Flyability pioneered confined space inspection drones, creating new technology that allows inspectors to collect data remotely inside dangerous confined spaces instead of in person. Since launching in 2014, Flyability has become a trusted provider of internal inspection solutions, enabling remote data collection with cutting edge hardware and software for inspection professionals to help them improve safety, reduce downtimes, and cut costs for their internal inspections. Today Flyability has offices in Switzerland, China, Singapore, and the U.S., with almost one thousand clients in over 60 countries. Flyability works in every industry that requires internal inspections, including Power Generation, Oil & Gas, Mining, Wastewater Infrastructure, Chemicals, Maritime, and Infrastructure & Utilities.

Flyability

Truth And Knowledge

An Essay Concerning Humane Understanding, Volume I: Book II, Chapter XXIII.

IoT and smart buildings are all about data, but how is all this data used and what kind of data can you get? In this article, we share some examples of what kind of IoT data you can get in smart buildings and how it’s commonly used. Optimizing spaces with utilization data . Companies are always looking to create the best possible working spaces for their employees and to do that, they need to know how their spaces work. In addition, the question of space optimization and rental costs is always on every facility manager’s mind: In the 2017 , Jones Lang LaSalle reported that most corporate real estate executives estimate that 20% of available space is wasted, and this number can be even higher! Getting utilization data is highly important for modern facility management Occupancy Planning Annual Report with utilization data helps you reorganize your spaces by giving you insights on how to maximize your space usage, improve sustainability and reduce your company’s infrastructure costs. Optimizing your space usage With utilization data, can be determined based on facts, and thus action towards improving any under-used spaces can be taken. IoT data in smart buildings can show the popularity of different spaces in various ways: how many persons use the space on average per day, what are the peak hours or days, and so on. the popularity of different spaces With space utilization data, users can see free and occupied desks, meeting rooms, and other areas. This saves time and enables activity-based working in the office. The next step would be to find out if maybe the spaces are uninviting, have some necessary function missing or if there’s another reason people don’t want to use them. Having utilization data is also very interesting when moving into a new space. The data can be used to , how it flows, and what are the least used areas. This enables quick changes to be made so you can max out your space usage, further reducing your costs related to your real estate. test the new space on how it works Real-time usage & occupancy analytics Having real-time usage data from the building allows a way to of the building. This is done by monitoring the HVAC system and the electricity usage in the building. improve the environmental footprint When a room is not being used, there is no need to have the air conditioning keeping that room to a nice and chilly temperature. This energy can be saved or used to boost the air conditioning in other rooms, where it is actually needed. has a great use case in . Determining the most popular rooms with their peak hours and days enables, for example, automated heating and air conditioning optimization. This reduces the energy needed in the building. Real-time usage data facility management IoT utilization data can also help you prepare for unusual times: , companies with access to space utilization data have not just been able to set occupancy limitations to their spaces, but they also have been able to monitor this to ensure the safety of their employees. During COVID-19 Smart cleaning The same idea applies to When using occupancy information, there is a clear way to keep the most used spaces clean. Shifting from a schedule-based cleaning to a more need-based cleaning saves time and money and helps to ensure a higher standard of hygiene. smart cleaning. As with the utilization data, the real-time usage and occupancy data of a space can be used for . The occupancy data is very useful in spaces with a raised need for hygiene, such as in restrooms or hospitals. The time between in which the rooms have been used is very handy in helping to keep the building hygienic COVID-19 protocol enforcement Fill rate data and monitoring of the paper, towel, and soap dispensers, as well as trash bins, is most commonly used in smart cleaning solutions. With fill rate monitoring, the cleaning staff needs to do fewer unnecessary checks, saving time and steps while the users can always rely on having a well-stocked dispenser in their facilities. Monitoring the fill rates Here are some findings from textile service company Lindström on their : Flowability washroom solution Environmental data With IoT devices, you can from your smart building. Getting environmental data on your spaces helps you make sure your spaces offer healthy and safe conditions for the users, enables them to find areas best suited for them, and helps facility managers to keep track of heating and air conditioning needs. get a variety of environmental data Environmental data in buildings can be air quality, temperature, air pressure, or illuminance for example. Indoor tracking Using IoT devices data in smart buildings can also enable indoor tracking. In this context, indoor tracking can be either the or the . When considering the use case in location tracking for employees, it should always be a voluntary sharing tool. location of the workforce location of certain equipment Indoor tracking enables finding colleagues, allowing for better communication with them and cooperating better with team members and coworkers. It is especially neat when you need to find someone outside of your regular team, as you may not know where they usually sit. When using location tracking, the users can see , and maybe find some company to grab lunch with. who is around at the office for different tasks Location tracking in smart buildings is usually done with keycards, tags, or Bluetooth-enabled trackers people always carry with them. The data is then displayed on a digital twin of the office. As mentioned earlier, in addition to finding people, indoor tracking can be used with certain equipment. It might be that some of this and therefore needs to be tracked within the building, or that you want to monitor your inventory levels with the solution. Using indoor tracking for equipment can also help you understand equipment usage better and reduce the risk of loss and theft. equipment is critical to find Conclusion IoT data has a multitude of use cases in smart buildings. Whether you want to optimize your space usage or track critical equipment, . IoT data makes all this possible Read more about IoT devices and what they are capable of from our IoT devices guide.

IoT in Smart Buildings – A Behind-The-Scenes Picture on Data Utilization

Ishan Pandey: Hi Qunzhao Tan, I am delighted to welcome you to our "Behind the Startup" series. Can you tell us about the motivation behind MetaCene? Alan Tan: Thank you for including me in this series. The motivation behind MetaCene comes from my deep passion for gaming and my experience contributing to China's MMO market, having co-founded China's first Nasdaq-listed game company. I am supported by a team comprised of veterans from industry giants like Blizzard, Shanda Games, and Perfect World, and we share a mission to create an expansive online world where players can genuinely contribute to building a vibrant virtual society. We're excited by Web3 gaming's potential to solve traditional gaming issues like digital ownership and co-governance, aiming for a more sustainable economy and real engagement, making gaming experiences richer and more meaningful for everyone involved. Ishan Pandey: Could you elaborate on the key features that set MetaCene apart from other gaming platforms, especially in terms of digital ownership, creativity, and the integration of blockchain technology? Alan Tan: MetaCene stands out with a blend of digital ownership, creativity, and the seamless integration of blockchain technology. Players enjoy true ownership of their assets, with the freedom to trade openly and fairly, fostering a sense of community and trust within our platform. We're enhancing this by developing a dedicated trading platform to streamline transactions and protect against any form of manipulation. Our approach to creativity focuses on community participation, particularly through our Realms Server Network. This enables players and guilds to actively participate in server building, governance, and even revenue sharing. It's a model that not only makes players a crucial part of MetaCene's operations but also significantly enriches our ecosystem. On the technology front, MetaCene leverages blockchain to create a decentralized publication network across top public blockchains and gaming-focused chains, ensuring robust infrastructure for on-chain game logic and operations. This, combined with our multi-channel distribution across mobile, cloud, PC, and an integrated Web2+Web3 go-to-market strategy, positions us uniquely in the market. Lastly, our focus on delivering superior gameplay, an expansive world map, and a diverse array of encounters and storylines ensures that MetaCene stands out as a high-quality gaming platform first, while also stimulating our game economy and attracting dedicated players. Ishan Pandey: MetaCene has demonstrated rapid growth during its Alpha Tests, with an increasing number of participating players and daily average gaming time. How do you plan to sustain and build on this momentum leading up to the Commercial Version 1.0 release? Alan Tan: We've continued to make consistent and significant progress, notably with the launch of our second NFT collection, Cece Cube, the introduction of a Google Chrome mini-game xMetaCene, and a collaboration on Cryptopedia with OKX. Our approach has been to relentlessly pursue our next milestones while enhancing the content, product, and overall experience for our community. Our alpha tests are meticulously designed with specific missions and goals in mind. These phases are crucial for stress-testing our asset network and server performance, fine-tuning the balance and excitement of gameplay, and enhancing game operations and project quality based on community feedback. Equally important is our focus on identifying the most vibrant and sustainable economic model for our ecosystem. As we prepare for Alpha Testing 3, which will be accessible on both mobile and PC, we're eager to incorporate the lessons learned and feedback gathered to further refine our game. Ishan Pandey: How do the collaborations with Mocaverse, YGG, and Ancient8 contribute to MetaCene's expansion, and what exciting developments can players anticipate as a result of these partnerships in the upcoming releases? Alan Tan: Our collaborations with Mocaverse, YGG, and Ancient8 play a pivotal role in MetaCene's expansion, each bringing unique value to our ecosystem. The partnership with Mocaverse, for example, is set to enhance ecosystem interoperability significantly, enabling players to teleport into MetaCene using their Moca ID and benefit from other upcoming collaborative rewards. Working with YGG and Ancient8, communities at the heart of MetaCene's development, has been incredibly rewarding. These guilds, as our long-standing partners, have been actively involved in our community discussions from the beginning. Their participation in our alpha tests, coupled with the invaluable feedback and insights they've provided, has been instrumental in shaping our direction. This highlights the essence of Web3 gaming—where the community and players are not just participants but co-creators of the gaming world. Ishan Pandey: Could you share more details about the Realms NFT collection and how it ties into MetaCene's broader vision of player-centric entertainment and creativity? Alan Tan: To fulfill MetaCene's commitment to fostering player-centric entertainment and creativity, the Realms NFT collection introduces a transformative aspect to the gaming experience. This collection empowers guilds, investors, and community members by granting them governance and operational rights over their servers. These player-controlled servers are designed to offer unique experiences through exclusive assets, visuals, and gameplay elements, distinct from those on official servers. Moreover, they allow for the expression of regional cultures, adding depth and diversity to players' adventures within MetaCene. Therefore, Realms NFTs symbolize server governance and operation rights, managed by players, guilds, and investors with MetaCene team support. Additionally, through AI-powered in-game editors, players can tailor their servers to mirror their creativity and personality, opening up possibilities for branding promotions, IP collaborations, virtual events, and more. This approach to game design and participation ensures that the content within MetaCene is infinitely expandable, aligning perfectly with our broader vision of creating a gaming environment where player engagement and creativity are prioritized. Ishan Pandey: How do you plan to foster collaboration and innovation among creators within the MetaCene ecosystem? Alan Tan: To nurture collaboration and innovation among creators within the MetaCene ecosystem, we're implementing several strategic initiatives. Firstly, we're introducing Realms NFT co-creation rights I mentioned coupled with a creator incentive model, including server revenue sharing. By providing creators with a stake in their creative work, we're confident they will gain a sense of ownership and partnership within the MetaCene universe. Furthermore, we're expanding the open-world content through World Island, an integral component of the upcoming MetaCene core world map. This expansion is designed to incorporate User-Generated Content (UGC) and Land NFTs, once again offering creators a canvas to express their creativity and contribute to the game's diversity and richness. In addition to these in-game strategies, we are actively engaging our community of creators through various platforms. By hosting limited edition events, campaigns, and collaborations on social media, we aim to extend the MetaCene IP beyond the confines of the game. Ishan Pandey: In the context of the broader crypto market, how do you foresee the recent surge in cryptocurrency prices impacting the blockchain gaming industry, and what strategies does MetaCene have in place to navigate potential challenges associated with market fluctuations? Alan Tan: The recent surge in cryptocurrency prices, notably Bitcoin reaching all-time highs amid US ETF approvals and more anticipated clarity with crypto policies globally, injects unprecedented vitality into the crypto market. This has opened doors for financial institutions to invest in crypto, surpassing expectations and presenting new opportunities for the blockchain gaming industry. With the anticipation that other cryptocurrencies haven't peaked yet, we're excited about the potential rise of high-quality Web3 gaming projects. The warming market is setting the stage for a bull market's full effect on Web3 gaming, drawing more attention and discussions among non-Web3 users. At MetaCene, we view these developments as a critical moment to foster true mass adoption of blockchain games. Our strategy to navigate potential market fluctuations focuses on continuous innovation and maintaining our commitment to offering a rich, engaging gaming experience. While we'll leverage the heightened market interest to expand our community and introduce more players to the unique benefits of blockchain gaming, it's the quality of our game that will keep players once that hype quiets down. Ishan Pandey: Regulatory scrutiny in the crypto industry is increasing. How does MetaCene navigate regulatory challenges, especially concerning issues like digital asset ownership and in-game economies? Alan Tan: MetaCene embraces the evolving landscape with an approach toward compliance and broader acceptance. This shift towards greater regulatory clarity isn't a challenge; it's an opportunity that brings us closer to achieving universal mass adoption of Web3 projects. Our approach has always been to bridge the gap between Web2 and Web3, ensuring our platform is accessible and appealing to a wide audience. We're extending our presence beyond the crypto space, aiming for listings on mainstream Web2 application platforms such as Google Play and the Apple App Store, alongside over 20 traditional game distribution platforms including Steam and Epic Games Store. When it comes to digital asset ownership and managing in-game economies, our strategy is centered on continuous experimentation and balance. Our goal is to cater to all players—be they dedicated Web2 gamers or Web3 enthusiasts familiar with crypto—providing an inclusive gaming experience where the dynamics of 'play' and 'earn' coexist. With this balanced approach, we provide an environment where everyone can enjoy the full spectrum of what our platform has to offer. Ishan Pandey: Looking ahead, what is your vision for the future of blockchain gaming, and how do you plan to stay at the forefront of innovation in this rapidly evolving industry? Alan Tan: There's the concept of fully on-chain gaming, which aligns with the 'textbook' vision of blockchain games. This demands substantial hardware and infrastructure capabilities, and we're still on the brink of seeing fully on-chain projects that combine high quality with commercial readiness for mass adoption. On the other hand, MetaCene represents what some might describe as a 'Web2.5' approach. We merge the quality, playability, and longevity of Web2 AAA titles with the innovative realms of Web3. Leveraging our team's extensive background in traditional game development, operations, and project management, MetaCene is uniquely positioned to lead this hybrid path towards mainstream blockchain gaming. By also observing and learning from the pioneers in the Web3 gaming space, we find both inspiration and direction. These lessons not only inform our strategy but also fuel our drive to maintain a position of leadership. As the industry evolves, MetaCene plans to continue leveraging our strengths and adapting to emerging technologies and trends, ensuring that we set an example in shaping the future of blockchain gaming. Don’t forget to like and share the story! This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR Vested Interest Disclosure:

MetaCene's Quest to Revolutionize the Gaming Industry with Blockchain

ব্লকচেইনের মাধ্যমে গেমিং শিল্পে বিপ্লব ঘটাতে মেটাসিনের কোয়েস্ট

MetaCenes Ziel, die Gaming-Branche mit Blockchain zu revolutionieren

La búsqueda de MetaCene para revolucionar la industria del juego con Blockchain

La quête de MetaCene pour révolutionner l'industrie du jeu avec la blockchain

ब्लॉकचेन के साथ गेमिंग उद्योग में क्रांति लाने के लिए मेटासीन की खोज

ブロックチェーンでゲーム業界に革命を起こすという MetaCene の取り組み

블록체인을 통해 게임 산업을 혁신하려는 MetaCene의 탐구

A busca da MetaCene para revolucionar a indústria de jogos com Blockchain

Стремление MetaCene совершить революцию в игровой индустрии с помощью блокчейна

MetaCene'nin Oyun Endüstrisinde Blockchain ile Devrim Yaratma Arayışı

Nhiệm vụ của MetaCene nhằm cách mạng hóa ngành công nghiệp trò chơi bằng Blockchain

MetaCene 寻求通过区块链彻底改变游戏行业

This paper is available on arxiv under CC 4.0 license. Authors: (1)Eason Chen, Carnegie Mellon University; (2) Justa Liang, Bucket Protocol; (3) Ray Huang, Bucket Protocol; (4) Pierce Hung, Bucket Protocol; (5) Damien Chen, Bucket Protocol; (6) Ashley Hsu, Bucket Protocol; (7) Konstantinos Chalkias, Mysten Labs; (8) Stefanos Pleros Mysten Labs. TABLE OF LINKS Abstract and Introduction Background Randomness Practice in Blockchain System Development Transaction Fee Comparison Discussion Conclusion and References 2 BACKGROUND 2.1 Blockchain and Smart Contract Blockchain is a distributed ledger technology (DLT) that securely records transactions across a network, ensuring transparency, immutability, and data trust [25]. Smart contracts are code-based logic running on the blockchain, capable of executing specific actions when predefined conditions are met, thereby automating a multitude of processes. These contracts function within blockchain networks, and presently, numerous decentralized applications (DApps) have been developed across various blockchains utilizing smart contracts. Every call to a blockchain function, such as writing data or executing smart contracts, requires costs known as transaction fees [6]. This practice is indispensable due to the decentralized nature of the blockchain, where computations and data storage occur across multiple nodes. Additionally, to ensure the consistency, transactions must be executed sequentially and packaged into blocks, which can limit the computational capacity of the platform. Transaction fees serve as a means to prevent resource misuse and maintain cost equilibrium. However, high transaction fees represent a significant obstacle to the widespread adoption of blockchain applications, as users may be disincentivized from using DApps when transaction fees surpass their potential earnings. Consequently, DApps about earning, such as Finance, Non-Fungible Tokens (NFT), and Gaming Finance, currently dominate the landscape, whereas those emphasizing playability attract fewer users [12]. Thankfully, several modern groundbreaking DLT designs, such as the Sui Network, have emerged to reduce the computational and storage burdens on the network while enhancing computational efficiency, thus alleviating transaction fee issues. 2.2 Sui Network Mainnet launched in May 2023. Sui is a decentralized, permissionless smart contract platform prioritizes low-latency asset management [23]. Originating from Meta’s Diem (formally known as Libra), Sui utilizes the Move programming language [1] to define and manage assets owned by addresses, with custom rules for asset creation, transfer, and mutation. Unlike Ethereum’s account-based design, in which assets exist as numerical variables within the address or smart contracts, Sui’s asset management is object-based, similar to the Unspent Transaction Output (UTXO) structure found in Bitcoin [16], allowing objects of digital assets to be fragmented, combined, and transferred to different addresses. Moreover, what sets Sui apart from traditional blockchain networks is its utilization of a Directed Acyclic Graph (DAG) model to record transactions. As shown in Figure 1, each transaction block on Sui includes several transactions with inputs of different objects on Sui Network. Then, these transactions will mutate or create new objects. Using DAG and object-based design, Sui can enable transactions with unrelated objects to be executed without a specific sequence, maximizing Sui’s computational efficiency and scalability. As a result, despite Sui experiencing a rapid increase in transaction volume from thousands to tens of millions in a short period, the transaction fees have remained nearly consistent [7]. In addition, Sui has made optimizations in data storage. Sui allows the deletion of data on the network to free up space and obtain a Storage Rebate Fee [23]. For example, in Figure 1, the first transaction requires writing 100 Kilobytes (KB) of participants into an array in the RaffleObject. It incurs a computation fee of 0.001 Sui and a storage cost of 0.779 Sui. However, when a subsequent transaction clears the array of participants and thus frees 100 KB of data at that RaffleObject, the transaction sender will receive a storage rebate of 0.77 Sui. This ultimately reduces the overall longterm cost of storing a substantial amount of data on Sui, leaving only the computational and necessary storage fees, as extra storage costs can be rebated by clearing data storage after operations are completed. Notably, even though on-network data is cleared, verification and reproduction remain possible since inputs are stored within the Transaction Block and retained in a database on the Sui Nodes without consuming network hot-memory resources. This paper is under CC 1.0 license. available on arxiv

Designing Fair and Efficient Blockchain Games: Background

141 Stories To Learn About Games

ERC-6551: Powering the Re-rising of the NFT

331 Stories To Learn About Iot

FLYABILITY

flyability.com

51-200 employees

Since 2014

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FLYABILITY

flyability.com

51-200 employees

Since 2014

COMPANY RANKING

FLYABILITY

EVERGREEN INDEX #3702

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