Hedera is a distributed ledger network governed by a council of major global corporations. HBAR is its native cryptocurrency, used to pay for network services and to secure the network through staking.
Where most crypto projects are governed by anonymous communities or small founding teams, Hedera's governing council reads like a Fortune 500 list: Google, IBM, Boeing, LG Electronics, Deutsche Telekom, Ubisoft, and others. That structure makes Hedera unusual in the crypto space — and deliberately so.
Hashgraph, Not Blockchain
Hedera uses a technology called hashgraph rather than a traditional blockchain. The distinction matters technically, though it's often glossed over.
A standard blockchain adds transactions in sequential blocks. Miners or validators compete to propose the next block, and the chain grows linearly. This structure creates throughput limits, as only one block can be added at a time.
Hashgraph uses a data structure called a directed acyclic graph (DAG). Rather than sequential blocks, transactions are woven into a graph where each event references prior events, allowing multiple transactions to be processed in parallel. The consensus mechanism — called virtual voting — allows nodes to determine the order and validity of transactions without the communication overhead of traditional BFT (Byzantine fault tolerant) consensus.
The practical result: Hedera claims throughput of up to 10,000 transactions per second for its Hedera Token Service, with finality in 3–5 seconds and fees measured in fractions of a cent. These figures are significantly higher than most traditional blockchains at equivalent decentralization levels.
The Governing Council
The Hedera Governing Council is central to understanding what Hedera is trying to be.
Each council member is a term-limited seat holder (3-year terms, renewable once) that runs a consensus node, helping to validate transactions on the network. Council members do not own Hedera — they govern it collectively, with no single member able to dominate decisions.
Current and past council members include:
- IBM
- Boeing
- LG Electronics
- Deutsche Telekom
- Standard Bank (Africa's largest bank by assets)
- Ubisoft
- Shinhan Bank (South Korea)
- ServiceNow
- University College London (UCL)
- Wipro
- EDF (French energy utility)
The premise is that enterprises will trust a network more if it's governed by other enterprises they recognize and have relationships with — rather than anonymous miners or a small founding team's multisig.
Whether this governance model produces better outcomes than more decentralized alternatives is debated. The council has made decisions including large HBAR treasury burns to reduce supply, which have real economic implications for token holders.
What Hedera Is Used For
Hedera's network services fall into three main categories:
Hedera Consensus Service (HCS). Applications can submit messages to a Hedera topic, and the network provides tamper-proof timestamps and ordering for those messages. This is useful for supply chain tracking, audit trails, and anywhere a shared, ordered log of events needs to be trusted by multiple parties.
Hedera Token Service (HTS). Enterprises can issue, manage, and transfer tokens — including stablecoins, security tokens, and NFTs — on Hedera natively, without deploying smart contracts. The compliance-friendly design includes built-in KYC/AML features.
Smart Contracts. Hedera supports EVM-compatible smart contracts, allowing Solidity developers to deploy on Hedera's infrastructure and leverage its throughput and finality characteristics.
Real-world usage on Hedera includes supply chain provenance tracking (Avery Dennison uses it for consumer product traceability), carbon credit registries (the Sustainability standard Interoperability group uses HCS), and enterprise data integrity applications.
ISO 20022 and Financial Services
Hedera's ISO 20022 compatibility positions it as a candidate for integration with financial system infrastructure. Standard Bank — one of Africa's largest financial institutions and a council member — running a consensus node is not an accident. It signals intent around financial services applications on the network.
Several central banks have explored Hedera for CBDC research and pilots. The network's combination of high throughput, low fees, finality guarantees, and enterprise governance makes it more legible to regulated financial institutions than fully permissionless networks.
HBAR Supply and Economics
HBAR has a fixed maximum supply of 50 billion tokens, all created at network launch. There is no mining. New HBAR is not created — the full supply was minted at genesis and is being released over time from the Hedera treasury per a published schedule.
Transaction fees paid in HBAR are not burned but are redistributed to node operators and the treasury, funding ongoing network development.
The token's economic role is primarily utilitarian: it's used to pay for transactions on the network and to participate in network security through staking. It does not represent equity in Hedera or governance votes.
The Honest Take
Hedera occupies a genuinely interesting position: it's one of the few crypto networks with real enterprise adoption, an institutional governance structure, and technology that performs at the throughput levels enterprises actually need.
The trade-off is decentralization. Hedera's consensus depends on a council of known, permissioned entities. While the hashgraph is technically open for permissionless use, the network's security ultimately rests on the council members running nodes — not on tens of thousands of independent validators like Ethereum has.
For financial services applications where identity, compliance, and counterparty accountability matter, that structure may be a feature rather than a bug. For applications where censorship resistance and permissionlessness are the point, it's a meaningful constraint.
This article is for informational purposes only and does not constitute financial or investment advice. Always conduct your own research before making investment decisions.