Month: January 2023

A comprehensive study on blockchain application in the pharma industry

Counterfeit drugs are an enormous global problem, undermining trust in pharma companies and driving up costs. Websites for the best bitcoin trading tips for 2023 serve the best UI and trading tools for novices and professional bitcoin traders. All the while, tracing and authenticating medicines is cumbersome for even the most serious of buyers.

But what if we could reinvent a system without the need for trust – a system that eliminated counterfeiting? One solution to this challenge is blockchain technology. Blockchain offers exciting potential to help pharma companies create trust in their supply chains and remove counterfeit drugs from the market. 

To explore this potential, a study was conducted to assess the applicability of blockchain technology in the pharma industry, with a specific focus on logistics and supply chain applications. In recent years, many pharmaceutical consulting firms have also recognized the transformative potential of blockchain technology and have actively engaged in collaborative efforts to leverage its capabilities for enhancing transparency, traceability, and efficiency within the pharmaceutical supply chain.

The outcomes of this study were phenomenal. Blockchain could provide transparency and security that has never been seen before – and this is just the tip of the iceberg.

The results of this study show that blockchain could provide tremendous benefits for the entire pharma supply chain. The report also highlights numerous possible use cases and five key focus areas: customs, provenance, tracking, blocklisting, and serialization.

So let’s dive into this a little deeper:

Tracking Information: 

People can use blockchain to track information from the point of origin to the final destination, including temperature levels, location, quality checks, etc. People can then share this data with all stakeholders involved in ensuring quality throughout the chain – right down to individual consumers. For example, in the pharma industry, companies could use this to track batches of medicines as they are shipped from pharmaceutical plants or even to make sure that the same batch of ingredients produced the same batch of the medicine you’re receiving.

Serialization: 

The information captured on the blockchain can be shared by companies with stakeholders along the value chain – parties such as customs, customs brokers, and even regulators. Again, this data can prove the product’s origin and help track its journey throughout life, leading to fewer spoilages and lower risk. 

A final example is that pharmaceutical companies could use blockchain to track individual products throughout their life cycle – storing key details such as batches of products produced, expiry dates, and even detailed information about packaging material. In the pharma industry, this can be a real game-changer for regulators.

Supplier and Manufacturer Applications: 

Blockchain enables manufacturers to record real-time factory data, including ingredients, production batches, and expiration dates. This data is then uploaded to the blockchain and made available through an API (Application Programming Interface). This data can be used by companies for raw material suppliers and other stakeholders, enabling them to track their value chains accurately. 

Blockchain also allows manufacturers to block certain suppliers who fail to meet standards of quality or delivery times – this would ensure that fraudulent providers cannot continue to further damage trust between partners. Medicines have been known to be contaminated for years when counterfeiters attempt to pass off fakes as the real thing. The potential for blockchain in the pharma industry is massive – by enabling this type of transparency, blockchain could help to reduce these types of scams.

Benefits of Blockchain: 

All parties along the value chain would be able to maintain a direct relationship with one another – eliminating the need for trust and reducing fraud significantly. Pharmaceutical companies would also have access to their supply chains, enabling them to create transparency, a level of control over their products, and a greater understanding of their suppliers and competitors. It opens up significant opportunities for the industry today – and blockchain technology is set to disrupt this entire supply chain. 

Blockchain can mitigate drug abuse:

For the pharma industry, in particular, it can improve security and enhance a trust – creating transparency for the entire supply chain. It could also be good for consumers and prevent potential risks to public health. However, blockchain technology can also ensure that no fake medicine reaches consumers – helping to reduce drug abuse in several ways.

While we are not quite there yet, blockchain has enormous potential to help us all live longer – by improving healthcare in many ways. For example, the root cause of drug abuse is terrible products and counterfeit drugs. So pharma companies could mitigate this by creating greater trust in the industry through transparency.

In terms of the value chain, blockchain is also a massive opportunity for the pharma industry – providing more significant levels of transparency and trust that can be built on, while opening up new possibilities for manufacturers to maintain control over their supply chains.

Users can use blockchain to provide proof of origin for all pharmaceutical products, enabling consumers to verify that the medicine was sourced from a trusted and open source. It would allow us to fight back against counterfeiting – ensuring that only genuine products reach our market. In addition, blockchain could prove the legitimacy of medicines – validating individual batches as they are produced in their factories.

Benefits of tokenization in the businesses

When integrated into this ecosystem of business transactions, tokenization can provide a secure way to move funds worldwide at high speed and low cost. Platforms like Bitcoin Thunderbolt develop the best trading algorithm that is highly suitable for beginner bitcoin traders. Tokenization is boosting productivity in businesses by providing a low-cost and fast way to transfer money worldwide; it will also make it easier for companies to comply with complicated regulations because they have less to worry about. 

Blockchain plays a vital role in this system because it increases security by ensuring that only authorized personnel can view or access the information stored on the blockchain.

The token ecosystem:

The token ecosystem provides a platform for interaction, collaboration, and coordination between stakeholders. Tokenization also has enormous benefits for businesses looking to raise capital without adhering to the arbitrary government or industry regulations. One of these regulations is Know Your Customer (KYC). KYC refers to identifying and verifying customers’ identities to ensure they are not dealing with anyone carrying out money laundering or any other illegal activities. Businesses will use the blockchain to verify their customers’ identities by incorporating them into a smart contract.

Taking KYC out of the equation helps companies reduce costs and scrutiny, which can be highly beneficial for start-ups and small businesses. For instance, a business can use the blockchain to send its money internationally without government restrictions or regulations, unlike regular financial transactions. This way, a business doesn’t have to spend time dealing with other financial institutions to get money from one country to another. In this context, a smart contract will verify that the transaction recipient can take it out of that country so criminals do not steal the payment. In addition, blockchain helps businesses improve their efficiency through collaboration in value chain management. Let’s explore the benefits of tokenization in businesses. 

Businesses can monetize any product or service:

There is a wide range of sectors in which businesses can use the blockchain to tokenize different products and services like healthcare, financial services, real estate, etc. This way, they can monetize different products and services they provide, receive or purchase.

Companies can transfer funds from one country to another with more efficiency:

Companies that want to send their money from one country to another will have several options available. First, they can use banks or other financial intermediaries for this purpose. However, it takes time and costs a lot of money for these financial institutions. On the other hand, if companies use blockchain technology, they only need to execute a smart contract to send their money. This way, they can do it with more efficiency.

Businesses can reduce costs and improve the speed of payments:

Traditional banking is relatively slow and expensive when making cross-border payments. In addition, many banks charge high fees for these transactions, so businesses are looking for faster and safer ways to make these payments. Blockchain technology gives them that opportunity because it helps them reduce costs and stay up-to-date with the latest innovations in this field. 

Businesses can get rewarded for their efforts:

Tokenization provides many opportunities for businesses to earn from their products and services. They can earn from the platform by offering their products and services to other companies. In this way, they do not need to sell their products to the general public, although they will have that option. They only need to market their products and services innovatively so that other businesses can use them. 

Businesses can access new markets with less effort:

Blockchain tech allows businesses to open up new markets and make international transactions easier. There are large numbers of people all over the world who do not have access to traditional banking, so blockchain opens up a whole new arena for them. 

How to engage with blockchain in your business?

Blockchain technology presents a new paradigm for making your business more efficient and secure. However, it is not a panacea, as the success of blockchain lies in the ability of a business to use the technology and integrate it into its organizations properly. Successful blockchain implementation is attributed mainly to the right people who understand the technology and have eyes for innovation.

 Putting the right people in place procures that the “right people” can be trained or brought up within the organization, even if they are new or have limited knowledge about modern technologies such as blockchain. So, for instance, a business asking for blockchain development can enlist the services of an agency like Smart Contract Tech to do that job.

What does it take to implement and integrate blockchain into your business? 

The same thing it takes to innovate a new product or service or make better use of an existing one. The right people in the right place with the right attitude contribute most to success. One of the most important things an organization need is people who understand technology.

6G and 5G networks powered by blockchain and bitcoin

Good old-fashioned trust needs to be a sufficient foundation. If you want entirely automated trading services, you can visit Is it wise to invest in bitcoin; here, you will get all the advanced bitcoin trading features. Blockchain, ideally deployed in tandem with bitcoin, offers an exquisite solution to the complex problems of the telecommunications industry and its supply chain relationships.

In this post, we’ll explore how telecom companies are moving towards cross-chain integrations powered by blockchain and bitcoin (or cryptocurrencies) to benefit from greater security and efficiency. In addition, we’ll look at how they are enabling direct and indirect relationships between blockchain-powered supply chains on their blockchain.

Cross blockchain in the telecommunication industry:

Cross-chain blockchains using smart contracts that can connect and transfer data directly to any network are attractive to telecom companies in that they offer the ability to move value between various systems with greater assurance and speed than traditional methods. A cross-chain setup is a multi-chain of decentralized ledgers all powered by bitcoin or other cryptocurrencies. There can be 2, 3, or even more blockchains connecting one another through smart contracts. There are many benefits of a secure, distributed blockchain-powered supply chain; we’re just beginning to scratch the surface of what can be accomplished here.

Blockchain technology is incredibly efficient and significantly lowers the need for intermediaries to move value. Of course, there are other ways to solve this problem, but it’s undoubtedly one of the best solutions available today.

The various uses for blockchain and cryptocurrencies are not confined strictly to traditional telecommunication companies – retail companies and manufacturers are also considering this as an option for their value chain processes. So naturally, telecom companies will have private enterprise blockchains connecting to these cross-chain blockchains.

 The cross-chain blockchains will then, in turn, connect to other companies’ private blockchains that are entering into a relationship. Some companies will work with others by sending conditional smart contracts between multiple networks. The value flow may be either from one private blockchain to another or from public blockchain networks directly to private enterprise networks. The underlying structure here can take many forms based on corporate goals and leadership decisions.

The benefits of blockchain in the telecommunication industry are as follows:

  1. Secure networks:

Blockchain offers an internationally trusted and distributed ledger. Group and enterprise blockchains, for example, offer the potential of secure, low-cost data capture and transmission. In addition, organizations can remove the risks associated with exogenous blockchain systems by deploying their blockchains to share sensitive data with vendor partners.

 This feature of a blockchain used in value chains can make the process more efficient, as there is no need to trust a third party to identify fraudulent activities or other attempts at manipulation.

  1. Disintermediation:

Blockchain erases the need to rely on third parties for a transaction to be validated, and trust is no longer necessary. Third parties can be institutions that provide clearing and settlements or other services; hence blockchain allows companies to bypass the control of these intermediaries. As a result, any company that wants to perform business across borders can now operate without any central authority, without relying on any other third party.

  1. Digitization:

All goods and services should have a place in the digital world to be better managed, tracked, bought, and sold using smart contracts. Any deal arrived at digitally could be converted into an instant contract securely stored on the blockchain ledger in this digital world.

  1. Transparent data:

Blockchain allows companies to share data publicly and securely, reducing the need for a central shared database. This feature also eliminates the risk that sensitive information may be compromised or stolen through hacking or insider threats.

  1. Shared resources:

Blockchains allow vendors, partners, and customers in different geographical regions to access software tools and services from a single location – anywhere in the world – reducing costs and back-office infrastructure requirements.

  1. Customized data plans:

Customers can now have a better understanding of their traffic and app usage and the ability to monetize it by sharing data with other companies in the blockchain. As a result, telecom companies will be able to empower consumers with greater control over their data, allowing them to choose how, when, and where they want it used. As a result, customers can get better deals from telecom companies that buy their data from them.

  1. Tokenization:

Telecom companies will be able to tokenize any asset, such as goods or services, and distribute them via smart contracts with the use of tokens powered by blockchain technology. In addition, it will allow customers to buy products and services using a token that people can exchange with other companies on the blockchain.

  1. Just-in-time (JIT):

Through blockchains, materials can be transported and delivered worldwide without having to pay fees or wait for expensive shipping. In addition, it makes it more efficient and cost-effective as telecommunication companies that typically have one global operation would save a lot of money by not needing to ship goods worldwide in bulk.

Applications of blockchain in the identity management prospects

There is no denying that the world has gone digital, which means crucial data—namely sensitive customer data such as banking and healthcare information—are vulnerable to cyber-attacks. For example, the website supply chain relationships with fast deposits, withdrawals, and trading strategies. Privacy concerns are longstanding and with good reason: the bounty of personal information that significant tech companies store presents a tempting target for hackers. However, as technology races forward, so must our ability to manage sensitive data with increased efficiency and security. Blockchain-based identity management could make a difference. Here’s how:

Blockchain-based digital identity system:

In a blockchain-based digital identity system, users are in charge of their personal information and can choose whether to share it with specific organizations and on what terms. It is made possible by distributed ledger technology that records all transactions permanently in a way that allows them to be tracked but not altered.

Because data are stamped with a timestamp and cannot be altered or hacked (furthermore, nothing is stored in centralized locations where companies can easily access it), blockchain-based digital identity systems provide an almost fail-safe way for people to control their personal information – without fear of alteration or hacking. Blockchain’s Strengths

Blockchain-based identity management solutions present several advantages over other digital identity security tools. Most importantly, they achieve improved security and transparency while providing greater ease of use. However, blockchain is a unique but still nascent technology. Many use cases are still being explored. As such, people must overcome some hurdles before digital identity management can take off in the mainstream—weaknesses. 

For example, while blockchain-based identity management seems promising and offers a lot of promise as a long-term solution to identify security issues, people must address some limitations if the technology is to reach true strength. These include transaction speed and other issues related to the current scalability of the technology.

Government can use blockchain to verify identity:

There are numerous reasons blockchain could be a big deal for identity management: more people around the globe are being brought into the system every day. In other words, people are taking on new roles involving different risk levels, including positions in government agencies and civil society. 

Each person added to the system adds to its security risks, so it’s essential to have a scalable, flexible solution that can grow with new users. Blockchain could be that solution, meaning that organizations need to work now on developing distributed ledger-based identity management systems.

 As such, it is not without its flaws. Blockchain-based identity management’s most significant challenges lie in transaction speed and scalability. It is an issue with all distributed ledger technologies, and it’s an obstacle to widespread adoption by government agencies, which are often forced to rely on outdated technology simply because they need to afford to update systems frequently enough to keep pace with technological advances. That may change soon, though: many governments are investing heavily in blockchain technology to improve their own services while also reducing costs, making distributed ledger-based identity management more attractive and cost-effective over time.

How can blockchain ease identity management?

  1. Blockchain is transparent:

Contrary to popular belief, there is absolutely no way to hack a blockchain. As a result, it has become an essential aspect of blockchain technology, explaining the popularity of Bitcoin. Furthermore, the fact that all transactions are recorded in a public ledger means that the identity of wallet holders cannot be hijacked or altered—not even by governments or large banks, makes digital identity management a much safer prospect than before.

  1. Blockchain is efficient:

 Use cases for this technology are already being explored and tested, with some succeeding more than others. For instance, Digital Citizen Fund (DIF) uses it to protect children’s data privacy. Moreover, blockchain-based identity management has the added benefit of being infinitely scalable. As more people use digital identity management systems, the networks become more secure and efficient. So even if governments are slow to adopt blockchain, there is no reason to believe it will fail to grow in value over time.

 Blockchain is Not Cheaper to Execute:

To build a blockchain-based digital identity management system, individual users need to create their trust officers. It is not just laborious but also extremely costly. In fact, in some cases, the costs can be so onerous that the use of the technology is entirely prohibitive.

Public and private sector organizations and government agencies need to give greater importance to security – particularly around sensitive data such as healthcare and financial information. Blockchain-based digital identity management seems like it could be an up-and-coming solution. As blockchain technology becomes more prevalent, we’re likely to see more government and private sector organizations adopting distributed ledger-based digital identity management that needs a cost-effective, secure and scalable solution.

With the growth in cyberspace, we are seeing a new type of criminal emerge: cybercriminal. Their method is the same as traditional criminals; they have always sought to take advantage of individuals or companies that do not know how to protect their data and information, and blockchain mitigates any prospect related to cybercrime.

Using GamStop in Video Games With Loot Boxes: Pros and Cons

Online casinos in the UK are expected to cooperate with the UKGC and adopt the self-exclusion scheme GamStop as announced in March 2020 by the Gambling Commission. This scheme is a voluntary free service that controls problem gambling behaviours in players by banning them from their favourite casino sites for a stipulated period: 6 months, 1 year, or 5 years. 

Loot boxes are highly tempting game items that award money or benefits in video games and increase the chances of players betting more money to gain loot boxes. More often, loot boxes need to be purchased in video games, similar to online gambling, where betting earns them higher rewards. This gives rise to problem gambling due to the urge to keep betting to earn loot boxes. 

Thus GamStop implementation in video games with loot boxes may open up a new angle to safe gaming. 

Should GamStop Be Applied to Video Games With Loot Boxes?

Opening loot boxes in video games is not radically different from gambling at non-GamStop online casinos like those listed at https://nonstopcasino.org/not-gamstop-casinos/. These two activities have a similar nature. While online gambling requires betting on real money and gaining cash prizes, video gaming depends on game rewards and levelling up. At times, mystery or loot boxes require monetary investments to unlock precious items. Hence, there are thoughts on applying the GamStop service to video games as well. There are positive as well as negative effects of implementing GamStop in video games, and the pros and cons are listed below:

Pros of Using GamStop in Video Games 

  • People with addiction would not waste money on loot boxes. Loots are immensely attractive with their rewards that can be unlocked using money. These provide special offers that are one of a kind, including high-range characters, armoury, treasure chests, gemstones, and more. Yet, research has seen that loot boxes give way to problem gambling and create a gambling addiction which leads to a financial drain. GamStop service would make sure that problem gamblers do not get to bet freely and are banned from gaming sites. It would ultimately prevent addicted people to waste money on iGaming. 

 

  • Pay-to-win would not be a problem. GamStop service bans betting for money for a selected period for users to practice self-restriction. Thus, the requirement to pay for loot boxes will not be necessary, and gamers can enjoy playing without the anxiety of losing money uselessly. Gamers would also be able to focus more on experiencing the thrill of gaming rather than worrying about paying-to-win loot boxes and thinking about investments in video games.  

 

  • Young people would not develop a gambling addiction. Video games attract the youth in masses, and more than 82% of young people, including young adults, play video games. It is considered that video games are connected to problem gambling: young people tend to fall for alluring offers and waste money buying in-game loot boxes. Implementing GamStop would prevent problem gambling habits development, and young gamers would be safe from the clutches of gambling addiction. Added to that, GamStop would not completely ban loot box video games for young children which would also prevent the illegal usage of adult accounts for gaming. 

Cons of GamStop in Video Games

 

  • Enabling GamStop for video games is technically more difficult than for casinos. Online casinos in the UK are bound by law to employ GamStop’s scheme in their service, but video games have no such necessities. Online casinos are paid services and involve terms of profit and loss, while no such terms are involved in video games apart from purchases made for levelling up. Hence, applying its services to video games that do not involve betting becomes difficult and unnecessary. 

 

  • Company revenues would fall dramatically. Employing the GamStop scheme for video games would result in a drastic fall in popularity and lead to a great loss of assets. The special features and loot boxes that make video games so popular would be blocked by GamStop, resulting in the mass withdrawal of gamers and opting for non-GamStop sites or gaming illegally. This fall would result in massive monetary losses for companies that spend millions to make their games more appealing to young gamers. Therefore, companies have to rethink their decisions to opt for the GamStop scheme, and most would find implementing it unnecessary. 

Conclusion

Although there are many reasons why self-excluded users register at GamStop-free sites or play video games, this form of entertainment (especially if it involves loot boxes) can pose a threat to some of them. So, many iGaming regulatory bodies in Europe are currently researching ways to mitigate potential risks. As for the UK, its government decided not to ban video games with loot boxes for now. This decision was made keeping in mind the adverse reaction that they may face when young adults decide to break protocols and choose illegal gaming. 

Loot boxes also do not require real money always since they can be won through clearing tasks and are safer compared to online gambling. Yet, there may be a decision taken in the future to add GamStop to all legal video games for better surveillance and protection.  

 

Provizio Unveil 5D Perception platform at CES2023 to eliminate collisions and enable mass autonomous driving from 2025

Provizio, the leading vehicle perception company, today announces its plans to deliver its Radar and AI backboned perception stack for every road user by 2025. This mass adoption will be possible through the mass distribution and licensing of Provizio’s 5D Perception® technology.  Provizio’s 5D Perception® driving platform offers OEMs the fastest and most reliable path to Level 5 automation as part of Provizio’s mission to eliminate all road accidents and deliver a safe path to Autonomy.

Provizio will be unveiling and providing live demos of their new 5D Perception® driving platform at this year’s CES, in Las Vegas. This will be the first ever live demonstration of the driving platform and will be showcased on a Land Rover Defender. – Reply for demo.

5D Perception® technology:

The patented technology developed by Provizio utilises a five-dimensional perception system that can continually see, track and interpret road conditions and hazards enabling increased vehicular safety and ultimately providing a path to full autonomy . Provizio’s technology beats the resolution of next-gen incumbent Radar sensors by more than 30x and range by more than 3x – with no additional hardware.

AI is central to the system, Provizio uses machine-learning algorithms and a suite of in-build 5D Perception® Radar and vision sensors, continuously learning and processing the environment around the vehicle  to identify potential hazards with unprecedented accuracy and speed, slashing response times and delivering interventions which are 30–100x quicker than technology available for use in today’s vehicles.

Speaking on the launch of Provizio’s 5D Perception® driving platform, Barry Lunn, CEO of Provizio “Provizio are excited to launch a perception platform that is unprecedented in terms of performance, cost and scalability at the home of ground breaking innovations, CES. Our 5D Perception® driving platform will make driving safer and in partnership with our Tier 1 and OEM partners deliver the next generation Advanced Driver Assistance Systems and a true path to ubiquitous autonomy. 

Lunn adds: “This platform will revolutionise safety in the auto and mobility sectors by paving the way for the most advanced safety and autonomous driving systems and we firmly believe, in the near future, it will become as ludicrous to get in a vehicle without a 5D Perception® driving platform as it would be without seatbelts today. ”

LiDAR like point clouds but at 100x lower cost

The key to this technology for mass adoption is the ability for it to be implemented at scale, with Provizio working alongside Tier 1 and OEM partners to bring this to mass production by 2025.

The issue the industry faces today is that Autonomous Vehicle platforms use a combination of expensive sensors and computer resources to perceive the world. LiDAR allows these vehicles to succeed but, because it is needed in 360° all-round the vehicle, it is also a major scaling inhibitor. LiDAR is expensive and struggles to perform in bad weather. Radar doesn’t suffer from these issues which is why it is deployed in almost all vehicles on the road, but today’s Radars have lacked the resolution a LiDAR offers.

Provizio’s 5D Perception® driving platform is backboned by proprietary super-resolution imaging Radar. Our 5D Perception® Radar sees the world in a LiDAR like 3D point cloud, and also delivers precise range and velocity of every point. Uniquely, the entire Radar backend is built on a Graphics Processing Unit (GPU) which allows us to deliver AI perception on-the-edge, this is what we call the 5th D in our 5D Perception® solution. This offers multiple advantages to our partners and ultimately all road users.

With this Perception technology, Provizio is able to provide class leading systems for a fraction of the current cost. The cost associated with current geo-fenced LiDAR backed platforms means they remain a niche offering and cannot be mass deployed or impact the driving problem in the near term. Autonomous Vehicle systems today can cost upwards of $250,000,  impacting mass adoption. Provizio’s proprietary MIMSO® Radar delivers LiDAR like point clouds at 100x lower cost. This provides 500x more resolution than the Radar on vehicles today.

By leveraging this proprietary 5D Perception® technology and our partners technology in LiDAR and vision systems, Provizio supplies class leading systems for a fraction of the current cost with low integration complexity. Due to its high performance and low cost it is already being used in applications beyond traditional automotive such as micromobility, agriculture and mining.

First Look – EMEET Meeting Capsule 360° Video Conference Camera with 8 Mics, Hi-Fi Speaker

When it comes to having meetings be in the office or at home there is plenty of technology out there now to help make life easier and EMEET is a brand that is doing so with their products now on offer and one of their latest one certainly has plenty on offer here which is ideal for those who are working both at home or in office and so on and this caters for more than one person with 5 video modes and AI thrown into the mix too which is now something we see quite a bit in our gadgets today.

Crafted for Hybrid Collaboration

All-In-One conference room camera for teams features a 360° 1080P camera, 8-mic array, 10W/90dB Hi-Fi speaker, and exclusive AI-powered audio and video algorithm, providing 5 video modes to create immersive meeting experiences for multiple scenarios.

Optimized 360° Audio and Video Coverage

360-degree 1080P conference room camera spots every detail within a radius of 13ft (4m). 8 omni-directional beamforming microphones pick up every word within a radius of 18ft (5.5m) with high fidelity. 10W/90dB Hi-Fi speaker allows every participants to hear clearly. Everyone’s involved in an immersive collaborative experience.

Be seen and heard

A 360° conference camera sweeps all the details within a radius of 13ft (4m) in sharp HD 1080P, covering the whole conference room without any blind spot. 8 intelligent omni-directional microphones pick up voices from all angles within a radius of 18ft (5.5m), taking your voice quality to a higher level.

Today we take a quick first look and soon we will have a full review, any questions you know the drill..

Features

  • Includes everyone: 360° panoramic 1080P HD camera, 8 mics and 90dB Hi-Fi speaker.
  • AI-powered autofocus: Intelligent multi-modal algorithm autofocuses on active talkers responsively.
  • 5 video modes: Swivel lens with 5 video modes on your command for various scenarios.
  • Optimized voice pickup: Exclusive VoiceIA® DSP algorithm features noise reduction, human voice enhancement and full duplex.
  • Plug and play: Launch meetings instantly without the need for cell phones or WI-FI.
  • Smart coverage: Extend coverage from 18ft to 36ft when daisy chained with our signature speakerphone M3.

BUY

Unboxing Video

Sennheiser announces the all new Sennheiser IE 200

The Sennheiser IE range continues its history of excellence with the all-new IE 200. The newest member of the IE family shares considerable DNA with its renowned siblings but seeks to bring pure listening pleasure to a broader audience. With exceptional detail, clarity, and impact, users can now expect quality and features that are usually reserved for top-of-the-line devices.

“The Sennheiser IE 200 represents an open invitation for everyone to enjoy high-end sound,” says Jermo Koehnke, Sennheiser Audiophile Product Manager. “With balanced, true-to-life audio reproduction, users will be able to hear the details that they’ve been missing in ordinary headphones.”

Quality fit for audiophiles
​The IE 200 enables seasoned hi-fi enthusiasts and newcomers alike to experience new dimensions of sound quality. Based on 15 years of Sennheiser TrueResponse Transducer technology, the IE 200 features a 7-millimeter extra-wide band transducer for exceptional quality. A hallmark of the IE family, the latest addition to the in-ear lineup continues to bring superbly balanced and realistic audio to an ultra-compact form factor.
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​With IE 200, nothing stands between the user and discovering new sonic landscapes. Harmonic distortion is almost non-existent, with a natural frequency response curve typically found in earphones costing significantly more. Furthermore, the IE 200 can appeal to a variety of listening preferences thanks to its unique dual-tuning feature. Audiophiles can mount the included ear tips in one of two positions, giving them control over the balance of their audio experience – from deep and emotional bass response to texture-rich treble presence.

Comfortably Connected

​With an exceptionally comfortable fit, IE 200 is made for uninterrupted listening sessions. Able to accommodate ears of all sizes, their inconspicuous design boasts a proven ergonomic design that promotes a secure seal and lasting comfort. Viscoelastic foam and silicone ear adapters in multiple sizes block ambient distractions while maximising low-end response. A revised, braided cable reduces handling noise, and terminates to widely a 3.5mm stereo plug and MMCX connectors for connection to countless audiophile devices.
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​Pricing and availability
​The Sennheiser IE 200 will be available for pre-order globally on January 17, 2023, and will go on sale from January 31, 2023, with an MSRP of £129.99.

6G – What Are The Important Technological Developments To Watch?

While 5G mmWave has yet to take off, 6G research has already begun. But what exactly is 6G, and what are the emerging areas to watch?

This article will provide a high-level overview of 6G, including 6G frequencies, technological development trends, and noteworthy 6G applications. The information shared in this article is taken from the latest IDTechEx research report, “6G Market 2023-2043: Technology, Trends, Forecasts, Players”. This report provides critical insight and commercial outlooks for this emerging field.

Key areas of coverage in the IDTechEx report “6G Market 2023-2043: Technology, Trends, Forecasts, Players”. Source: IDTechEx

The Frequency Matters

This article starts at the most basic level – the frequency band. In 5G, sub-6 GHz (3.5 – 6 GHz) and millimeter wave (mmWave, 24 – 100 GHz) bands are the two new bands among the spectrum covered. In 6G, the frequency ranges under consideration include 7 to 20 GHz frequency band, W-band (above 75 – 110 GHz), D-band (110 GHz to 175 GHz), bands between 275 GHz and 300 GHz, and in THz range (0.3-10 THz). The bands between 7 and 20 GHz are considered because of the need for coverage that will enable mobile and “on the go” applications for numerous 6G use cases. The W and D bands are of interest for both 6G access and Xhaul (e.g. fronthaul, backhaul) networks. A solution that meets the objectives of both services is to be considered. As of September 2022, worldwide spectrum allocations do not go beyond 275 GHz. Nevertheless, frequency bands in the range 275-450 GHz have been identified for the implementation of land mobile and fixed service applications, as well as radio astronomy and Earth exploration-satellite service and space research service in the range 275-1,000 GHz.

Overview of 6G spectrum deployment strategy. Note that even though by definition the THz band runs from 300 GHz to 10 THz, telecom professionals have found it simpler to classify beyond-100 GHz applications as THz communications. Source: IDTechEx –
Overview of 6G spectrum deployment strategy. Note that even though by definition the THz band runs from 300 GHz to 10 THz, telecom professionals have found it simpler to classify beyond-100 GHz applications as THz communications. Source: IDTechEx – “6G Market 2023-2043: Technology, Trends, Forecasts, Players”

What Does 6G Promise and What Are the Challenges?

By exploiting the large bandwidth in the THz frequency band, 6G is expected to enable 1 Tbps data rate. However, this rate is very challenging to achieve as a large continuous bandwidth is required, but in reality, the bandwidths that are available for use are limited and split over different bands. Another aspect is that spectral efficiency makes a direct trade-off with the required Signal to Noise Ratio (SNR) for detection. The higher the required SNR, the shorter the respective range becomes due to transmitted power limitations at high frequencies as well as added noise. As an example, Samsung’s state-of-the-art D-band phase array transmitter prototype currently demonstrates the furthest travel distance of 120m but only achieves 2.3 Gbps. Other groups show higher data rates, but the over-the-air travel distance is only at centimeter level.

To further improve link range as well as enhance data rate, several requirements are needed to be considered when designing a 6G radio. For example, selecting appropriate semiconductors to boost link range is critical, pick low-loss materials with a small dielectric constant and tan loss to prevent substantial transmission loss. To further reduce transmission loss, a new packaging strategy that tightly integrates RF components with antennas is required. However, one must remember that as devices get increasingly compact, power and thermal management become even more critical.

In addition to device design, network deployment strategy is also a crucial area to research in order to address NLOS and power consumption challenges. Establishing a heterogeneous smart electromagnetic (EM) environment, for example, is being investigated, utilizing a wide range of technologies, such as reconfigurable intelligent surfaces (RIS) or repeaters.

6G Applications

One significant change of 6G to previous communication generations is that it will now include non-terrestrial networks, which is a key development item in 6G that enables conventional 2D network architectures to function in 3D space. Low Altitude Platforms (LAPs), High Altitude Platforms (HAPs), Unmanned Aerial Vehicles (UAVs), and satellites are examples of non-terrestrial networks (NTNs). China sent the world’s first 6G satellite in November 2020. This year, Huawei tested the NTN 6G networks using LEO (Low Earth Orbit) satellites. More and more activities in this area show that NTN networks will for sure be a key development trend.

Despite communications, 6G is also expected to tap into the world of sensing, imaging, wireless cognition, and precise positioning. Last year, Apple patented its THz sensor technology for gas sensing and imaging in iDevice. Huawei also tested several Integrated Sensing and Communication (ISAC) prototypes. Many more studies and trials are underway to fully leverage the potential of 6G THz frequency bands.

To learn more about 6G technology, applications, and market, please refer to IDTechEx’s newly released 6G market research report. “6G Market 2023-2043: Technology, Trends, Forecasts, Players“. This 6G report is built on IDTechEx expertise, covering the latest 6G technology development trend, key applications, player activities, and market outlook, aiming to provide the reader with a comprehensive understanding of 6G technology and market.