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Dymension Is the Latest Airdrop for Solana, Ethereum, and Cosmos Users – Decrypt

Its a new year, but airdrop season is continuing at full force into 2024. The latest: Dymension, a network for deploying app chains called RollApps, has revealed a token drop for more than a million crypto users across various chains and projects.

Dymension is a layer-1 blockchain built on Cosmos and the inter-blockchain communication protocol (IBC) to enable connections across various rollup scaling networks. Dymension standardizes rollups with IBC, similar to how tokens were standardized with ERC, Dymension wrote on Twitter (aka X), referring to Ethereums token standards.

The network lets RollApp creators choose which virtual machine and token to use, and can publish data to external chains like Celestia or Avail. Dymension CEO and co-founder Yishay Harel told Decrypt that the L1 network uses Ethereum Virtual Machine (EVM) addresses.

On Tuesday, Dymension revealed its genesis rolldrop, which offers up DYM tokens to eligible users until January 21. United States residents cannot participate in the airdrop. However, a wide array of other crypto users are eligible for the airdrop, with some 70 million DYM tokens (7% of the supply) being offered up.

Full details are available in this blog post, but eligible users include those who staked the TIA token in Celestia as of December 19, 2023, along with users of Ethereum layer-2 networks Arbitrum, Optimism, Base, and the upcoming Blast based on certain criteria.

Cosmos Hub and Stride users who meet certain eligibility can also claim DYM tokens, along with users of the Osmosis decentralized exchange (DEX).

More than 500,000 Solana users are also eligible, according to the post, including addresses that have used protocols like cross-chain bridge Wormhole, leading NFT marketplace Tensor, and NFT distribution platform Drip.Haus.

Additionally, owners of Pudgy Penguins, Mad Lads, Tensorians, and Bad Kids NFTs can also claim an allotment of DYM tokens. Pudgy Penguins is minted on Ethereum, Mad Lads and Tensorians are on Solana, and Bad Kids is on the Cosmos-based Stargaze chain.

Lastly, following the genesis airdrop, Dymension has proposed allocating a further 2.5 million DYM to users who bridge funds to the chain from other networks. Eligible tokens include USDC, TIA, USDT, ATOM, ETH, and SOL, with that program expected to begin about a week following the upcoming Dymension airdrop launch.

Dymension joins a growing list of networks and projects that are dropping their tokens lately, including recent high-profile airdrops from Jito and Pyth Network and upcoming drops from the likes of Jupiter, Starknet, Portal, Frame, and Blast.

Edited by Ryan Ozawa.

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Telecoms in 2024 Rising Demand for Automation, Smart Contracts and Cyber Insurance Featured – The Fast Mode

One of the advantages the telecom industry has is that it is well versed in developing and adopting standards to maximize interoperability between partners and even competitors both at the service provider level and at the technology provider level. Interoperability translates into agile digital supply chains that enable delivery of high value, complex and on-demand digital services to enterprise customers. The widespread availability of first-generation generative AI is already disrupting aspects of many industries and the outcomes of such disruption are far from understood. One thing that is clear for the telecom industry generative AI will increase demand for the combination of on-demand connectivity, compute and storage supplied by an ever-wider range of downstream suppliers. Business automation between partners both within the telecom industry and across industries will increasingly become essential for the viability of companies in the telecom space.

In 2024, business automation will reach a tipping point, driven by enterprise demand for cloud-like services. In addition, new areas of business automation that will become more widely understood are smart contracts and cyber insurance.

#1: Automation Takes Center Stage: Streamlining Services and Adapting to the Dynamic Landscape

Business automation will continue to surge across industries, driven by efficiency gains, improved customer experiences, and the need for agility in a rapidly evolving digital landscape. Network-as-a-Service (NaaS), which combines connectivity, application assurance, security, and cloud services, is a prime example of how automation facilitates the delivery of dynamic and scalable services, catering to the ever-changing needs of businesses in the hyper-connected era.

Standardized APIs will be key to seamless automation across the supply chain, and operators who proactively adopt standards-based automation will gain a first-mover advantage. By embracing standardized automation operators can deliver services tailored to customer needs faster and improve customer loyalty by making service changes, upgrades, and policy updates on-demand. As customer demands accelerate and evolve, adopting automation will become increasingly crucial for service providers to stay competitive, streamlining service delivery and accelerating time-to-market. Technological advancements like AI and cloud computing will propel automation capabilities forward, enabling increasingly sophisticated orchestration and intelligent service management.

Overall, the future of business automation is bright. NaaS serves as a powerful example of how automation can revolutionize service delivery, and its impact will extend far beyond the telecommunications industry. By embracing automation and prioritizing standardization, businesses can unlock a competitive edge and prepare for success in the digital age.

#2: Smart Contracts for Streamlined Telecom Partnerships

The implications of using automated code running in blockchains (i.e., smart contracts) to do business between partners will become more evident in 2024 within telecoms both large and small. Smart contracts used between business partners (e.g., buyers and sellers) require legal, financial, IT and cybersecurity approvals from departments within all counterparties before they can be used. Compare this with regular text-based master service agreements and terms and conditions which require approval 'only' from the legal and finance departments of the counterparties before they come into force. This high level of coordination of multiple stakeholders from different companies to agree on the use of a smart contract will drive demand for off-the-shelf, open standard smart contracts that can be used as is, or with minimal adjustment. In other words, why reinvent the wheel at great cost with no discernible increase in value?

Standardizing a smart contract means getting industry leaders in the telecom industry to reach consensus on a range of topics: What are the business requirements and use cases for the use of the smart contract? What are the inputs and outputs of the smart contract? What are the interfaces and data models used for the smart contract? Has it been security audited? In what environment will it run? How will blockchain be used to guarantee that the results can be audited, can't be tampered with but don't expose sensitive commercial information? Who will operate the smart contract and how will its operation be paid for? What level of additional capabilities in distributed applications (dApps) will be required?

2024 will see an increased understanding and development of workflows for handling the creation and use of new open standard smart contracts.

#3: Cyber Insurance: Securing the Digital Supply Chain in an Age of Risk

With physical attacks on commercial shippingespecially in the areas of the Black Sea and the Gulf being reported in the general media more recently, the public has become more aware of the cost of those attacks especially in terms of increased insurance rates. Without insurance, many ships won't sail on vulnerable maritime routes driving up costs and depriving some countries of easy access to trade and certain goods. The telecom industry is in many ways similar to the shipping industryrather than loading containers on massive ships that sail across the oceans, the telecom industry is responsible for 'shipping' trillions of packets of mission-critical digital data in fractions of a second across the world for their customers. They and their enterprise customers are collectively storing and processing exabytes of data every day. Many companies in the digital economy would like to be able to pass the risk of damage from cyberattacks on these exabytes of data to a third-party insurer. The challenge is that assessing risk for cyber insurance cannot rely on decades of cyberattack history in the way that maritime insurance uses historical shipping data to calculate its risk premiums.

2024 will see a rising demand for cyber insurance and increased innovation in being able to both mitigate and measure risk from cyberattacks to the global economy's digital supply chains using new zero trust and other emerging technologies.

These are just a few examples of emerging trends that will become more prominent in 2024 in the telecom industry, as well as examples of the huge potential for innovation and new business that can grow to address these challenges over the next few years. Generative AI is grabbing the headlines but many new and important markets for telecoms will emerge as a result and in parallel.

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Bunzz launches AI-powered smart contract audit tool with free audits for first 20 projects – crypto.news

Disclosure: This article does not represent investment advice. The content and materials featured on this page are for educational purposes only.

Singapore, Singapore, Jan. 3, 2024, Chainwire

Bunzz pte ltd (Singapore), the operator of the web3 development infrastructure Bunzz, has announced the release of the open beta version of its AI-powered smart contract audit tool Bunzz Audit.

The company will provide free audit rports for the first 20 projects.

Web3 projects and applications often face operational issues or hacking threats due to vulnerabilities in their smart contracts.

To mitigate these risks, Smart Contract Audits are crucial.

Yet, users of major audit firms have encountered the following pain points:

Bunzz, as a smart contract development infrastructure, has resolved these pains with the research and development of Bunzz Audit, leading to the launch of its Open version.

Users are welcome to try a Bunzz Audit for free.

Audit firms usually identify vulnerabilities in smart contracts by manually comparing them with past patterns. This process is costly and leads to variable report quality.

Bunzz Audit tackles these issues by using AI to integrate a database of known vulnerability patterns and results from existing contract analysis tools.

Manual audits are reserved for project-specific vulnerabilities.

To celebrate the release of the Open version, Bunzz Audit will conduct audits and provide reports free of charge for the first 20 projects.

Given that normal audit costs range from $50K to $1 million, this offers a significant advantage to users who seize this opportunity.

Users can request a free smart contract audit from Bunzz Audit here: https://9vi3topj6b2.typeform.com/to/EAb8IHmA

(Note: For lengthy or complex contracts, a separate estimate may be required)

Bunzz is a dapp Development platform that provides blockchain developers with easier tools to save development time through a GUI and the advanced blockchain developers and an open source Smart Contract Hub to allow smart contracts combinations and build complex dapps.

For more information: https://bunzz.dev

CEOKenta AktustuBunzz pte ltd[emailprotected]

Disclosure: This content is provided by a third party. crypto.news does not endorse any product mentioned on this page. Users must do their own research before taking any actions related to the company.

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Unlocking the Future: A Beginner’s Guide to Programming with Blockchain and Solidity – Medium

In the rapidly evolving landscape of technology, blockchain has emerged as a transformative force, disrupting industries and reshaping the way we perceive and conduct transactions. For aspiring developers looking to dive into the world of blockchain programming, the journey begins with understanding the basics of blockchain technology and mastering a language tailor-made for smart contracts Solidity. This blog post serves as your roadmap to kickstart your programming journey in the realm of blockchain and Solidity.

1. What is Blockchain?

- Start by grasping the fundamental concept of blockchain. Its a decentralized and distributed ledger that records transactions across a network of computers. Each transaction, or block, is linked and secured through cryptographic hashes, creating an immutable chain.

2. The Role of Smart Contracts:

- Smart contracts are self-executing contracts with the terms of the agreement directly written into code. They run on blockchain networks, automating and ensuring the execution of predefined conditions without the need for intermediaries.

3. Introduction to Solidity:

- Solidity is a programming language specifically designed for writing smart contracts on blockchain platforms, with Ethereum being one of the most popular choices. Familiarize yourself with the syntax, structure, and unique features of Solidity.

4. Setting Up Your Development Environment:

- Install the necessary tools and software to create and deploy smart contracts. Ethereums official development environment, Remix, is an excellent starting point for beginners. Additionally, consider using popular code editors like Visual Studio Code with relevant extensions.

5. Hello World in Solidity:

- Dive into coding by creating a simple Hello World smart contract. This introductory exercise helps you understand the basic structure of a Solidity contract and how to deploy it on the Ethereum blockchain.

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The Ultimate Guide: How Blockchain Works and Why You Should Care – Medium

IntroductionIn an ever-evolving technological landscape, blockchain has emerged as a transformative force, reshaping industry and challenging traditional norms. In this comprehensive guide, we explore the intricacies of Blockchain, unpack its functions, and clarify why adopting this technology is paramount.

Blockchain basic understandingWhat is Blockchain?Blockchain is a decentralized, distributed ledger with secure and clearly recorded transactions across multiple computers. Each block in the chain contains a unique identifier (hash), as well as a timestamp and transaction data. These blocks are connected via a cryptographic hash, creating an immutable chain.

Decentralization and SecurityOne of blockchains main strengths is its decentralized nature. Unlike traditional centralized systems, blockchain operates on a network of nodes, eliminating the need for a single point of control. This decentralization enhances security by preventing malicious attacks and ensuring data integrity.

Blockchain technologyA consensus toolBlockchain relies on consensus mechanisms to validate and approve the transactions. Common methods include proof of work (PoW) and proof of service (PoS). PoW requires solving complex mathematical problems to validate the transactions, while PoS relies on the amount of cryptocurrency held by the participant.

Smart contractsSmart contracts are self-made contracts where the terms of the contract are written directly into law. These agreements automate the process, ensuring creative and effective compliance with the agreements. Ethereum, the leading blockchain platform, is known for its popularity of smart contracts.

Blockchain applications in the industryFinance and CryptocurrencyThe financial sector is rapidly embracing blockchain, as cryptocurrencies such as Bitcoin and Ethereum have gained widespread adoption. In finance, blockchain ensures secure, transparent, and efficient transactions, and reduces reliance on intermediaries.

Supply Chain ManagementBlockchains transparent and tamper-resistant ledger is invaluable in supply chain management. It enables traceability, reduces fraud and error, and ensures authenticity throughout the supply chain.

Health care systemBlockchain in healthcare provides improved data security and transactions. Patient records stored in a decentralized ledger facilitate information sharing between healthcare providers by ensuring confidentiality.

Real estate for saleThe real estate industry is benefiting from blockchains ability to facilitate property transactions. Smart contracts automate production processes, reduce paperwork, and reduce the risk of fraud.

What it means for the future and why you should careChanging trust and transparencyBlockchains impact extends beyond businesses, fundamentally changing how we perceive trust and transparency. As we move into a future where decentralization is the norm, blockchain is poised to be a driving force.

Financial InclusionThe decentralized nature of blockchain paves the way for financial inclusion. Individuals without traditional bank accounts can participate in the global economy through cryptocurrencies and decentralized finance (DeFi) platforms.

Environmental ImpactThe transition from blockchain to more environmentally friendly forms of consensus, such as PoS, addresses concerns about the environmental impact of energy-consuming PoW the solution of. These changes position Blockchain as a sustainable technology for the future.

ConclusionIn conclusion, Blockchain is not just a buzzword; It is a revolutionary technology and it is reshaping our world. Its applications are vast and sophisticated, ranging from economic transformation to ensuring transparency in the supply chain. As we embrace the era of decentralization, understanding Blockchain is not an option but a necessity.

Ready to Future-Proof Your Business? Contact ESP Softtech Now!Whether youre a startup looking to gain a competitive edge or an established business aiming for digital transformation, ESP Softtech is here to help. Take the leap into the future of technology and watch your business thrive.

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XRP Myths: Expert Corrects Three Misconception About Ripple – CryptoPotato

An illuminating conversation unfolded on X this week about XRP Ledgers smart contract features. A Ripple expert corrected some misconceptions that Ripple is not as feature-rich as its competitors.

If you ask Google Bard or any AI chatbot why XRP price hasnt shown the kind of gains Bitcoin (BTC) and Solana (SOL) have this year, it might tell you its because Ripple doesnt have as many use cases:

While XRP is initially designed for fast and cheap cross-border payments, its use case hasnt evolved or broadened significantly.

Other competitors like Ethereum and BNB Chain offer a wider range of functionalities like smart contracts and decentralized finance (DeFi), which might attract more user interest and drive price appreciation. Google Bard, Dec. 2023

This is a common misconception about Ripple. But a recent conversation thread with XRPL Labs founder Wietse Wind on X, formerly Twitter, set the record straight.

An X.com user wrote a harsh critique of XRP Ledger on Wednesday:

And its failed horribly, unbelievable XRPL has been around since 2014 and is so far behind other blockchains.

In response, the CTO at XRPL Labs asked:

Genuine question: If you could have 5-10 things added to the XRPL, that other chains already have, what would those be?

In reply to some of the answers, XRPL founder Wietse Wind cleared up some of the misconceptions markets and cryptocurrency communities online still have about Ripple.

While some have claimed that XRPL is centralized because RippleNet works by API rather than a consensus mechanism, XRP Ledger is, in fact, decentralized. It uses a hash-based consensus mechanism via a network of trusted node validators.

The XRP Ledger protocol does allow for token issuance, programmable money, smart contracts, and decentralized finance applications (DApps) such as decentralized exchanges (DEX).

After multiple court victories for Ripple Labs against the Securities and Exchange Commission this year, Wietse said in the discussion thread that this is mostly irrelevant to the value that XRP provides.

Ripple is currently in the remedies phase of the trial and may settle with the SEC. But it could fight all the way to the Supreme Court.

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Whales Market Announces the Launch of Its Revolutionary Dapp and $WHALES Token on the Solana network – The Defiant – DeFi News

Singapore, Singapore, January 3rd, 2024, Chainwire

The Whales Market team is excited to announce a significant milestone in the evolution of decentralized finance: the launch of our state-of-the-art decentralized application (Dapp) and Whales Market's native token, $WHALES, on the Solana blockchain. This marks a pivotal moment in the company's journey, led by the experienced and innovative LootBot team.

Revolutionizing OTC Cryptocurrency Trading

Whales Market's mission is marked by its efforts to transform the Over-The-Counter (OTC) trading landscape within the Solana ecosystem. By introducing a secure, trustless platform for the trading of pre-TGE allocations, tokens, and NFTs, powered by smart contract technology, Whales Market is making a significant leap in ensuring transaction transparency and efficiency.

Introducing Pre-Market and OTC Market

The Whales Market platform is uniquely designed to cater to diverse trading needs through two distinct markets:

1. Pre-Market: A groundbreaking approach to P2P trading of pre-TGE token allocations, utilizing smart contracts for enhanced security and transparency.

2. OTC Market: Facilitates the safe and secure P2P trading of tokens and NFTs, moving away from the traditional, informal trading channels.

A Forward-Thinking Economic Model

Whales Market's innovative economic model, centered around the $WHALES token, ensures a sustainable and growth-oriented ecosystem. This model incorporates a balanced approach to revenue generation, featuring trading fees, revenue sharing, and Buyback and Burn mechanisms, contributing to continuous development and expansion.

Future Aspirations and Expansion Plans

While currently focused on the Solana ecosystem, Whales Market ambitiously plans to expand into Ethereum and beyond, exploring both EVM and non-EVM chains, as well as ZK blockchains.

Cryptocurrency's Rising Influence in Global Finance

With the cryptocurrency market rapidly gaining momentum and traditional financial markets evolving, Whales Market is at the forefront of this transformation. Paving the way for a seamless transition of major cash flows from traditional markets to the dynamic world of cryptocurrencies

About Whales Market

Whales Market is committed to providing a transparent, secure, and innovative platform for OTC traders, setting new standards in the decentralized finance landscape.

Users can join Whales Market on this exciting journey by visiting: Official Website | Twitter | Telegram | Documentation | Dapp

Contact

Dexter Simmonscontact@whales.market

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Whales Market Announces the Launch of Its Revolutionary Dapp and $WHALES Token on the Solana Network – Crypto Reporter

Singapore, Jan. 03, 2024 (GLOBE NEWSWIRE) -- The Whales Market team is excited to announce a significant milestone in the evolution of decentralized finance: the launch of our state-of-the-art decentralized application (Dapp) and our native token, $WHALES, on the Solana blockchain. This marks a pivotal moment in our journey, led by the experienced and innovative LootBot team.

Revolutionizing OTC Cryptocurrency Trading

Our mission at Whales Market is to transform the Over-The-Counter (OTC) trading landscape within the Solana ecosystem. We are introducing a secure, trustless platform for the trading of pre-TGE allocations, tokens, and NFTs, powered by smart contract technology. This marks a significant leap in ensuring transaction transparency and efficiency.

Introducing Pre Market and OTC Market

The Whales Market platform is uniquely designed to cater to diverse trading needs through two distinct markets:

1. Pre Market: A groundbreaking approach to P2P trading of pre-TGE token allocations, utilizing smart contracts for enhanced security and transparency.2. OTC Market: Facilitates the safe and secure P2P trading of tokens and NFTs, moving away from the traditional, informal trading channels.

A Forward-Thinking Economic Model

Our innovative economic model, centered around the $WHALES token, ensures a sustainable and growth-oriented ecosystem. It incorporates a balanced approach to revenue generation, featuring trading fees, revenue sharing, and Buyback and Burn mechanisms, contributing to continuous development and expansion.

Future Aspirations and Expansion Plans

While our current focus is on the Solana ecosystem, Whales Market ambitiously plans to expand into Ethereum and beyond, exploring both EVM and non-EVM chains, as well as ZK blockchains.

Cryptocurrency's Rising Influence in Global Finance

With the cryptocurrency market rapidly gaining momentum and traditional financial markets evolving, Whales Market is at the forefront of this transformation. We are paving the way for a seamless transition of major cash flows from traditional markets to the dynamic world of cryptocurrencies.

Stay Connected

We invite you to join us on this exciting journey:

- Twitter: https://twitter.com/WhalesMarket- Community: https://t.me/verifyWhalesmarket- Documentation: https://docs.whales.market- Dapp: https://app.whales.market- Website: https://whales.market

About Whales Market

At Whales Market, we are committed to providing a transparent, secure, and innovative platform for OTC traders, setting new standards in the decentralized finance landscape.

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Whales Market Announces the Launch of Its Revolutionary Dapp and $WHALES Token on the Solana Network - Crypto Reporter

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NYPD faces backlash as it prepares to encrypt radio communications – The Guardian US

New York

Critics say encryption is an attack on transparency, and that radio monitoring is one of the few ways to keep track of the police

The New York police department (NYPD) is facing serious backlash after announcing additional details about its plan to encrypt its radio communications system, which experts warn will limit transparency and accountability.

NYPD radio signals have been publicly accessible since 1932, allowing journalists and civilians to listen to police communications, Gothamist reported. The NYPD will now be encrypting its radio channels for the first time ever. Police radio encryption is already underway in several US cities, including Chicago and Denver.

Since starting in July, 10 precincts have already gone dark, or fully encrypted their radio systems. The entire upgrade to a new, encrypted radio system will be completed by December 2024 and cost an estimated $400m, a hefty price tag as several city agencies have been forced to swallow major budget cuts.

Critics of encryption say that the public radio channels are necessary for police accountability, press freedom and public safety.

Albert Fox Cahn, the executive director of the Surveillance Technology Oversight Project (Stop), a New York-based civil rights organization, called planned encryption a disturbing attack on transparency and public oversight of the police.

Radio monitoring is one of the few ways that we can get an unfiltered look at how the NYPD is policing, Cahn said.

Several police-involved killings have been uncovered by the press after listening to police radios, Cahn said. Video of an NYPD officer killing Eric Garner in 2014 was obtained due to a call on the police radio, Gothamist reported. The police killings of Amadou Diallo in 1999 and Sean Bell in 2006 were also uncovered due to police radio communications.

Without public radio, we will simply be at the mercy of police to tell us when they killed someone. Therell be no one else who knows, Cahn said.

Press freedom advocates have also argued that encrypting police radios will prevent journalists from accurately reporting or covering police misconduct, ultimately allowing the NYPD to decide what should be considered news.

Todd Maisel, founder of New York Media Consortium, a group of eight media organizations against radio encryption, says: Having the NYPD controlling the narrative is the worst possible scenario.

Theyre not going to tell you stories about anything that didnt go well, he added.

Public access to radio is also necessary to keep the public safe during citywide emergencies and major events.

Maisel said that during Hurricane Sandy in 2012, when more than 200 people died, he was able to provide public safety updates on social media by listening to the police radio.

The NYPD will put out a tweet or an email when they feel like it, Maisel said, referring to the NYPDs lackluster communication with the public.

Daniel Schwarz, senior privacy and technology strategist with the New York Civil Liberties Union, said access to police radio also kept protestors safe during 2020 protests for George Floyd in New York.

[The radio] was crucial for protesters to understand how law enforcement [was] responding to their protests, and [to] sometimes avoid dangerous interactions, Schwarz said.

The NYPD has already paid out millions of dollars in settlements over its use of force against protesters.

The NYPD has argued that encrypting its radio system is necessary to prevent criminals from gaining information. The encryption plans also have support from Mayor Eric Adams, who said during a July press conference that bad guys are listening to the police radios, the New York Times reported.

But the NYPD already has the ability to encrypt tactical radio channels, Cahn said, calling the NYPDs reasons for encrypting citywide communications completely groundless.

Cahn added that police have been unable to provide concrete examples of criminals abusing the radio system, especially to justify citywide encryption.

The idea that you need to hide every aspect of [every] police deployment in the city to prevent this fever dream scenario is ludicrous, he said.

The NYPD has said during the latest hearing on encryption that it may offer access to journalists or a time-delayed access for the public. But Schwarz noted that such plans have been vague and rushed.

They started to roll out [and] it seems totally rushed without already being prepared to offer that access to members of the media or delayed broadcasts for the public, Schwarz said.

Schwarz also criticized the idea of the NYPD only granting certain members of the media access to the channel, noting that such designation could keep out media that arent seen as legitimate or that have been overly critical of the police.

Who will count as a representative of the media? What [will] that process look like, and who could potentially [be] locked out? he asked.

Cahn added that Adamss support of encryption follows a pattern of the mayor not working to keep NYPD transparent.

I really do think that we have a fundamental rule-of-law issue under Eric Adams, where the NYPD continues to be enabled to lawlessly pursue this surveillance agenda without abiding by the protections that already exist under law, Cahn said.

As of now, New York state legislators have introduced a bill that would offer members of the media a radio channel, and give the general public access to a time-delayed radio.

But critics say more must be done by the city council and other legislators to ensure that radio communications stay public, not just available to a select few.

Were dealing with human beings who are armed with guns, and wield extraordinary power with the public, Maisel said. Without checks and balances, the public is going to be at a great loss.

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Russia and China successfully test quantum communication over satellite 3800-kilometer test explores possible … – Tom’s Hardware

Following recent demos of quantum communication using undersea fiber optics, scientists from Russia and China have successfully demonstrated quantum communication over satellite, using China's quantum satellite (dubbed "Mozi"), as the two countries lay the groundwork for advanced encrypted communication networks that are safe from prying Western eyes possibly for BRICS-aligned countries.The test was conducted using the satellite from a ground station close to Moscow, Russia, to another station based near Urumqi, China, over 3,800 kilometers, according to the South China Morning Post.

The satellite used to achieve this quantum communication, Mozi (also called Micius), has been in orbit since 2016 and is managed primarily by the Chinese Academy of Science. The collaboration with Russian scientists started in 2020. Then, in March 2023, a full quantum communication experiment was conducted between two ground stations, using encryption keys from Mozi to distribute two coded messages.

The coded messages used in the March 2023 test were fairly innocuous, before you get too excited just a quote from Chinese philosopher Mozi and an equation from Soviet physicist Lev Landau. The more recent "full cycle" quantum communication test on December 14th, 2023, also used a few (presumably harmless) quantum key-encoded images.

For those unfamiliar, "quantum communication" refers to communication using "qubits". Qubits, like traditional "bits," can contain binary information. However, qubits are also incredibly fragile to outside interference, which means that it's very easy for a quantum computer to tell if qubits have been intercepted or interfered with in some way.

Quantum communications are in theory, at least the most secure possible form of data transmission, exploiting quantum mechanics to be unbreakable without detection. The main drawbacks are the limited adoption/evolution of quantum computing and fundamental range weaknesses in current qubit transmission technologies reportedly about 1,000 kilometers due to photon loss over long-distance wiring.

While we can freely send regular old bits or bytes worldwide, it's much harder to do that with more fragile qubits since they're generally more prone to degradation. Advancements like this (satellites boost the effective range by as much as 3,800 kilometers) may start pushing us closer to a future of quantum communication networks, though, since international ranges are now clearly within the range of possibility.

However, the communication test was ultimately just two regular old static images. How well quantum communication may fare in real-time video calling isn't currently known. However, a 2017 voice calling test was done between China and Austria, which could make high-bandwidth quantum communication feasible one day.

While quantum communications finally being achievable over undersea fiber optics and satellite communications is impressive, it isn't likely to become a dominant form of communication for any consumer, business, or state for quite some time. The rapidly approaching future of quantum computing may still be full of surprises, though, so who knows?

Alexey Fedorov of Russia's National University of Science and Technology and the Russian Quantum Center states, "Quantum communication networks could have many uses, but for now, quantum systems would ideally be suited to scientific research."

While the technology is developing, it still seems there will be some time before it's used on a large scale for any real purpose. But Fedorov did speak of interest in quantum computing from the Russian finance sector and even alluded to the possibility of a quantum communication network between BRICS nations (Brazil, Russia, India, China, and South Africa) in the future.

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Russia and China successfully test quantum communication over satellite 3800-kilometer test explores possible ... - Tom's Hardware

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