Filecoin Faces Significant Decline as Market Sentiment Shifts

io.net, a decentralized physical infrastructure network (DePIN) focused on AI compute, has announced a significant overhaul of its tokenomics with the introduction of the Incentive Dynamic Engine (IDE). This new demand-driven model aims to provide long-term stability for suppliers, users, and token holders by moving away from fixed token emissions. Instead, it will implement an automated system that adjusts emissions, buys back tokens, and burns a portion of revenue to mitigate inflationary pressures. Since its launch in June last year, io.net has processed over $20 million in verifiable compute leases, demonstrating real usage demand and necessitating this transition from a bootstrapping phase to a more stable foundation for enterprise and research workloads. At the core of IDE is a shift from a supply-driven rewards schedule to a real-time, demand-driven control system. This mechanism utilizes two counter-cyclical vaults and a “sustainability ratio” to balance payouts and reserves automatically. When revenue is high, the system retains tokens in reserve, while in times of lower demand, it releases tokens to stabilize supplier payouts. This approach aims to make supplier income predictable and enhance the network's resilience across varying market cycles, addressing the risks associated with the previous fixed-emissions model. Moreover, IDE incorporates a built-in deflationary mechanism, committing to using at least 50% of remaining revenue to purchase and permanently burn $IO tokens, with a target of removing over 150 million tokens from circulation over time. The proposal is currently open for community review, with feedback being collected until late February, and a final design is expected to be published ahead of a planned rollout in Q2 2026. Gaurav Sharma, CEO of io.net, emphasized the importance of this shift in enabling decentralized compute markets and aligning incentives for GPU providers, users, and investors, ultimately fostering a reliable and open compute network for AI systems.

On December 11, 2025, io.net unveiled its groundbreaking Incentive Distribution Engine (IDE), a significant overhaul of its tokenomics aimed at fostering a resilient and open market for AI model training and deployment hardware. Since its inception in June 2024, io.net has facilitated over $20 million in compute leases, providing affordable access to AI innovators and researchers through its extensive GPU network. The IDE is designed to align the incentives of all stakeholders, ensuring reliable income for hardware providers and stable pricing for users, thereby enhancing the long-term health of the network. The previous tokenomics model of io.net faced criticism for creating inflationary pressures and leaving the network susceptible to market fluctuations. Concerns regarding the circular nature of hardware and compute agreements in AI development have hindered further investment. The introduction of the IDE aims to establish a trustworthy market that directly connects hardware providers with users, allowing for confident capital deployment by investors and manufacturers. This new model is expected to mitigate the risks associated with decentralized physical infrastructure networks (DePINs), which have struggled to meet the demands of the AI sector. Gaurav Sharma, CEO of io.net, emphasized the importance of transitioning from centralized hyperscalers to decentralized, open markets for compute. The IDE is positioned as a pioneering solution that will enhance the growth of io.net by providing a reliable and transparent compute network. The launch of the IDE will not only stabilize income for GPU providers but also promote real-world utility for investors, ultimately creating a more robust compute network for users. The io.net community will have the opportunity to provide feedback on the new tokenomics proposal until February 27, with a final version set to be implemented in Q2 2026.

In the latest update from ChainCatcher News, the cryptocurrency market has experienced a notable pullback across most sectors. The DePIN sector has been particularly hard hit, leading the decline with a drop of 4.28% over the past 24 hours. Within this sector, Filecoin (FIL) saw a significant decrease of 7.50%, while Render (RENDER) fell by 5.52%. Major cryptocurrencies also faced downward pressure, with Bitcoin (BTC) dropping 1.41% to fall below the $91,000 mark, and Ethereum (ETH) declining 1.02%, dipping under $3,300. Other sectors have not been immune to this trend. The CeFi sector saw a 1.00% decline, with Cronos (CRO) down 3.39%. The Layer2 sector experienced a 2.15% drop; however, Mantle (MNT) managed to resist the trend, posting a modest gain of 1.12%. In the DeFi sector, a 2.35% decrease was noted, although Hyperliquid (HYPE) defied the odds with a 2.95% increase. The Layer1 sector fell by 2.54%, with Zcash (ZEC) suffering a notable 10.78% drop after previous gains. The PayFi sector also saw a decline of 2.92%, despite Ultima (ULTIMA) surging 6.63% intraday. The AI sector was not spared either, dropping 3.85%, although Pieverse (PIEVERSE) stood out with a remarkable increase of 28.38%. The Meme sector fell by 3.88%, yet PIPPIN (PIPPIN) rose by 6.67%. Overall, the ssiAI, ssiNFT, and ssiDePIN indices reflected these declines, falling by 5.55%, 5.32%, and 5.16%, respectively. It is important to note that this analysis is based solely on the author's perspective and should not be construed as investment advice.

In a significant development for decentralized infrastructure, the Helium Network is expanding its operations into Brazil, marking a bold move for the Decentralized Physical Infrastructure Network (DePIN). This Solana-based project has partnered with local internet service provider Mambo WiFi to deploy Helium hotspots across Brazil. These hotspots allow individuals and businesses to provide wireless coverage while earning Helium's native cryptocurrency, HNT, based on their hotspot usage. This innovative model not only incentivizes participants to become stakeholders but also fosters the growth of a crowdsourced telecom infrastructure in South America’s largest economy. The expansion into Brazil is a strategic decision that validates the DePIN model, particularly in a country with diverse geography and varying internet connectivity levels. By tapping into Brazil's potential user base, Helium is creating new earning opportunities for residents who can monetize their internet connections by sharing bandwidth. Additionally, the increase in hotspots will strengthen the Helium network, enhancing its reliability for Internet of Things (IoT) devices. However, the project faces challenges such as local regulatory navigation and maintaining an attractive economic model amidst the volatility of the crypto market. For those interested in participating, acquiring a Helium-compatible hotspot through Mambo WiFi is straightforward. Once installed, the device will contribute to the Helium Network, facilitating IoT data transmission and earning HNT tokens based on its performance. This expansion not only serves as a potential blueprint for Helium's future endeavors in other emerging markets but also highlights the scalability and economic viability of the DePIN model. As Helium operates on the Solana blockchain, it benefits from faster transactions and lower costs, making it easier for hotspot operators to earn micro-rewards. Overall, Helium's Brazilian expansion represents a pivotal moment for decentralized networks, offering real-world utility and earning potential while paving the way for a more decentralized internet infrastructure globally.

Helium, a decentralized wireless network built on Solana, has announced its entry into the Brazilian market through a joint venture with local WiFi provider Mambo WiFi. This partnership marks one of Helium's most significant international expansions to date, aiming to address the uneven internet access in Brazil. The decentralized physical infrastructure network (DePIN) model of Helium relies on individuals and businesses installing hotspots that function as small cell sites, allowing operators to earn crypto rewards based on network usage. This innovative approach is expected to facilitate quicker and more cost-effective wireless coverage compared to traditional telecom infrastructure. Mambo WiFi's existing network of approximately 40,000 hotspots will serve as the foundation for Helium's deployment in Brazil. The collaboration is designed to enable telecom carriers to offload mobile data traffic onto Helium-connected hotspots, which could help alleviate network congestion and reduce operational costs. Mario Di Dio, Helium's GM of Network, emphasized the partnership's goal of transforming the telecommunications market in Brazil by creating a model where community-driven networks provide affordable and reliable coverage at scale. With over 100 million Brazilians primarily relying on shared or public WiFi for internet access, the potential for growth in this market is substantial. Currently, Helium operates more than 120,000 hotspots across the United States and Mexico, and Brazil is poised to become the next major market in its expansion strategy beyond North America. As Helium continues to innovate and expand its network, this partnership with Mambo WiFi could significantly enhance internet accessibility for millions of users in Brazil, paving the way for future developments in decentralized wireless technology and community-driven infrastructure.

ADYA Inc., a publicly traded Canadian telecom and technology holding company, has announced a strategic investment in Karrier One, a decentralized wireless infrastructure provider built on the Sui blockchain. This investment aims to establish a foundational backbone for SCION-encrypted, sovereign Internet connectivity across Canada, including the Arctic territories. The move comes in response to rising geopolitical tensions and cybersecurity concerns, emphasizing the necessity of secure and resilient Internet infrastructure for national defense and privacy. The DePIN network, constructed on the Sui blockchain, is designed for scalability, reliability, and security. Christian Thompson, Managing Director of the Sui Foundation, highlighted that Canada is making significant strides toward leveraging infrastructure as a competitive advantage. The partnership with Karrier One sets a global precedent for secure and sovereign infrastructure, aligning with national priorities. The integration of SCION, a next-generation Internet protocol developed at ETH Zurich, further enhances the network's capabilities by ensuring cryptographically secure routing, thereby preventing hijacks and surveillance. ADYA's CEO, Samer Bishay, emphasized the importance of not falling behind in the digital sovereignty race. The investment in SCION-backed infrastructure aims to protect and connect Arctic communities, Indigenous populations, and defense installations. The collaboration with Ericsson will bring carrier-grade radio performance to the decentralized model, ensuring compliance with spectrum regulations and national telecom policies. This initiative spans urban, rural, and remote areas, rewarding local participation and fostering a robust decentralized physical infrastructure network.