Comparison

5 Web3 Problems, Solved on Web7

The daily pain points of Web3 — gas, seed phrases, MEV, chain fragmentation, opaque bots — and the exact HBForge modules that fix each one.

Build on Web7 → Protocol specs

The Five

Day-to-day Web3, fixed

Each problem below is lived daily by Web3 users and builders. Each Web7 solution is shipped in HBForge v4.1.1 (50 modules, live today).

⛽

Problem 1 — Gas fees on every action

Web3 today. Every state change is a paid transaction. An agent ping, a delegation, a policy update — each costs gas. Microactions are uneconomic; batching is a workaround that leaks UX. Users abandon DEXs on bad L1 days.

Web7 solution. AMP envelopes are off-chain signed events. Only Merkle roots of committed subgraphs hit L0 — one anchor covers thousands of agent actions. The AIG is the source of truth; L0 stores commitments, not activity.

import { getAIG } from "@hyperbridge/forge/aig";

const graph = getAIG();

// Thousands of off-chain AMP events accumulate in the graph…
// One on-chain anchor commits them all
const { merkleRoot, nodeIds } = graph.anchor(rootIntentId);

// 1 L0 write covers every node in nodeIds — regardless of count
console.log(`Anchored ${nodeIds.length} events in one commitment`);

Modules: @hyperbridge/forge/aig · @hyperbridge/forge/amp · @hyperbridge/forge/settlement

🔑

Problem 2 — Seed phrases and custodial trade-offs

Web3 today. A 24-word mnemonic is the last line of defense. Lose it — funds gone. Custodial wallets re-centralise the system they were meant to replace. Social recovery remains a patchwork of third-party add-ons.

Web7 solution. did:w7 identities bind to passkey-issued ed25519 keys. Recovery is a verifiable credential ceremony — attested by a quorum of DIDs the user trusts. No mnemonic ever leaves the device.

import { getIdentityRegistry, VCIssuer } from "@hyperbridge/forge/identity";

const registry = getIdentityRegistry();

// Bind a passkey-backed key to a new DID — no seed phrase
const alice = registry.create({
  method: "w7",
  verificationMethod: [{ type: "Ed25519", publicKeyHex: passkeyPub }],
});

// Recovery: quorum of trusted DIDs issue a credential
const issuer = new VCIssuer({ did: "did:w7:family", signer });
const vc = await issuer.issue({
  subject: alice.id,
  claim: { type: "RecoveryAttestation", newKey: recoveredPub },
});

Modules: @hyperbridge/forge/identity · @hyperbridge/forge/auth · @hyperbridge/forge/vault

🥪

Problem 3 — MEV and front-running

Web3 today. A public mempool is an invitation. Searchers sandwich, flashbots extract, and the user eats the difference. Private mempools trade censorship resistance for price improvement — a poor deal.

Web7 solution. Proof-of-Outcome runs six policy checks before settlement releases funds: lineage, authority, policy match, ZK-ML proof, anchor inclusion, timing. Delegation nodes fix the rail. Re-ordering attacks fail the CHECKS.LINEAGE gate.

import { verifyPoO, CHECKS } from "@hyperbridge/forge/poo";

const result = await verifyPoO({
  intent, delegation, inference, outcome,
  requiredChecks: [
    CHECKS.LINEAGE,      // parent pointers unbroken
    CHECKS.AUTHORITY,    // delegation signed by the principal
    CHECKS.POLICY,       // outcome within declared policy
    CHECKS.ZKML_PROOF,   // inference ran the attested model
    CHECKS.ANCHOR,       // subgraph committed to L0
  ],
});

if (!result.ok) {
  // Settlement never releases — and the failing check names the attacker
  console.error("Blocked:", result.failed);
  return;
}

Modules: @hyperbridge/forge/poo · @hyperbridge/forge/aig · @hyperbridge/forge/settlement

🧩

Problem 4 — Chain fragmentation and bridging

Web3 today. The user picks a rail before they know what they're doing. Funds sit stranded on the wrong L2. Bridges get hacked quarterly — $2B+ lost to bridge exploits across the last four years.

Web7 solution. Prime routes intents; the rail is a policy decision, not a user choice. ProtocolBridge exposes REST, GraphQL, WebSocket and AMP adapters behind one interface. Settlement manager dispatches across rails with outcome escrow — no custody-transfer bridges.

import { getBridge } from "@hyperbridge/forge/bridge";
import { getSettlement, RAILS } from "@hyperbridge/forge/settlement";

const bridge = getBridge();       // rest ↔ graphql ↔ ws ↔ amp
const settle = getSettlement();

// Prime receives an intent. User doesn't pick a rail —
// the policy picks the cheapest + fastest available.
const rail = settle.selectRail({
  amount: { value: "50", currency: "USD" },
  preference: "cost",
  available: [RAILS.OUTCOME, RAILS.SUBSCRIPTION, RAILS.SPLIT],
});

const escrow = await settle.open({ rail, intent });
// Funds lock on origin rail; release on PoO-verified outcome.
// No cross-chain token transfer. No bridge contract to hack.

Modules: @hyperbridge/forge/bridge · @hyperbridge/forge/settlement · @hyperbridge/forge/prime

🤖

Problem 5 — Unaccountable bots and AI agents

Web3 today. A "bot" on-chain is an EOA running unknown code. When it mis-executes, there is no way to prove which model, which weights, which prompt caused the loss. Auditors get log hairballs; users get nothing.

Web7 solution. Every AIG inference node carries a ZK-ML proof of the model hash, weight commitment, and input hash. Multi-attestor bundles raise assurance; verifyBundle() rejects unsigned runs. Blame assignment becomes O(log n) — walk the lineage, find the node that failed CHECKS.ZKML_PROOF.

import { AIG, AIGNode } from "@hyperbridge/forge/aig";
import { ZKMLClaim, collectAttestations, verifyBundle }
  from "@hyperbridge/forge/zkml";

// Bot runs. Before the outcome is emitted, it commits the run.
const claim = new ZKMLClaim({
  model:       "did:w7:model/tax-v3@sha256:abc123",
  weightsHash: "0x9f2e…",
  inputHash:   "0x1a2b…",
  outputHash:  "0xc4d5…",
});

const bundle = await collectAttestations(claim, attestors, { threshold: 2 });

// Inference node is only valid if the bundle verifies
if (!verifyBundle(bundle, attestorKeys).ok) throw new Error("unattested run");

graph.add(new AIGNode("inference", {
  zkml: bundle, model: claim.model, inputHash: claim.inputHash,
}, { parent: delegation.id, author: agent.did }));

Modules: @hyperbridge/forge/aig · @hyperbridge/forge/zkml · @hyperbridge/forge/provenance

Side-by-side

Summary

Daily Web3 pain	Root cause	Web7 fix	HBForge module
Gas on every action	Every event is on-chain	Off-chain AIG, Merkle-anchored commitments	`aig`, `amp`
Seed-phrase loss	Single-key custody	DID + passkey + VC recovery quorum	`identity`, `auth`
MEV / front-running	Public mempool ordering	PoO policy gate before settlement release	`poo`, `settlement`
Chain fragmentation	User picks rail before intent resolved	Prime routes; settlement selects rail	`bridge`, `settlement`, `prime`
Opaque bots	No model/weight attestation on-chain	ZK-ML multi-attestor bundle on every inference	`zkml`, `aig`

💡

Every module above is live in HBForge v4.1 and importable today from @hyperbridge/forge/*. See the Quick Start to wire the full flow in ten minutes.