Autonomous markets, in your control.

Your machine. Your capital. Your rules. Your agent. Mirae is a local-first autonomous trading infrastructure that turns artificial intelligence from a market assistant into a controlled execution layer, separating reasoning, authorization, signing and execution into independent layers.

• The AI can think.
• The AI can discover.
• The AI can propose.
• The Mirae Runtime decides what is actually allowed to happen.

The next generation of financial interfaces will not require users to manually monitor charts, compare markets, calculate positions and execute every transaction themselves. Users will increasingly delegate these processes to autonomous software agents. However, giving an AI unrestricted access to a wallet creates a fundamental security problem. Mirae approaches this differently.

AI can already analyze enormous amounts of financial information, including price movements, liquidity, market structure, wallet activity, volatility, technical indicators, narratives, historical performance, portfolio exposure and risk conditions.

The bottleneck is no longer intelligence. The bottleneck is trusted execution.

Advisory AI

The AI provides information, but the human still performs the transaction.

Unrestricted autonomous AI

This provides automation but creates dangerous authority concentration.

Controlled autonomy

The intelligence layer and the authority layer remain separate.

The Mirae Runtime is the execution environment responsible for translating agent decisions into controlled financial actions. Mirae runs in the browser today, with a long-term path toward native desktop apps that keep more of the execution stack on your own device.

The native desktop architecture is intended to minimize the amount of sensitive execution infrastructure that must be delegated to a centralized service, while the web experience is available now.

Mirae agents operate around objectives rather than individual clicks. Instead of instructing the system to buy a specific token, a user could eventually define an objective.

The agent converts the objective into smaller tasks

1. 01Observe markets
2. 02Collect data
3. 03Identify opportunities
4. 04Evaluate risk
5. 05Generate intent
6. 06Execute when permitted
7. 07Monitor position
8. 08Re-evaluate

Agents may remain dormant when conditions are not satisfied rather than continuously generating unnecessary actions.

Mission Mode

A Mission represents a persistent trading objective.

A mission continuously evaluates its environment until a termination condition occurs.

Autonomy Modes

Restricted mode

Transactions require user authorization. This is intended for users who want AI-assisted execution while retaining transaction-level control.

Autonomous mode

No manual confirmation is required for actions already covered by the user's policy. Autonomous Mode does not mean unlimited authority. The agent remains constrained by the policy engine.

The Policy Engine is the boundary between AI reasoning and capital. Possible policy parameters include:

The agent cannot override these constraints simply because its reasoning model believes an opportunity is attractive. The system should therefore fail closed.

Risk Engine

Before execution, every intent can be evaluated against multiple risk dimensions.

Mirae agents should never directly manipulate private keys. Instead, they produce structured intents.

The runtime independently validates the intent. Only after validation can the signing layer authorize execution. This creates a fundamental security boundary.

The AI produces intentions. The runtime controls authority.

Execution Router

Mirae is intended to become protocol-agnostic. Rather than coupling the agent to a single exchange, an execution router can determine where an approved action should be performed.

The architecture enables future expansion without requiring the reasoning layer to be rebuilt for every venue.

Mirae runs in the browser today and is designed toward a local-first desktop architecture over time. Sensitive execution material should remain on the user's device whenever technically possible.

An autonomous agent becomes more useful when it can preserve relevant context. Mirae's planned memory architecture can be separated into three layers.

Memory is intended to improve contextual decision-making. It does not guarantee profitable future performance.

Market Intelligence

Mirae agents may combine multiple information streams.

• Price data, volume and volatility
• Liquidity and order-flow signals
• Wallet activity and technical indicators
• Funding rates and open interest
• Market sentiment
• Portfolio history and previous agent outcomes

These signals become context for the reasoning engine. The final action must still satisfy deterministic execution policies.

Autonomy without accountability creates a black box. Mirae therefore aims to maintain a complete execution history.

Blocked actions should also remain visible.

Users should be able to understand not only what an agent executed, but also what it attempted and why actions were rejected.

Primary revenue: Mirae agent fee

Once the desktop runtime is operational, Mirae intends to introduce an agent fee on eligible actions executed through the Mirae runtime. The agent fee is the sole protocol revenue source.

The exact agent fee rate may vary by product, market or execution venue and should be disclosed to users before activation.

Revenue Flywheel

Net agent fee revenue designated under the token economic program is intended to follow a simple allocation: 50% for buyback and burn, 50% for development.

50% development

• Native desktop runtime for Linux, Windows, and macOS
• AI infrastructure and research
• Security and execution infrastructure
• Data infrastructure and protocol integrations
• Maintenance and product expansion

50% buyback and burn

The other half is intended to periodically acquire $MIRAE from the open market. Tokens acquired through the program are then permanently removed from circulation through burning.

This creates a potential relationship between product activity and token supply reduction. Buybacks should only occur from actual designated revenue and are not guaranteed to occur at any particular frequency, volume or market price.

Economic Loop

Buyback Transparency

Buyback and burn mechanisms are most credible when they are independently verifiable. Mirae should therefore aim to publish:

• Agent fee revenue generated
• Agent fee revenue allocated
• Tokens purchased
• Average purchase price
• Tokens burned
• Transaction hashes
• Cumulative burn

Illustrative numbers only. This transforms buyback-and-burn from a marketing statement into an auditable economic process.

$MIRAE is the native ecosystem token associated with the Mirae network and community. The token is designed to connect the broader community to the growth of the Mirae ecosystem without requiring inflationary emissions as the primary funding mechanism.

Potential future utility may include ecosystem access, agent-related functionality, community programs or other mechanisms introduced as the product develops. Any additional utility should be implemented only when it provides genuine functionality rather than artificial token demand.

Tokenomics

97% community fair launch distribution

97% of the supply is designated for community and public market distribution through the Pump.fun launch mechanism.

• No private sale.
• No VC allocation.
• No presale allocation.
• No team allocation beyond the disclosed 3% development wallet.

3% development wallet

3% of total supply is allocated to the Mirae development wallet. The wallet is intended to support long-term ecosystem operations and should be publicly identifiable for transparency.

Fair Launch

$MIRAE is intended to launch through Pump.fun.

Mirae does not promise a specific token price, market capitalization, return, liquidity level or exchange listing. The market determines the value of $MIRAE.

Mirae's security philosophy is based on minimizing authority.

Emergency Control

Every autonomous system should have a deterministic shutdown path. Mirae should include a global emergency stop capable of preventing new executions.

Existing blockchain positions may still require user action to close depending on the market and implementation.

Phase 01 foundation

• Mirae identity
• Agent interface
• Market data infrastructure
• Wallet architecture
• Solana execution
• Initial trading engine

Phase 02 agent runtime

• Structured intents
• Risk engine
• Restricted execution
• Autonomous execution
• Persistent memory
• Execution history
• Mission system

Phase 03 desktop

• Native runtime
• Local signing
• Encrypted wallet architecture
• Local logs
• Agent persistence
• Emergency controls

Phase 04 Desktop Distribution

• Linux release available now
• Windows and macOS release
• Broader desktop distribution
• Performance optimization
• Transaction-based monetization
• Revenue dashboard

Phase 05 market expansion

• Additional DEX integrations
• Perpetual markets
• Multi-market execution
• Portfolio agents
• Advanced strategy environments

Phase 06 agent network

• Verifiable agent performance
• Public agent profiles
• Strategy reputation
• Agent marketplace
• Strategy discovery
• Optional copy-agent infrastructure

Phase 07 Mirae economy

• Automated revenue accounting
• Public buyback dashboard
• Periodic $MIRAE buyback
• Verifiable token burns
• Expanded token utility

The End State

Today

• Human watches the market
• Human researches
• Human analyzes
• Human decides
• Human signs
• Human monitors

Mirae's proposed future

• Mirae observes
• Mirae reasons
• Mirae executes
• Mirae monitors
• Mirae records
• Mirae learns

The human moves from operating every transaction to defining the boundaries within which autonomous financial software can operate.