Copy Multi Address Isolation

Coming Soon

PolyCop copy trading engine is built on one uncompising principle:

When copying multiple target addresses simultaneously:

  1. Address A will never sell the token amount that was purchased by Address B.

  2. Copy trading limit is calculated as the sum of position and outstanding limit orders.

  3. Fill to Max Limit: If this trade would cause you to exceed the max limit, PolyCop will buy up to the remaining available limit instead of rejecting the order entirely.

To guarantee reliability, we designed a 5 layer protection architecture.


1. Copy Multi Address Position Isolation

Preventing Cross Address Position Interference

If multiple copy addresses buy the same Yes/No:

When Address A sell, a conventional bot may sell Yes/No that belong to Address B.

PolyCop Solution

Every copied position is assigned an internal attribution tag, including:

• target address • cost • timestamp • Allocated risk limit usage

When a specific target address generates Sell, the system: It will only sell the Yes/No shares purchased by that specific address.

Result

Positions from different target addresses run in parallel within the same wallet, fully isolated from one another.


2. Manual Trading and Copy Position Separation

Users often ask:

What happens if I manually trade the same market?

The system strictly distinguishes between:

• Copy generated positions • Personal manual positions

Only positions opened through the bot carry attribution tags.

Example

You copy Address A. You manually buy YES in the same market.

When Address A exits, the system sells only the shares attributed to Address A.

Your manual shares remain untouched.

Result

Copy execution logic and personal trading behavior operate independently and without conflict.


3. Intelligent Spend Limit Engine

Dynamic Risk Exposure Control

The allocation limit is not a simple stop mechanism. It is a real time exposure regulator.

The system continuously calculates:

  • Current position cost

  • Total notional value of all unfilled limit orders linked to that address

Unfilled orders are fully included in exposure computation.

4. Fill to Maximum Logic

Example:

Allocated limit: 1,000 USDC Currently used: 950 USDC Incoming buy signal: 200 USDC

The system does not reject the order. It does not exceed the limit.

Instead, it automatically scales execution to the remaining 50 USDC capacity.

Result

Risk limits are strictly enforced while capital efficiency is maximized.


5. The 29 Second Patch

Eliminating Limit Order Timing Gaps

On Polymarket, limit orders may remain open for extended periods.

A common failure scenario:

The target address fully exits. A pending limit order fills just before the next synchronization cycle.

A typical bot may fail to detect the newly filled shares, resulting in unintended residual positions.

PolyCop Solution

Before executing any 100 percent exit signal, the system performs a forced state refresh.

All related limit orders are synchronized in real time.

Even shares filled moments earlier are included in the liquidation process.

Result

True 100 percent liquidation. No ghost positions. No residual fragments.


🌟 Reliability Guarantees for Multi Address Copy Trading

Scenario
Control Mechanism
Outcome

Copying multiple addresses

Internal attribution ledger

Zero cross interference

Manual trading activity

Tagged position isolation

Manual trades do not affect copy positions

Allocation limit reached

Dynamic fill to maximum logic

Strict limit enforcement with maximum capital efficiency

Limit order timing mismatch

Forced synchronization before exit

Guaranteed full liquidation

Manual intervention or rounding discrepancies

Self healing reconciliation

No system lockups and automatic limit release


This architecture goes beyond execution mirroring.

It is a complete position attribution framework combined with a real time risk control layer and a synchronization consistency engine.

It is specifically designed to remain stable under:

Multiple addresses Multiple orders Multiple state transitions Manual user intervention

All operating concurrently within a single wallet environment.

Last updated