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I first covered the S&W 9mm Shield EZ pistol in 2022, during a post about handguns for senior citizens. Due to its unique characteristics, the EZ made the semiauto list, but it was really part of a larger picture.

Now, a year later, that particular pistol has seen more use. Conclusion: Its worthy of more thorough coverage. Rather than start from scratch, Ill use the previous post as a foundation. But this one is devoted strictly to the Shield EZ Series. Might as well look at its history while were at it.

Table of Contents Toggle Debut of the S&W Polymer M&P PistolsDevelopment of the M&P Shield SeriesShield EZ Pistol IntroductionShield EZ Pistol DetailsSafetyFeaturesThe Performance Center EZsRange ReportAccuracySight RegulationHandling & ControlReliabilityHolsters, Etc.All-Important MaintenanceCostsParting Shots Debut of the S&W Polymer M&P Pistols

Just before Smith & Wessons polymer-framed M&P pistols appeared (during 2005), I was granted an opportunity for a sneak preview. I greeted it with a yawn, but soon thereafter, we (my Agency) had an opportunity to wring out some samples. It turned out those striker-fired pistols did have several desirable qualities to include good ergonomics, enhanced through grip inserts of various sizes.

The timing was fortuitous since our metal-frame double-action S&Ws were aging so, after an extensive T&E session, we wound up purchasing a few hundred duty-sized (4 ) M&Ps. They were an instant hit with our staff, although our plain-clothed folks hoped for a smaller-sized pistol. This was around 2008. Development of the M&P Shield Series

During 2012, S&W introduced what proved to be a gamechanger for concealed-carry purposes, their micro-sized M&P Shields. These small polymer-framed pistols were quickly brought to our attention so, in short order, more samples arrived in both available calibers; 9mm and .40 S&W. The latter was pretty snappy, but the 9mms we tried (8 +1 versions) were reasonably controllable.

The example I wrung out also proved to be a tack-driver, something Ive noticed with other short-barreled S&W semiautos dating back to an inventory of D/A Model 3913s. As it turned out, a main drawback to the Shield was the force required to manually operate its slide a problem for some of our smaller-statured personnel. Still, I liked a 9mm sample so much that I wound up buying it. Ive since shot the Dickens out of it with nary a bobble, and its still in my possession (as is my trusty aluminum-framed M-3913). Shield EZ Pistol Introduction

The Shields stiff slide no doubt put the kibosh on sales among a growing segment of handgun purchasers; women, as well as others concerned about personal security. Fortunately, this situation was rectified through an unusual new Shield. Superficially there are some similarities, but the aptly named EZ is really a different pistol. S&Ws small pistol line (L-R): M&P Compact, Shield EZ, Shield, and .380 Bodyguard (the others are 9mms). The EZ strikes a nice balance of size Vs shootability. It can also accommodate a light. Shield EZ Pistol Details

The EZ first appeared during 2018 as a light-recoiling, compact .380 ACP. Designed for shootability and easy operation (EZ), the concept was a big enough hit that a slightly larger 9mm version soon followed. Either model pretty much eliminates strength-related difficulties common to many semiautos. Starting with the operation of its slide, even the 9mm EZ is much more user friendly than my trusty Shield.

Much of this is attributable to the EZs internal hammer, a departure from todays striker-fired systems), that provides easier manual slide operation. Also, theres a set of grasping ears another effort-reducing feature. The magazine is also well conceived. A set of small protruding tabs permit manual retraction of the follower, eliminating the need for a loading device. The tradeoff is reduced capacity, but the EZ is still an 8 +1 pistol, backed up by rapid reloads. Safety

S&W put some thought in the safety aspect. Beyond the standard internal drop safety, the EZ incorporates an odd-looking grip-safety similar to that of the well-respected U.S. Model 1911, .45 ACP Government Model. The EZ version is large enough to ensure full disengagement from any normal grip position, but the pistol wont fire unless its depressed.

Interestingly, the initial M-1911 submissions lacked an external safety lever. The Army wanted one so John Browning obliged. You can buy an S&W EZ either way. The EZs will also fire sans a magazine but a tactile loaded chamber indicator is standard. Comparison of the original 9mm Shield (top) to the EZ: Both incorporate a chamber-check feature but the EZs is tactile. Both are also equipped with night sights which came standard on the EZ PC version. The XS Big Dots on the older Shield are an aftermarket set. Features

Unlike the full-sized M&Ps, the EZdoesnt feature interchangeable grips. Still, it manages to strike a nice balance of size and shootability, with a more than acceptable accuracy. Part of this is attributable to its pre-cocked internal hammer. A true single-action, this system provides a clean feeling 4 -pound trigger pull with a distinct reset.

Also, the EZs sight-radius is long enough to provide precise sight alignment (the standard EZs have fixed three-dot sights). The barrel measures 3 -inches, long enough that it doesnt give up much velocity. The EZs empty weight is listed as 23.8 ounces. It lacks the ambidextrous slide-stops of a full-size M&P, but the magazine release can be reversed. The Performance Center EZs

Once the dust settled, S&W launched a series of catchy Performance Center EZs. No longer able to resist, I bought the example pictured here. The foundation is pretty much the same, but it does have a few spiffy features. For starters, the barrel is ported. Advertised to reduce recoil, it extends a bit beyond the face of the slide for an overall length of 3.8-inches. The slide features a series of racy looking ports that mostly just save a bit of weight.

Despite its coolness, I bought this PC model primarily for its fiber-optic/tritium Hi-Viz sights. Theyre highly visible in all lighting conditions to include darkness. And, unlike the striker-fired Shields, an accessory rail is standard throughout the EZ line, permitting the easy attachment of a light (or laser).

Being no stranger to a 1911, I opted for an EZ with an active safety. Some consider one an impediment to a defensive response, but Ive noticed many detractors also own an AR-15 equipped with a safety lever. If you go this route, unlike a cocked & locked 1911, the EZs slide can be retracted while on-safe. In contrast to the original Shield, its levers are both generous and bilateral. Rapid access is a non-issue so the key to their effective use boils down to practice and consistent use of this feature. Range Report

For accuracy testing, I fired four tried and true favorites off sandbags from 25 yards. Some evaluators test pistols of this size at 15 yards but, as noted above, shorter-barreled S&Ws can print decent groups often tighter than their full-size relatives. The EZ also has a crisp trigger, and my PC version is fitted with a good set of sights. Accuracy Good accuracy despite the lack of an aiming point: The red-circled group is Federals 124-grain AE FMJ. The other was produced by 124-grain Speer Gold Dot JHPs. Both loads, fired over a sandbag rest from 25 yards, were well-regulated to the EZs Hi-VIZ LiteWave fixed sights.

During the initial 2022 test I shot Speer Gold Dot 124-grain JHPs, and Federal American Eagle 124-grain FMJs (see ammo sites for purchase options). Five-shot groups with either load averaged a more than respectable 2 -inches off sandbags.

During 2023, a repeat test of these loads produced identical results. An additional box of Federals 124-grain Hydra Shok JHPs did the same consistently good performance! Nine Federal 124-grain Hydra Shok JHPs fied off sandbags from 25 yards. This representative cluster measured a very acceptable 2 1/2-inches. POI was close but could be adjusted by drifting the rear sight in its dovetail.

I had high hopes for another longstanding favorite, Speer Lawman 124-grain TMJs, but no such luck. Groups ran an abysmal 4-inches. Two M&Ps on hand that day averaged well under 2-inches from the same box, proving that nothings etched in stone (also both are fitted with aftermarket Apex barrels). Sight Regulation

Its been my experience that S&W does a good job regulating their fixed sights. Thus, it came as no surprise that my 9mm EZ shot close to its sights at 25 yards with common 124-grain loads. Elevation is fixed, but windage can be tweaked by drifting the rear sight in its dovetail (secured by a setscrew underneath the slide). Point of impact test: A full load (9 rounds) of Federal American Eagle 124-grain FMJs fired offhand from 15 yards. No need for any adjustments. The group formed directly atop the EZs sights. Handling & Control

The EZ was fast and intuitive from the ready or a holster. Despite its ported barrel, the above loads did generate some recoil, a consequence of the PC EZs 23-ounce weight. Still, it was on par with many other compacts. The textured grip helps maintain control but, if recoil is a concern, Hornady offers a solution through their 100-grain 9mm Lites.

To reduce recoil even more, S&W still sells .380 ACP EZs. Theyre slightly lighter versions (18-ounces) of the same pistol in a lighter-kicking caliber. Hornady has an effective .380 load to match this choice, too. I can vouch for its ability to expand, having witnessed the results during FBI testing protocols. S&Ws Shield EZ .380 in basic form. Lots in common with the 9mm version, in a softer-shooting pistol. Note the absence of an optional safety lever. Reliability

No stoppages to report with my 9mm, shooting with either hand and a loose or firm grip. Also, consistent ejection patterns, no deformed cases, and solidly struck primers. I stretched it to 200 rounds between cleanings (bulk ammo sites to purchase your own). Holsters, Etc.

I started out with a basic Comp-Tac holster, formed from Kydex and its worked well enough that Ive stuck with it, rigged for OWB carry on a durable belt. A spare magazine slides into an open-topped pouch with enough clearance to allow for its protruding finger tabs, something worth checking. Comp Tacs EZ 9 Holster fits standard EZs or Performance Center models. Note the location of the magazines loading assist buttons relative to the pouch. Plenty of clearance here.

Of course, we need to be sure of our target. At the moment, my EZ is equipped with a small but bright O-light Baldr Mini, which also has a built-in laser. So far so good but, if it quits, I still have the bright set of night-sights for insurance. This system presently serves as a bump-in-the-night handgun largely for this reason (secondary to a 9mm AR). The QD light/laser unit repeats its zero, so I simply detach it when the EZ is carried in its holster. All-Important Maintenance The Shield EZ (top) is hammer-fired, shown here un-cocked. The original Shield is striker-fired. The small yellow dogleg arm is its sear deactivation lever, flipped forward to permit disassembly. Both are equipped with external safety levers but theres a considerable difference in their sizes.

Periodic disassembly is part of the cleaning process but is sometimes skipped with fiddly designs. Fortunately, disassembly of the EZ is about as easy as it gets. Flip the disassembly lever and the slide assembly can be drawn off the frame for routine cleaning (the recoil spring is captive on the guide rod).

Unlike many striker-fired designs, the trigger doesnt need to be pulled. S&Ws M&Ps circumvent this through a sear deactivation tab, but the EZs hammer-fired system completely eliminates such concerns. Mine shipped with a useful cleaning kit and clear directions. Follow them and youll be good to go with quality ammunition. EZ disassembled for routine maintenance. Clear the pistol, lock its slide open and rotate the takedown lever 90 degrees. Then simply dismount the slide assembly. The barrel and guide rod can be easily removed. Costs

An 8 +1 pistol might not seem too reassuring nowadays but, unlike some higher-capacity competitors, the EZs magazines are easy to top off. Also, its ergonomics shouldnt be discounted. Despite a comprehensive collection of M&Ps, I find myself reaching for my EZ because it just feels right. A basic three-dot sight version retails for $521.

S&W lists the PC versions at $643. My older Shield started out as a basic version, but I wound up investing in a set of aftermarket night sights. The EZs sights are mounted in dovetails so similar upgrades are possible, but the PC version is good to go as is. In any case, real-world prices often run lower. The Shield EZ 9mm PC as it arrived. No extras required other than carry gear. Nice cleaning kit, too! Parting Shots

Still, since more is generally deemed advantageous, S&W recently launched a higher-cap version of the EZ, the Equalizer. It weighs the same but boosts capacity. Beyond a flush-fit 10-shot magazine, two extended types boost capacity to 13 +1, and 15 +1. Like most other S&Ws, these pistols are available with or without external safety levers for an MSRP of $599.

Which begs the question: Do you really need an external safety? My older Shield has one, but its small and difficult to access. As noted above, like a 1911 Government Model, the EZ fires from a cocked hammer the reason its slide is easier to manipulate (helps delay unlocking).

Out of sight, out of mind, I guess. Unlike an original 1911, the EZ does feature a firing pin block (drop safety) and the grip safety is still there although no one I know carries a 1911 off safe. Which takes us to S&Ws recent CSX with an external hammer equipped with a non-optional safety lever.

FYI, the centerfire EZs are an offshoot (pun intended) of S&Ws hammer-fired M&P .22 LR Compact pistol. The rimfire lacks a grip safety but has always had a thumb-safety, and it functions nearly identically. Because rimfire ammo is much more affordable, this close cousin could be the ticket to meaningful practice.

Lastly, for more info about handguns in general, heres a link to Handguns: A Buyers and Shooters Guide: Handguns: A Buyer's and Shooter's Guide (Survival Guns) Markwith, Steve (Author)English (Publication Language) $23.68 Buy on Amazon

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Emerging technology regulations: a comprehensive, evergreen approach

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Emerging technology regulations: a comprehensive, evergreen approach

Emerging technology regulations: a comprehensive, evergreen approach

Opinion by: Merav Ozair, PhD

Technology is advancing at the speed of light today more than ever. We have surpassed Moore’s law — computational power is doubling every six months rather than every two years — while regulations are, and have been, playing catchup.

The EU Artificial Intelligence Act just came into force in August 2024 and is already falling behind. It did not consider AI agents and is still wrestling with generative AI (GenAI) and foundation models. Article 28b was added to the act in June 2023 after the launch of ChatGPT at the end of 2022 and the flourishing of chatbot deployments. It was not on their radar when lawmakers initially drafted the act in April 2021.

As we move more into robotics and the use of virtual reality devices, a “new paradigm of AI architectures” will be developed, addressing the limitations of GenAI to create robots and virtual devices that can reason the world, unlike GenAI models. Maybe spending time drafting a new article on GenAI was not time well spent.

Furthermore, technology regulations are quite dichotomized. There are regulations on AI, like the EU AI Act; Web3, like Markets in Crypto-Assets; and the security of digital information, like the EU Cybersecurity Act and The Digital Operational Resilience Act.

This dichotomy is cumbersome for users and businesses to follow. Moreover, it does not align with how solutions and products are developed. Every solution integrates many technologies, while each technology component has separate regulations.

It might be time to reconsider the way we regulate technology.

A comprehensive approach

Tech companies have been pushing the boundaries with cutting-edge technologies, including Web3, AI, quantum computing and others yet to emerge. Other industries are following suit in the experimentation and implementation of these technologies. 

Everything is digital, and every product integrates several technologies. Think of the Apple Vision Pro or Meta Quest. They have hardware, goggles, AI, biometric technology, cloud computing, cryptography, digital wallets and more, and they will soon be integrated with Web3 technology.

A comprehensive approach to regulation would be the most suitable approach for the following principal reasons.

A full-system solution

Most, if not all, solutions require the integration of several emerging technologies. If we have separate guidelines and regulations for each technology, how could we ensure the product/service is compliant? Where does one rule start and the other end? 

Recent: Animoca Brands revenue climbs as AI cuts costs by 12%

Separate guidelines would probably introduce more complexity, errors and misinterpretations, which eventually might result in more harm than good. If the implementation of technologies is all-encompassing and comprehensive, the approach to regulating it should also be.

Different technologies support each other’s weaknesses

All technologies have strengths and weaknesses, and often, the strengths of one technology can support the shortcomings of the other.

For example, AI can support Web3 by enhancing the accuracy and efficiency of smart contract execution and blockchain security and monitoring. In contrast, blockchain technology can assist in manifesting “responsible AI,” as blockchain is everything that AI is not — transparent, traceable, trustworthy and tamper-free.

When AI supports Web3 and vice versa, we implement a comprehensive, safe, secure and trustworthy solution. Would these solutions be AI-compliant or Web3-compliant? With this solution, it would be challenging to dichotomize compliance. The solution should be compliant and adhere to all guidelines/policies. It would be best if these guidelines/policies encompass all technologies, including their integration.

A proactive approach

We need proactive regulation. Many of the regulation proposals, across all regions, seem to be reactions to changes we know about today and don’t go far enough in thinking about how to provide frameworks for what might come five or 10 years down the line. 

If, for example, we already know that there will be a “new paradigm of AI architectures,” probably in the next five years, then why not start thinking today, not in 5 years, how to regulate it? Or better yet, find a regulatory framework that would apply no matter how technology evolves.

Think about responsible innovation. Responsible innovation, simplistically, means making new technologies work for society without causing more problems than they solve. In other words: “Do good, do no harm.”

Responsible innovation

Responsible innovation principles are designed to span all technologies, not just AI. These principles recognize that all technologies can have unintended consequences on users, bystanders and society, and that it is the responsibility of the companies and developers creating those technologies to identify and mitigate those risks.

Responsible innovation principles are overarching and international and apply to any technology that exists today and will evolve in the future. This could be the basis for technology regulation. Still, companies, regardless of regulation, should understand that innovating responsibly instills trust in users, which will translate to mainstream adoption.

Truth in Technology Act

The Securities Act of 1933, also known as the “truth in securities” law, was created to protect investors from fraud and misrepresentation and restore public confidence in the stock market as a response to the stock market crash of 1929. 

At the core of the act lie honesty and transparency, the essential ingredients to instill public trust in the stock market, or in anything for that matter. 

This act has withstood the test of time — an “evergreen” law. Securities trading and the financial industry have become more digital and more technological, but the core principles of this act still apply and will continue to.

 Based on the principles of responsible innovation, we could design a “Truth in Technology Act,” which would instill public trust in technology, internationally, now and in the future. Fundamentally, we seek these products and services to be safe, secure, ethical, privacy-preserving, accurate, easy to understand, auditable, transparent and accountable. These values are international across regions, industries and technologies, and since technology knows no boundaries, neither should regulations.

Innovation may create value, but it may also extract or destroy it. Regulation helps limit the latter two types of innovation, while well-designed regulation may enable the first kind to survive and flourish. A global collaboration may find ways to incentivize innovation that creates value for the good of the global economy and society.

It might be time for a Truth in Technology Act — an international, comprehensive, evergreen regulation for the good of the citizens of the world.

Opinion by: Merav Ozair, PhD.

This article is for general information purposes and is not intended to be and should not be taken as legal or investment advice. The views, thoughts, and opinions expressed here are the author’s alone and do not necessarily reflect or represent the views and opinions of Cointelegraph.

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Mike Amesbury to quit as MP after punching man in street – triggering by-election

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Mike Amesbury to quit as MP after punching man in street - triggering by-election

Mike Amesbury has announced he will stand down as an MP after he was convicted of punching a man in the street.

A by-election will now be triggered in his seat of Runcorn and Helsby, where constituents will vote to elect a new MP.

Amesbury, who was suspended from the Labour Party, was jailed on 24 February for 10 weeks after he pleaded guilty in January to assault by beating of 45-year-old Paul Fellows in Main Street, Frodsham, Cheshire, in the early hours of 26 October.

However, following an appeal, his sentence was suspended for two years, so he does not have to serve it in prison.

Amesbury, 55, told the BBC on Monday he will begin the “statutory process” of closing up his office before resigning as an MP “as soon as possible”.

His resignation will trigger a by-election – the first of Sir Keir Starmer’s Labour government.

He said he regrets the attack “every moment, every day” and said he would have tried to remain as an MP if he had been given a lighter community sentence.

Parliamentary rules state any prison sentence, even suspended, given to an MP triggers a recall petition.

A by-election will then be called if 10% of constituents vote to remove him as their MP.

Amesbury has continued to take his £91,000 salary after he was sentenced, including when he spent three nights in prison before his appeal was successful.

He told the BBC he carried out casework while behind bars as his office manager forwarded on emails.

“Life doesn’t stop as an MP,” he said.

Labour suspended Mr Amesbury from the party shortly after the incident, so he has been sitting as an independent MP in the Commons.

The party said he would not be readmitted to Labour and had called for a by-election, saying Mr Amesbury’s constituents “deserved better” after his “completely unacceptable actions”.

This breaking news story is being updated and more details will be published shortly.

Please refresh the page for the fullest version.

You can receive breaking news alerts on a smartphone or tablet via the Sky News app. You can also follow us on WhatsApp and subscribe to our YouTube channel to keep up with the latest news.

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Destroyed Cybertruck used in Vegas bombing is for sale, Musk said Tesla would rebuild it

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Destroyed Cybertruck used in Vegas bombing is for sale, Musk said Tesla would rebuild it

The Tesla Cybertruck used in the Las Vegas bombing appears to have landed in an auction for sale as salvaged, still destroyed. CEO Elon Musk said Tesla would put it back on the road.

Good luck with that.

In January, a Tesla Cybertruck exploded at the Trump Tower in Las Vegas.

The driver is believed to have shot himself in the head right before the vehicle exploded. Evidence proved that some firework mortars and gas canisters were inside the Cybertruck’s bed.

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After the explosion, Tesla CEO Elon Musk praised the Cybertruck for “containing” the explosion and reducing the damage.

He even went as far as claiming that the powertrain was still working and that Tesla would rebuild the Cybertruck and bring it back on the road:

“Once we get this Cybertruck back to Tesla, we’ll buff out the scratches and get it back on the road.”

When questioned about the seriousness of this statement, he affirmed, “No, I mean it.”

They clearly haven’t yet because the Cybertruck has now shown up as a salvaged vehicle for auction on IAA’s site:

It’s not clear if Tesla had an opportunity to get the truck until now, but they certainly could buy it now.

Electrek’s Take

Good luck rebuilding the truck. Maybe they can salvage the battery pack and motors in a new truck, but there’s no way or point to salvage the chassis.

Elon has already confirmed that Tesla engineers have looked at the car. I’m sure that they had the opportunity to get it from the insurance company.

I bet that Tesla doesn’t want the car, and it won’t be back on the road as Elon claimed. You can add it to the list of lies he told this year. Are we in the hundreds already? And we are only in March.

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