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6 Engineering Colleges CLOSED in Tamil Nadu – – India Herald Group of Publishers P LIMITED

More than 460 engineering colleges are functioning under anna university in tamil Nadu. These colleges have to renew their affiliation accreditation annually with the All india Council for Technical education (AICTE) and Anna University. Only after that the engineering colleges can take admissions.

Accordingly, the process of renewing the accreditation of engineering colleges for the coming academic year 2023-24 started last January. The deadline for applying for AICTE accreditation is april 23. Similarly, the registration of applications for approval of affiliation with anna university also ended on april 24. Meanwhile, it has been reported that 6 private colleges have not applied for recognition even though the deadline has passed.

The officials of anna university said: "6 colleges have not submitted their applications for affiliation approval for the academic year 2023-24. Due to this, first year admissions will not take place in those colleges. The number of colleges participating in the consultation this year is likely to decrease due to incomplete infrastructure facilities in major educational institutes. Thus they said.

Engineering colleges in tamil Nadu aim to add 8,490 seats to their BE and BTech programmes next year in order to capitalise on the surge in student interest in degrees in artificial intelligence, data science, cyber security, IT, and computer science.

The institutions also intend to eliminate 2,946 seats from the civil and mechanical engineering programmes. Additionally, there will be 750 seats from electrical, electronics, communication, and electronics. According to data released by anna university, 134 institutions requested to modify their admissions for the academic year 20232024.

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MIT engineers grow atomically thin transistors on top of computer … – MIT News

Emerging AI applications, like chatbots that generate natural human language, demand denser, more powerful computer chips. But semiconductor chips are traditionally made with bulk materials, which are boxy 3D structures, so stacking multiple layers of transistors to create denser integrations is very difficult.

However, semiconductor transistors made from ultrathin 2D materials, each only about three atoms in thickness, could be stacked up to create more powerful chips. To this end, MIT researchers have now demonstrated a novel technology that can effectively and efficiently grow layers of 2D transition metal dichalcogenide (TMD) materials directly on top of a fully fabricated silicon chip to enable denser integrations.

Growing 2D materials directly onto a silicon CMOS wafer has posed a major challenge because the process usually requires temperatures of about 600 degrees Celsius, while silicon transistors and circuits could break down when heated above 400 degrees. Now, the interdisciplinary team of MIT researchers has developed a low-temperature growth process that does not damage the chip. The technology allows 2D semiconductor transistors to be directly integrated on top of standard silicon circuits.

In the past, researchers have grown 2D materials elsewhere and then transferred them onto a chip or a wafer. This often causes imperfections that hamper the performance of the final devices and circuits. Also, transferring the material smoothly becomes extremely difficult at wafer-scale. By contrast, this new process grows a smooth, highly uniform layer across an entire 8-inch wafer.

The new technology is also able to significantly reduce the time it takes to grow these materials. While previous approaches required more than a day to grow a single layer of 2D materials, the new approach can grow a uniform layer of TMD material in less than an hour over entire 8-inch wafers.

Due to its rapid speed and high uniformity, the new technology enabled the researchers to successfully integrate a 2D material layer onto much larger surfaces than has been previously demonstrated. This makes their method better-suited for use in commercial applications, where wafers that are 8 inches or larger are key.

Using 2D materials is a powerful way to increase the density of an integrated circuit. What we are doing is like constructing a multistory building. If you have only one floor, which is the conventional case, it wont hold many people. But with more floors, the building will hold more people that can enable amazing new things. Thanks to the heterogenous integration we are working on, we have silicon as the first floor and then we can have many floors of 2D materials directly integrated on top, says Jiadi Zhu, an electrical engineering and computer science graduate student and co-lead author of a paper on this new technique.

Zhu wrote the paper with co-lead-author Ji-Hoon Park, an MIT postdoc; corresponding authors Jing Kong, professor of electrical engineering and computer science (EECS) and a member of the Research Laboratory for Electronics; and Toms Palacios, professor of EECS and director of the Microsystems Technology Laboratories (MTL); as well as others at MIT, MIT Lincoln Laboratory, Oak Ridge National Laboratory, and Ericsson Research. The paper appears today in Nature Nanotechnology.

Slim materials with vast potential

The 2D material the researchers focused on, molybdenum disulfide, is flexible, transparent, and exhibits powerful electronic and photonic properties that make it ideal for a semiconductor transistor. It is composed of a one-atom layer of molybdenum sandwiched between two atoms of sulfide.

Growing thin films of molybdenum disulfide on a surface with good uniformity is often accomplished through a process known as metal-organic chemical vapor deposition(MOCVD). Molybdenum hexacarbonyl and diethylene sulfur, two organic chemical compounds that contain molybdenum and sulfur atoms, vaporize and are heated inside the reaction chamber, where they decompose into smaller molecules. Then they link up through chemical reactions to form chains of molybdenum disulfide on a surface.

But decomposing these molybdenum and sulfur compounds, which are known as precursors, requires temperatures above 550 degrees Celsius, while silicon circuits start to degrade when temperatures surpass 400 degrees.

So, the researchers started by thinking outside the box they designed and built an entirely new furnace for the metal-organic chemical vapor deposition process.

The oven consists of two chambers, a low-temperature region in the front, where the silicon wafer is placed, and a high-temperature region in the back. Vaporized molybdenum and sulfur precursors are pumped into the furnace. The molybdenum stays in the low-temperature region, where the temperature is kept below 400 degrees Celsius hot enough to decompose the molybdenum precursor but not so hot that it damages the silicon chip.

The sulfur precursor flows through into the high-temperature region, where it decomposes. Then it flows back into the low-temperature region, where the chemical reaction to grow molybdenum disulfide on the surface of the wafer occurs.

You can think about decomposition like making black pepper you have a whole peppercorn and you grind it into a powder form. So, we smash and grind the pepper in the high-temperature region, then the powder flows back into the low-temperature region, Zhu explains.

Faster growth and better uniformity

One problem with this process is that silicon circuits typically have aluminum or copper as a top layer so the chip can be connected to a package or carrier before it is mounted onto a printed circuit board. But sulfur causes these metals to sulfurize, the same way some metals rust when exposed to oxygen, which destroys their conductivity. The researchers prevented sulfurization by first depositing a very thin layer of passivation material on top of the chip. Then later they could open the passivation layer to make connections.

They also placed the silicon wafer into the low-temperature region of the furnace vertically, rather than horizontally. By placing it vertically, neither end is too close to the high-temperature region, so no part of the wafer is damaged by the heat. Plus, the molybdenum and sulfur gas molecules swirl around as they bump into the vertical chip, rather than flowing over a horizontal surface. This circulation effect improves the growth of molybdenum disulfide and leads to better material uniformity.

In addition to yielding a more uniform layer, their method was also much faster than other MOCVD processes. They could grow a layer in less than an hour, while typically the MOCVD growth process takes at least an entire day.

Using the state-of-the-art MIT.Nano facilities, they were able to demonstrate high material uniformity and quality across an 8-inch silicon wafer, which is especially important for industrial applications where bigger wafers are needed.

By shortening the growth time, the process is much more efficient and could be more easily integrated into industrial fabrications. Plus, this is a silicon-compatible low-temperature process, which can be useful to push 2D materials further into the semiconductor industry, Zhu says.

In the future, the researchers want to fine-tune their technique and use it to grow many stacked layers of 2D transistors. In addition, they want to explore the use of the low-temperature growth process for flexible surfaces, like polymers, textiles, or even papers. This could enable the integration of semiconductors onto everyday objects like clothing or notebooks.

This work made an important progress in the synthesis technology of monolayer molybdenum disulfide material, says Han Wang, the Robert G. and Mary G. Lane Endowed Early Career Chair and Associate Professor of Electrical and Computer Engineering and Chemical Engineering and Materials Science at the University of Southern California, who was not involved with this research. The new capability of low thermal budget growth on an 8-inch scale enables the back-end-of-line integration of this material with silicon CMOS technology and paves the way for its future electronics application.

This work is partially funded by the MIT Institute for Soldier Nanotechnologies, the National Science Foundation Center for Integrated Quantum Materials, Ericsson, MITRE, the U.S. Army Research Office, and the U.S. Department of Energy. The project also benefitted from the support of TSMC University Shuttle.

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Engineering’s Anirban Sen Gupta and Philosophy’s Shannon … – The Daily | Case Western Reserve University

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Lakehead University engineering profs recognized as Fellows – Tbnewswatch.com

Pair from Thunder Bay school selected by Engineering Institute of Canada for contributions to the field

Two of Lakehead University's professors have been recognized by the Engineering Institute of Canada (EIC) for their contributions to the field of engineering.

Abdelhamid Tayebi and Mohammad Uddin were inducted as Fellows at the 2023 EIC Awards Gala in Ottawa on April 22.

Receiving thedesignation of Fellowis an acknowledgement given to engineers in recognition of their excellence in engineering and their services to the profession and to society, according to the EIC.

Tayebi is a professor in the Department of Electrical Engineering and is the founder and director of Lakehead Universitys Robotics and Automatic Control Laboratory. His current research interests are in the areas of control systems, cooperative control, iterative learning control, and unmanned aerial vehicles.

I am humbled and honoured to be recognized by this prestigious EIC Fellowship. For this recognition, Im grateful to the support from my graduate students and research collaborators, my colleagues, and research sponsors, Tayebi said in an April 25 news release.

Over the last 23 years at Lakehead University, I have had the privilege of mentoring a large number of young engineers and graduate students who have moved on to successful academic and industrial careers. Im proud of all of them and Im sure that many will one day be recognized with this Fellowship.

Uddin is also a member of the Department of Electrical Engineering and serves as coordinator of the electrical engineering program with the Lakehead-Georgian Partnership. He is the director of the Renewable Energy, Power Systems and Drive Research Lab located in Barrie, Ont.

Im really pleased to receive this award, Uddin said in the release. I am grateful to Lakehead University for providing me the opportunity to continue my research. Im also thankful to the EIC Fellow selection committee members for choosing me for the award.

Founded in 1887, the EIC is the oldest engineering association in the country and is a federation of 12 engineering societies, representing more than 160,000 engineers across Canada.

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Arbitrum Co-Founder Addresses DAO Vote Fiasco, Waves Off Allegations of Decentralization Theater – CoinDesk

AUSTIN, Texas What is real decentralization? Though it may be the biggest buzzword in crypto, ambiguity around the definition of decentralization heralded as a core use-case for blockchain technology remains constant fuel for controversy.

The most-hyped event in the cryptosphere of the past two months was the ARB airdrop, when Arbitrum a layer 2 rollup that allows users to transact on the Ethereum blockchain with lower fees distributed its long-awaited token to early users, builders and investors.

Arbitrums creators said they built and distributed the ARB token as a way of decentralizing control of the network, handing the reins from Offchain Labs, the company that originally built Arbitrum, to the newly created Arbitrum DAO a group comprised of newly-minted ARB token-holders.

Abitrums decentralization narrative came under fire soon after the ARB airdrop, however, when the decentralized autonomous organization (DAO) moved nearly $1 billion worth of its new tokens to the Arbitrum Foundation an organization established to serve as a kind of formally registered steward of the Arbitrum DAO before a formal vote on what to do with the funds had run its full course.

In an explanation mirroring one provided by the Arbitrum Foundation earlier this month, Goldfeder told the audience at Consensus that a ratification vote on what to do with the funds which was ongoing when the funds were transferred sowed unnecessary confusion.

He hedged his response, however, by drawing a line between his company, Offchain Labs, and the new Arbitrum Foundation: I can't speak to what the Foundation did, but leading up to creating this, that was the thought process at least, Goldfeder said.

He also said the vote fiasco resulted in a pledge from the Foundation that it will give regular transparency reports regarding its operations and the use of its treasury.

I as a community member think the place where this ended is even better, said the Arbitrum co-founder. The community seems happy and I also think, you know, transparency and accountability is a great thing.

Although Offchain Labs is, formally speaking, distinct from the Arbitrum Foundation, it would seem reasonable to question if Labs which built Arbitrum might be pulling strings behind the scenes. If there was any takeaway from Goldeders address at Consensus, it was his acute awareness that this relationship between the two organizations or lack thereof remains top of mind for people trying to suss out whether Arbitrum is, in fact, decentralized.

Asked explicitly by Nijkerk whether Offchain Labs and the Arbitrum Foundation are linked, Goldfeder stressed that they were not. Who controls the Arbitrum Foundation? Its really actually the DAO and the token holders, adding later that the important thing Id focus on is that the DAO is the most decentralized DAO that exists.

When ARB launched, however, 44% of its initial token distribution went to Offchain Labs investors and employees. Asked by Nijkerk whether this large percentage of insider tokens undermines Arbitrums decentralization narrative, Goldfeder responded that principle number one was there always has to be a majority in the hands of the community.

The counterside of 44% of tokens going to insiders, according to Goldfeder, is 56% were given to the community in different capacities: the airdrop, the foundation, the DAO, etcetera.

Goldfeder added that all tokens granted to insiders were subjected to four-year transfer restrictions to prevent any kind of mass sell-off, with nothing unlocking before one year. He said that Offchain Labs employees are not allowed to vote on Arbitrum DAO governance proposals, though they are allowed to delegate their tokens to like-minded voters.

Repeatedly, Goldfeder placed the foundation at arm's length. The foundation has a set of excellent people, he said at one point, adding that Offchain Labs gave them a lot of technical guidance as they were setting up, in servicing their goals, but remains a distinct entity.

There's a real community, he said towards the end of the Consensus session. When we say it's controlled by the community, the community is not me. It's not Offchain Labs. There's a massive community with many different interests and companies and protocols and projects that care deeply about this.

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What Will It Really Take To Make Web3 Mainstream? – nft now

It seems that everyone plans to onboard the next billion people to Web3. Nike, Time Magazine, Budweiser, Nickelodeon, and a host of other influential brands (nft now included!) have all promised to onboard the masses. But what will it really take to bring blockchain tech from niche to mainstream?

Looking at the progress so far, it seems very few have any serious idea of how to make the metaverse a reality.

So, to try and determine what might break down the barrier between Web2 and Web3 once and for all, we turned to experts and holders of the Now Pass the access pass to the Now Network, the foundation for all of our initiatives to build the future of tokenized media and pioneer a community-centric media model for input.

Heres what the citizens of the blockchain had to say.

The need for education was echoed by many. According to several members of the Now Pass community that we spoke with, education remains the most important consideration in relation to bringing NFTs to the masses. Notably, this means going beyond airdropping interested enthusiasts a link to an NFT 101 guide. Rather, educating consumers about the potential of Web3 must be a more active process.

As Now Pass holder and brand marketer Liam Darmody puts it, the Average Joe still considers NFTs to be nothing more than internet JPEGs. It sounds cliche, but [Web3 needs to focus on] education, utility, and practical application. The average person in the masses hears Web3 and thinks cartoon jpegs, Darmody wrote in an nft now Discord chat.

RELATED READING: What is the Metaverse? A Complete Guide to Our Web3 Future

Its easy to understand why, but the fact is that theres so much more to NFTs and Web3 tech than that. The easier we make it for normies to understand that these technologies are just an evolution of other things we do today, the faster [mainstream adoption] will happen, he added.

Now Pass holder Sprite offered more insights into this topic, saying that education, paired with popularization, will lead Web3 closer to bridging the gap to mainstream consumers. Web3 technology needs better education and popularization to help more people understand its advantages and opportunities. This can be done by organizing online courses, holding lectures and seminars, publishing articles and books, etc., they wrote.

Now Pass holders arent alone in their thinking. The team behind the NFT marketplace Kreatorhood also say that education is the first and most important step.

In the same vein as bettering education, some said that a shift in perspective or perhaps even a total rebrand of NFTs might help those outside of Web3 to gain interest in the blockchain.

To some, like Sprite, this means bringing better social media marketing strategies to Web3 in order to communicate the concepts and applications of blockchain technologies to a wider audience. But to others, it means getting consumers excited about what the blockchain actually is and does, offering context that is unclouded by the negative connotation that NFTs might possess.

Too many people hear NFT or Web3 and think scam or Ponzi scheme when they should be thinking access pass and suite of community-centric building tools.' CD, Now Pass holder and the Founder of the Web3 writers community Vagabond Magazine, said. Adding that, we need to start using NFT as a technical specification, not a categorical description. We need to spend more time focusing on the ethical building blocks of Web3 instead of the focus too often being on the money.

RELATED READING: Blockchain 101 All the Basics Explained

Adding to this point, Now Pass holder The Big Gooey suggested that transparency could potentially contribute to users receiving a better preliminary understanding of Web3. He went on to remark that perhaps it was the reluctance of Web2 companies to discuss their URL or back-end structures openly that mightve trained customers not to care about whats going on behind the curtain in the first place.

Writing in the nft now Discord, he said, I worry sometimes were too worried about getting people into crypto before we get them into the concept or idea we are going for.

Yet there are those still on the other side of this argument who believe that getting users in the door really should be a primary concern of the Web3 community. To them, exposing consumers to the access passes and suites of community-centric building tools that CD referred to could be the fastest way to bridge the gap between web2 and Web3.

Over the past few years, integration has become known at times to be a buzzword akin to community and utility. Yet, similarly to how the latter two terms have come to bear weight in Web3, so too has the idea that integration and practical application might hold significant importance for onboarding the masses.

The Web3 community needs to launch more innovative and practical applications to let people feel the actual value of Web3 technology. These applications should solve real-life problems such as digital identity, secure payments, decentralized social media, and more. Sprite wrote in the nft now Discord.

Even beyond education and improving public sentiment, integration remains top of mind for the many builders aiming to lower the bar of entry into Web3. To these such stewards of blockchain technology, and to the point made previously by Darmody, it isnt enough to simply get users in the door. The NFT community must do more to communicate the efficacy of Web3 to even those who are skeptical.

[The Web3 community] needs to focus on targeting large companies and local governments to accept crypto payments for goods and services, Now Pass holder Crypto La Rvolution said. No one is going to adopt something that is not usable in their day-to-day life. A huge win would be if Amazon or Alibaba accepted crypto payments.

Of course, such an expansion would mean a major win for Web3. And while the proliferation of Soulbound Tokens and other innovative tokenized endeavors might yield similar results in the campaign to go mainstream, the barrier of entry for many Web3 technologies must be taken into account for the practical part of practical application to become a reality.

Current Web3 applications and wallets often require users to have technical knowledge and understanding of blockchain concepts to use, which is a huge barrier for most people. Therefore, the Web3 community should focus on improving the user interface and interaction design to make it more intuitive and understandable, wrote Sprite.

Yet, a throughline can be drawn among the many ideas of how we might break the barrier between Web2 and Web3. And that is this: Web3 leaders must focus on decentralization and truly let their community lead.

While this focus on decentralization may seem like a given in Web3, it is sadly missing in many projects and platforms. This is why Xoao, a Now Pass holder and CryptoSkulls Community Lead, felt that the point was worth reiterating.

Regarding what we should focus on: I think we should create a platform that gives other NFT communities a voice through community building. Particularly through projects and DAOs that empower talented artists and builders to create and network with like-minded people, Xoao said in the nft now Discord.

And added that, ultimately, this is the most critical component of Web3. The history and provenance of the blockchain is a really important part of NFTs. The cultural significance of the innovation of NFTs is part of our legacy, and I think it should not be forgotten when it comes to Web3 education and the benefits, potential, and opportunities it brings to the community, he said.

Editors note: Want to share your thoughts and insights with nft now readers? Were working to build a more community-centric media model. Head over to the Now Pass website to learn more.

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6clicks Evolves Hub & Spoke Management and Single Pane of … – PR Newswire

New 6clicks platform enables completely customizable balance between centralization and decentralization for global businesses, advisors and MSPs

MELBOURNE, Australia, April 27, 2023 /PRNewswire/ -- 6clicks, the GRC innovators, today announced the latest release of its comprehensive GRC platform with an evolution of its Hub & Spoke management design, enabling completely customizable balance between centralization and decentralization of risk and compliance. The flexibility enables the creation and administration of universal policies, audits, controls and risk and issue libraries, along with decentralized ones for specific geographies, divisions or clients, in the case of advisors or MSPs. It provides the necessary federation of GRC combined with needed localization to support cybersecurity, ESG, taxation, regulatory compliance and enterprise risk management use cases.The advancements significantly reduce the workload of risk and compliance professionals by upwards of 70%.

"Organizations grapple with the ability to manage their risk and compliance programs that are both fully federated and consistent as well as accommodating to local or industry laws, regulations and practices. Older GRC systems buckle under these challenges, requiring extensive workarounds," said Anthony Stevens, Chief Executive Officer, 6clicks. "While our platform has always offered centralization and decentralization features, the latest version enables even greater flexibility and customization and advanced features to support the challenges of scale."

Even with the first release of the platform in 2020, 6clicks pioneered a breakthrough in management and visibility for the deployment and adoption of GRC capability across distributed or federated teams. This architecture was dubbed Hub & Spoke to describe the way in which the platform aligns with the way businesses are typically structured and run. Each Spoke in 6clicks includes a full-blown GRC capability to be used by a single team perhaps the IT function, a division, a country's operation, a client or a project team. The connected Hub then provides a 'single pane of glass' view across the organization, a launchpad to the spokes, a place to define standards like audit templates, control sets and risk libraries across the spokes and importantly access to the data within connected spokes for reporting to executives and boards.

Companies like Thales, NTT, Volaris Group, Zebra Manufacturing, Infrabuild, LPMA, King & Wood Mallesons have already adopted this latest Hub & Spoke functionality with success, dramatically reducing deployment and adoption time. The Hub & Spoke architecture also supports the 6clicks Content Library containing 100's of standards, laws, regulations, frameworks, audit & assessment templates, risk and issue libraries, control and obligation sets catering to the specific or nuanced requirements across domain and jurisdictions.

The new Hub & Spoke advancements include:

1. Spoke Groups toprovide an easy way for organizations to structure and organize their connected spokes providing an even easier reporting and analytics capability. For example, large enterprises can group country operations within regions, project teams within portfolios, or teams within a division.

2. Advanced Hub-Level Configuration withcustom fields and content for connected spokes with opt-in ability to over-ride this configuration on a spoke-by-spoke basis. The challenge with a distributed organization structure is on one hand ensuring alignment to corporate standards and the need for top-level governance and reporting, but on the other. the autonomy to align with individual team needs.

3. Enhanced Trust Portal capability tobuild trust with external stakeholders. To develop trust, businesses need to share the bona fides in relation to policies, audit results and supporting documentation externally. Research demonstrates 70% of inbound audit activity can be eliminated through this process. Trust is always garnered through transparency. The enhanced 6clicks Trust Portal capability is available across all Hub & Spoke deployments again, providing controlled autonomy at the spoke level with the connected tissue to the Hub.

4. Enterprise Risk Management with adjustable workflows. To more effectively manage enterprise risk, large enterprises can now define workflow stages to align with a specific risk methodology, custom fields both at the risk and risk assessment level and also custom workflow rules to accommodate logic inherent to each stage in the risk methodology.

The new release is now the de facto version for all customers. For further information or to request a demo of the platform here: https://www.6clicks.com/get-started

About 6clicks

Recognizing the immense challenges facing risk and compliance teams, 6clicks was founded to apply the power of AI within a productive management framework to exponentially advance teams. Aside from being fast to implement and easy to use, 6clicks is making waves in the market through:

As the name suggests (read: "The founder's story: How 6clicks was born and what's behind the name"), 6clicks makes it easy to manage risk and compliancefaster and with greater accuracy, consistency and scalability. Designed for advisors and businesses and powered by AI and integrated content, 6clicks is taking on giants like ServiceNow, Diligent, OneTrust, RSA Archer and Galvanize by reinventing how automated GRC operates.

Request a demo of 6clicks here: https://www.6clicks.com/get-started

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SALTO Systems Adds Area Leaders for Three Regions in North … – Security Sales & Integration

We believe this approach will lead to a more customer-centric organization, resulting in greater customer satisfaction and loyalty, says SALTO North America President Bill Wood.

NORCROSS, Ga. SALTO Systems has announced the appointment of three new area leaders for the West, Southeast, and Northeast regions of North America. The move comes as part of the organizations decentralization initiative to enhance customer service, foster a culture of learning, and ensure sustainable growth.

Im proud that our team and organization has grown and achieved the ability to begin to realize this decentralized vision. Many within our team have been working hard behind the scenes to arrive at this moment, says SALTO North America President Bill Wood. Decentralizing our organization allows us to get closer to our customers and better understand their needs. By moving decision-making closer to the customer, we can respond more quickly to their needs, improve our service offerings, and ensure that we are meeting their expectations.

We believe this approach will lead to a more customer-centric organization, resulting in greater customer satisfaction and loyalty, and will help us attract and retain top talent, enhance our organizational capabilities, and drive innovation, Wood continues.

Joe Buist has been named area leader for SALTO West. Buist, who has been in the security industry for nearly two decades, has worked for SALTO for 11 years in a variety of technology and sales roles and most recently served as senior regional sales manager for the West. Prior to joining SALTO, Buist served as a loss prevention director for the Waldorf Astoria Hotel, account executive for Integra Telecom, and area loss prevention manager for Harmons Grocery.

The quality and innovation that SALTO puts into developing electronic locks and access control solutions are what drew me to the company over 10 years ago. Im grateful to have worked in many areas for SALTO and know that my extensive experience at many levels will help in this new opportunity to lead the West in connecting with and servicing our valued partners and customers, says Buist.

Steve Burk is the area leader for SALTO Southeast. Burk most recently served SALTO as director of marketing and industries. Before joining SALTO four years ago, his career included marketing and sales leadership with Delta Material Services, Avaya, Inc., and IBM Corporation. His specialties include leading direct and channel marketing, strategic planning, operational effectiveness, channel sales, and key vendor relations.

Having successfully directed multi-faceted assignments and assumed key roles in the development of high-visibility, high-impact projects, I look forward to leading the Southeast area team and working with David and Joe. Together, with our customer-first philosophy, we will deliver unparalleled customer value, says Burk.

David Latreille is the area leader for SALTO Northeast. He most recently served SALTO as international program manager, delivering complex programs to SALTOs largest clients around the world. An end user advocate and disciplined agile evangelist, he says he looks forward to sharing the experiences of the last five years at SALTO with his team and their customers.

As a people-over-process leader, Im honored to be given the opportunity to work with such an amazing group of individuals here at SALTO. We recognize that every single employees contribution is essential to our success, and I look forward to playing my part in our evolution, says Latreille.

Were thrilled to welcome Joe, Steve, and David to their new roles. With their extensive industry knowledge, experience, and leadership, they will be instrumental in driving SALTO s decentralized approach, delivering unparalleled customer value, and ensuring sustainable growth, says Wood.

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Bitcoin Is Poised to Reclaim Cryptos Spotlight: Berenberg – Yahoo Finance

In the next few months bitcoin (BTC) may be able to reclaim much of the attention it has relinquished to other crypto tokens and projects during recent years and the enthusiasm it lost during the crypto winter, German investment bank Berenberg said in a research report Thursday.

As U.S. regulators crack down on the industry, almost every token appears at risk of being branded a security and becoming subject to an enforcement action, the report said.

The sole exception is bitcoin, which, by virtue of the decentralization stemming from the design of its blockchain protocol, the Securities and Exchange Commission and other regulators characterize as a commodity rather than a security, analyst Mark Palmer wrote.

The bank sees bitcoins price appreciation in the last few months as a sign that more investors are recognizing it as a sensible alternative not only among crypto tokens, but also within a global financial context.

The recent banking crisis in the U.S. and concerns over the Federal Reserves interest-rate policies have led some countries to reduce their exposure to the U.S. dollar, which has fueled concerns about de-dollarization, the note said, and could help to highlight bitcoins value proposition. De-dollarization is the decline of the greenbacks dominance as the worlds global reserve currency.

The fourth bitcoin halving date, scheduled for May 2024, is another potential positive catalyst for the cryptocurrency, the report said, noting that if history is any guide, then bitcoin could rally ahead of and after this much-anticipated halving.

The utility of the Bitcoin blockchain has been highlighted by the increasing traction gained by the Lightning Network, the report added. The Lightning Network creates a layer on top of the Bitcoin blockchain exploiting user-generated micropayment channels to conduct transactions more efficiently.

Read more: Bitcoin Market Impact From Mt. Gox Repayments Will be Limited: Matrixport

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The Future of Mobile Technology: How Cryptocurrency Will … – Telemedia Online

In recent years, another innovation has emerged that is set to change how we interact with our devices and each other cryptocurrency.

This article will explore the intersection of mobile technology and cryptocurrency and how this technology could impact our lives in the UK. From secure mobile payments to the decentralization of traditional financial institutions, we will examine the possibilities that await us.

One of cryptocurrencys most significant potential impacts on mobile technology is the ability to make secure mobile payments. Most mobile payments are made using credit or debit cards linked to centralized financial institutions. This makes cryptocurrency a speedy way to make mobile payments.

For example, companies like Apple and Google could integrate cryptocurrency wallets into their mobile payment systems, allowing users to make secure transactions without needing a credit or debit card.

Another potential impact of cryptocurrency on mobile technology is the decentralization of traditional financial institutions. Currently, banks and other financial institutions have a monopoly on the control of money. This means that they have the power to create and destroy wealth, which can significantly impact our lives.

Cryptocurrency, on the other hand, is decentralized. This creates a more democratic financial system that is not subject to the whims of a few influential individuals.

As cryptocurrency becomes more widely accepted, we expect to see more decentralized financial institutions not controlled by a central authority. This could include mobile banking systems not linked to traditional banks, allowing users more control over their finances.

In addition to decentralizing financial institutions, cryptocurrency could increase financial inclusion. For example, many people in the UK are currently excluded from the financial system because they need access to traditional banking services. This includes the unbanked or underbanked and those who need the necessary identification documents to open a bank account.

On the other hand, cryptocurrency does not require identification documents, making it accessible to anyone with a mobile device. This means that people currently excluded from the financial system could have access to a decentralized monetary system not controlled by a central authority.

As more companies adopt cryptocurrency, we expect to see more mobile wallets accessible to everyone, regardless of their financial status or identification documents.

Finally, cryptocurrency could also significantly impact the privacy and security of our mobile devices. Most mobile devices currently store our personal information, including contacts, messages, and browsing history. This means our personal information is less vulnerable to hacking, as it is not stored in a centralized location.

As cryptocurrency becomes more widely accepted, we expect more mobile applications to incorporate blockchain technology to protect user privacy. For example, we could see messaging apps that use blockchain technology to encrypt messages and protect user data.

Furthermore, the use of cryptocurrency could also lead to greater control over our data. Currently, many companies collect and sell our data without our consent. On the other hand, cryptocurrency allows users to have greater control over their data, as transactions are recorded on a public ledger accessible to everyone.

The adoption of cryptocurrency and its integration into mobile technology is challenging. This has led to difficulties in regulation, security, and scalability.

Unfortunately, there is no universal regulation for cryptocurrency, and different countries have different approaches to its law. For example, in the UK, the Financial Conduct Authority (FCA) has taken a cautious approach to regulating cryptocurrency, as it is still largely untested, and there are concerns about its potential use for criminal activity.

However, as the technology becomes more widely accepted, we can expect to see greater regulation that will help to protect users and ensure the security of transactions.

Another challenge facing the adoption of cryptocurrency is security. While cryptocurrency is inherently secure due to its use of blockchain technology, several high-profile hacks and breaches have exposed vulnerabilities in the system. As such, users need to take appropriate measures to protect their wallets and ensure the safety of their transactions.

Finally, there are concerns about the scalability of cryptocurrency. While blockchain technology is inherently scalable, the increasing popularity of cryptocurrency has led to challenges in processing transactions quickly and efficiently.

This has led to delays and high transaction fees, making it difficult for users to adopt cryptocurrency as a viable alternative to traditional payment methods. As such, developers must continue innovating and developing solutions that address these scalability challenges.

Despite the challenges facing cryptocurrency adoption and its integration into mobile technology, several compelling use cases already demonstrate this technologys potential.

One of the clearest use cases for cryptocurrency and mobile technology is mobile payments. Cryptocurrency is a viable alternative to traditional payment methods, as it is inherently secure and allows quick and efficient transactions. Moreover, cryptocurrency can be used for international payments, making it a valuable tool for people who travel frequently or work with clients overseas.

Another potential use case for cryptocurrency and mobile technology is identity verification. For example, many people worldwide need access to traditional banking services due to a need for identification documents. However, with cryptocurrency, users can create a secure and anonymous digital identity that can be used for financial transactions.

This can increase financial inclusion and give more people access to the benefits of the global financial system.

Finally, there is the potential for cryptocurrency to disrupt traditional financial institutions through the development of decentralized finance (DeFi) applications.

These applications include peer-to-peer lending platforms, decentralized exchanges, and automated market makers. DeFi applications offer a more efficient and cost-effective way to access financial services by removing the need for intermediaries and centralized institutions.

The future outlook for the intersection of mobile technology and cryptocurrency is exciting and full of potential.

With the rise of decentralized exchanges like British bitcoin profit and the increasing popularity of non-fungible tokens (NFTs), there is a growing demand for secure and efficient ways to buy, sell, and trade cryptocurrency.

Moreover, with the development of advanced trading tools and algorithms, we can expect new solutions that make it easier for traders to manage risk and maximize their returns.

As the technology becomes more widely accepted, we expect greater regulatory oversight and a move toward universal rule. This will help protect users and ensure the security of transactions while providing greater clarity and stability for businesses and investors.

Again, as the technology becomes more sophisticated, we can expect to see new solutions that address the vulnerabilities in the system and make it more secure.

This includes the development of new encryption algorithms, the use of multi-factor authentication, and the development of more secure mobile wallets and applications.

Finally, we can expect to see significant developments in scalability. As the popularity of cryptocurrency continues to grow, developers are working on new solutions that can process transactions quickly and efficiently without compromising security.

This includes the development of new consensus algorithms, using off-chain transactions, and developing layer-two solutions that can handle a large volume of transactions without overloading the blockchain.

The intersection of mobile technology and cryptocurrency can transform how we think about finance and payments. From secure mobile payments to decentralized finance, the possibilities are endless.

With the right approach to regulation, security, and scalability, we can create a more secure, democratic, and inclusive financial system accessible to everyone, regardless of their economic status or identification documents. As such, businesses, developers, and regulators need to work together to ensure the success of this technology and create a better future for everyone.

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