DyCIST for TRON, Compliant RWA Tokenization on TRON

TBL
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Compliant Infrastructure and Tokenization Track

Basic Information

Project Name: DyCIST for TRON (TRC-7518 Security Token Standard)

Project Track: DePIN & Real-World Assets

Team Name: Zoniqx

Team Members:

Rajat Kumar @Rkwasan (Lead Blockchain Engineer)

Social Info

X (Twitter): @zoniqxinc

Website: https://zoniqx.com

GitHub: https://github.com/zoniqx

Project Overview

Project Goal:

To bring DyCIST, the ERC-7518 compliant security token framework, to the TRON ecosystem by implementing TRC-7518, a fully compliant partition based security token standard supporting identity gating, compliant transfer enforcement, off chain attestations, and lifecycle automation for real world assets.

This integration provides TRON with a production-grade regulatory infrastructure, enabling high scale security tokens and institutional use cases.

Unique Value Proposition:

DyCIST is a compliance first tokenization framework based on ERC-7518 that brings regulated market features directly to TRON. It enables identity linked permissions, real time compliance enforcement, partitioned security tokens, and full lifecycle automation out of the box. These capabilities are designed for markets that require investor protections, regulatory auditability, and jurisdiction specific controls.

On TRON, DyCIST becomes TRC-7518, a native compliance token standard engineered to amplify TRON’s strengths as a high scale execution environment.

DyCIST (ERC-7518) is one of the most advanced compliance token frameworks supporting:

  • dynamic compliance checks (zIdentity + zCompliance)

  • identity bound permissions

  • forced transfers and freeze controls

  • real time KYC/AML verification

  • partition based semi-fungibility for multi-class security instruments

  • lifecycle automation for payouts and redemptions

On TRON, DyCIST becomes TRC-7518, optimized for:

  • TRON DPoS 3 second finality

  • low cost, high TPS execution

  • TVM-compatible Solidity

  • resource model driven predictability (Bandwidth + Energy)

This unlocks institutional scale issuance of security tokens with strong compliance guarantees.

Key Differentiators:

  • Compliance-native token standard (TRC-7518)

  • First end to end security token lifecycle infrastructure on TRON

  • Partition aware RWA modeling (fractional ownership, share classes, vesting)

  • Seamless integration with TRON’s EVM layer and wallets

  • Real time identity oracle (zIdentity)

  • Dynamic regulatory policy oracle (zCompliance)

  • Designed for global securities regulations (Reg D, S, MiFID, MAS, ESMA)

Project Demo: Coming Soon at https://zoniqx.com

Technical and Governance Details

Project Test Instructions

  • Deploy TRC-7518 on Shasta / Nile

  • Register identities through zIdentity demo UI

  • Request compliance vouchers (signed payloads)

  • Attempt transfers that should pass/fail based on compliance rules

  • Validate freeze, forced transfer, lock/unlock flows

  • Trigger payouts through TALM lifecycle scripts

Technical Details

Phase 1: Core DyCIST Integration (8 Weeks)

Milestone 1: Foundation and Research (Weeks 1 to 2)

  • Deep analysis of TRON’s DPoS and 27-SR governance

  • Map ERC-7518 functionality to TRON’s TVM and resource model

  • Partition architecture design (TRC-1155 base)

  • Define identity attestation verification flow (zIdentity → TRON)

  • Define compliance voucher flow (zCompliance → TRON)

  • Draft TRC-7518 technical specification

Milestone 2: Core Development and Integration (Weeks 3 to 6)

  • Implement TRC-7518 core contract (TRC-1155 + DyCIST extensions)

  • Add functions:

    freezeAddress

    unfreezeAddress

    forceTransfer

    lockTokens

    unlockTokens

    restrictPartition

    removeRestriction

  • Implement canTransfer hook integrating zIdentity + zCompliance

  • Deploy TRC-7518 on Shasta testnet

  • Build TRON-specific SDK wrappers (TronWeb + TypeScript)

  • Add partition management, batch payouts, lifecycle hooks

Milestone 3: Testing and Launch Preparation (Weeks 7 to 8)

  • High throughput transfer testing with TRON’s TPS

  • Compliance scenarios:

    KYC pass

    KYC fail

    restricted jurisdiction

    forced transfer

  • UI/UX demo integration

  • Finalize developer documentation

Phase 2: Identity & Compliance Integration (6 Weeks)

Milestone 4: zIdentity + zCompliance Integration (3 weeks)

  • Integrate zIdentity identity registry with TRON

  • Implement signed identity proofs

  • Integrate zCompliance compliance engine via voucher signatures

  • Add revocation and dynamic policy checks

  • Build compliance verification utilities (JS/TS SDK)

Milestone 5: End to End Tokenization Flow & Production Launch (3 weeks)

  • Integrate lifecycle automation (TALM):

    issuance

    redemption

    payouts

    corporate actions

  • Deploy production ready TRC-7518 + zIdentity + zCompliance stack

  • Add monitoring and compliance audit logs

  • Create onboarding tutorials

  • Publish TRC-7518 standard reference documentation

Smart Contract Links:

This will be updated later with the SC links.

Team Allocation

  • 2 Senior Blockchain Engineers (TRC-7518, TVM optimization)

  • 1 Compliance Infra Backend Engineer (zIdentity, zCompliance integrations)

  • 1 Developer Relations & Documentation Lead

  • 1 Frontend and Integration Support Engineer

Ecosystem Impact

DyCIST will serve as TRON’s compliant security token infrastructure, enabling:

  • Regulated real world asset tokenization

  • Permissioned and semi-permissioned markets

  • Institutional participation with full KYC/AML enforcement

  • Compliant multi-chain interoperability

  • Integration pathways for exchanges, custodians, and fund platforms

TRON benefits from:

  • institutional credibility

  • compliant market formation

  • new issuer onboarding

  • broader enterprise adoption

Partnerships: https://www.zoniqx.com/our-partners

Project in 5 Years

DyCIST evolves into TRON’s default compliance framework, powering:

  • Millions of compliant transfers per year

  • Global identity reusable across TRON dApps

  • Standardized TRC-7518 adoption across exchanges and custodians

  • TRON as a leading chain for tokenized securities and RWAs

  • Cross chain compliance bridges between TRON, Ethereum, and other networks

This positions TRON as the most compliance ready high throughput chain for global regulated asset markets.

1 Like
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Welcome to TBL, I just did a quick summary of your submission from the tool provided in the forum, it’s quite interesting what you’ve going on, how does your system decide if a transaction is allowed or blocked?

1 Like
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The token itself decides by running every transfer through a

canTransfer()

style check that evaluates the rules attached to that partition. For each transaction we build a context, sender, receiver, partition, quantity, and then run it against the partition’s compliance rules, things like jurisdictions, eligibility, limits, lockups, whitelist or blacklist.

2 Likes
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Thanks for your reply!!
Ok, in light of your response, how does the system verify that the sender and receiver identities are valid for the transfer?