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If it comes to the Web of Things, conventional cybersecurity approaches are hard to incorporate and cannot keep operational apparatus protected. Can all our IoT security problems be solved through a very simple tweak into the distribution chain?

The IoT Security Foundation coined the notion in May 2023, which IoT safety doesn’t have a single owner and all sellers have a responsibility to watch over their direct clients and the broader ecosystem.

Let us consider it at a slightly more practical method. If you’re a producer, the Supply Chain of Trust is understanding from where you are sourcing hardware or software and understanding the safety inside of whatever it’s that you’re sourcing. It boils right down to accepting ownership for every tier of security.

The difficulty

It has gotten to the point where each business, regardless of their enterprise, thinks they will need to make an internet-connected item.

The dilemma is that these businesses are concentrated only on the production of the widget, rather than the pieces and parts which constitute that widget.

They generally will not make a Wi-Fi chip from scratch; they will buy a processor from a business which has already generated countless those chips.

However, this widget-producing business that doesn’t concentrate on safety, does not take some opportunity to comprehend and examine the safety protocols of the processor maker. When they don’t have some opportunity to understand in which the processor is coming out of, the firmware necessary to conduct that processor and also the susceptibility of the chip to be hacked then they are building an extremely unsecure technology in their prototype.

Consider each the elements that are constructed by third parties that end up at the finished widget.

What is the solution?

The long-term remedy: a certificate procedure. Since many business groups are working on those efforts, we can not wait for all these criteria.

From the short term, there are two strategies.

To begin with, if you are buying IoT apparatus for your self or your business, take some opportunity to do your own research. There are various alternatives from respectable businesses with great security track documents. When analyzing expenses, variable in capital required if your organization suffers a violation from allowing an unsecured device on your system.

Secondly, if you are fabricating IoT apparatus, think about the safety of every piece of hardware that you build to your device. 1 firm that does a fantastic job of the is Taser, a developer, producer and distributor of ran electric weapons, body cameras and electronic proof management alternatives. Taser generates an internal group of hardware, applications and safety specialists to vet all goods before they go to market. This varied group believes the way the item will incorporate in the present product mix, ensures safety is present and conducts penetration testing. The organization’s upfront investment ensures that the supply chain of any new apparatus is considered.

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How Cloud Computing Is Reinventing Supply Chain Management

Regardless of the industry, supply chain management is vital for business growth. In a bid to remain relevant in a competitive business landscape, companies seek to enhance their supply chain management processes through digital technology.

Cloud computing is a quickly evolving technology that organizations adopt to transform and enhance supply chain efficiency. With more businesses scrambling to adapt, the global market size of SaaS supply chain management solutions will hit $5.62 billion by 2025.

This trend is not haphazard. Typically, cloud computing facilitates a large-scale transformation of traditional SCM models. Here are some of the ways cloud solutions are reinventing supply chain management.

1. Track and Locate Products at Any Stage of the Supply Chain

Inventory management is one of the chronic traditional challenges that plague managers. Ideally, supply chain departments need reliable visibility and control.

When cloud-based solutions are coupled with tools like GPS, Beacons, Bluetooth trackers, RFID, and Wi-Fi sensors, supply chain managers can track inventory –regardless of the shipping stage. Having the capability to track and locate products can enhance supply chain efficiency. Most importantly, it makes it easier to gather more data about delays and bottlenecks.

Cloud-connected sensors can log your inventory automatically, thus cutting costs related to supply chain management. As the business landscape becomes more competitive, tracking products on transit can be instrumental in providing superior client service.

2. Enhanced Maintenance of Critical Supply Chain Equipment

This eliminates the inconveniences associated with sudden equipment breakdown. In addition, intelligent cloud solutions can provide accurate predictions regarding equipment malfunction, servicing, and repairs.

3. Leverage Big Data to Analyze Efficiency

Cloud-based SCM solutions come with unprecedented processing power, thus making them suitable for analyzing massive data sets. This capability has enabled managers to create complex simulations addressing supply chain optimization, inventory needs, and seasonal issues in the supply chain.

4. Increased IT Security for Better Business Continuity

Cloud technology has evolved to become a reliable and secure tool for business operations. This aspect enhances business continuity and lowers business disruptions often associated with onsite installations.

Virtualization and redundancy are at the core of cloud computing technology, thanks to a vast pool of resources. As such, these systems can quickly recover from technical glitches or other unexpected disasters and redeploy data.

Advanced security solutions are securing cloud technology without causing any system lags. Unlike traditional onsite SCM systems, cloud-based supply chain systems have minimal downtime, thus enhancing business profitability.

5. Seamless Access to Supply Chain Management Systems

Cloud computing has eliminated physical boundaries that pose barriers in supply chain management. Today, managers can access cloud-based supply systems from anywhere in the world. And with increasing globalization, seamless access is vital to business success. These supply chain systems support multiple offices across the globe and facilitate real-time access to essential data.

6. Cost Optimization

The introduction of cloud computing in supply management has led to a drastic reduction in operational costs. Cloud computing solutions can minimize the number of staff required to carry out tasks throughout the supply chain.

For instance, cloud applications can generate automatic reports of incoming inventory at a warehouse, trigger shipments, and book the inventory on arrival. This function minimizes the human workforce required for order processing tasks; thus, you can commit more workers towards other vital roles in the supply chain.

7. Demand Forecasts and Adjusting to Market Volatilities

The C-suite managers in the manufacturing industry are conversant with the detrimental impacts of market volatility. After going through the previous economic collapse, managers are always conscious of resource deployment amid an economic collapse.

8. Improved Speed and Scalability

9. Enhanced Integration of Different Business Platforms

Over the years, the demand for supply chain management systems has skyrocketed. To meet the demand, providers have created numerous platforms. However, most of the existing platforms are not compatible, thus limiting integration with each other.

But with cloud computing technology, you can integrate different platforms through standard protocols. This capability has nullified preexisting digital boundaries that have been the missing link for instant communication and seamless order fulfillment. For instance, Service Oriented Architecture enables various platforms to share information through web services.

Conclusion

While it’s still in its infancy stages, cloud computing technology is on track to become the future of supply chain management. By integrating this tech into SCM, organizations can realize accurate tracking, better security, and lower business expenses.

Top 6 Supply Chain Collaboration Software In 2023

Supply chain collaboration software reshapes traditional supply chain models to adapt to the fast-paced and complex world of global commerce.

This article offers a guide to finding the most suitable supply chain collaboration software for your business.

Figure 1. Top supply chain focus areas for investments of global brands

Source: Statista

Top 6 supply chain collaboration software compared

VendorsCustomizationIntegrations to SCM platforms*, **# of employees on Linkedin as of April 2023 – Coupa53 – Oracle2,271 – Siemens Teamcenter1,284 – PostgreSQL1,960 – PostgreSQL5,803 – SAP38

Notes (Table 1):

Based on vendor claims: *

Not comprehensive: **

To leverage no-code supply chain software in your business to facilitate data sharing, check out our data-driven list of no-code supply chain software to find the right fit.

How we choose the top supply chain collaboration vendors

The vendors compared in this table

offer low or no-code solutions that can be integrated into other supply chain solutions to help improve collaboration.

employ 25+ employees.

Public data on vendors

We selected the following criteria for the comparison because the data related to them was publicly available and verifiable:

Level of customization

Integrations capabilities

Number of employees

Criteria that require buyer-specific assessment

The remaining criteria can be used to conduct personal evaluations since, for that specific criteria, the answers would differ from business to business. These are:

Scalability

Security and Compliance

Transparency Statement

AIMultiple serves numerous emerging tech companies, including UCBOS.

Top 5 Factors to Consider When Choosing Supply Chain Collaboration Software

When it comes to choosing the right vendor for your business, several factors should be taken into consideration.

1. Level of Customization

No two businesses are identical, and neither are their supply chain needs. A software solution should offer a high degree of customization, allowing you to tailor features according to your unique requirements.

Low or no-code supply chain solutions can help achieve the desired level of customization. With the growing number of citizen developers, it can be beneficial to consider if the vendor’s platform has low or no-code capabilities.

2. Integration Capabilities 3. Number of Employees

It is also important that the vendor offers adequate customer support for its solution. Research1 indicates that small to medium-sized businesses, also known as SMBs, may provide a more individualized and tailored service due to their emphasis on prioritizing customer care.

A minimum company size (ideally 25+ employees) can be considered adequate. It is also important to test their customer service capabilities before making any commitments.

4. Scalability

As your business grows, your software should be able to adapt. Look for a platform that can effortlessly scale with your business, whether you’re adding new products, entering new markets, or increasing your workforce.

5. Security and compliance

Ensure your chosen software complies with industry standards and regulations such as GDPR compliance, ISO 27001 certification, e.g., especially when dealing with sensitive data. Also, check the security features to protect your information from threats and breaches.

What does supply chain collaboration mean?

Supply chain collaboration (SCC) is the strategic alliance of different businesses with the common goal of improving efficiency, enhancing customer satisfaction, and driving profitability. By uniting manufacturers, suppliers, logistics providers, and retailers in a shared platform, companies can streamline supply chain operations, reduce errors, and predict potential disruptions before they occur.

Supply chain collaboration isn’t simply about sharing information—it’s about creating a synergistic network where all participants can effectively communicate, coordinate, and synchronize their efforts to achieve the best outcomes. However, achieving this level of collaboration is easier said than done.

How can sophisticated software help overcome supply chain collaboration challenges?

The complexities of modern supply chains—extending across multiple countries and involving numerous stakeholders—pose a considerable challenge to effective collaboration. This is where sophisticated collaboration software becomes an invaluable tool.

Here is how supply chain collaboration tools can help overcome challenges:

1. Limited visibility

As identified by the previous global Pandemic, lack of visibility into supplier operations is a challenge that supply chain leaders are still working to overcome (Figure 2).

Figure 2. Increasing visibility is the top priority for supply chain leaders 2. Ineffective communication

Real-time communication software, like instant messaging or collaborative platforms, allows individuals and businesses to share information as it arises. This helps eliminate time lags often associated with traditional communication methods such as emails.

Consider the impact of the recent Covid-19 Pandemic as an example. When lockdown measures were imposed, many retail businesses were left with a surplus of seasonal stock because they couldn’t communicate changes in customer purchasing behavior quickly enough to their suppliers.

On the other hand, certain products, like personal protective equipment and home workout gear, saw a sudden surge in demand, yet suppliers were not informed in time to ramp up production. With effective collaboration software, these issues can be avoided.

3. Lack of synchronization

The software allows for real-time demand forecasting and inventory management, reducing stockouts and overstocks.

This is especially useful when a sudden demand spike for a product, such as a popular smartphone, needs to be addressed quickly. In this case, the software’s supplier portal can inform suppliers and other external partners of the demand surge.

4. Inconsistent data

Centralized data management ensures accuracy and consistency, improving overall operational efficiency. For instance, an electronics manufacturer can avoid overproduction caused by inaccurate demand forecasts.

5. Compliance and security risks

The software helps manage compliance requirements and security risks. For example, a pharmaceutical company can meet strict tracking regulations and protect sensitive data using robust security measures provided by supply chain collaboration solutions.

How To Daisy Chain Monitors (Step

Daisy chaining simply means wiring all your monitors in a sequence similar to the garland of daisy flowers (monitor-to-monitor connection). This way, you do not require additional computer ports, all the cables stay organized, and additionally improve the screen space.

However, daisy chaining is only possible on monitors having DisplayPort 1.2 or Thunderbolt ports. Also, the DisplayPort should support Multi-Stream Transport (MST) which is responsible for transporting multiple video signals through a single cable.

The graphic drivers should be updated

Your GPU and monitors should have DisplayPort 1.2 or thunderbolt ports

Your monitors should have both input and output ports (the last in the chain can have only the input port)

Your monitors and graphics card should support the DisplayPort 1.2 MST feature (except the last one in the chain)

Adapters or converters do not support daisy chaining

First of all, ensure you have gathered all the necessary tools. As mentioned earlier, you’ll need monitors with both input and output DisplayPort 1.2 or Thunderbolt ports that support the MST feature.

Next, you need to know it’s possible to daisy chain only a certain number of monitors, depending on your GPU’s highest supported display resolution. Below is the complete chart that should give you an idea of the number of screens you can connect.

Display Resolution (at 60 fps)No. of monitors that can be daisy-chained3840 x 2160 and higher12560 x 160021920 x 108041680 x 10505Below 1680 x 10506

Now, kindly gather the same number of DisplayPort or Thunderbolt cables as the monitors you’re going to daisy chain. Note that the latter one provides a higher bandwidth (4K@60Hz for two and 1080p@60Hz for six displays).

Once you’ve gathered all the necessary items, you need to now configure MST settings on all your screens (except the last one). For example, in a quad-monitor, the first three in the chain require MST settings to be enabled while the fourth one doesn’t necessarily need to support the feature.

Here’s a quick demonstration of how to turn on MST settings on any monitor:

Find and press the dedicated button to open the On-Screen Display (OSD) menu. It is located in the bezel but can be distinct for different models and brands.

Navigate to the System option.

Next, select MST and move to the right pane.

Here, choose the Enabled or ON option and exit the OSD menu.

In some monitors, you may need to select the Yes option if a confirmation prompt pops up.

Repeat the process on all your monitors.

While most modern monitors automatically adapt to the DisplayPort 1.2 settings, some still require it to be enabled from the On-Screen Display menu. Here’s a simple guide on how you can do just that:

Use the dedicated button to launch the OSD menu.

Move to the Display or Input Source section, whichever is available on your monitor.

In some models, you’ll need to press Yes to save the settings.

Now, repeat this on all your screens.

Note: If you turn on MST keeping the DisplayPort 1.2 disabled, the other monitors may only mirror the content rather than extend the workspace.

The next step is to position the monitors based on your workspace and preference. Also, you need to consider how far you’re sitting from the monitor and the number of screens you’re setting up.

If you’re setting up dual monitors of identical sizes, place them both right in front of you. The inner edges should coincide, forming a semi-circle. However, if one of the displays is bigger than the other, place the primary one in front of you, and the smaller one on your side.

Setting up dual monitors

For a triple-monitor setup, the best ergonomic method is placing the primary screen in front of you, and the two on the sides (half of a semi-circle). You can also rotate the mounted displays vertically to save desk space or view content efficiently.

Setting up triple monitors

Well, we’ve also prepared a dedicated article that should help you create dual, triple, and multi-monitor setups and learn more about how to position them the right way.

Once you’ve positioned the screens based on your preference and ergonomics, it’s time to start connecting one to the other. With all the necessary cables (DisplayPort or Thunderbolt) you’ve gathered, go through the following steps on how to daisy chain monitors:

Firstly, connect a DisplayPort or Thunderbolt cable to the output port of your PC or laptop.

Next, connect another DisplayPort or Thunderbolt cable to the same monitor’s output port.

Now, follow the same steps to daisy chain triple or more monitors.

How To Open And Close Optical Disc Drive Without Touching It

Opening and closing your PC’s optical disc drive is simple; all you have to do is press the Eject button, and it will open/close. However, in this era of slackers, who actually has time to press a hardware button two times? In this article we will show you how you can open/close your optical disc drive using Windows shortcuts.

Use the Eject Option

Most probably you will already know about this option, but it is still worth mentioning. Windows has a built-in “Eject” button to push the drive tray out. Unfortunately, it seems Microsoft forgot to aDD the option to close the tray, so you will still have to manually put it back inside after inserting the disc. Don’t try to use the “Eject” option again; it will not put it back inside (many have tried and failed).

This little trick might not be much, but it will surely save you from that awkward one-second stance where you hold the disc closer to the drive without blinking and wait for the tray to come out.

Use a Third-Party Solution

Thankfully, developers heard the pleas of slackers and created utilities to easily open and close a disc drive with just the press of a key. While there are many tools available for this purpose, we are going to use Door Control by Digola.

Download the tiny utility and extract it to your desired folder. (It will be in .zip format.) Use the Door Control setup to install the program, and you will see the “Door Control” icon on the desktop.

While Door Control doesn’t really take much resources, if you are not comfortable with software always running in the system tray, you might want to try NirCmd. It will let you create an opening/closing script to easily command the disc drive to open and close using separate key combinations (details available on the website).

Conclusion

Above are two simple methods to easily control your optical disc drive. The first method should work fine for most people, but if you really don’t like pressing buttons, then you should try a third party utility. However, a tray-closing button would have been highly appreciated from Microsoft. My kid always runs away after pressing the “Eject” button, and I am forced to move my 220-pound body to close it.

Karrar Haider

Karrar is drenched in technology and always fiddles with new tech opportunities. He has a bad habit of calling technology “Killer”, and doesn’t feel bad about spending too much time in front of the PC. If he is not writing about technology, you will find him spending quality time with his little family.

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How To Open A Can Without A Can Opener?

Imagine you arrived home late after finishing a busy day’s schedule. Tired and hungry. Having found nothing in your fridge to munch, you start wondering if it would be a good idea to order something online or rush to a near takeaway shop and get something to eat. However, you changed your mind and decided to cook something fast after you found a bottle of Canned Beans in your pantry. With the Canned Beans in your hand, you entered the kitchen, only to realize that you have misplaced the Can Opener! What would you do in such a case? Or, what if you are camping and realized that you forgot to pack the Can Opener! Thankfully, there are quite a few common household items that you can use to open a Can.

In this tutorial, we will show you three simple ways to open a Can without a Can Opener.

Method 1: Use a Spoon to Open the Lid

The lid of most Cans is usually made of a thin sheet of metal, which means you can pretty much use any sharp object available in your kitchen to open the lid. However, if you need to avoid sharp objects for the fear of cuts and wounds, then your best option is to use a sturdy stainless steel spoon. It is the safest method but you may be a little more time-consuming than other methods as you would have to work with a blunt instrument and exert a bit more force.

Step 1 − Place the Can on a solid surface and hold it firmly on the ground with one hand. Hold the spoon tight at its neck with your other hand.

Step 2 − The head of the spoon should touch the surface of the lid. Now, move the spoon back and forth over the lid at its edges, just inside the rim (not at the center).

Step 3 − Repeat the process until you make a hole in the lid of the metal. With the spoon’s blunt edge, it will take some time, but the lid will eventually break after 10 to 15 back-and-forth movement of the spoon.

Step 4 − Now, it’ easy to open the lid completely. Once you have a slit, all that you need to do is to move the spoon around the rim to tear the rest of the lid.

Step 5 − Finally, use the handle of the spoon to lift the cut-out lid up and detach it carefully from the Can. Don’t be casual at this step because the edges of the lid are surprisingly sharp enough to cut the fingers.

Using a spoon is the best option in terms of safety and another reason to use a spoon is that you don’t have to search too hard for a sturdy piece of spoon. You can use a fork in the similar fashion to puncture the lid but it will most possibly damage the tines and points of the fork.

Method 2: Use a Chef’s Knife

You can use the heel of a chef’s knife to open a Can. Avoid using the tip of the knife as it is sharp and may slip accidentally to cause injury

Step 1 − Hold the handle of the knife upright and position its heel on top of the lid near the edge of the rim.

Step 2 − Push the heel of the knife gently to puncture the lid. To get started, firmly grip the handle and position the back corner of the blade (the heel) upright along the inside edge of the can’s rim.

Step 3 − Gently press the heel of the knife into the lid to create a slit. Do not apply too much pressure or try to strike the lid with the knife.

Step 4 − Now, lift the knife up and place it again on the lid, just a few centimeters to the left and right. Repeat Step 3 and create another slit.

Step 5 − Repeat the steps 3 and 4 until you have perforated slits around the rim of the Can. Try to perforate holes evenly at uniform distance around the rim.

Step 6 − Insert the tip of the knife inside one of the slits and lift the lid up gently. The lid will be weak by now and can be easily lifted open.

If you don’t have a chef’s knife, then you can use a small pocket knife or kitchen knife too. Use the tip of the knife to puncture holes around the rim and then gently insert the tip of the knife in one of the holes and lift the lid up.

Method 3: Use a Plier to Open the Can

If you have a plier, then it is quite easy to open a Can.

Step 1 − Hold the Can firmly with one hand, and pinch the plier along the edge of the Can with your other hand.

Step 2 − Move the plier around the top of the Can, pinching its edges around the rim.

Step 3 − Finally, pull the lid up with the plier.

Before using the plier, clean it properly to make sure the food items inside the Can do not get contaminated.

Method 4: Use a Rough Surface

Use this method only when you don’t have a knife or spoon at your disposal. This process is time-consuming and you would probably try it when you are camping outside.

For this method to work, you would require a flat rock or a concrete slab with a rough surface.

Step 1 − Place the top of the Can face down on the rough surface and then rub the Can back-and-forth against the surface.

Step 2 − The ridge of the Can will become weak due to the friction. Keep rubbing the Can until you see traces of moisture on the rough surface, which is a sign that the lid has broken.

Step 3 − Now, press the sides of the Can gently and the lid will open up. Or, you can use a knife at this stage to lift the lid up.

Before opening the lid up, make sure that you use a cloth to clean the dust off the lid, to prevent the tin dust getting into your food.

Method 5: Use a Box Cutter or Tin Cutter

You can use a box cutter or a pocket knife to open a Tin Can −

Step 1 − Place the Can on a flat surface and hold it firmly.

Step 2 − Use the Tin Cutter to cut the top of the ridge at its corners.

Step 3 − Repeat the process around the edge of the Can until you’re able to open its lid.

Use this method when you don’t have other tools like a spoon or a kitchen knife.

Method 6: Use a Flat Screwdriver and Hammer

If you don’t find a Tin Cutter, then a flat screwdriver and a hammer may do the trick.

Step 1 − Hold the screwdriver in your hand and place its head over the lid, inside the rim of the Can.

Step 2 − Now, you can use the flat screwdriver just the way you would use a spoon to open a Can. Or, you can use a hammer to gently tap the handle of the screwdriver such that it pierces a hole in the lid.

Step 3 − Repeat Step 2 and create a few more holes around the edge of the rim. Next, insert the head of the screwdriver inside one of the holes and gently lift the lid up.

Before using the flat screwdriver, clean it properly because you don’t want to spoil the food item inside the Can.

Conclusion

Most of the time, you would not find it necessary to use these methods, as many such Cans these days come with a pull tab that you can use to rip the lid open. However, you may find these tricks handy in an emergency.

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