Most used blockchain in the world. 👑 Internet Computer Protocol - $ICP P.S. we're only getting started.

MULTI/DEX is pushing decentralized trading a step closer to reality. A fully on-chain order book exchange, combining order-book trading, AMM swaps, margin and more, without a company owning the platform or controlling its infrastructure. Now, with its latest milestone, MULTI/DEX is moving closer to production and opening the door to potential CEX adoption. Built on ICP, where the exchange itself runs on-chain. This is the kind of application that puts ICP’s infrastructure to the test.

Something new is taking shape inside Caffeine. We spotted three deployment environments in its workspace settings that haven’t been publicly announced yet. IC Mainnet: the standard deployment option, using ICP’s main application subnets. European Cloud: application compute and object storage run on an ICP European subnet. Encrypted Cloud: uses AMD SEV-SNP to keep application memory encrypted. This gives builders more choice over where their applications run and how their infrastructure is configured. It’s an interesting development for Caffeine, and another example of the infrastructure capabilities being brought directly into an AI-powered app-building experience. We’ve got our eye on this one. caffeine.ai @caffeineai

Caffeine just got a major upgrade. From faster app creation to new AI models and more deployment choices, here’s what’s new: 1. Build 2.4× faster Caffeine says a new app now takes 7.3 minutes to build, down from 17.7 minutes on typical workloads. 2. Mistral Large 4 is here Users can now build with Mistral Large 4, with a lower credit price than Claude Sonnet 5.5. Models can also be switched within the same conversation. 3. Three deployment environments Choose where your app runs: • IC Mainnet: ICP’s standard application subnets. • European Cloud: Compute and object storage on a European subnet. • Encrypted Cloud: Application memory protected using AMD SEV-SNP. 4. One month of paid features free Use code HALLOWEEN26 if you don’t have an active subscription. The offer runs until the end of November. Caffeine is making AI-powered app creation faster while giving builders more choice over the infrastructure behind their applications. Build it with AI. Deploy it on ICP. caffeine.ai @caffeineai

Bring existing websites to ICP. Introducing Move to Motoko, an open-source tool that helps AI coding agents rebuild PHP websites, including WordPress, Drupal, Joomla and more, to run on the Internet Computer. In a live demo, a WordPress website was successfully rebuilt and deployed to ICP mainnet, with 70 pages and posts migrated and 987 existing URLs checked. A new path from traditional web hosting to onchain infrastructure. movetomotoko.com/

ICP stepping into the AI conversation beyond crypto. The real opportunity is showing developers what they can build with infrastructure designed for AI agents, without relying entirely on traditional cloud providers.

An experiment could make some operations on ICP dramatically cheaper. The idea is to help apps running on ICP do certain tasks more efficiently, using specially optimized code. In one test, the new approach used 652× fewer instructions to process data than the standard method. If the approach proves practical, it could help reduce the cost of running certain applications on ICP. Still experimental. The results apply to one specific test, not all ICP applications. Research and benchmarks: github.com/Neutrinomic/motok…

ICP network activity is recovering, but its price hasn’t followed. According to Santiment, median daily active addresses rose 35% to 3,860, while new addresses increased 45% to 710. The comparison: July 24–August 22 vs. September 22–October 21. Rising address activity doesn’t automatically mean more users or stronger demand. The question is whether this growth translates into sustained network usage. beincrypto.com/internet-comp… nitter.siddz.com/SantimentData/status/2…

Not all ICP apps are controlled the same way. Some can be upgraded by a single developer or team. Others require multiple approvals, community governance through an SNS, or have no controller at all. That last option matters: without a controller, the canister can’t be upgraded through the usual controller mechanism. Different levels of control. Different levels of decentralization. The key is knowing who has the power to change the app.

ICP canisters now support native P-256 signing. P-256 is a widely used cryptographic standard that allows applications to create digital signatures, proving that data was signed by the holder of a specific key. With native support, ICP canisters can generate these signatures directly, without relying on an external signing service. This opens up new possibilities for integrating ICP applications with existing web infrastructure, including systems that use P-256 for authentication and digital certificates. Another building block for developers creating directly on ICP. Developer docs: docs.internetcomputer.org/re…

ICP’s tech keeps improving. So why don’t more people know about it? 🤔 Name one thing you’d change to help $ICP break out. Go.

Private ICP transactions are now live. @meneseprotocol has launched shielded ICP transfers powered by zero-knowledge cryptography. Transaction proofs are generated in the user's browser and verified on-chain, keeping transfer amounts and sender-to-recipient links private, even from network node providers. nitter.siddz.com/meneseprotocol/status/…

Why OpenChat's new architecture matters for its future on ICP. @OpenChat previously assigned every user a separate canister, costing approximately $0.70 to create and $0.50 annually to maintain. With around 250,000 canisters, OpenChat was spending an estimated $140,000 annually on canister base fees alone, excluding computation and storage. At 1 million users, the old model would have required approximately $700,000 in creation costs and $500,000 in annual maintenance fees. The new architecture changes this. Around 230,000 users have been migrated into just 100 shared canisters, allowing thousands of accounts to operate within the same smart contract. This significantly reduces fixed infrastructure overhead, simplifies upgrades and brings the additional canister cost of onboarding new users close to zero. OpenChat still pays for computation and storage, but its fixed canister costs no longer need to increase with every new account. A major architectural shift that makes scaling decentralized messaging to millions of users far more economically sustainable.

ICP apps can now talk to ChatGPT. DFINITY has launched the official Internet Computer plugin for ChatGPT. Users can now interact with supported ICP apps directly through chat, accessing data, asking questions, and performing actions through Internet Identity. Install here: chatgpt.com/plugins/plugin_a…

ckSOL is coming to the Internet Computer. NNS proposals have been submitted to deploy ckSOL, bringing SOL to ICP as a token backed 1:1 by native SOL. Fast, low-cost transactions and new opportunities for cross-chain DeFi on ICP.

Can anyone get a .icp? Potentially, with one rule. DFINITY's .icp application reveals a proposed requirement for domains registered under the extension. According to its submission to ICANN: • Registrations would not be exclusive to DFINITY. • ❗️ Web frontends must be hosted on ICP, including Cloud Engines, within 90 days of registration. • Compliance would be verified through cryptographic ic-certificate proofs. • Backends, APIs and data storage may remain on external infrastructure. • Non-compliant domains would receive a 30-day correction period before facing DNS suspension. DFINITY proposes automated compliance checks at least monthly, with parked domains also subject to the hosting requirement. The rules remain subject to ICANN approval. The .icp extension has not yet been approved.

DFINITY has officially applied for the .icp top-level domain through ICANN's 2026 New gTLD Program. If approved, .icp could become a globally recognized domain extension, enabling addresses such as openchat.icp and oisy.icp to work in standard web browsers. The application must first pass ICANN's technical, financial, and regulatory evaluations. Source: newgtldprogram-aps.icann.org…

The Network Nervous System is the on-chain governance system of the Internet Computer. ICP holders can stake their tokens inside neurons to receive voting power and participate in proposals covering protocol upgrades, network economics, infrastructure management and other network parameters. Adopted proposals are executed automatically by the protocol. Eligible neurons that participate in governance receive voting rewards, while voting power is influenced by the amount of ICP staked and the selected commitment period. As of October 5, 2026: • 243.3 million ICP is locked in the NNS • This represents 43.7% of the total ICP supply • The NNS reports nearly 58,000 participants • More than 124,000 governance proposals have been recorded The NNS provides a transparent mechanism through which ICP holders can participate directly in the governance and continued development of the network. nns.ic0.app/

Software on ICP runs on cycles. Cycles are the computational fuel consumed by applications to: • Run code • Store data • Serve users Developers obtain cycles by converting ICP. As applications use the network’s computing resources, those cycles are consumed and permanently burned. From January 1 through October 4, 2026, approximately 555,000 $ICP was burned to create cycles. One trillion cycles equals one XDR, a stable reference unit designed to keep infrastructure costs predictable, even when the market price of ICP changes. This also enables ICP’s reverse-gas model: applications pay for their own operation instead of requiring every user to hold tokens and pay transaction fees. ICP carries value and governance. Cycles power the software.