Golem Price — Real-Time GLM Chart & Market Data

What is Golem?

Golem (GLM) is one of the oldest decentralized computing projects in the blockchain space, launched as an ambitious attempt to build a globally distributed supercomputer powered by idle hardware contributed by participants around the world. The project was founded in 2016 by Julian Zawistowski, Piotr 'Viggith' Janiuk, Andrzej Regulski, and Aleksandra Skrzypczak under the Golem Factory banner, a Swiss-registered entity headquartered in Zug with a core engineering team based in Warsaw, Poland. Its 2016 ICO raised 820,000 ETH (approximately $8.6 million at the time) in under 30 minutes, making it one of the first high-profile crowdsales on Ethereum and a template for later token launches. The original GNT token was later migrated to GLM in late 2020 via a one-to-one swap to enable gas-efficient ERC-20 features, multi-sig support, and compatibility with Layer 2 scaling solutions. Golem's flagship platform, Yagna (released in its production-ready 'Mainnet Beta' form in 2020), replaced the earlier Brass and Clay iterations and introduced a modular, open framework where anyone can build requestor applications or plug in new payment drivers. The network settles most transactions on Polygon to keep computation costs low, while Ethereum mainnet remains the ultimate security layer for GLM. Golem has collaborated with the Ethereum Foundation, NEAR, Octopus Network, and academic partners exploring GPU-based machine learning workloads, and the team has invested heavily in developer tooling through the Golem Network Foundation. Real-world usage includes Blender and LuxRender CGI farms, scientific workloads like gWASM-based DNA sequencing demos, and small-scale AI inference jobs. The project has not been without controversy: early investors publicly criticized multi-year delays between the 2016 ICO and the 2020 Mainnet, and the team has faced pressure to deliver broader adoption amid fierce competition from rival decentralized compute networks like Akash, Render, and io.net. Despite this, Golem remains a bellwether for the decentralized physical infrastructure (DePIN) category, and the GLM token continues to trade on major venues including Binance, Coinbase, Kraken, and KuCoin. Today, Golem Factory publishes regular roadmap updates focused on GPU task support — a critical feature as demand for decentralized AI compute surges — alongside improved SDK ergonomics and expanded Layer 2 settlement options. The ecosystem includes the Golem Network Dashboard for monitoring providers, a thriving community of node operators on Discord and Reddit, and ongoing grant programs that fund third-party requestor applications. While Golem's market capitalization has ebbed and flowed with broader crypto cycles, its long operational history, open-source codebase, and unwavering focus on permissionless compute distinguish it from newer entrants. Investors, developers, and researchers tracking the convergence of AI and blockchain continue to monitor GLM price action closely, particularly as the narrative around tokenized compute resources intensifies. The project's deliberate engineering-first approach, transparent governance through the Golem Factory, and long list of shipped features give it credibility in a sector often criticized for vaporware. For anyone researching the GLM price page today, Golem represents both a historical landmark in Ethereum's dApp era and an active, evolving platform competing in the rapidly expanding DePIN and decentralized AI compute markets.

Key Features of Golem

• Yagna Computation Framework: Yagna is Golem's production-ready computation engine that powers the entire marketplace, enabling providers and requestors to negotiate, execute, and settle tasks through a modular agent-based architecture. It supports arbitrary workloads via WebAssembly (gWASM) and VM-based runtimes, allowing developers to deploy almost any Linux-compatible application without rewriting it for the network.
• Layer 2 Payment Settlement: Golem routes GLM payments through Polygon by default, dramatically reducing gas fees for micro-transactions between requestors and providers. This makes sub-cent settlements economically viable for short-lived compute tasks, something that would be prohibitively expensive on Ethereum mainnet.
• Open Provider Marketplace: Anyone with spare CPU, GPU, RAM, or storage can install the Golem provider daemon and instantly begin earning GLM by offering resources at a price they set. The matchmaking engine pairs providers with requestors based on hardware specifications, price, and historical reputation, creating a genuinely permissionless compute economy.
• Task Decomposition SDK: The Golem SDK (available in JavaScript and Python) automatically splits large workloads into smaller subtasks and distributes them across multiple providers in parallel. This allows jobs like Blender rendering, Monte Carlo simulations, or batch data processing to complete faster than they would on a single machine.
• Open-Source Transparency: All core Golem components — Yagna, the SDK, and supporting tooling — are released under permissive open-source licenses and developed publicly on GitHub. This transparency allows third-party auditors, academic researchers, and community contributors to verify the network's behavior and submit improvements directly.

Golem Use Cases

• CGI and 3D Rendering: Animators and studios can offload Blender, LuxRender, or Cycles rendering jobs to Golem's provider pool, paying only for the compute they consume. This lets independent creators access render-farm-grade capacity without maintaining dedicated hardware or subscribing to centralized cloud services.
• Scientific Computing: Researchers use Golem to run Monte Carlo simulations, molecular dynamics, DNA sequence alignment, and other parallelizable workloads. Because tasks can be distributed across hundreds of nodes, labs with limited budgets gain access to substantial aggregate compute on demand.
• Machine Learning Workloads: With ongoing GPU task support, Golem is positioning itself for decentralized AI inference and small-scale model training. Developers can rent GPU time from providers globally, sidestepping the waitlists and pricing surges common on centralized AI cloud platforms.
• Provider-Side Passive Income: Individuals and small data centers with underutilized hardware can run the Golem provider node to earn GLM around the clock. The provider sets its own hourly rates, making it a flexible way to monetize otherwise idle computing capacity.
• Backend for dApps and Web Services: Developers building decentralized applications can use Golem as an off-chain computation layer for tasks too expensive to run on Ethereum directly. Examples include image processing pipelines, batch analytics, and video transcoding for Web3 media platforms.

Golem Tokenomics

Total Supply

GLM has a fixed maximum supply of 1,000,000,000 tokens, established when the original GNT token launched in 2016 and preserved through the 1:1 migration to GLM in November 2020. No additional tokens can be minted beyond this cap.

Circulating

Dynamic — see CoinGecko for live figures. The vast majority of the fixed supply is in circulation following the GNT-to-GLM migration, with remaining allocations held by Golem Factory for development, ecosystem grants, and operational expenses.

Utility

GLM is the exclusive settlement currency of the Golem Network, used by requestors to pay for computational tasks and by providers to receive income for contributed resources. It also serves as the accounting unit for reputation, invoicing, and protocol-level fee flows across the Yagna marketplace.

Emission

GLM is non-inflationary and has no ongoing emission, staking rewards, or block subsidy. All tokens were issued at genesis, and supply dynamics depend entirely on circulation between Golem Factory treasury, providers, requestors, and secondary market holders.

How to Buy Golem

1. 1

   1. Create a Binance account

   Visit binance.com or download the Binance mobile app and register using your email address or phone number. Set a strong password and enable two-factor authentication via Google Authenticator from the Security tab in your account dashboard to protect future GLM holdings.

2. 2

   2. Complete identity verification

   Navigate to the 'Identification' section under your profile and submit the required government-issued ID, a selfie, and proof of address. Binance typically processes KYC within minutes to a few hours, and verified accounts unlock higher deposit and withdrawal limits essential for larger GLM purchases.

3. 3

   3. Deposit funds

   From the 'Wallet' menu select 'Fiat and Spot', then choose 'Deposit' to fund your account. You can deposit USD, EUR, or other supported fiat currencies via bank transfer and card, or transfer USDC, USDT, or BTC from an external wallet to trade into GLM on the spot market.

4. 4

   4. Buy GLM on the spot market

   Go to the 'Trade' menu and select 'Spot', then search for 'GLM' in the trading pair sidebar and choose GLM/USDT or GLM/USDC depending on availability in your region. Enter your order amount, pick either a market order for instant execution or a limit order at your target price, and click 'Buy GLM'.

5. 5

   5. Secure your GLM

   After purchase, GLM appears in your Binance Spot Wallet. For long-term holding consider withdrawing to a self-custody wallet like MetaMask or Ledger via the Ethereum or Polygon network — always send a small test amount first to confirm the address and selected network are correct.

Frequently Asked Questions