Filecoin Daily Statistics Active Nodes: 794 Messages per Block: 79 Blocks per Block: 4.9 Data Capacity: 1.69 EiB Active Contracts: 4.7K Verified Contracts: 127 Contract Trading Volume (24 Hours): 13.7K Circulating Supply: 42% Burns: 42 million FIL Contract Balance: 14.2 million FIL

🧵Storacha IPFS Gateway In short: Traditional URLs locate files via servers. IPFS locates files via their cryptographic fingerprints. Storacha delivers verifiable data at CDN speeds. You can retrieve precise and immutable files through a simple HTTP gateway powered by the Filecoin network. 1/ Content Over Location Traditional web infrastructure maps URLs to servers. Server failures can alter the data. IPFS replaces this model with Content Identifiers (CIDs). A CID represents a cryptographic hash of the data itself. You can request the exact file content using its fingerprint. 2/ Cryptographic Proof A specific file will generate an identical CID, while a single byte modification will create a completely new CID. This mechanism guarantees the verifiability of data in enterprise systems. The recipient always knows that the file remains consistent with its original upload state. 3/ Speed and Verification Combined Enterprises need both cryptographic verification and high-speed access. Storacha, built on IPFS and Filecoin, provides a fast decentralized storage layer. The platform offers an HTTP gateway on Storacha. It retrieves any CID via a link, with performance comparable to a CDN. 4/ Easy HTTP Access Developers can retrieve IPFS objects using two URL formats: subdomain and path. Both methods retrieve precise content from a distributed network of nodes. The geographical distribution of these nodes makes the retrieval process fast and efficient. 5/ Developer Tools Teams can integrate these HTTP gateways into custom enterprise software. Developers can use basic curl commands to fetch single files or entire directories. The platform supports native JavaScript fetch requests for downloading binary data or reading static text files. 6/ Production Use Cases Users access static websites and media resources. JSON metadata is transmitted through the gateway. You can upload folders containing HTML files to create permanent web pages. The decentralized network provides resources to global customers with high availability. 7/ Trust and Availability Storacha combines the verifiability of IPFS with the speed of the modern web. Data remains immutable on the Filecoin network. Enterprises can provide resources to users without relying on a single point of failure.

Filecoin Daily Statistics: Network Power: 17.2 EiB 24-Hour Growth: 169 PiB Committed Capacity: 326 PiB 24-Hour Rewards: 66.8K FIL Total Rewards: 397M FIL Rewards/Wins: 4.66 FIL Staking: 5.71 FIL/TiB Production: 0.0037 FIL/TiB/Day Gas (24 hours): 3.8 FIL

Important update from @glifio: Total Assets: 23.58 million FIL Annualized Yield (APY): 6.46% Depositors: 6,390 Pool Utilization: 47.8% Original Hashrate: 396 PiB Estimated Annual Reward: 1.52 million FIL Average Deposit Amount: 11,000 FIL Staking Miners: 232

🧵Akave & Filecoin: The Truth About AI Data Outbound Costs In short: AI storage costs skyrocket when data moves between different cloud platforms or regions. Akave uses Filecoin to provide models based on verifiable data and fixed rates, helping teams avoid exorbitant data migration costs. 1/ Hidden Costs Once storage and compute resources are located in different locations, outbound fees become a major expense. In the AI field, costs continuously increase as the same datasets need to be moved repeatedly between training and analysis paths. 2/ Multi-Cloud Transition Teams typically avoid transfer fees by keeping data within the same region. However, costs become apparent when transitioning to a multi-cloud or hybrid architecture. At this point, data migration needs to be budgeted separately. 3/ Current Market Standard rates for AWS or Azure start at approximately $0.09 per GB. These costs accumulate rapidly when AI pipelines require continuous access to data. 4/ Scaling Costs Frequent dataset reads and checkpoint recoveries can translate 10TB of storage into 47TB of data transfer per month. In a multi-cloud environment, outbound traffic alone can cost over $4,000 per month. 5/ Cost Evolution Teams typically go through several phases: ignoring small costs, listing transfer costs as an expense, trying to reduce costs, seeking discounts, and ultimately changing the entire cost model. 6/ Akave Solution Akave offers S3-compatible storage, starting at $14.99 per TB. Their model eliminates outbound traffic fees charged separately per GB, making data access more predictable. 7/ Real Savings Intuizi migrated its archive storage from AWS to Akave, reducing costs by over 50%. This clearly demonstrates how Filecoin's verifiable storage can handle massive data usage demands. Read the full article:

Important update from @glifio: Loan-to-Lend Ratio: 169% Average Borrow Size: 372,000 Fijian Dollars (FIL) Quality-Adjusted Power: 3,850 Rupees (PiB) Total Loan-to-Lend Ratio (TVL): 33,050,000 Fijian Dollars (FIL) iFIL Foreclosure Value: 1.30 Fijian Dollars (FIL) Available Funds: 9,800,000 Fijian Dollars (FIL) Borrowed Funds: 11,280,000 Fijian Dollars (FIL) Collectibles: 19,110,000 Fijian Dollars (FIL) Exit Reserves: 2,340,000 Fijian Dollars (FIL)

🧵Filecoin 2026 Strategy In short: Filecoin will officially launch in 2026. Filecoin is strengthening on-chain paid transactions and refining its economic mechanisms to reward work that improves profitability, positioning itself as the platform of choice for verifiable AI, RWA, on-chain data, and data sovereignty. 1/ 2026 Focus This year's focus is on on-chain paid usage. Currently, the Filecoin network has EB-level storage capacity, so the next phase will focus on paid transactions, a more robust economic mechanism, and on-chain recorded workloads. 2/ Three Goals In 2026, Filecoin will focus on the following: 1. Driving more on-chain paid transactions. 2. Improving the cryptoeconomic model to increase profitability. 3. Attracting organizations that truly need verifiable storage. 3/ Data Storage Location Filecoin is shifting from "available space" to "active applications." The network prioritizes areas with the highest data density, such as AI infrastructure, DePIN, and RWA (Real-World Assets), to build a sustainable ecosystem. 4/ On-Chain Cloud On-chain cloud is key to Filecoin's programmability. It handles the network's "business" layer, managing stablecoin payments and automating verification, allowing developers to focus on application development rather than infrastructure. 5/ Open Commercial Applications This year's focus is on lowering the barrier to entry. Filecoin is rolling out reference toolkits and consoles, making Filecoin a natural extension of existing enterprise storage architectures, thereby converting potential customers into active users. 6/ Economic Transformation Later this year, the final batch of initial lock-up periods will end, marking the beginning of a new chapter for the network. Filecoin is using this opportunity to adjust its reward mechanism, shifting towards active paid use and high-value work. 7/ Scalable Verification The network already stores data for important institutions such as the Internet Archive, the Smithsonian Institution, and MIT Open Learning. Filecoin's 2026 goal is to attract more enterprise customers. They need the verifiability that only decentralized clouds can provide. Read the full article:

🧵AutoCap: DataCap Allocation Based on On-Chain Activity In short: AutoCap allocates Filecoin Plus DataCap based on the amount of FIL burned through on-chain Filecoin Pay settlements. Allocation depends on each participant's share of economic activity in each round. 1/ AutoCap Overview CryptoEconLab launched AutoCap, a system for allocating Filecoin Plus DataCap based on on-chain activity. Participants can obtain DataCap without an application or approval process, as they earn DataCap simply by engaging in economic activity on Filecoin. 2/ Importance Previously, obtaining FIL+ DataCap required application and manual approval. AutoCap provides an alternative. Allocation can be based on verified on-chain economic activity without prior permission. 3/ Economic Signal Filecoin Pay settlements burn a portion of FIL. These burning activities are permanently retained on-chain and visible. AutoCap uses these burning activities as proof of economic contribution and allocates DataCap based on this. 4/ Registration Participants register for each round of the event through the AutoCap control panel. They submit a burn address, pay a small registration fee, and provide a DataCap receiving address. Only burns from registered addresses are counted. 5/ Event Window During the event window, participants use Filecoin. Payments are denominated in FIL, and a small portion of FIL is burned with each settlement. AutoCap tracks these burns from registered addresses. 6/ Distribution Each round of the event defines a fixed DataCap pool and a time window. At the end of the event, DataCap distribution depends on the share of the total FIL burned by each participant in that round. 7/ Mainnet Rounds AutoCap has completed its first round of testing on Calibration. Mainnet is now launching in phases: DataCap pools of 10 TiB, 50 TiB, and 100 TiB, each with different registration fees and participation windows.

Important update from @glifio: Loan-to-Lend Ratio: 168% Average Borrow Size: 372,000 Fijian Dollars (FIL) Quality-Adjusted Power: 3,850 Rupees (PiB) Total Loan-to-Lend Ratio (TVL): 33,140,000 Fijian Dollars (FIL) iFIL Foreclosure Value: 1.30 Fijian Dollars (FIL) Available Funds: 9,850,000 Fijian Dollars (FIL) Borrowed Funds: 11,390,000 Fijian Dollars (FIL) Collectibles: 19,120,000 Fijian Dollars (FIL) Exit Reserves: 2,360,000 Fijian Dollars (FIL)

Filecoin Daily Statistics: Network Quality Adjustment Power: 17.30 EiB Average Number of Blocks per TipSet: 4.81 Average Number of Messages per TipSet: 88.42 Active Nodes: 822 Committed Capacity: 338.63 PiB Data Capacity: 1.70 EiB Active Contracts: 4,697 Verified Contracts: 127 Contract Transactions: 8,734,357