which components in your impact crusher are most likely to fail based on the hardness of your raw material allows you to turn a potential two-week disaster into a four-hour repair.

The Ripple Effect on Customer Relationships

Profitability in the aggregate industry is built on reliability. Construction projects operate on tight schedules, and a delay in receiving road base or concrete stone can shut down a multi-million dollar jobsite.

If your mobile stone crusher plant experiences frequent unplanned downtime, your customers will eventually seek more reliable suppliers. The long-term impact on profits is the loss of high-value contracts. An aggregate crusher plant that cannot guarantee delivery dates is often forced to compete on price alone, further eroding profit margins. Investing in a high-quality impact crusher(trituradora de impacto) and a rigorous maintenance schedule is, therefore, a marketing strategy as much as a technical one.

Data-Driven Maintenance for Maximum Uptime

In the modern era, "guessing" when a machine might fail is no longer acceptable. Leading producers are now using telematics and remote monitoring to track the performance of their mobile stone crusher plant in real-time.

By analyzing vibration data and temperature spikes in the aggregate crusher plant, managers can predict failures before they happen. For example, if the sensors on an impact crusher indicate an unusual heat signature in the bearings, maintenance can be scheduled during a natural shift break. This transforms a potentially expensive unplanned shutdown into a controlled, manageable task that preserves the daily production quota.

Strategic Thinking for Long-Term Operational Health

Minimizing downtime is an ongoing battle that requires the right equipment, trained personnel, and a culture of prevention. The initial price of a mobile stone crusher plant is only a small part of the total financial picture; the real profit is made through thousands of hours of uninterrupted service. By prioritizing the health of the impact crusher and ensuring the aggregate crusher plant is operated within its design limits, producers can safeguard their margins against the high costs of mechanical failure.

In an industry where the difference between profit and loss is often measured in cents per ton, keeping the rotors turning is the most effective way to ensure long-term business viability. Those who treat maintenance as a core profit driver, rather than a burdensome expense, will consistently outperform their competitors and secure a dominant position in the regional construction market.

Chile remains the world’s leading copper producer, a title held through a combination of vast natural reserves and a relentless drive for operational efficiency. In the heart of the Atacama Desert and the rugged Andes, mining operators are constantly seeking ways to reduce haulage costs and improve material throughput. One of the most significant shifts in recent years has been the move toward semi-mobile configurations. By integrating a high-performance stone crusher Chile(chancadora de piedra Chile) sites can process ore closer to the pit face, drastically shortening the distance for heavy haul trucks. The deployment of a mobile stone crushers plant offers the flexibility to follow the mine’s progression, ensuring that primary processing remains as close to the extraction point as possible. Furthermore, the selection of specialized machinery, such as a heavy-duty impact crusher for specific ore types, allows for better fragmentation and easier downstream processing, creating a more streamlined path from the mine to the refinery.

Strategic Advantages of Semi-Mobility in Large-Scale Mining

In traditional open-pit mining, the cost of diesel and tire wear for haul trucks represents a massive portion of the operating budget. By utilizing a stone crusher Chile operators can transition to a "crush-and-convey" system. Instead of trucks traveling kilometers to a fixed facility, they deliver ore to a semi-mobile unit located within the pit.

A mobile stone crushers plant(planta chancadora móvil) is designed to be relocated every few months or years as the mine bench advances. This adaptability is crucial in the massive copper pits found in the northern regions. When a site uses a mobile stone crushers plant, it effectively reduces the number of trucks needed on the road, lowering the overall carbon footprint of the operation and increasing safety by reducing traffic congestion in the pit.

Optimizing Fragmentation with Advanced Crushing Technology

The mineralogy of Chilean copper ore varies from soft oxides to extremely hard and abrasive sulfides. This diversity requires a flexible approach to equipment selection. While jaw units are common for primary breaking, the role of the impact crusher is becoming increasingly prominent in secondary stages.

The Role of the Impact Crusher in Ore Preparation

An impact crusher is often favored when the goal is to produce a high percentage of fines or a specific grain shape for leaching processes. In many Chilean operations, using an impact crusher in a semi-mobile setup allows for a high reduction ratio in a single pass. This efficiency is vital because it reduces the workload on the SAG mills and ball mills further down the line. For producers looking for a reliable stone crusher Chile provides a testing ground where only the most robust impact crusher designs survive the abrasive nature of the copper-bearing rock.

Integration within a Mobile Stone Crushers Plant

A modern mobile stone crushers plant is rarely a single machine; it is a synchronized system of feeders, conveyors, and crushers. When an impact crusher(molino de impacto) is integrated into this mobile system, it must be mounted on a chassis that can withstand the intense vibrations and high-altitude conditions. The ability to monitor a stone crusher Chile remotely means that even in the most isolated desert locations, engineers can track the wear life of the blow bars and liners, ensuring the mobile stone crushers plant maintains peak performance without unexpected downtime.

Operational Challenges and High-Altitude Solutions

Chilean mining often takes place at extreme elevations, where oxygen levels are low and temperatures can drop well below freezing. These conditions impact the hydraulics and power systems of any stone crusher Chile mining companies employ.

Hydraulic and Electrical Reliability

For a mobile stone crushers plant to succeed in the high Andes, it must feature cold-start kits and specialized hydraulic fluids. The impact crusher components, specifically the rotors and bearings, require consistent lubrication that won't thicken in sub-zero temperatures. Manufacturers supplying a stone crusher Chile have responded by developing high-altitude packages that ensure the electrical components of the mobile stone crushers plant don't overheat despite the lower air density, which typically hinders cooling.

Maintaining Consistent Throughput

Consistency is the key to profitability in copper mining. An aggregate or ore processing site must maintain a steady flow to keep the concentrator plant fed. By placing a stone crusher Chile near the extraction site, the "buffer" of material is always available. If one part of a mobile stone crushers plant requires maintenance, the modular nature of semi-mobile units often allows for faster component replacement compared to massive, fixed installations.

Maximizing Recovery and Reducing Operational Waste

As copper grades in Chile naturally decline over time, the industry must process larger volumes of rock to yield the same amount of metal. This makes the efficiency of the aggregate crusher plant and the secondary impact crusher more important than ever. By achieving better fragmentation early in the process, the energy required for grinding—the most expensive part of a copper mine's energy bill—is significantly reduced.

The deployment of a stone crusher Chile can also assist in waste rock management. By crushing waste material with a mobile stone crushers plant on-site, it can be used for road base construction within the mine, further reducing the need to bring in outside materials.

Future-Proofing Chilean Copper Production

The integration of semi-mobile technology represents the next evolution in South American mining. By choosing a robust stone crusher Chile operators are investing in a future where flexibility and energy efficiency are the primary drivers of success. Whether it is the high-energy reduction of an impact crusher or the logistical freedom provided by a mobile stone crushers plant, the goal remains the same: to move less dirt and more metal. As the global demand for copper continues to rise for the green energy transition, the Chilean mining sector will rely on these optimized crushing strategies to remain the most efficient and reliable supplier on the planet. Utilizing high-performance machinery is not just about breaking rock; it is about building a sustainable and profitable bridge to the next generation of industrial growth.

You're watching a weekly of Sprite Fright's crew as they discuss Blender's new Open Movie, coming this October. For more weeklies, as well as inspiration and downloadable assets, check out Sprite Fright's production logs on Blender Cloud: cloud.blender.org/films/sprite…

0:00 Start
0:03 Matthew
1:37 Hjalti
4:55 Andy
9:10 Rik
15:27 Angela
19:34 Beau
22:48 Gerard
24:20 Javier
30:19 Julien
33:18 MackBo
34:23 Monica
37:35 Pablo F
42:43 Paul
46:34 Simon

Let us talk about the lie hiding in plain sight. Most contractors think a self-loading mixer is about mobility. It is not. Mobility is just the packaging. The real revolution is weighing precision. A self loading mixer that cannot weigh accurately is just a fancy wheelbarrow. Yet the market talks endlessly about engines, tyres, and drum capacity. They ignore the load cells. That is a mistake. A costly mistake. This article pulls the curtain back. We will examine the weighing technology that separates modern self-loading mixers from their primitive ancestors. We will compare the Nigerian and Kenyan markets. We will show you why paying more for precision is not an expense. It is an investment. And we will name the brands that get it right. Prepare to see your concrete mixer differently.

The Old Way: Volumetric Batching and Its Lies

The old self-loading mixers did not weigh anything. They used volumetric batching. The operator filled the bucket to a painted line. That line represented "one bag of cement." Or "half a cubic meter of sand." The system was crude. It was also wrong. Aggregate moisture changes volume. A wet shovel of sand is lighter than a dry shovel of the same volume. A bucket of compacted gravel weighs more than a bucket of loose gravel. The volumetric method ignored these variations. The result was concrete with variable strength. Some batches were too rich (wasting cement). Some were too lean (risking failure). The operator had no idea which was which. This is not concrete production. This is gambling. Nigerian and Kenyan contractors accepted this gamble because they had no alternative. The alternative has arrived. It is called weighing.

Let me quantify the lie. A volumetric mixer might vary from target by 15%. That means 15% too much cement or 15% too little. Too much cement wastes money. On a 2 cubic meter batch, 15% excess cement is 90 kilograms. At ₦8,000 per bag (50kg), that is ₦14,400 wasted per batch. Ten batches per day is ₦144,000 wasted. Twenty working days per month is ₦2.88 million wasted. Per mixer. Per month. That is not a rounding error. That is a second mixer payment. Too little cement is worse. The concrete fails the slump test. It fails the strength test. The pour is rejected. The concrete is torn out. The project is delayed. The cost is incalculable. The volumetric mixer is not cheap. It is expensive. It just hides the cost in waste and risk. The weighing upgrade is not a luxury. It is a necessity.

The Upgrade: Strain Gauge Load Cells and Digital Control

Let us get technical. A modern self-loading mixer has four strain gauge load cells under the aggregate hopper. Two more under the cement hopper. A flow meter on the water line. The load cells are metal blocks that bend slightly under weight. That bending changes electrical resistance. The control system measures the resistance. It calculates the weight. It stops the filling process when the target is reached. The precision is remarkable. Typical accuracy is ±2% of target. Premium systems achieve ±1%. That means on a 400 kg cement batch, the error is 4 kg. Not 60 kg. The difference is transformative. The concrete is consistent. The cement is not wasted. The customer is happy. The load cells cost the manufacturer $500 to $2,000. The volumetric system costs $50. The price difference in the final machine is $3,000 to $8,000. That is the real reason self loading concrete mixer price in Nigeria is higher for precision machines. You are not paying for a brand. You are paying for accuracy. Accuracy pays for itself.

Not all self loading concrete mixer for sale Nigeria are equal. Some have genuine load cells. Some have fake load cells (pressure sensors that pretend to weigh). Some have no weighing at all. The buyer must verify. AIMIX is a brand that uses genuine strain gauge load cells on their premium models. They publish accuracy specifications. They provide calibration certificates. Other reputable brands include Zoomlion and Sicoma. The no-name brands from unknown factories often skip the load cells. They use volumetric systems with a digital display. The display shows numbers. The numbers are fiction. The buyer who pays a low self loading mixer price in Nigeria for a no-name brand is buying a volumetric mixer with a digital mask. The concrete will vary. The cement will be wasted. The regret will be real. The provocative advice is to ask for proof. Ask to see the load cells. Ask for the calibration certificate. Ask for a demonstration where you weigh the output. If the supplier hesitates, walk away. Precision is measurable. Demand the measurement.

The Business Case: Why Precision Wins Contracts

Here is the provocative truth. Major contractors and government agencies are tired of variable concrete. They are writing specifications that require weighing accuracy. A tender document may state: "Batching accuracy ±2% for cement and water, ±3% for aggregates." A volumetric mixer cannot meet this specification. A precision weighing mixer can. The contractor with the precision mixer qualifies for the tender. The contractor with the volumetric mixer does not. The self loading mixer price in Kenya for a precision machine is higher. The revenue from a single government contract is higher still. The math is not complicated. Precision is not a cost. It is a ticket to better work. Pay the ticket. Get the work.

The final argument is about reputation. A contractor who delivers consistent concrete builds trust. The customer knows that each slab will be as strong as the last. They do not worry about hidden weakness. They do not test every batch. They recommend the contractor to others. Repeat business flows. Referrals flow. The contractor with the volumetric mixer cannot build this trust. Their concrete varies. Sometimes it is good. Sometimes it is not. The customer never knows. They test every batch. They worry. They look for another contractor. The loss of repeat business is invisible. You do not see the customer who never calls again. But the revenue loss is real. The provocative conclusion is this. The [self loading concrete mixer for sale](aimixconcretesolution.com/self…

) Nigeria that is cheapest is the most expensive. It wastes cement. It loses tenders. It drives away customers. The precision mixer costs more upfront. It saves money every day. It wins better contracts. It builds a reputation. That is not a cost. That is a strategy. Choose wisely.

Duration - 1:24
[a video about Cuba from the news collective Belly Of The Beast]

Colorado-based physician Dr Bill Blanchet says NeuralCIM, a breakthrough Cuban drug for Alzheimer’s disease, could prevent 600,000 U.S. citizens from becoming disabled each year and save their healthcare system $300bn annually, but the U.S. embargo of Cuba is blocking the way.

Never in my life I though I would do a video that's essentially a shitty ASMR. Don't expect to see anything like this in the future.

Website: gianmarco.gg
Mastodon: mastodon.uno/@gianmarcogg03
Peertube: videos.gianmarco.gg/c/gianmarc…
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Creative Commons Attribution-ShareAlike 4.0 International

Because of the ubiquity, nay, monopoly of systemd I always assumed it was miles ahead of other init systems. Nope. I've been using a non-systemd environment for a while and must say I'm surprised by how little breaks, i.e., next to nothing. Moreover, boot and shutdown times are faster, and more of that good stuff. I suggest trying it out.

nosystemd.org/.