Credit / Debit Card
Fee
Variable Fees
Processing Time
Usually within 1 minute, up to 48 hours
Minimum Purchase Amount
Starting from approx. 10–15 USD
Supported Regions
Subject to region, fiat currency, issuing bank, and payment channel support
How to Buy Compute Horde (SN12) on LBank
Learn how to buy Compute Horde (SN12) on LBank, including payment methods such as credit cards, debit cards, Apple Pay, and bank transfers, as well as the purchase process, preparations, and FAQs.
Step 1
Download the LBank App
Please download the LBank App and register to get started
Step 2
Fund your account
Deposit using your preferred payment method.
Step 3
Choose your cryptocurrency
Select the crypto you want to buy from over 3,000,000 cryptocurrencies available on LBank Exchange or Wallet.
Purchase Decision Overview
Bank Transfer / Local Transfer
Fee
Variable Fees
Processing Time
Depends on the payment method; some local channels may be faster
Minimum Purchase Amount
Starting from approx. 1–10 USD
Supported Regions
Subject to local payment channel support
Three Simple Steps to Buy SN12 on LBank
How to Buy SN12 on LBank: Payment Methods Overview
Explore the available payment methods for buying SN12 on LBank, including credit card, debit card, bank transfer, Apple Pay, Google Pay, PayPal, and P2P, to quickly choose the most suitable way to buy SN12.
Credit / Debit Card
Processing Time: Usually within 1 minute; up to 48 hours
Use a Visa/Mastercard that supports international online transactions and ensure 3D Secure is enabled; if it fails, try a different card or try again later
Common Reasons for Failure: The issuing bank declined the cryptocurrency transaction; insufficient balance; 3D Secure verification failed; risk control interception; or region/card network not supported
Bank Transfer / Local Transfer
Processing Time: Instant or 1–3 Business Days
Verify the receiving account, reference code, and transfer network, and use a bank account consistent with your identity verification
Common Reasons for Failure: Incorrect receiving information or reference code; name mismatch; bank processing delay; or unsupported transfer network
What Do You Need to Prepare Before Buying Compute Horde (SN12) on LBank?
Check the preparations required before buying Compute Horde (SN12) on LBank, including account registration, identity verification (KYC), payment methods, regional availability, and pre-purchase precautions to help you smoothly complete the BTC purchase process.
Suitable for
Users who want to quickly buy SN12 with fiat
Before You Buy: Checklist
Register and log in to your account
Complete required KYC
Prepare payment method
Confirm regional availability，Check limits / fees / processing time
User Path
Buy Crypto
How to Buy Compute Horde on LBank – Step-by-Step Guide
Before you begin, decide how you’d like to pay:
Pay with fiat
If you're new to crypto, using fiat currency (such as USD, EUR, etc.) is the easiest way to buy Compute Horde. LBank supports various payment methods, including debit cards, credit cards, bank transfers, and other local payment options where available. You may need to fund your LBank account before making a purchase.
Pay with other cryptocurrencies
If you already hold other cryptocurrencies, you can trade them for Compute Horde on LBank. Please make sure that LBank supports the trading pair you need (e.g., Bitcoin (BTC)). LBank offers a wide range of trading pairs, allowing you to conveniently convert your existing crypto into Compute Horde.
LBank supports multiple payment methods
You can use the following payment methods to purchase Compute Horde on LBank:
Mobile app guide
1
Open the LBank mobile app and tap “Buy Crypto”
2
Select “Buy”
3
Choose , enter the fiat currency you want to use, input the amount, then tap “Buy” or “Confirm”
Desktop guide
1
Log in to LBank on your desktop browser and click the “One-Click Buy” option.
2
Under the “One-Click Buy” tab:
(a). Choose the fiat currency you want to use
(b). Select the Compute Horde you want to purchase
(c). Enter an amount or use quick-select options (e.g., 100, 200, 500, max)
(d). Choose your payment method
(e). Click “Confirm” or “Buy now”
P2P Trading
Merchant | Price | Amount ｜ Limit | Payment Method | Action |
|---|---|---|---|---|
LO Loyalty_Trader 1008 min | 100% | 0.918 USD | 7218.63 USDT 500.000 - 6626.702USD | Bank Transfer | |
YY YYDS_Trader 405 min | 100% | 0.918 USD | 2000.00 USDT 400.000 - 1800.000USD | Bank Transfer | |
AM AMG_Trading 1144 min | 100% | 0.918 USD | 6093.37 USDT 217.860 - 5593.713USD | Bank Transfer |
What is Compute Horde (SN12)?
Compute Horde, identified as Subnet 12 within the Bittensor network, is a decentralized infrastructure project designed to provide scalable and trusted GPU computing power. Its primary objective is to serve as a high-performance compute layer for the entire Bittensor ecosystem, allowing validators of other subnets to offload resource-intensive tasks to a distributed pool of hardware. By doing so, the project aims to reduce the reliance of decentralized AI networks on centralized cloud service providers. The technical architecture of Compute Horde introduces several innovations to the Bittensor ecosystem. One of its main features is the use of executors, which allows individual miners to manage multiple hardware units simultaneously. This design enables the subnet to scale its total available computing power far beyond the standard limitations of the network. The project categorizes hardware into specific classes, ensuring that computational tasks are matched with appropriate resources, such as specific GPU models required for complex machine learning jobs. To maintain integrity and fairness, Compute Horde employs specialized validation mechanisms. It was one of the first subnets to implement a commit-reveal scheme, which prevents malicious actors from simply copying the work or scores of others. This system ensures that miners provide authentic proof of work. Additionally, the project uses a facilitator component that acts as an interface for organic job requests, allowing external users and other subnets to submit tasks directly to the pool. Developed by a team associated with Backend Developers Ltd, Compute Horde supports a wide range of use cases beyond AI model training, including video processing and hosting open-source models from platforms like Hugging Face. By providing a software development kit, the project enables other developers to integrate decentralized GPU resources into their own applications easily. Ultimately, Compute Horde seeks to establish a foundational infrastructure that supports the long-term scalability of decentralized intelligence and general-purpose computing. Learn more
Is Compute Horde (SN12) a good investment?
Whether Compute Horde (SN12) is a good investment depends on your personal financial situation and risk tolerance. Cryptocurrency investments are speculative and can be highly volatile.
Before investing in Compute Horde (SN12) or any cryptocurrency, consider the following:
Your financial goals
Are you seeking short-term gains or long-term growth?
Your risk tolerance
How much potential loss are you comfortable with?
Diversification
Don’t put all your eggs in one basket. Spread your investments across different types of assets.
Your goals and time horizon
Cryptocurrencies are best suited for long-term investors. Disclaimer: This is not financial advice. Please do thorough research before making any investment decisions.
Fees, limits, and processing time for buying SN12 on LBank
Compare fees, transaction limits, and estimated processing times across different payment methods. Actual fees and availability may vary by region, fiat currency, payment method, and third-party providers. Please refer to the order page for final details.
ROI calculator
If I invest, how much profit will I make?
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$
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SN12Date
2026-06-08
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What can you do with Compute Horde (SN12)?
Investment
Buy and hold Compute Horde (SN12), expecting its value to increase over time.
Trade
Actively trade Compute Horde (SN12) on LBank to profit from price fluctuations.
Pay
Use Compute Horde (SN12) to pay for goods and services where accepted.
Why is LBank the best platform to buy Compute Horde (SN12)?
User-friendly interface
LBank offers a simple and intuitive platform for buying and selling Compute Horde (SN12).
Competitive fees
LBank provides competitive trading fees for Compute Horde (SN12).
Secure platform
LBank applies robust security measures to protect your funds.
Diverse trading pairs
LBank offers a wide range of trading pairs for Compute Horde (SN12).
24/7 customer support
LBank provides customer support to help you with any questions or issues.
Mobile app
Trade Compute Horde (SN12) anytime, anywhere using the LBank mobile app.
High liquidity
LBank offers excellent liquidity for Compute Horde (SN12) trading, ensuring you can easily buy and sell your crypto assets.
Regulatory compliance
LBank complies with all regulatory requirements in the jurisdictions where it operates to ensure a compliant and secure trading environment
After buying SN12, what is the best way to store it?
After buying SN12, you can choose a storage method based on your usage frequency, holding period, and security needs. If you need to trade at any time, you can store it in your LBank account. If you prioritize self-custody or long-term security, consider using a personal wallet or a hardware wallet.
Store in your LBank account
Suitable for
Users who want to trade or convert at any time
Short-term BTC holders
Features
Ready to use immediately after purchase; easier to use
Ideal for frequent trading, conversions, or using platform features
Security Alert
Please enable 2FA
Please set an anti-phishing code
Only log in through official channels
Transfer to a personal hot wallet
Suitable for
Users who want to manage their own assets
Users who need daily transfers or on-chain usage
Features
More flexible; convenient for daily transfers and management
Better suited for small holdings and everyday use
Security Alert
Do not store seed phrases or private keys in the cloud
Do not save sensitive information via chat tools, email, or screenshots
Stay alert for phishing websites and fake wallet apps
Transfer to a hardware wallet
Suitable for
Long-term BTC holders
High-value holders who prioritize security
Features
Private keys are stored offline, offering enhanced security
Ideal for long-term storage of infrequently moved assets
Security Alert
Securely back up seed phrases offline
Never disclose your recovery phrase to anyone
Assets may be irrecoverable if the seed phrase is lost
Compute Horde (SN12) FAQ
TAO is the native currency of the entire Bittensor network. Following the rollout of Dynamic TAO, individual subnets like Subnet 12 now utilize their own Alpha tokens. When you stake TAO into Subnet 12, it is converted into SN12 Alpha. This token represents the specific value of the Compute Horde subnet relative to the main TAO token, allowing for specialized incentive structures within the infrastructure.
Miners on the network provide raw GPU power by running containers called Executors that handle various computational tasks. Validators act as intermediaries that receive compute requests from users or other subnets. They distribute these tasks to the miners and verify the results using a Trusted Miner system for cross-checking, ensuring that the work performed is accurate and reliable.
While standard Bittensor subnets are restricted to 256 miner slots, Compute Horde uses a unique architecture where one registered miner can manage a large group of physical GPUs, known as a Horde of Executors. This allows the subnet to bypass the typical slot cap and scale horizontally. By allowing a single UID to control dozens of GPUs, the project creates a decentralized supercomputer capable of handling massive workloads.
Compute Horde categorizes tasks into Hardware Classes to ensure jobs are matched with appropriate power. Currently, NVIDIA A6000 GPUs are the primary class, with planned support for A100 and H100 units. To maintain performance standards, validators use synthetic benchmarks to monitor miners. If a miner fails to provide the performance levels expected of their advertised hardware, their incentive score is lowered.
The project implements two major security innovations: Commit-Reveal and Executor Dancing. Commit-Reveal forces validators to hide their evaluations until a later block, making it impossible for dishonest miners to copy successful results from others. Executor Dancing requires miners to rotate their hardware across different tasks, preventing them from specializing in gaming the validation logic rather than providing genuine compute power.
Organic jobs are real-world computational tasks submitted by users, such as AI model inference or video stabilization. To guarantee that these high-priority tasks are completed successfully, miners may be required to stake TAO as collateral. If a miner fails to complete a job or provides inaccurate data, their collateral can be slashed. This ensures the network remains reliable for enterprise-level workloads and serious developers.
