Applications that serve themselves from the network
The Internet Computer runs front ends and application logic on chain rather than pointing at cloud servers. It suits teams whose entire argument depends on not trusting a hosting provider.
ICP right now.
Pulled live every time this page loads. We do not hardcode market figures, because a stale number on an agency site is worse than no number at all.
What Internet Computer is actually for.
Almost every application described as decentralized still serves its interface from ordinary cloud infrastructure. The contract may be onchain, but the website, the API layer and the keys to the domain are not. The Internet Computer was built to remove that gap. Application code runs in canisters, which hold both logic and state and can serve web content directly to a browser, so a user can load the front end from the network itself rather than from a company's server sitting in front of it.
Technically that requires a very different architecture from a typical smart contract chain. Canisters can hold substantial state, run computation that would be impractical elsewhere, and pay for their own execution rather than charging the user per action. Subnets of nodes replicate and execute this work. The tradeoff is complexity and a smaller familiar surface. You are not deploying a Solidity contract and forgetting about it, you are operating something closer to an application that lives on someone else's replicated infrastructure by design.
The audience is correspondingly specific. It skews toward developers who care about full stack decentralization as a first principle, and toward projects, social platforms, publishing tools, identity systems, where the ability to censor or seize the front end is the actual threat model. It is not a chain that attracts financial speculators or DeFi composability seekers. If your reason for being onchain is a token, this is an odd choice. If your reason is that nobody should be able to take your application down, it is one of very few options.
What the ICP token actually does.
The mechanics matter to you because the network token is the thing your own token competes with for the same attention and the same balance sheet.
Governance and staking
ICP is locked into neurons to vote on network proposals, with longer commitments carrying more voting weight and higher rewards. Governance participation is unusually central to how the network operates.
Converted to compute
ICP is burned to create cycles, the resource that pays for computation and storage. Cycles are priced to stay stable, so developers budget compute rather than gas.
Applications pay, not users
Because canisters hold cycles and pay for their own execution, an end user can interact with an application without holding any token, which changes onboarding fundamentally.
Node provider rewards
Node providers running the hardware behind subnets are compensated in ICP, tying the asset to the physical infrastructure that replicates and executes application code.
The mechanics here are genuinely different and need explaining rather than summarizing. ICP is minted for governance and node provider rewards, and burned when converted into cycles to pay for computation. Usage therefore removes supply rather than accumulating fees for validators. Governance stake is time locked, with longer commitments granting more voting power and higher rewards, which pulls a large share of supply out of circulation for extended periods. Presenting this well means explaining a two directional flow, which most standard tokenomics templates handle badly.
For a project launching here, the most important practical consequence is the reverse gas model. Your application pays for its own compute, so users transact without holding a token and without approving anything. That removes the single biggest onboarding obstacle in crypto, and it introduces an operating cost you carry continuously, closer to a cloud bill than to a one time deployment. Model that properly. A product with heavy per user computation has real ongoing economics, and pretending otherwise is how teams get surprised later.
Who you are actually launching to.
The single most useful question about any chain, and the one most founders answer last.
Full stack decentralization builders
Developers who consider hosting a front end on a cloud provider a genuine failure, and are willing to accept unfamiliar tooling to avoid it.
Censorship exposed projects
Social platforms, publishing tools and identity systems where seizure or takedown of the interface is the actual risk being designed against.
Long term governance participants
Holders with time locked stake voting on network direction. Long commitments mean a base that is structurally slower moving than most token communities.
Good fit for
What to watch
- The developer environment is unlike anything else. Different languages, different tooling, different mental model, and a much smaller hiring pool. That is a real staffing decision that should be settled before you commit engineering time.
- Composability with the wider crypto market is limited. If your product needs deep liquidity, existing DeFi protocols or easy movement of mainstream assets, you will spend effort on bridging problems other chains simply do not have.
- The reverse gas model means you pay for your users' computation forever. That is excellent for onboarding and a permanent operating cost, and a product with heavy usage per user needs that modeled before launch, not after.
Launching on Internet Computer with Orca Web3.
The deliverables are the same everywhere. What changes per chain is everything about how they are made.
Selling the hosting argument
Most audiences do not realize their favorite decentralized app is served from a cloud bucket. We make that gap obvious, because it is the clearest reason your product exists here at all.
Onboarding without wallets
Users can interact without holding a token, which is a genuine advantage most teams waste. We design first run flows that use it instead of importing wallet patterns from other chains.
Explaining cycles honestly
The compute model confuses investors and boards. We build the explanation, including what your ongoing costs look like, so nobody discovers the operating economics halfway through diligence.
Token launch on Internet Computer
Positioning, identity, litepaper, tokenomics design, launch site and TGE campaign.
RWA issuance
Institutional grade brand and disclosure aware communications for tokenized assets.
dApp front end
Wallet flows, chain switching and transaction states built for this network's tooling.
Launching on Internet Computer, answered.
What does serving a front end onchain actually get us?
It closes the gap between what most projects claim and what they do. If your interface, your domain and your API sit with a cloud provider, then a hosting company, a registrar or a court order can take your application offline regardless of how decentralized the contract is. Serving from the network removes that single point of failure. Whether that matters depends entirely on your threat model. For a social platform, a publishing tool or an identity system it can be the whole product. For a trading app it is usually not worth the tooling cost.
Our users will not need tokens at all?
For interacting with your application, generally not. Because canisters hold cycles and pay for their own execution, the cost sits with you rather than with the user, so someone can use your product without buying anything or approving a transaction. This is the strongest onboarding position available anywhere in crypto and most teams underuse it. The cost is on your side of the ledger. Your compute bill scales with usage, continuously, so growth has direct operating economics that need to be in your model from the start.
Is the unfamiliar developer environment a serious problem?
It is the main practical objection and you should weigh it honestly. The languages, tooling and deployment model are different from EVM chains, the hiring pool is smaller, and knowledge from other chains transfers poorly. For a small team already stretched, that is a real risk. For a team building something where onchain hosting is the core proposition, the alternative is not another chain, it is accepting the cloud dependency you were trying to avoid. Decide based on how central that property is to your product.
What does Orca do for an Internet Computer launch?
Naming and brand identity, narrative and messaging, litepaper, tokenomics presentation, launch site, application front end design and build, campaign and community programs, and an exchange listing kit where relevant. Here we spend disproportionate time on two things. First, making the hosting argument legible to people who have never thought about where a dApp interface lives. Second, designing onboarding that exploits token free interaction. We do not write, deploy or audit canister code, and we do not comment on price.
Chains a project weighing Internet Computer usually looks at too.
Building on Internet Computer?
Bring us the project and the date. We will tell you what it takes, whether Internet Computer is the right room for it, and what we would do differently if it is not.
Internet Computer and the ICP mark are trademarks of their respective owners and appear here to indicate a network we work on, not to imply endorsement, partnership or affiliation. Nothing on this page is financial, investment, tax or legal advice, and no asset named here is a recommendation to buy or hold anything.