All the latest news and key insights you need from Hedera
What Is Hedera Hashgraph?
1. What Is Hedera Hashgraph?
Hedera Hashgraph is a high-performance public distributed ledger that offers a fast, secure, and energy-efficient alternative to traditional blockchains. Unlike blockchain networks that rely on sequential blocks and proof-of-work, Hedera uses a novel consensus algorithm called Hashgraph, which delivers asynchronous Byzantine Fault Tolerance (aBFT) and ultra-fast finality. It aims to provide the foundation for the next generation of decentralized applications (dApps) across industries by enabling lightning-fast transactions, low fees, and predictable performance.
2. Why Hedera Hashgraph Was Created
Hedera Hashgraph was created to solve the scalability, speed, and fairness limitations of traditional blockchain platforms. Early networks like Bitcoin and Ethereum face performance bottlenecks, high energy usage, and delayed consensus. Hedera addresses these pain points with a radically different architecture that doesn’t use blocks or miners. Instead, it uses a gossip-about-gossip protocol and virtual voting to reach consensus, allowing the network to process thousands of transactions per second with near-instant finality and minimal energy use.
3. How Hedera Hashgraph Works
Transaction Submission – A user submits a transaction to the Hedera network, such as transferring tokens, calling a smart contract, or storing data.
Gossip Protocol – Each node randomly selects other nodes to share information with, quickly spreading transactions across the network using gossip-about-gossip.
Virtual Voting – Nodes independently determine the consensus order of transactions using the shared history of gossip events. No actual voting messages are required.
Consensus Finalization – Once a consensus timestamp is assigned, the transaction is considered final and immutable. Finality is typically reached in 3-5 seconds.
Execution & Validation – The transaction is executed (if it's a smart contract or file storage) and validated by the network.
Ledger Update – The final state is recorded on the ledger, and users can view results with full transparency and auditability.
4. Key Features of Hedera Hashgraph
Hashgraph Consensus – A novel, blockless, and highly efficient consensus algorithm.
High Throughput – Capable of handling over 10,000 transactions per second (tps) with finality in seconds.
Energy Efficient – Extremely low energy usage per transaction, ideal for eco-conscious applications.
aBFT Security – Asynchronous Byzantine Fault Tolerance offers the highest standard of network security.
Governing Council – Managed by a rotating council of global enterprises like Google, IBM, and Boeing.
Smart Contracts & Tokenization – Supports Solidity-based smart contracts and native token creation via Hedera Token Service (HTS).
Privacy Options – Offers both public and permissioned interactions to meet compliance needs.
5. Who Can Use Hedera Hashgraph?
Enterprise Developers – For building scalable, compliant dApps in industries like supply chain, healthcare, and finance.
Startups & Web3 Builders – Looking for fast, low-cost infrastructure to launch decentralized applications.
Institutions – Banks, universities, and governments seeking secure and tamper-proof recordkeeping.
Retail Users – Individuals using apps for payments, token transfers, gaming, or identity services.
NFT Creators & Marketplaces – Leveraging HTS for minting, trading, and managing digital assets with minimal fees.
6. What Is the $HBAR Token?
$HBAR is the native cryptocurrency of the Hedera network and serves multiple core functions:
Transaction Fees – Used to pay for operations on the network such as transfers, smart contract executions, and token creations.
Network Security – Staked by nodes to participate in consensus and secure the network against malicious behavior.
Governance Participation – Though currently handled by the Hedera Governing Council, future governance models may involve HBAR holders.
Ecosystem Utility – Used within dApps, NFT platforms, and DeFi tools built on Hedera for access and value exchange.
Incentives & Rewards – Developers and ecosystem contributors may be rewarded in HBAR for their participation.
Social Pulse
Bearish10%
Bullish90%
S@S68261330
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@TheMoonCarl Bitcoin yes, Ethereum no. Hedera Hashgraph will take Ethereum over. Ethereum failed. Fees still too high, too slow. Ethereum validator not profitable. People will sell, network will collapse. The Visa governing council model is 1000x better.
hbarbarian@hbarvidhar
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Explore the potential of Hedera Hashgraph and the HBARbarian Token. Secure, fast, and scalable crypto solutions; join the future of decentralized technology today!
#HBARbarians $HBAR @HBARbarianToken #Hedera
HBAR BAGGER 💰@hbarbagger
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The Hedera HBAR Tokenized Bull Run Has Started | Pay Attention!
Bitluma🪙@Bitluma
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- The Federal Reserve's September study on post-quantum cryptography flags "harvest now, decrypt later" risks to Bitcoin's encrypted transaction history.
- Quantum computers could crack ECDSA signatures, exposing wallet balances and ownership from years ago.
- Hedera Hashgraph counters this with SHA-384 hashing standard from launch, doubling the security bits over SHA-256 to resist Grover's algorithm attacks.
- This built-in post-quantum design protects Hedera's ledger integrity without retrofitting, unlike Bitcoin's upgrade challenges.
- Hedera's asynchronous Byzantine fault tolerance adds another layer, ensuring consensus even under quantum pressure.
- Partnerships like SEALSQ deliver quantum-resistant semiconductors, embedding hardware security into Hedera's ecosystem for apps and tokens.
- For Bitcoin holders, Bitcoin.ℏ on Hedera bridges the gap—mirroring BTC functionality with 10,000 TPS speed and SHA-384 encryption.
- Bitcoin.ℏ enables seamless, quantum-safe transfers of Bitcoin value onto Hedera, shielding future and mirrored past data.
- Developers can migrate dApps to Hedera's council-governed network, governed by enterprises like Google and IBM for accelerated quantum readiness.
- Early adoption of Hedera's standards positions users ahead of NIST's post-quantum migration timeline, projected for 2030.
- In a quantum era, Hedera isn't just surviving—it's the scalable, secure backbone for tokenized assets and DeFi. #HEDERA #hashgraph #HBAR $HBAR @hedera @HederaFndn @leemonbaird
Cryptofetch@Cryptofetch101
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@dovuofficial @baltronsbacon @hedera @hashgraph @HederaFndn @The_Hashgraph @hashgraphgroup Time to $DOVU