Testnet Space and Time
Ответы на Zealy квесты:
1. All
2. Petrabytes
3. Proof of SQL
4. Proof of SQL
5. Both
6. a full suite of Web3-native data services, including Proof of SQL, for a more seamless Web3 development experience directly within their Google Cloud environment
7. hybrid transactional/analytical processing
8. to handle both transactions and analytics in real time
9. its ability to scale to meet the needs of applications
10. D
D 11. in the first half of this year
12. allow users to easily run queries and create visualizations of data in Space and Time
13. E
14. smart contracts to run queries directly
15. to optimize their advertising efforts and improve the return on their advertising investments
16. a simple, powerful, and familiar on-ramp for enterprises to adopt blockchain technology
17. a full suite of ZK developer tools, including a hybrid (HTAP) data warehouse, indexed blockchain data, an API gateway, an AI-powered data studio, and Proof of SQL
18. The ability to seamlessly incorporate off-chain data into tokenized energy grids
19. to facilitate new immutable earning schemes for creators on chain 20. don’t have to deploy a backend app server to build data-driven apps on Space and Time
21. providing structured, queryable tables that make it easier for developers to extract insights and integrate blockchain data into their applications
22. to easily join large volumes of off-chain game telemetry with on-chain ownership data in one request, then send that answer back on-chain
23. against both on-chain and off-chain data and connect the results back to smart contracts with cryptographic guarantees
24. to being able to run an entire blockchain-based social media
25. leverage chain-level data, protocol-specific data, offchain data, and data from their own smart contract events in a fast, affordable, and ZK-proven way
26. acts as the trustless intermediary between enterprise data and the blockchain, allowing the two to communicate and interact seamlessly
27. G
28. can load data from any source and run sub-second analytics that produce verifiably tamperproof results, while remaining fully decentralized
29. developers can scale their applications more efficiently
30. to access a full suite of Web3-native data services, including Proof of SQL, for a more seamless Web3 development experience directly within their Google Cloud environment
31. to provide unparalleled insights and data-driven solutions to its clients, facilitating their analytics and AI projects and the building of apps and dApps
32. for fast and secure data access, eliminating the need for centralized data storage solutions
33. dapps a more complete and accurate view of the world, which can in turn help organizations make better decisions and improve transparency 34. a suite of ZK developer tools and a decentralized data warehouse that reduces overhead and speeds up development time for the Golteum team 35. addresses this gap by offering the flexibility to index bespoke events
36. leverage the project’s decentralized data warehouse to access tamperproof on-chain and off-chain records with low-latency queries and in a trustless manner.
37. by offering a comprehensive solution that combines the security and trustworthiness of blockchain technology with the efficiency and scalability needed for large-scale data operations
38. we can leverage the project’s decentralized data warehouse to access tamperproof on-chain and off-chain records with low-latency queries and in a trustless manner
39. that it allows Web3 developers to perform low-latency SQL queries in real-time on indexed on-chain data and off-chain records with verifiably tamperproof results while remaining fully decentralized
40. all you pay for is compute
41. you can build fully decentralized applications directly on top of the platform
42. join this data with the provided indexed blockchain data in a single query
43. you don’t have to trust that your smart contract is getting the right data — it’s cryptographically guaranteed
44. store and access vast amounts of game data in the decentralized data platform, where it can be joined with indexed blockchain data
45. automatically reading the data on all major blockchains, decoding it, and writing it to relational database tables that users can access at no cost 46.
47. we’ll decode the event data and write it to a new table in Space and Time
48. that can process terabytes of granular data and secure the result with novel zk technology
49. all you have to do is deploy your frontend and your smart contract
50. we built the first decentralized HTAP data warehouse to provide devs with the tools they need to power apps, APIs, analytics, data science, and ML/AI in a single decentralized environment
51. automatically reading the data on all major blockchains, decoding it, and writing it to relational database tables that users can access at no cost 52. to function essentially as a tamperproof ledger, but with the storage, compute, and SQL interface required for business operations
53. we built Space and Time as an HTAP data warehouse — one SQL database for both transactions and analytics… tamperproof and verifiable 54. the data warehouse cluster can respond to a query request without ever knowing the actual values of the encrypted data
55. built the first decentralized data warehouse, powering both analytics and applications and scale, we also provide a built-in API gateway operated by our decentralized network
56. to build scalable, data-driven dapps, so that you don’t have to manage your own backend infrastructure or rely on a centralized solution
57. all you have to do is deploy your frontend and your smart contract
58. how the ecosystem of gas consumption changes over time, and helps devs place their gas usage into a broader industry context, whether DeFi, DEX, or gaming
59. translating natural language into well-made SQL requests that can be used to interact with Space and Time data troves
60. to build fully-automatic data processing, dashboards to visualize the data, and more custom scripts to process the data
61. data can be manipulated and analyzed without the need for specialized SQL expertise, significantly easing the technical burdens on businesses
62. is correct and hasn’t been manipulated since the time of ingestion, and the query result you’re getting is an accurate SQL computation of that data 63. you catch an incident of tampering immediately after it occurs, you can also easily restore your data to its pre-tampered state
64. a tamperproof ledger, like a blockchain, but with the storage, compute, and SQL interface required for business operations
65. a SQL database with the security and tamperproof lineage of a blockchain
66. particularly relevant for industries where financial value is directly tied to data
67. all financial, economic, and business processes are not built on trust… but on verification
68. could help them customize that within the game to make it even more dynamic for the user
69. Bitget to provide proof of accounting and assure its users that all exchange operations are both valid and verifiable
70. verify the hash to recognize the valid Space and Time Proof of SQL proof
71. when you use Space and Time, all you pay for is compute
72. indexed blockchain data, the Space and Time Studio, the API gateway, and more are always included
73. depends on the amount of compute used by each query
74. that from the moment data enters the system, to the time a business decision is made, every interaction is auditable, secure, and — most importantly — verifiable
75. power its aggregations and algorithms with verifiable data and compute 76. transparently store analytical outputs — like risk scores and wallet addresses provided to smart contracts — and ensure that the data and compute powering our risk analysis comes with a ‘gold check’ of authenticity
77. slash the traditional 30-minute wait time for Structured Query Language (SQL) queries to sub-second speeds
78. one million rows in 1.2 seconds, and 100 million rows in approximately one minute
79. receive back trustless SQL query results on-chain during a transaction without having to wait for 30-minute proof times
80. run low low-latency transactions and scalable analytics against the data, and publish the result to in-app user dashboards or its smart contract onchain
81. it can also be connected to any SQL database, centralized or decentralized, to provide verifiable query results to smart contracts
82. zero-knowledge