Hedera and the HBAR Token: How the Network Works

Hedera is a public distributed ledger that does not use a blockchain. Instead of chaining blocks, it runs the hashgraph consensus algorithm over a directed acyclic graph of events, with a permissioned set of validating nodes governed by a council of large organizations. HBAR is its native token. This article explains how that architecture works and how it differs from the networks most readers know.

Key Takeaways

• Hedera is not a blockchain. Hashgraph is a distinct consensus algorithm using gossip-about-gossip and virtual voting over a DAG of events — the practical result is fast finality without a chain of blocks.
• HBAR cannot be mined. The network runs on Proof-of-Stake with a permissioned validator set; consensus nodes are operated by members of the Hedera Governing Council rather than by anyone who wants to join.
• Governance is the network’s defining trade-off: council control by large organizations delivers stability and enterprise credibility, and simultaneously means the validator set is not open — a different decentralization profile from permissionless networks.
• Total HBAR supply is capped at 50 billion, with a substantial portion still held by the treasury and released on a schedule — relevant context that the original article omitted entirely.

How Hashgraph Works

The core mechanism is worth describing accurately, since ‘DAG’ alone does not capture it. Nodes share transaction information through gossip: each node randomly passes what it knows to another, including the history of who told it what — gossip about gossip. That history forms a directed acyclic graph of events. Because every node ends up with the same graph, each can compute independently what the others would have voted, without actually exchanging votes. This virtual voting is what produces consensus, and it is why Hedera reaches finality in seconds rather than through accumulating confirmations.

Practical consequences the original listed correctly: high throughput, fast finality, low and predictable fees. One claim needs qualification — ‘increased security’ is not a property of the graph structure per se. Hedera’s consensus is asynchronous Byzantine fault tolerant, a formal guarantee about behavior under network conditions and malicious nodes; that is a specific technical property, not a general assurance that the network is safer than alternatives.

Governance and Node Structure

This is where Hedera differs most sharply from permissionless networks, and where the original article was thinnest. The network is governed by the Hedera Governing Council — a group of large organizations including technology companies, telecoms, financial institutions and universities — which operates the consensus nodes and votes on network decisions, with term limits and no single member holding control. Anyone can run a mirror node to read data, but participating in consensus is not open.

The trade-off is explicit and worth stating plainly rather than presenting council membership as an endorsement: permissioned validation delivers predictable performance, accountable operators and enterprise credibility, at the cost of the open participation that defines networks like Bitcoin or Ethereum. Which side of that trade-off matters depends on what the network is used for.

HBAR is not mined. Nodes are compensated from transaction fees, and the network uses Proof-of-Stake — so for readers arriving from mining content, this is a network to understand rather than to point hardware at.

What Hedera Is Used For

The network offers services beyond token transfer: a consensus service for timestamping and ordering application events, a token service for issuing fungible and non-fungible tokens natively, smart contracts, and file storage. Reported enterprise applications have included supply-chain tracking, identity and credential systems, and payment infrastructure pilots. As with any such list, deployment status varies between production use, pilot, and announcement — worth verifying case by case rather than treating announcements as adoption.

Token Supply

HBAR has a fixed maximum supply of 50 billion tokens. A significant share remains in the treasury and is released according to a published schedule, meaning circulating supply grows over time — context that matters when comparing market capitalization figures across dates. The 2018 ICO raised approximately $100 million; the token opened trading around $0.09.

FAQ

Can HBAR be mined?

No. Hedera uses Proof-of-Stake with a permissioned set of consensus nodes operated by Governing Council members; there is no mining and no way to contribute hardware to consensus.

How does hashgraph differ from a blockchain?

A blockchain orders transactions by chaining blocks that miners or validators produce sequentially. Hashgraph orders them through gossip-about-gossip and virtual voting over a DAG of events, so nodes reach agreement without producing blocks — which is where the fast finality comes from.

Who controls the network?

The Hedera Governing Council, composed of large organizations that operate consensus nodes and vote on network decisions under term limits. This is a deliberate design choice with a clear trade-off against open participation.

Where can I check HBAR data?

Network statistics on Hedera’s own explorer and dashboards; market data on CoinGecko or CoinMarketCap. Both change continuously, which is why this article does not quote figures.