macOS · Apple Silicon · Preview

An intelligence terminal for the decentralized age.

TMRW Browser runs AI locally, simulates every signature, and executes autonomous agents inside hardware-isolated runtimes.
No ads. No tracking. No telemetry.

W3AI UI / UX
Block time
~400ms
intent → settlement
Fees
<$0.001
per agent action
TPS ceiling
65,000+
parallel SVM execution
Validators tracked
1,900+
globally distributed
The thesis

A macOS browser that thinks, signs, and settles with you.

macOS-nativeOn-device AISolana-firstSimulated signingAgent runtime
01

TMRW Browser is a macOS-native Web3 browser that puts intelligent agents at the center of every session. It runs artificial intelligence directly on your Mac, so your prompts, your context, and your keys never leave the device unless you say they should.

02

Traditional browsers were designed for a passive web. You typed a URL, a page loaded, and advertisers watched you scroll. That model has broken down in the age of large models and on-chain money. Reading a page is no longer the interesting part. Acting on the page is what matters, and acting safely at machine speed is what browsers were never built to do.

03

TMRW rebuilds the browser around that shift. Every tab can become an intent that an agent executes on your behalf. Every bookmark can become a policy that governs how far those agents may go. Every signature is simulated before it reaches the network, so a malicious contract cannot drain your wallet in the moment between click and broadcast.

04

Under the hood, TMRW is Solana-native. Transactions finalize in roughly four hundred milliseconds and cost fractions of a cent, which is what makes real-time agentic workflows economically possible. Jupiter powers the swap routing, Jito handles bundle submission, Pyth streams live prices, and Helius indexes the resulting state, all stitched together inside a single interface you never have to leave.

05

The result is a browser that feels familiar and behaves differently. It looks like the web you know, but it thinks with you, protects you at the signature layer, and lets you delegate the tedious parts of on-chain life to agents you can audit. That is what we mean by an agentic execution layer, and that is what TMRW ships today.

Why TMRW

A browser built for agents. Not for ads.

Six principles shape every pixel and every packet. Read them once — they explain the whole product.

Local runtime

On-device intelligence

TMRW runs models on your Mac. Your prompts stay local. Your keys never leave the Secure Enclave.

Apple Silicon powers the runtime. Inference is fast. Battery impact is small. Nothing is streamed to a data center by default.

~400ms finality

Solana-native execution

Every intent lands on Solana in about 400 milliseconds. Fees stay under one tenth of a cent.

Jupiter routes swaps. Jito bundles them. Pyth prices them. Helius indexes them. The browser weaves it all together.

Simulated signing

Verify. Then act.

No agent signs blindly. Each action is simulated first. You see balance changes before you approve them.

If a simulation and the on-chain result diverge, the operator is slashed. Trust is provable, not promised.

SOL · ETH · BNB

Multichain by design

Solana is home. Ethereum and BNB Chain are one click away. A single wallet holds every asset.

Bridges are audited. Routes are cheapest first. Slippage is capped by policy, not by luck.

Zero telemetry

Privacy by default

There are no ads. There is no tracking. There is no telemetry. Cookies are sandboxed per site.

Fingerprints are randomized. Third-party scripts are blocked. You choose what leaves your machine.

Richmond, BC

Built in Canada. Made for the world.

The Tomorrow Company builds TMRW in Richmond, British Columbia. Our team ships from the west coast.

Users span North America, Europe, Asia, LATAM, and the Middle East. Support is available in more than thirty languages.

The Shift

From tabs and dashboards to verifiable agents.

The current model puts the operational burden on the user. The next era of Web3 delegates intent to agents that prove their work — cryptographically, at the protocol level.

Fragmented surfaces

Users manage dozens of dApps, wallets, and bridges. Every action is a manual, error-prone hop.

Opaque execution

Off-chain bots run with custodial keys and unverifiable logic. Trust is bilateral, not provable.

No agent economy

There is no native settlement or accountability layer for autonomous compute. Incentives don't align.

Replacement model

Tabs Agents

Declarative intent in. Verifiable execution out. Agents hold stake, post proofs, and settle deterministically.

Open dApp
Declare intent
Sign tx
Agent posts proof
Bridge funds
Routed natively
Monitor positions
Continuous attestation
Architecture

Four layers. One verifiable pipeline.

Every agent action traverses the same path — intent, runtime, proof, settlement. No off-chain trust assumptions, no privileged operators.

Explore the stack
Intent Layer
User & enterprise declarative API
L1
Agent Runtime
Deterministic, sandboxed execution
L2
Proof Mesh
Attested compute & state transitions
L3
Settlement Core
On-chain finality and accounting
L4
Agent Economy

Stake → Compute → Burn.

A closed-loop incentive system aligning operators, agents, and holders around verifiable throughput.

01

Stake

Operators bond W3AI to provide compute.

02

Compute

Agents execute intent and post proofs.

03

Burn

Protocol fees burn supply, deflationary by design.

Token

W3AI · Snapshot

The work token of the W3AI protocol. Used for stake, fees, and governance — not a speculative instrument.

Full tokenomics
Monthly burn
W3AI / mo
Total Supply
1,000,000,000
W3AI
Circulating
318,420,000
31.8%
Burned
4,128,500
Cumulative
Staked
212,940,000
66.9% of circ.
Governance

A deliberate path to decentralization.

Q4 2025

Testnet hardening

Open validator set, proof-mesh audits, intent SDK preview.

Q1 2026

Mainnet preview

Permissioned mainnet, controlled enterprise pilots, staking live.

Q2 2026

Public launch

Open agent registry, fee burn active, governance token in escrow.

Q3 2026

Governance v1

On-chain voting opens. Protocol parameters held by stake-weighted council.

Enterprise

Compliance-grade agent infrastructure.

Dedicated agent fleets, private intent channels, KYC-bound operator pools, and full audit trails. Built for institutions that need provable execution at scale.

Explore Enterprise
SOC 2
In progress
Key custody
MPC / HSM
Private mesh
VPC peering
Settlement
T+0 on chain
Frequently asked

Straight answers about TMRW.

Six quick questions. Six short answers. No jargon.

What is TMRW Browser?

TMRW Browser is a macOS-native Web3 browser. It runs AI on your device. It signs, simulates, and settles on-chain agent actions in one surface.

How is it different from a normal browser?

It is agent-native. Tabs become intents. Bookmarks become policies. Every signature is simulated before it is broadcast. Nothing leaves the device without your consent.

Which blockchains does it support?

TMRW is Solana-first. It also bridges to Ethereum and BNB Chain. Wallets, swaps, and staking are unified across all three.

Does it collect telemetry?

No. There are no ads. There is no tracking. There is no telemetry. Local models keep prompts on-device by default.

Who is it for?

It is for traders, builders, and teams who want provable execution. It suits both retail power users and institutional operators.

Where is the company based?

The Tomorrow Company is headquartered in Richmond, British Columbia, Canada. We serve customers worldwide.

Manifesto

The web began as documents.

It became platforms. Then markets.

Now it becomes execution.

W3AI is where intelligence runs locally.

Where transactions are simulated before signed.

Where agents act with scoped permission.

Where staking unlocks capability.

Where speed meets determinism.

Not a browser.
An intelligence terminal for the decentralized age.