Tim Manfred

Son of pastor chris.
kingdom addict

[Forte Protocol @ForteProtocol]

Pioneer Stone 🪨 Campaign is live on @GalxeQuest @Galxe.

Before the gates open, prove you can hear the call.
Early signals unlock early recognition.

Start here → https://t.co/oaiW1fWufU

[NGSuper_Falcons @NGSuper_Falcons]

FT | Nigeria 🇳🇬 2-1 🇿🇦 South Africa

That was tense… but tell your neighbour — MISSION X is ON! 💪🏽🔥

#NGARSA #MissionX #SoarSuperFalcons #WAFCON2024

[LayerEdge @layeredge]

Transforming ordinary devices into zk Light Client Verifiers, starting with Browsers, soon.

edgenOS turns everyday devices into a global mesh of light nodes — verifying zk-proofs.

The Future of Internet is Verifiable.

And it's starting with you.

[LayerEdge @layeredge]

Website refreshing...
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[Tim Manfred @TimManfred3]

@snapchatsupport I just sent a DM

[Tim Manfred @TimManfred3]

@snapchatsupport
My devices has been banned recently and I don't think i broke any of the community guidelines so I would like this looked into as to ensure me use snapchat again on my phone.

[LayerEdge @layeredge]

LayerEdge batches thousands of zk-proofs, but only posts a single Merkle root on-chain. This commitment scheme ensures that every proof in the batch is verifiable, auditable, and anchored — without bloating Bitcoin with raw data.

Let’s break down how Merkle commitments keep Bitcoin anchoring light, transparent, and cryptographically sound.

[Tim Manfred @TimManfred3]

I have read the @boundlesshq whitepaper.
Here is proof:

[Tim Manfred @TimManfred3]

@layeredge Tge tge tge

[LayerEdge @layeredge]

5/ The TL;DR

Traditional:
10k proofs = 10k verifications (O(N))

LayerEdge:
10k proofs → 1 zk-proof onchain (O(1))

Verification of any single proof from leaf to root is: O(log N)

This is how ZK actually scales.

[LayerEdge @layeredge]

Recursive aggregation is how zk-verification scales.

Most systems still verify each proof individually (O(N)).
LayerEdge does it differently — with recursive aggregation (≈O(log N)).

Let’s break it down 👇

[LayerEdge @layeredge]

3/ Why Verifiable Random Functions (VRFs)?

Prevents nodes from picking "easy" proofs

Makes selection verifiable by anyone

[LayerEdge @layeredge]

5/ Randomized Proof Selection is how zk-verification actually scales:

Millions of zk-proofs

Hundreds of thousands of Light Nodes

No bottlenecks

Bitcoin as the security anchor

This is how LayerEdge brings scalable, decentralized trust to zk-verification.

[LayerEdge @layeredge]

How LayerEdge scales decentralized zk-verification with Light Nodes

A breakdown of how randomized proof selection works behind the scenes — and why it’s critical for scalable trust on Bitcoin. 👇

[LayerEdge @layeredge]

2/ Why random subsets?
Because when different nodes verify random parts of a batch:

- Fraudulent proofs become exponentially harder to sneak through

- Security grows with more participants, not with more work per node

[LayerEdge @layeredge]

1/ In LayerEdge, Light Nodes don’t check every proof.

Instead, each light node verifies a random subset of zk-proofs.

This keeps computation low per light node — but security exponentially high.

[LayerEdge @layeredge]

Our documentation just got updated.

If you’re keen to learn more about LayerEdge and what we’ve been upto, check it out here: https://t.co/uroMd0f00s