Console
Visual deploys with templates, providers from chain data, ABA billing and the 3% on-chain settlement - live at console.abakos.ai.
The goal is maximum income from every machine. Deploy CPU, RAM, GPU and storage through the Console when there is demand. When GPU or CPU would sit idle, the Provider Agent mines the most profitable coin and auto-converts the proceeds into ABA. No empty hours. No minting ABA as a fake subsidy. Buyers pay from an ABA wallet at launch.
Console, wallet, explorer, DEX, the mining pool and the Provider Dashboard are live on the sandbox; the developer API and Chat are next. See delivery status for what is live today.
Most rental networks leave GPUs and CPUs idle between jobs. Abakos is built so your hardware stays busy: customers deploy CPU, RAM, GPU and storage through the Console, with payment locked in ABA escrow. If GPU or CPU capacity is free, the Provider Agent mines the most profitable coin, auto-converts the proceeds into ABA, and pays you. Storage and RAM earn when rented; they have no mining fallback. Nothing is paid by printing ABA for empty work.
Templates and a visual deploy flow priced as CPU+RAM+disk[+GPU]. Optional persistent storage and IP lease. Pay from an ABA wallet.
Console → BUILDAn OpenAI-compatible API that turns requests into verifiable compute jobs paid in ABA.
Developer API → PROVIDEList CPU, RAM, GPU and storage. Rent when demanded; idle-mine GPU/CPU into ABA. Track it in the Provider Dashboard.
Provider network → MINEVerified shares per address; mined value becomes real USDC and buys back ABA on-chain, 88/4/4/4.
Mining Pool →Demand fills the machine first. Idle GPU and CPU do not sit dark: they mine the most profitable coin, then auto-convert into ABA. Storage and RAM earn on rental only. Chain security uses separate validator staking, not provider inflation.
Same machine, same hour: rent what customers want, mine what would otherwise be idle. Mining proceeds are always auto-converted to ABA, with a 12% protocol cut (88% to the host; 4% stakers, 4% treasury, 4% burn). Storage has no mining path; it earns when rented.
Abakos takes the products Akash proved and runs them on its own chain: the Console for deploys, an OpenAI-compatible API for developers, and Abakos Chat for everyone. They are front doors onto the same job, escrow and ABA wallet rails. The Provider Agent Dashboard is where utilization and earnings show up. Full breakdown: how the products fit together.
Visual deploys with templates, providers from chain data, ABA billing and the 3% on-chain settlement - live at console.abakos.ai.
OpenAI-shaped batch requests first; streaming lands with Chat at Phase 4.
Consumer demand on the same rails, with a product markup for UX and support.
Live on the sandbox: rentals first, idle GPU/CPU mining into ABA, 88/4/4/4 split (host / stakers / treasury / burn) paid on-chain. See abakos.ai/dashboard/.
Live on the sandbox: blocks, validators, supply, and EVM/DEX stats. See abakos.ai/explorer/.
Current status: the public sandbox is live (Console, wallet, explorer, ABA/USDC DEX, EVM chain 9721, Provider Agent dashboard, zero-fee transactions), single-operator for now. The developer API and Chat are next; mainnet (external validators, audit, token with real value) is gate-driven.
Mature Console, Chat, AkashML and Homenode. Idle capacity earns only while it serves inference; otherwise it sits.
Easy hourly rental, but idle GPU/CPU hours are usually wasted.
Fixed pricing, centralized supply, no path for you to monetize your own hardware.
The same product suite on our own chain, plus a Provider Agent that mines every idle CPU/GPU hour into ABA. Full utilization, ABA wallet first.
Forked-Akash PoS design with an EVM, Provider Agent spec, ABA wallet settlement. Earlier PoUW research is archived, not the live product claim.
Runs on abakos-sandbox-1 today, on real-value rails: mined value becomes real Circle USDC and is bought back into ABA on-chain. No free tokens, single operator until mainnet.
The Abakos Console is live on the sandbox: visual deploys with templates, resource bundles, providers sourced from the chain, ABA billing with real block-time costs, and the 3% settlement fee enforced on-chain.
OpenAI-compatible batch API: embeddings and completions create visible Console jobs settled in ABA.
Consumer demand on the same rails: streaming API and Abakos Chat share one real-time job path, with a product markup for UX and support.
External audit, external validators, liquidity seeding (~$0.002 / 10B ABA target) and the production network. Fiat-to-ABA onramp is post-launch, not MVP.
The proof point is not a token narrative alone. The public sandbox is already live - wallet, explorer, ABA/USDC DEX and the Provider Agent buyback are visible on-chain. Mainnet (audit + external validators) is next.
Full utilization: rent CPU/RAM/GPU/storage, or mine idle GPU/CPU.
ABA demand: buyers fund jobs from an ABA wallet.
No provider mint: pay comes from rentals or converted mining, not inflation.
The Provider Agent tries to keep every rentable resource earning. CPU, RAM, GPU and storage can be rented via the Console. If GPU or CPU capacity would sit idle, the Agent mines the most profitable coin, auto-converts the proceeds into ABA (12% protocol cut split 4% stakers / 4% treasury / 4% burn; 88% to the host), and pays the host. Storage and RAM have no mining fallback; they earn when rented.
From real paths only. A customer pays ABA for a rental or job, or idle GPU/CPU mining is converted into ABA. Validators and stakers earn from protocol fees and the staker share of the mining and Chat cuts; ABA has zero inflation. Compute hosts are not paid by minting ABA for work.
Escrow is ABA set aside and locked before work starts. The buyer's payment sits untouched until the provider proves delivery, then it is released. That protects both sides: the buyer is not billed for nothing, and the provider is not working on a promise.
Yes - the public sandbox is live: wallet, explorer, ABA/USDC DEX (EVM chain 9721), Provider Agent dashboard and zero-fee transactions, all publicly reachable. The sandbox now carries real value rails: real Circle USDC arrives over IBC (Noble) and mining pays out on-chain - but it is still a test network with no guarantees. It runs single-operator for now; mainnet adds an external audit, outside validators and a token with real value. We can move from the sandbox straight to mainnet once those are in place.
The Console is designed like a modern deploy console: one-click templates or a visual deploy flow, always as resource bundles (vCPU+RAM+disk, optional GPU), paid from an ABA wallet. Optional add-ons include persistent storage and a dedicated IP lease. It is live on the sandbox at console.abakos.ai; see status.abakos.ai for live system status.
No. The base price covers the CPU+RAM+ephemeral-disk slice (and GPU if you attach one). Persistent storage and IP leases are optional add-ons with their own ABA line items, the same model Akash uses. Default hostnames and exposed ports ride with the base lease.
Yes. The Provider page has a partner track for data centers and GPU cloud operators who want to list capacity at scale. Hosts use the Provider Agent Dashboard.
Yes. The Console page has an enterprise track for buyers who want committed monthly volume and a dedicated integration instead of the self-serve listing UI.
Simplicity. Every paid job creates real ABA demand, and we skip Stripe/credits complexity in the MVP. Fiat to ABA (a card purchase that market-buys ABA, similar in spirit to Akash's credit model) is a post-launch product decision, not "fiat never."
Updates on all progress and products - sandbox, Console, API and Chat. For the fastest small updates and quick answers, hop into our Discord. Never token-price hype.
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