MegaTAO Roadmap
MegaTAO is the first perpetual futures protocol built natively on Bittensor EVM, purpose-built to give traders leveraged exposure to the Alpha token economy. We launched with a vault-centric trading model, on-chain oracle contracts that call Bittensor EVM precompiles directly, and a modular contract architecture designed from day one to grow. This post outlines what we're building next and why.
Where We Are Today
The core protocol is live. Traders can open leveraged long and short positions on Alpha token markets using TAO as collateral, with positions settled synthetically (no Alpha tokens required). We've built a strong foundation to work from:
- Vault liquidity: the protocol vault acts as counterparty, enabling instant execution at oracle price
- On-chain price oracle: custom oracle contracts reading Bittensor EVM precompiles directly
- Modular architecture: upgradeable contract modules with a fallback delegation pattern
- Risk management: funding rates, circuit breakers, graduated liquidations, and an insurance fund
- Season 1 competition: leaderboard is live with weekly prizes for top traders
We've spent time building a secure foundation. Now we aspire to scale it.
Phase 1: Better Trading, Faster Interface
Alpha Index Perp
Not everyone wants to pick individual subnets. We're adding an index perpetual that tracks the sum of all Alpha token prices, giving traders broad exposure to the Bittensor subnet economy in a single position.
The index is something the market already knows: if you think the Bittensor ecosystem grows but don't want to bet on which subnets win, you long the index. If you think it contracts, you short it. No subnet picking required.
This also gives new users a natural starting point before they get comfortable trading individual Alpha markets.
Advanced Order Types
MegaTAO only supports market orders right now, but serious traders need control over their entries and exits. We are going to build a full set of order types to give them that:
- Limit orders: set your price and wait
- Stop-Loss and Take-Profit: attached to positions directly, auto-cancelled when the position closes
- Trailing Stop: the stop price follows the market up so you don't have to babysit it
If trading volumes grow to a point where large orders are moving prices, we'll also look at TWAP execution. That's a decision we'll make based on actual usage data, not speculation.
UI Speed and Latency
The current interface is admittedly slow. Price updates, position refreshes, order confirmations, all of it has more lag than it should. We're rebuilding the data pipeline around WebSockets to get to CEX-quality responsiveness without giving up self-custody. Specifically:
- WebSocket feeds for price, positions, and order status replacing polling
- Optimistic UI updates so the interface responds before on-chain confirmation
- Edge-cached market data to cut latency globally
- Fewer clicks to get into a position
Phase 2: Capital Efficiency and Ecosystem Growth
Cross-Margin
Today, every position is isolated. Your TAO margin is locked to that position only. Cross-margin changes that: a single deposit backs all your open positions at once, and unrealized gains on one position offset margin requirements on another. It's significantly more capital efficient if you're running multiple positions.
- A single TAO deposit covers multiple positions across different Alpha markets
- Your buying power is your full account equity (deposit + unrealized PNL)
- Liquidation happens at the account level, not per position, giving you more room to manage drawdowns
We're also looking at multi-asset collateral so tokens other than TAO can back positions, similar to how leading perp DEXes let spot holdings count toward margin.
Third-Party Liquidity Provisioning
The vault is currently funded by protocol-controlled capital only. Opening it up to external LPs is one of the highest-impact things we can do for the protocol's growth.
How it works: LPs deposit TAO into the vault and receive LP tokens representing their share of the reserves. When traders lose to the vault, LP token value goes up. When traders win, it goes down. LPs also earn a continuous share of trading fees on top of that directional exposure.
- Passive yield for TAO holders who want protocol revenue exposure without trading
- More vault depth, which supports larger position sizes and more markets
- Better alignment: the people providing liquidity have skin in the game on protocol health
Deposits and withdrawals will have windows to prevent bad exits during volatile periods. Vault performance stats will be public and updated in real time.
Community-Governed Market Listing
Adding a new Alpha market today requires us to do it manually. That doesn't scale. We're building a governance process where the community proposes and votes on new markets directly.
Anyone will be able to submit a market proposal with the relevant parameters (leverage caps, oracle requirements, minimum liquidity thresholds). Governance participants vote, and if it passes the on-chain criteria, the market lists. No team intervention needed.
This is how protocols grow beyond what their core team can manage. The community is better positioned to evaluate market demand for subnets than we are able to by ourselves.
Portfolio Analytics and Trade History
Traders should be able to understand exactly how they're performing. We're building:
- PNL charts: realized and unrealized, over any time window
- Funding rate history: see what you've paid or earned per position
- Trade history export: CSV download with every fill, fee, and PNL breakdown
- Market stats pages: OI, volume, funding rate, liquidation data per market
Phase 3: Developer Tools, Mobile, and Growth
Mobile
A large share of on-chain trading happens on mobile. If the interface isn't built for it, you're not reaching those users. We're building:
- Native iOS and Android apps: full trading functionality, not just a portfolio viewer
- Mobile-friendly wallet onboarding: WalletConnect and in-app wallet creation for people without a desktop setup
One-Click Trading and Session Keys
Signing every transaction from your wallet is a bad experience, especially for active traders. Session keys let you delegate trading permissions to a temporary hot wallet so MegaTAO can execute trades on your behalf without a signature popup every time. Your funds stay put; only trading operations get delegated.
API, Sub-Accounts, and Bot Support
We're building a full REST and WebSocket API for programmatic trading:
- API keys tied to agent wallets so bots can trade without exposing your main wallet
- Sub-accounts for running separate strategies under one wallet, each with its own margin and order history
- Updated TypeScript SDK for developers building on Bittensor
A public dev environment with full API parity will ship alongside this so developers can test without risking real capital.
Referral Program
We're building a referral system where you earn a cut of fees from traders you bring in, and new users get a discount for their first period on the protocol. Everything tracked on-chain and visible in the app.
Longer-term, we want to let third-party developers run their own frontends on MegaTAO's infrastructure and capture a share of the fees they generate. That turns MegaTAO into a platform, not just an app.
On the Horizon
A few things we're researching but haven't committed to yet:
- Community strategy vaults: traders publish a vault, others deposit and share in the PNL, vault operator takes a performance fee
- Spot trading: native spot markets for Alpha tokens alongside perps
- Multi-collateral support: accept collateral beyond TAO to reduce friction for users bridging from other chains
Summary
MegaTAO is built for the Bittensor ecosystem, but we're building it to compete with the best DEX perps in the space. This roadmap is how we get there.
We post updates on Discord and Twitter. If you have thoughts on priorities or want to get involved as a community member or developer, come find us.
This is a roadmap, not a commitment. Priorities shift based on what we learn. Nothing here should be read as a financial guarantee or timeline promise.