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The Intel Management Engine Interface (IMEI) is a microcontroller integrated into the Intel chipsets that offer different features like Anti-theft protection, DRM verification, and many other supports. It is a small subsystem itself inside the chipset that works even while the system is in sleep.  

While going through the Device Manager, If you notice a yellow exclamation mark on any driver, it indicates some issues with it. Many Windows users reported having a similar problem with the IMEI driver. 

The IMEI driver problem is sometimes a transient bug that is resolved with a system restart. Also, When the IMEI driver is corrupted, the problem may still arise; in these circumstances, most users find that reinstalling the driver resolves the problem.

Outdated Driver

Corrupted system files

Issues with the Operating system

Problem with the Intel Management Engine Interface

Excess power supply 

If excess power is being supplied to the device, this issue may also manifest with error code 10 in the driver properties. If you are experiencing this problem with error code 10, start by power-draining your device. 

To power drain the computer in such cases, turn it off and unplug all the cables from it. Press the power button and hold it for a few seconds to drain the excess electricity. 

The Management Engine driver installed on your device might have been corrupted.  This is the foremost reason you are seeing this issue. To resolve it, you can reinstall the driver. This will eliminate the existing bugs and fix them for you.

For this, you first have to uninstall the existing one and then download and install the latest version.

If your driver is outdated, it can be incompatible with the system or not function accordingly. This also can be why you see the error sign beside the Intel ME driver. Most of the time, performing the driver updates fixes the bugs and incompatibility issues with the existing driver and resolves the problem you are experiencing.

Note: You can also install the latest stable driver from the Intel Driver Support Assistant. Just download the application, install and run it to update the Intel Management engine driver.

The Management Engine is primarily for enterprise management and remote assistance functions. If you are a home user, you certainly can disable the driver. Many users have reported having no issues after they disabled it. 

To disable the IMEI driver, follow these steps,

The Windows update installs the best drivers for your hardware and also fixes the bugs that can come with these drivers. The Intel Management Engine Interface driver is deployed through Windows Updates. The generic drivers installed by the windows updates make the management engine driver’s more stable. 

Therefore, it is recommended to keep the Operating system updated to prevent such problems.

Sometimes, there can be issues with the Management Engine hardware itself disguised as a driver problem. In order to search for and fix such types of underlying issues, you can run the Hardware and devices troubleshooter.

It is possible that the issue has been generated after the system files related to the management engine have gone corrupted. To scan and fix such types of file corruptions, you can try running DISM and SFC scans. The DISM fixes the Windows system image, while the SFC can scan the protected system files and replace the corrupted ones with a cached copy.

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What Is Cloud Data Management Interface?

Cloud computing utilizes an organization (most frequently, the internet) to interface clients to a cloud stage where they solicit and access leased figuring administrations. A central server handles all the correspondence among client gadgets and servers to work with the exchange of information. Security and protection highlights are normal parts to guard this data secure.

Cloud Data Management Interface (CDMI)

A CDMI is a system for creating, retrieving, updating, and deleting information from the cloud. CDMI is part of cloud-based programming and administrations at the core of utilising these items and administrations. As a safe systems administration model, cloud-put-together processing depends on supporting or sending information to and getting information from a protected far-off area.

The cloud information executive’s connection point is the scene for utilizing cloud administrations; the product presents the visual presentation of apparatuses for controlling the information. It is likewise where the client sees what a specific cloud-based innovation offers about highlights and usefulness.

The connection point likewise takes into consideration upkeep and other supplemental purposes. It is the stage or field for acknowledging cloud-based administrations and utilizing them fully. Engineers of CDMIs adjust to plan standards to give better items and administrations than clients.

A portion of the better purposes of working with a cloud information board interface includes how information is sent, put away, and utilized. One model uses metadata, generally depicted as “data about data,” as pointers or markers for any information being moved or put away in cloud-based frameworks. The utilization of metadata is one common component of making, keeping up with, and introducing CDMIs.

CDMI in Cloud Computing

The CDMI is a protected, normalized interface for working with cloud information for a superior investigation. A broad article stockpiling model that indicates five source sorts is incorporated into the connection point.

Information objects act undifferentiated from a document framework in that they store data and the data about that data.

Likewise, to how catalogues in a record framework sort out documents, holder objects offer a system for classifying and finding their subordinate things. Metadata about the actual holder might be put away inside these articles.

The authoritative system given by area objects is utilized for client confirmation and bookkeeping.

Information might be put away in a line and handled in an earliest in, earliest out design utilizing a line object. They are additionally answerable for monitoring the line’s metadata.

A CDMI server’s capacity objects report the highlights it supports and make this data open to client applications.

Right now of its creation, each thing is doled out a remarkable number destined to be unique about every other number in the entire universe. The CDMI standard requires CSPs to create these IDs in a way that keeps them from clashing with identifiers produced by other CDMI frameworks. Also, Uniform Resource Identifiers (URIs) ought to be used to reference explicit things inside the distributed storage namespace. Metadata like HTTP metadata, information capacity and information framework data, and client metadata should generally be upheld by a CDMI-consistent execution.

Information on the board, capacity, and recovery are handled independently in applications that connect to distributed storage utilizing CDMI. CSPs need not, be that as it may, give each part of the CDMI standard. However long they are straightforward about the extent of their execution, they might carry out only a part of it and nevertheless be considered consistent.

A few shields safeguarding data are incorporated into the CDMI standard. To keep different gatherings from catching or changing the information on the way between the CDMI server and the client, it utilizes TLS or Transport Layer Security. The standard likewise controls what sorts of tasks a client might complete on a CDMI server and ensures that CDMI servers and clients can confirm each other’s characters. Furthermore, CDMI offers insurance against unapproved access, including approval and access controls, client and substance verification, information and media disinfection, and malware avoidance. The sky is the limit from there.


It’s reasonable to contrast an item with a record in a conventional file system. However, with objects, you get undeniably more data and extra room, and they might be gotten to similarly as compartments can, either by name or OID.

Clients use URLs that incorporate the full pathname of objects to make, read, update, and eliminate them while doing as such through the name. OID-based URLs highlight assets in the admin-objected compartment, which gives a namespace that is both level and consistent with the semantics of normal item stores.

Objects might be of any size or kind and have freestyle data given by the client inside the imperatives of the framework. Inquiry-able frameworks let you pose anything inquiry you need of the metadata.


CDMI adds strong data to the board capacities that incorporate administration and the executives of client accounts, security access, monitoring and charging data, and even gives the board of capacity that is open by different conventions

CDMI clients can find the abilities of the cloud storage offering and utilize this data to tailor the administration of compartments and the information set in them.

CDMI is an open international (ISO) standard intended to work close by OpenStack Swift and Amazon S3 Models.

As a feature of this connection point, the client will want to find the capacities of the cloud storage offering and utilize this connection point to oversee compartments and the information put in them. What’s more, metadata can be set on compartments and their contained information components through this point of interaction.


CDMI defines RESTful HTTP tasks for evaluating the capacities of the cloud storage framework, dispensing and getting to compartments and items, overseeing clients and gatherings, executing access control, joining metadata, making inconsistent questions, utilizing constant lines, determining maintenance stretches and holds for consistency purposes, utilizing a logging office, charging, moving information between cloud frameworks, and trading information using different conventions like iSCSI and NFS. Transport security is obtained using TLS.

The Windows 10 May 2023 Update Has A Bizarre Usb Problem

The Windows 10 May 2023 Update has a bizarre USB problem

Microsoft has an unexpected warning to those looking to upgrade Windows 10 to the latest version: no removable devices or storage allowed. The software behemoth has cautioned PC fans that the May 2023 Update, expected to be released in short order, won’t play nice with things like USB drives.

The Windows 10 May 2023 Update is one of the more eagerly-anticipated upgrades for Microsoft’s OS. It’s set to address some of the biggest annoyances of the platform, such as Windows deciding it knows best when to upgrade – and meaning you have to take an impromptu break when that happens.

Instead, users will be able to pause both feature and monthly updates. A pause will last seven days, and then users will be able to renew that for up to five times. After 35 days, though, that’s your lot: you’ll have to update before you can pause again.

Unfortunately while Microsoft may be addressing one update headache, it’s also running into a new one. According to a new support document, the May 2023 Update won’t install if you have an external USB device or SD memory card attached to your PC at the time. That, Microsoft says, is down to how drives are reassigned.

“Inappropriate drive reassignment can occur on eligible computers that have an external USB device or SD memory card attached during the installation of the May 2023 update,” Microsoft explains. “For this reason, these computers are currently blocked from receiving the May 2023 Update.”

For example, if you had a USB drive plugged into a port while you installed the May 2023 Update, that drive might be mapped to “G:” to begin with. After the update, however, it could have its mapping changed, to “H:” or something else. As a result, Microsoft has opted to block the update altogether.

What’s likely to cause confusion, however, is Microsoft’s error message. Although this new support document is clear about the issue the May 2023 Update faces when removable storage is present, the dialog the company warns users to expect isn’t. Instead, all it says amounts to “This PC can’t upgraded to Windows 10,” and suggests that there’s “hardware that isn’t ready for this version” of the OS.

The workaround is fairly straightforward: unplug any USB drives or other devices, and take out any SD cards. Slightly ominously, though, that still might not leave you entirely safe from the May 2023 Update error. “The drive reassignment is not limited to removable drives,” Microsoft warns. “Internal hard drives can also be affected.”

The good news is that Microsoft is working on a fix. The bad, however, is that it won’t be ready until “a future servicing update” for the OS. If you’re a Windows Insider, Microsoft says you can expect a fix from build 18877 on.

Ironically, one of the upcoming changes to Windows 10 address USB devices specifically – or, more accurately, when you’re okay to unplug them. Rather than having to first eject the drive and wait for the “it’s safe to remove” message, the OS will allow you to unplug with a Quick Removal mode without ill-effect on data.

“Ai Has Enhanced Safety In Supply Chain Management”, Says Lalit Das

3SC Analytics was founded by Lalit Das in 2012. As one of India’s leading supply chain analytics and execution firms, we today serve a wide range of business verticals globally. By generating market-leading achievements in operational excellence, cost leadership, sustainability measures, and productivity increases, 3SC supports its clients’ journeys through Digital Transformation by boosting visibility, responsiveness, and resilience in supply chains.  

2. With what mission and objectives, the company was set up? In short, tell us about your journey since the inception of the company.

This sparked our acquisition of several notable international clients the next year, a trend that carried over the following year as well, with 3SC adding nine clients in only nine months in 2023, despite the global Coronavirus epidemic. We established our Center of Excellence in 2023 and secured Series-B investment from the South Asia Fund of GEF Capital. And today, we have more than 250 employees, over 30 reputable international clients, ASDCs in Gurgaon, Pune, and Mumbai, as well as sales and support offices in the United States, the United Kingdom, Belgium, Switzerland, Germany, and Singapore.  

3. Tell us how your company is contributing to the IoT/AI/Big Data Analytics/Robotics/Self-Driving Vehicles/Cloud Computing industry of the nation and how the company is benefiting the clients.

Artificial Intelligence has enhanced supply chain operations globally by increasing efficiency, reducing the impact of a worldwide worker shortage, and helping discover better, safer ways to move goods from one point to another. 3SC Analytics specializes in a combination of AaaS and SaaS, backed by our digital control tower that assists businesses in improved demand forecasting and sensing, replenishment planning, consensus planning, inventory optimization, S&OP, logistics optimization, carbon footprint optimization, performance analytics, and scenario modeling, to name a few. We also serve as a private Equity Fund Manager focused on companies that promote resource efficiency and a positive environmental impact. As such, our values are aligned fully with our commitment – To be better by doing better.  

4. What is your biggest USP that differentiates the company from competitors? 5. What are your growth plans for the next 12 months?

Over the past five years, 3SC’s average annual growth rate has exceeded 35 to 40 percent. We have recently received Series B funding from GEF Capitals, and now it aims to grow by 70% revenue within the following year. We also plan to leverage existing software-as-a-service (SaaS) and analytics-as-a-service (AaaS) supply chain management solutions using both organic and inorganic routes.  

6. What is the edge your company has over other players in the industry?

Sustainability has always been our focus while delivering supply chain solutions. Our product  Carbonex is designed specifically to help improve the social and environmental impact KPIs of supply chains. The platform helps companies run the most complex global supply chains by helping measure and report on their sustainability performance, assess all of their planning and operational activities, and identify and make data-driven decisions around trade-offs between service levels, financial costs, and ESG objectives.  

7. Which industry vertical are you currently focusing on? And what is your go to market strategy for the same?

The industries that we cater to include FMCG, FMCD, FMEG, E-Commerce, Textiles and Apparel, Beverages, Healthcare, Pharma, and Retail, to name a few. As per our market strategy, we are looking forward to targeting many more industry leaders this year.  

8. What is your Leadership Mantra?

Reciprocal Linking: A Disturbing Trend In Search Engine Marketing

In the world of Internet Marketing, and Web site promotion, nothing changes faster than the parameters that rule good Search Engine rankings and placement.

This has led to a developed new science in the last few years, SEM (Search Engine Marketing). This new science, SEM, has been a boon to both Web Masters and the merchants that maintain Web sites as a way to increase exposure and revenue for their products and/or services.

SEM has become a much sought after entity, with SEM specialists, who focus on optimization of a site, routinely adding linking campaign management to their overall repertoire of services. This has resulted in a large influx of Web sites focusing on linking campaigns and reciprocal linking as it has been established that good, solid reciprocal linking campaigns increased traffic and visitors to a site exponentially.

However, like with everything else online, the idea of SEM and linking campaigns has spread like “wildfire”, with sites seeking links seemingly endlessly. This has led to what can only be termed, “linking explosions”, with many sites posting links to everything and anything in an effort to increase their Search Engine rankings and placements.

or placement of a site. Questions about whether linking campaigns increase revenue for a site are coming into play now.

The World Wide Web quite obviously has now become more utilitarian to consumers, and linking campaigns, as a result, may become more ineffective as time goes on. Linking campaigns, by their very nature, promote “browsing” and time-consuming “visiting” of many sites, before the product/item/service, is found by the consumer. As the Web progresses and consumers become increasingly discerning in their overall approach to the Web, they are now going right to the source, more often, via “search features” and direct navigation.

Accordingly, then, the “digging around” on other sites, has diminished over the past twelve months, and in all likelihood, will continue as a trend well into the future, hampering the effectiveness of linking campaigns overall. This trend reflects an international shift towards this method of finding information on the Web, and is not localized whatsoever, crossing many demographic and geographic barriers.

become more difficult for Web masters. In addition, the sheer volume of linking requests to pages with a high ranking, has also increased, to the point where higher ranked Web sites are inundated daily with linking requests, interfering with their ability to attend to their own business.

Web masters have now oftentimes taken to using any links whatsoever, as long as the links added have the appropriate Page Rank. Little thought seems to be given at times, to the theme of a links page or the relevance of links that have been added, leaving visitors to some sites confused and frustrated. This will in all probability lead consumers to turn to the Search Engines and direct navigation even more in the future, not less.

This could have dire consequences for many Web sites down the road, as those at the bottom of search listings could conceivably be forced out of business.

There are methods however that can aid in the retention of top rankings and listings with the Search Engines, in and above linking campaigns. These methods would also hold greater appeal for consumers in general, as they would add quality to a Web site, as well as content, something that will add “longevity of appeal” to a Web site:

1. The writing of good, content oriented copy which imparts value to a Web site. Good copy has always been utilized to establish good overall traffic and conversion patterns. Even Search Engines seem to understand this and routinely rank Web sites with good pertinent content, higher than other Web sites.

3. The submitting of a Web site to all possible, pertinent directories. Directories were always a good method of increasing rankings and placement, and they still, to this day, are a good choice.

rankings and placement.

5. The enhancement of traffic by offline marketing campaigns. This is one facet of Web site traffic management that many individuals neglect, but that can successfully increase rankings significantly.

7. The addition of keywords that are relevant to a site, throughout the copy, the title, and the meta-tags and any other text, such as articles and reports. Keywords are the “guides” that the Search Engines use to find a site and rank it. The addition of good relevant keywords always enhances rankings and placement.

Linking campaigns, as you can see, while having their overall place in effective rankings and placement within the Search Engines, are not the “be all and end all” of optimization or rankings. Many various fundamentally sound methods of optimization still exist, and should be utilized in any well-rounded Search Engine Marketing campaign.


How A Quantum Computer Tackles A Surprisingly Difficult Airport Problem

At first glance, quantum computers seem like machines that only will exist in the far-off future. And in a way, they are. Currently, the processing power that these devices have are limited by the number of qubits they contain, which are the quantum equivalent of the 0-or-1 bits you’ve probably heard about with classical computers. 

The engineers behind the most ambitious quantum projects have said that they can orchestrate together hundreds of qubits, but because these qubits have unique yet ephemeral quantum properties, like superposition and entanglement, keeping them in the ideal state is a tough task. All this added together means that the problems that researchers have touted that quantum computers could be better at than classical machines have still not been fully realized.

Scientists say that in general, quantum machines could be better at solving problems involving optimization operations, nature simulations, and searching through unstructured databases. But without real-world applications, it can all seem very abstract. 

The flight gate assignment challenge

A group of researchers working with IBM have been crafting and testing special algorithms for specific problems that work with quantum circuits. That means the broad category of optimization tasks becomes a more specific problem, like finding the best gate to put connecting flights in at an airport. 

[Related: In photos: Journey to the center of a quantum computer]

Here are the requirements for the problem: The computer needs to find the most optimal gates to assign incoming and connecting flights to in an airport in order to minimize the passenger travel time. In this sense, travel time to and from gates, number of passengers, the presence of a flight at a gate or not—these all become variables in a complex series of math equations. 

Essentially, each qubit represents either the gate or the flight. So the number of qubits you need to solve this problem is the number of gates multiplied by the number of flights, explains Karl Jansen, a research physicist at DESY (a particle physics research center in Germany) and an author of the preprint paper on the algorithm. 

How a ‘Hamiltonian’ is involved

In order to perform the operation on a quantum device, first they have to integrate all of this information into something called a “Hamiltonian,” which is a quantum mechanical function that measures the total energy of a system. The system, in this case, would be the connections in the airport. “If you find the minimal energy, then this corresponds to the optimal path through the airport for all passengers to find the optimal connections,” says Jansen. “This energy function, this Hamiltonian, is horribly complicated and scales exponentially. There is no way to do this on a classical computer. However, you can translate this Hamiltonian into a quantum circuit.”

[Related: IBM’s latest quantum chip breaks the elusive 100-qubit barrier]

Superposition, entanglement and interference

It’s important to note that controlling these machines means that the best minds across a wide number of industries, from applied math to chemistry to physics, must work together to design clever quantum algorithms, or instructions that tell the quantum computer what operations to perform and how. These algorithms are by nature different from classical algorithms. They can involve higher-level math, like linear algebra and matrices. “The fundamental descriptions of the systems are different,” says Jeannette Garcia, senior research manager for quantum applications and software team at IBM Research. “Namely, we have superposition and entanglement and this concept of interference.”

Although it is still to be proven, many researchers think that by using superposition, they can pack more information into the problem, and with entanglement, they could find more correlations, such as if a certain flight is correlated with another flight and another gate because they’re both domestic.

Every answer that a quantum computer gives is basically a probability, Garcia explains. A lot of work goes into formulating ways to combine answers together in a creative way to come up with the most probable answer over many repeating trials. That is what interference is—adding up or subtracting waveforms. The entanglement piece in particular is promising for chemistry but also for machine learning. “In machine learning datasets, you might have data that’s super correlated, so in other words, they are not independent from each other,” Garcia says. “This is what entanglement is. We can put that in and program that into what we’re studying as a way to conserve resources in the end, and computational power.” 

And while the new algorithm from Jansen’s team can’t really be used to make airports more efficient today, it can be translated to a variety of other problems. “Once we found really good ways of solving the flight gate assignment problem, we transferred the algorithms and improvements to these problems we are looking at for particle tracking, both at CERN but also at DESY,” Jansen said. 

In addition, you can apply the same formulation to other logistics problems such as optimizing bus routes or traffic light placements in a city. You just have to modify the information of the problem and what numbers you put into the coefficients and the binary variables. “For me, this was a good attempt to find a solution for the flight gate assignment problem,” Jansen says. “Now I’m looking at other instances where I can use this mathematical formulation to solve other problems.”

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