Chainstack's APIs and software are used by thousands of businesses, large and small, to build, scale, and maintain blockchain applications. To ensure your security and control, Chainstack's APIs offer secure node connections and key security best practices. Invite other members to join your network and deploy their infrastructure using simple network management tools. You can build and deploy the blockchain protocol that suits your needs. The protocol will never be updated or modified again. Chainstack's managed services for blockchain make it easy to launch, join, and scale decentralized networks. You can now safely experiment with enterprise-grade tools and services and then run production. Continuously monitor and provision your resources.
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Most enterprises can report what AI cost them. Far fewer can say which team owns it, whether it was approved, or what it returned.
FinOpsly closes that gap. The platform governs AI spend on the same cost model that carries the cloud, data platform and SaaS an AI workload consumes, so a business unit sees the full cost of an AI initiative instead of four disconnected bills.
Capabilities include:
Cost estimation before deployment. Model an architecture and get a priced workload across model APIs, GPU capacity, warehouse consumption and storage, with the assumptions on screen. Weigh model choices against consumption you have actually measured.
Attribution that holds up in a chargeback cycle. Spend resolves to owners, teams, applications, business units and customers through hierarchies nine or more levels deep. Tagging is standardized across providers, keys and resources are labeled in bulk from plain-language rules, and whatever remains unattributed is published as a number, not absorbed.
Guardrails that act. Set budgets by project, team or API key. Catch anomalies with root cause and route them to whoever owns the resource. Surface waste that provider tooling misses, using FinOpsly's own detection models. Plan commitments across AWS, Azure and Google Cloud. Park idle compute on approved schedules, reversibly.
Financial results you can defend. Automated chargeback in a single cycle. Savings measured as what reached run-rate against a no-action baseline. Unit economics down to cost per call, per active user and per customer served.
For technology and finance leaders accountable for what AI spend returns.
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Hyperliquid
The current landscape of cryptocurrency is scattered, yet there is a solution to unify it. For the first time, developers can construct projects, generate value, and trade assets all on a single, high-performance chain. At the core of the Hyperliquid Layer-1 is the HyperBFT consensus mechanism, which enables a diverse array of nodes to reach consensus on the overall state. This state includes all software applications, whether they are designed as native elements or are part of the HyperEVM framework. The Hyper Foundation, created to foster the growth of the Hyperliquid blockchain and its surrounding ecosystem, has unveiled plans for the initial distribution of its native token, HYPE. This move represents a pivotal advancement towards adopting proof-of-stake consensus and deploying the HyperEVM on the mainnet of the layer-1 blockchain. The leading application of Hyperliquid is a decentralized trading platform that delivers significant on-chain liquidity across multiple asset types. As HyperEVM is rolled out, applications developed on Hyperliquid will benefit from this vast liquidity pool, enhancing their functionality and user experience. Overall, such developments highlight the potential for a more cohesive and efficient crypto ecosystem.
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Monad
Monad stands out as a robust Layer 1 blockchain that seamlessly integrates with the Ethereum Virtual Machine (EVM). With an impressive capacity to process up to 10,000 transactions per second, it achieves block confirmations in just one second and ensures finality in a single slot. The platform is engineered to maintain low hardware demands, facilitating the efficient scaling of decentralized applications without sacrificing security or the principles of decentralization. Its innovative architecture includes advanced functionalities like optimistic parallel execution, asynchronous processing, and a tailored state database known as MonadDB, all of which enhance its overall performance and scalability. This makes Monad an attractive choice for developers seeking to build high-performance blockchain applications.
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