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Dutch investment firm Theta Capital closed a $175 million raise to back crypto-specialist VCs through its latest fund-of-funds. Theta Capital Management has pulled in over $175 million for a new fund-of-funds designed to help institutional investors get exposure to early-stage blockchain startups by backing some of the industry’s top crypto venture firms. The new fund, dubbed Theta Blockchain Ventures IV, will invest in venture capital firms that specialize in crypto, Bloomberg has learned , referring to Ruud Smets, the company’s managing partner and chief investment officer. Founded in 2001, the Netherlands-based firm began focusing on cryptocurrencies in 2018 and now manages around $1.2 billion in assets. Theta has previously backed firms like Coinfund, Polychain Capital, and Castle Island Ventures. It’s still unclear though how Theta plans to allocate the newly raised capital. The raise comes as crypto venture capital activity shows signs of recovery. According to a May 14 report by PitchBook, VC deal value in Q1 rose to $6 billion, more than double the $2.6 billion seen a year ago. However, the number of deals fell to 405 from 670 over the same period. PitchBook’s senior crypto analyst Robert Le said the $1.4 billion Bybit theft , which he described as the first and only “10-digit hack in history,” served as a stark reminder of the operational risks still present in the industry. He suggested the incident could drive greater institutional demand for real-time proof-of-reserve tools, improved custody systems, and middleware that simplifies key management. Le also said startups working on these areas might find a more favorable funding environment, even amid a broader reset in valuations. Despite Bitcoin hitting a record high of $100,000 in Q4 2024, venture capital activity in crypto startups remained flat , with VC deal size down nearly 90% since 2018.

MapleStory (Adventure Island) Metaverse Event: Urgent Adjustment of Item/NFT Supply and Cost Algorithm

1. Introduction As cities face mounting challenges from climate change—rising temperatures, worsening air quality, and extreme weather—urban resilience has become a global priority. Governments and planners are investing in smart city infrastructure to monitor, adapt, and respond to these threats in real time. However, centralized systems often fail to capture granular, local data. $RDAC offers a decentralized model for environmental data collection and sharing, empowering smart cities with real-time, community-powered intelligence. ⸻ 2. Urban Challenges Demanding a New Data Paradigm Smart cities require continuous, accurate, and hyperlocal data to support decisions in: • Public health (air and noise pollution) • Urban mobility (heat and flooding risks) • Infrastructure design (green building placement) • Disaster management (real-time alerts and response) Traditional data sources are either too generalized, too delayed, or too expensive to scale citywide. $RDAC fills this gap by enabling citizen-powered environmental sensing. ⸻ 3. How $RDAC Supports Smart Cities • Sensor Network Integration: RDAC-compatible sensors (e.g., for temperature, CO₂, PM2.5, humidity) can be deployed across urban neighborhoods. • Decentralized Data Validation: Data is verified via consensus algorithms and on-chain logic, reducing the risk of manipulation. • Open Access Data Pools: Smart city planners and civic tech developers can tap into RDAC’s transparent dataset via APIs or dashboards. • Community Incentivization: Citizens are rewarded in $RDAC tokens for contributing data, encouraging sustained engagement and equitable participation. ⸻ 4. Key Use Cases for Urban Sustainability • Heat Island Monitoring: Real-time temperature data to guide tree planting, cool roof programs, or shaded transit stops. • Air Quality Alert Systems: Decentralized PM and NOx tracking to inform public health advisories or traffic restrictions. • Flood and Storm Mapping: Community-submitted rainfall and water level data to enable decentralized early-warning systems. • Smart Waste & Energy Grids: Data-driven optimization of garbage collection or renewable energy distribution. These applications rely on timely, local data—something RDAC is uniquely positioned to deliver. ⸻ 5. Urban Planning and Citizen Participation A core strength of $RDAC is its ability to democratize smart city development: • Residents become active participants in shaping environmental policy. • Decision-making becomes data-backed and community-informed. • Trust increases due to transparency and tokenized incentives. In this way, RDAC aligns with the growing movement toward civic tech and decentralized governance. ⸻ 6. Integration Challenges and Future Considerations To be effectively adopted by cities, RDAC will need to: • Build partnerships with municipalities and local tech ecosystems • Ensure interoperability with smart city platforms (e.g., GIS, IoT hubs) • Provide data privacy safeguards in compliance with urban regulations • Deliver educational campaigns for citizen onboarding and sensor use With strong infrastructure and support, RDAC could become an essential data backbone for modern cities. ⸻ 7. Long-Term Outlook As urban centers scale and digitize, decentralized data networks like RDAC will play an increasingly important role. RDAC could integrate directly into: • Smart city dashboards • Green infrastructure AI models • ESG reporting systems for urban governance • Community-based DAOs managing climate projects Its utility and design are a natural fit for future-forward, resilient cities. ⸻ 8. Conclusion $RDAC isn’t just a crypto project—it’s an infrastructure layer for a new kind of urban intelligence. By enabling real-time, community-sourced, and token-incentivized environmental data flows, RDAC helps cities become more responsive, inclusive, and climate-resilient. As governments seek agile and cost-effective sustainability tools, RDAC’s decentralized architecture could become a cornerstone of smart city evolution in the Web3 era.

MapleStory (Adventure Island) yesterday's transaction volume exceeded 100,000 transactions, reaching a new all-time high.

Bitget provides public welfare network services to remote areas through the Starlink project Bitget announced that it will improve the network infrastructure in remote areas of the Philippines through satellite Internet deployed by the Starlink project. The first coverage points include Espoir School of Life and Barangay Pitogo on Siargao Island. The plan introduces Starlink satellite equipment to provide local areas with free high-speed Internet for six months, aiming to improve local problems such as insufficient educational resources and poor communications. Bitget said that in the future it will further provide skills training and resource support to local students and women's cooperatives through its "Blockchain4Youth" and "Blockchain4Her" projects. Previously, due to infrastructure limitations, local residents mainly relied on microwave radio frequency communications, with frequent network interruptions and slow speeds, making it difficult to meet basic needs such as online learning and telemedicine. This satellite network access will improve the above problems and provide more stable information services to the local area.