LayerEdge

Building the People-Backed Internet by turning everyday devices into verifiers fueling a trust-native web. Foundation: @layeredgefndn

[LayerEdge @layeredge]

The EdgenChain Alpha Mainnet is now live.
Welcome to the People-Backed Internet.

Bridge between BNBChain, Ethereum & EdgenChain are now live at: https://t.co/GgE3pJ4HYH

[LayerEdge Foundation @layeredgefndn]

$EDGEN is now live
Welcome to the People-backed internet.

Details of the claim & staking below

[LayerEdge @layeredge]

Everyone wants decentralization. Few talk about verification.

[LayerEdge @layeredge]

The next generation of infrastructure won’t be defined by how much it computes, but by how efficiently it can prove correctness. That’s the future LayerEdge is building toward.

[LayerEdge @layeredge]

Already 280K+ proofs verified on the mainnet in 33k batches since inception, with avg. proof cost <$0.01: https://t.co/w6UXh9a2a9

Here's the latest batch from 1 minute ago: https://t.co/t59FexE9eR

[LayerEdge @layeredge]

Every scalable system needs a truth layer.

[LayerEdge @layeredge]

happy bitcoin pizza day to all pizzas, humans & ai agents.🍕

[LayerEdge @layeredge]

Integrating Your Protocol with LayerEdge's Aggregation & Verification Layer? This guide lives both in this repository and in a dedicated integerations repository.

For the Rust Block Reader codebase, see the canonical repo: https://t.co/FuLQuf0rmo

Read more: https://t.co/p9eKA9RLFy

[LayerEdge @layeredge]

This is quite an experiment. Excited to see BABE's potential in bringing down proof verification cost on Bitcoin.

[Babylon @babylonlabs_io]

“We did an experiment with the previous technology. It cost about $15,000 to put a ZK verifier on-chain. Now we are about $10 to $20.”

@dntse at @consensus2026 on @CoinDesk Live, explaining BABE, Babylon’s 1,000x breakthrough in making proof verification on Bitcoin cheaper, faster, and more practical.

[LayerEdge @layeredge]

LayerEdge approaches security as a system, not a single mechanism. Cryptographic proofs, decentralized verification, probabilistic validation, and incentive-aligned participation work together to create scalable and trust-minimized verification.

[LayerEdge @layeredge]

The next generation of decentralized systems will depend on scalable verification. Learn how LayerEdge approaches aggregation, security, and trust-minimized computation.
https://t.co/npB0igDb96

[LayerEdge @layeredge]

Verification is how decentralized systems remember the truth.

[LayerEdge @layeredge]

1/ Scalability in LayerEdge

Scalability isn’t just about processing more transactions. It’s about verifying massive computation efficiently. LayerEdge moves heavy execution off-chain and uses zk-proofs as compact, verifiable summaries.

[LayerEdge @layeredge]

3/ With stateless nodes, Merkle-based inclusion, and hardware-accelerated proving, LayerEdge enables low-bandwidth, scalable verification. The result is infrastructure designed for global, multi-domain computation.

[LayerEdge @layeredge]

Trust is convenient.
Security is verifiable.

[LayerEdge @layeredge]

Curious how scalable verification actually works?

Take a look at our docs and tell us what stands out to you.
https://t.co/uroMd0f00s

[LayerEdge @layeredge]

Systems evolve. Verification must follow.

[LayerEdge @layeredge]

3/The next evolution isn’t more computation.

It’s making every result independently verifiable again. That’s how systems move from trusted environments to truly decentralized ones.

[LayerEdge @layeredge]

1/ At first, systems were simple.

You could trust the operator, re-run the process, or verify everything yourself.

Scale wasn’t the problem. Complexity wasn’t either.

[LayerEdge @layeredge]

2/ Then computation exploded.

AI, rollups, and off-chain systems began producing results faster than anyone could independently check. Trust quietly returned, not by design, but by necessity.