To empirically observe the MajuBotic algorithmic architecture in real time, you must connect a compatible trading environment to our network.
Security & Autonomy: You maintain 100% control over your funds at all times. Capital is held securely in your own independent brokerage account, and you retain the ability to halt algorithmic mirroring or withdraw funds at your discretion.
Phase 1: Select Your Liquidity Provider & Synchronise
The MajuBotic algorithm operates via dedicated master nodes optimized for specific institutional environments. Select your preferred brokerage below. The integration links provided will automatically configure your workspace architecture and route you to the specific terminal for that platform.
Node 1: HF Markets (HFM) Environment
Zero-latency execution engineered for the HFM liquidity pool.
Node 2: Valetax Environment
Optimised spread matrices and synchronised algorithmic mirroring for Valetax infrastructure.
Node 3: RoboForex Environment
Seamless data parsing and rapid execution deployment configured for RoboForex servers.
Node 4: LiteFinance Environment
Advanced algorithmic synchronisation tailored specifically for LiteFinance liquidity routing.
Node 5: PU Prime Environment
Institutional-grade execution parameters mapped directly to the PU Prime network.
Phase 2: System Capitalisation
Once your broker-specific workspace is initialised and verified via the respective platform, you must deposit your required operational capital to activate the mirroring protocol. For immediate deployment, the supported environments process secure, instant local payment gateways including Maybank2u, FPX, Fiuu, and Touch 'n Go eWallet.
Phase 3: Select Your Deployment Architecture
MajuBotic offers two distinct pathways for algorithmic mirroring. Depending on your preference for public network synchronisation or private institutional hosting, select the deployment model that aligns with your operational requirements.
Option A: Public Network Mirroring
Ideal for standard allocations and seamless platform integration.
Utilise the native social trading networks provided by our supported brokers. By selecting this route, your workspace is connected to our master node via the broker’s internal network or trusted third-party platforms.
Execution: Automated proportional lot sizing based on your equity.
Action: Connect directly via the broker-specific links provided in Phase 1.
Option B: Institutional Managed Hosting (Free Private VPS)
Ideal for premium execution, zero-latency parsing, and complete privacy.
To protect the integrity of our proprietary Visual Basic frameworks, MajuBotic does not distribute retail EA files. Instead, we offer a fully managed, "Done-For-You" private hosting architecture. We deploy the algorithm directly onto your independent workspace using our high-speed Virtual Private Servers (VPS).
To qualify for our complimentary institutional hosting, the following parameters must be met:
Broker Requirement: Your workspace must be registered under the MajuBotic network specifically via HF Markets (HFM) or Valetax (Nodes 1 or 2).
Capital Requirement: The environment requires a minimum operational capitalisation of $2,000 (Standard Account).
Infrastructure Provision: MajuBotic absorbs 100% of the monthly VPS infrastructure costs, providing this institutional-grade hosting entirely free of charge for qualifying accounts.
Security: Your capital remains strictly governed by your broker's Anti-Money Laundering (AML) protocols. We possess the technical clearance to execute trades on the terminal, but it remains legally and technically impossible for our desk to withdraw your funds.
Transparency: Monitor real-time execution from your mobile device with zero operational strain.
Action: To initialise this private setup, submit your funded terminal credentials to our deployment desk via our secure Telegram channel below.
System Assistance & Network Updates
Require technical support during the integration or funding phase?
Join the MajuBotic Telegram network for direct guidance from our administration desk and real-time algorithmic updates.