GitDigital Solana · Open-source compliance layer for Real-World Assets, regulated DeFi, and identity-gated applications on Solana.

🔐 Cryptographic Verification Banners
Polar Checkout QR Verified · Autonomous Agent Economies (GitDigital-aligned)

GitDigital Solana is a Solana-native KYC/AML compliance stack that enforces identity, authority, and policy at the token level.

It combines:

• Token-2022 Transfer Hooks + Permanent Delegate
• Solana Attestation Service (SAS) for portable credentials
• A versioned Compliance Registry
• A Tiered Role-Access Marketplace
• Modern privacy primitives: tokenless models, ZK Identity, ZK Registry, ZK Age, and FHE
• Aurora ZK Cryptography Framework as the underlying cryptographic engine (Groth16, alt_bn128, Pedersen, ElGamal, Plonky2)

Designed for RWA issuers, regulated DeFi, identity-gated dApps, and autonomous agent economies.

Every transfer, role grant, and access decision is auditable, authority-scoped, and optionally zero-knowledge.

🏷️ Ecosystem · Architecture · Governance · Solana · RWA · Privacy

A multi-layer architecture built for clarity, continuous compliance, automation, and contributor safety.

Core principles

• Federated governance with dual-approval / multi-sig rules
• Tax-first and compliance-first separation of funds & identity
• Automated enforcement (Transfer Hook + Registry + SAS)
• Contributor-safe authority levels (including zero-token lead-team roles)
• Immutable audit trails
• Transparent and privacy-preserving paths

🏷️ Governance · Authority · Compliance · Audit

Ensures clear boundaries, dual-founder (or Squads multi-sig + time-lock) approvals, immutable audit trails, contributor safety, and tax-/compliance-first separation.

1. Authority Levels — Owner · Manager · Contributor · Automation · Lead-Team (zero-token)
2. Approval Rules — Privileged actions require dual approval or Squads multi-sig + time-lock; agreements require identity-verified signatures
3. Enforcement — KYC/SAS Validator · Transfer Hook + Registry · Immutable logs

🏷️ Authority · Roles · Governance · Zero-Token

Lead-team roles can be exercised without holding any token:

• Access granted purely by valid SAS attestation or ZK role proof
• Roles stored in the Compliance Registry (or ZK Registry) with capability bitmasks
• Compatible with Squads time-locks
• Ideal for pure identity-gated dApps and account-abstraction flows

🏷️ Tax · Compliance · Governance · Audit

Every workflow, repo, agreement, and ledger is designed to:

• Separate personal vs business finances & identity
• Maintain audit-ready documentation
• Enforce identity and authority
• Prevent accidental commingling

1. Separation of Funds & Identity — No money or privileged action moves without documentation, approval, and Registry/ledger entry
2. Immutable Records — All actions logged in Loaner Ledger patterns, Agreements, Workflow/Transfer Hook logs, and Compliance Registry events
3. Automation Enforcement — System prevents unauthorized transfers, missing documentation, unverified identities, and policy violations

🏷️ Registry · On-Chain · Compliance · Authority

Canonical on-chain (or hybrid) directory of trusted KYC providers, wallet statuses & tiers, roles & capability bitmasks, jurisdiction policies, and versioned policy templates.

• PDA-based lookups for low-latency enforcement
• Versioned entries for auditability
• Supports both clear-text and ZK (commitment / Merkle-root) variants
• Single source of truth for Transfer Hooks, marketplaces, and zero-token gates

🏷️ KYC · Identity · Security · SAS

• Identity verification via real KYC providers
• Portable, reusable SAS credentials
• Signature / attestation validation
• Authority enforcement and sanctions screening
• Optional upgrade path to ZK credentials for selective disclosure

No workflow or transfer proceeds without a valid attestation.

🏷️ Automation · Token-2022 · Enforcement · Security

Continuous on-chain enforcement:

• Every transfer is intercepted and validated against the Compliance Registry or a ZK proof
• Permanent Delegate enables recovery / administrative controls (via Squads + time-lock)
• Freeze Authority for temporary locks
• DefaultAccountState for controlled account initialization

🏷️ Marketplace · Roles · Lending · Compliance

Listings, purchases, and role grants are gated by:

• Compliance Registry status
• Tier / role checks
• Optional zero-token proofs
• Polar MoR / verified checkout flows (QR-driven, tax-compliant, identity-gated)

Supports both token-gated and pure credential-gated (tokenless) experiences.

Polar Checkout QR Verified — Official cryptographic trust signal for autonomous commerce and verified payments.

Powered by the Aurora ZK Cryptography Framework — the cryptographic engine for zero-knowledge proofs, commitments, and on-chain verification on Solana.

Aurora provides the production-grade primitives this SDK relies on:

Aurora is treated as a first-class sister project. This SDK does not re-implement the same cryptographic primitives.

Access control without requiring any SPL / Token-2022 token. Users prove attributes (KYC status, age, jurisdiction, accreditation, role) via ZK credentials or SAS attestations.

• Portable zero-knowledge identity credentials with selective disclosure
• Merkle-root / commitment-based registry
• Users prove membership or policy satisfaction + nullifier without revealing clear-text status
• Proofs generated and verified via Aurora

• Circuits that prove age ≥ threshold (or range) without revealing date of birth
• Fully Homomorphic Encryption for computation on encrypted compliance data (risk scores, attributes) — hybrid off-chain FHE + on-chain ZK proof of correct computation (Aurora + FHE layer)

Compliance remains foundational whether the path is clear-text or zero-knowledge.

# Clone
git clone https://github.com/Gitdigital-products/solana-kyc-compliance-sdk.git
cd solana-kyc-compliance-sdk

# Build Rust program
cd programs/compliance_registry
cargo build-bpf

# Build TypeScript SDK
cd ../../sdk/typescript
npm install && npm run build

import { ComplianceClient } from "@gitdigital/solana-kyc-sdk";

const client = new ComplianceClient({
  connection,
  registryProgramId,
});

// Check wallet status
const status = await client.getWalletStatus(wallet.publicKey);

if (!status.isCompliant) {
  throw new Error("Wallet not registered or attestation expired");
}

🏷️ Performance · Security · Polyglot · MLOps

On-chain programs stay in Rust + Anchor (Token-2022, Transfer Hooks, Registry).
Off-chain risk engines, FHE kernels, secure gateways, oracle adapters, and agent runtimes use the languages below for speed, safety, and lower operational cost.

Guidance

• Keep on-chain code in Rust + Anchor.
• Use TypeScript as the primary client and orchestration language.
• Use Aurora ZK for all zero-knowledge proof generation and on-chain verification primitives.
• Prefer the languages above for off-chain risk engines, FHE nodes, secure gateways, and high-assurance modules.
• Languages that reduce attack surface (Ballerina’s built-in security, V/Zig immutability & bounds checks, Mojo ownership, OCaml/F# strong type systems) and lower cost (faster runtimes → fewer machines) are preferred.
• A top-level Makefile unifies polyglot builds (Rust + TS + Julia/Mojo/Zig/Crystal/Kotlin/OCaml/F#/etc.).

These languages make the compliance engines, risk scoring, FHE computations, and autonomous agent loops faster, cheaper, and more secure.

Language-specific interop lives inside the main repository for now (clean extraction into dedicated repos later if needed):

lang/
├── julia/          # AML risk engines, Monte-Carlo scoring, ZK parameter tuning
├── mojo/           # FHE kernels, confidential risk scoring, sanctions screening
├── v/              # Fast off-chain verifiers, lightweight tooling
├── zig/            # Low-level FHE primitives, high-assurance crypto helpers
├── ballerina/      # Secure API gateways, Travel-Rule, oracle ingestion
├── nim/            # Policy engines, oracle adapters, internal services
├── crystal/        # Secure microservices, admin tools, lightweight compliance helpers
├── kotlin/         # Secure microservices, enterprise KYC/AML integration
├── ocaml/          # High-assurance compliance logic, formal verification, audit-friendly modules
├── fsharp/         # Compliance domain modeling, KYC/AML decision logic, event sourcing
└── README.md       # Interop contracts, FFI/gRPC boundaries, build notes

Each language folder will contain:

• Thin interop wrappers (calling the core Registry / SAS / Transfer Hook surface)
• Minimal examples
• Build instructions
• Clear interface documentation

This keeps the core focused while making the polyglot surface easy to discover and later extract.

🏷️ Agreements · Identity · Compliance

All agreements are:

• Legally binding
• Identity-verified (SAS or ZK)
• Signature-required
• Immutable

Types

1. Founder / Loan Agreements — dual-signature, KYC-verified
2. Contributor Agreements — role-based, authority-scoped
3. Operational / Marketplace Agreements — workflow-generated

All programs and clients return structured, human-readable errors. Never emit bare numeric codes.

🏷️ Docs · Templates · Standards

• Documentation Wizard — automates README generation, agreement templates, ledger/Registry patterns, onboarding docs, and badge walls
• Templates Library — reusable modules for agreements, READMEs, workflows, and contributor onboarding
• Badge Catalog — official GitDigital Solana badges across Governance, Automation, Lending/RWA, Documentation, Privacy, Solana Signals, and Readiness

• Aurora ZK Cryptography Framework — Core cryptographic engine (Groth16, alt_bn128, Pedersen, ElGamal, Plonky2)
• Compliance Registry Design
• Tiered Marketplace
• Privacy / ZK / FHE
• Zero-Token Lead Teams
• Solana Ecosystem Submission
• Demo Design
• ZK Identity Architecture

Author & Code Owner: Rickcreator87 (@Rickcreator87)

Licensed under the MIT License.
See LICENSE, CODEOWNERS, and AUTHORS.md.

1. The scoring rubric (don't improvise this)

"Completion" is meaningless unless it's defined. Use six measurable signals per repo. Each is binary or countable — no vibes.

Signal Weight How to check Has description 5% gh repo view --json description Has topics/tags 5% gh repo view --json repositoryTopics Has LICENSE 10% file exists Has README > 500 bytes 10% file size Has tests (any test dir/files) 15% tests/, .test., _test.go, etc. Has CI (.github/workflows/) 15% file exists Commits in last 90 days 20% gh api commit history Has release/tag OR deployed artifact 20% gh release list or program ID

Total = 100%. That gives you a number you can defend, not a guess.

Maturity tier (map score → label):

· 0–24 → Concept · 25–49 → Prototype · 50–74 → Active · 75–89 → Production-Ready · 90–100 → Mainnet / Shipped

2. Progress bar formats that render on GitHub

GitHub strips HTML in most contexts. Three options that actually work:

Option A — Unicode blocks (works everywhere, no external service):

████████████████░░░░  80%
████████░░░░░░░░░░░░  40%

Option B — Shields.io dynamic badge (cleanest, auto-updates):

Color thresholds: brightgreen ≥90, green ≥75, yellow ≥50, orange ≥25, red <25.

Option C — Shields.io dynamic JSON endpoint (pulls live from a JSON file you host):

![completion](https://img.shields.io/endpoint?url=https://raw.githubusercontent.com/GitDigital-Solana/.github/main/status/kyc-sdk.json)

This is the right long-term answer — the script writes JSON, the badge reads it, everything stays in sync.

3. The scanner script

Save as scripts/scan-org.sh. Requires gh CLI authenticated with org read access.

#!/usr/bin/env bash
set -euo pipefail

ORG="GitDigital-Solana"
OUT="status"
mkdir -p "$OUT"

repos=$(gh repo list "$ORG" --limit 200 --json name,description,repositoryTopics,isArchived,pushedAt,licenseInfo,primaryLanguage)

echo "$repos" | jq -c '.[]' | while read -r repo; do
  name=$(echo "$repo" | jq -r .name)
  archived=$(echo "$repo" | jq -r .isArchived)
  pushed=$(echo "$repo" | jq -r .pushedAt)
  desc=$(echo "$repo" | jq -r '.description // ""')
  topics=$(echo "$repo" | jq -r '.repositoryTopics | length')
  license=$(echo "$repo" | jq -r '.licenseInfo.spdxId // ""')
  lang=$(echo "$repo" | jq -r '.primaryLanguage.name // ""')

  score=0

  # 5% — description
  [ -n "$desc" ] && [ "$desc" != "null" ] && score=$((score+5))

  # 5% — topics
  [ "$topics" -gt 0 ] && score=$((score+5))

  # 10% — license
  [ -n "$license" ] && [ "$license" != "null" ] && score=$((score+10))

  # 10% — README > 500 bytes
  readme_size=$(gh api "repos/$ORG/$name/contents/README.md" --jq '.size' 2>/dev/null || echo 0)
  [ "$readme_size" -gt 500 ] && score=$((score+10))

  # 15% — tests dir/file present
  has_tests=$(gh api "repos/$ORG/$name/contents" --jq '.[].name' 2>/dev/null | grep -iE '^(tests?|spec)$|test|spec' | head -1 || true)
  [ -n "$has_tests" ] && score=$((score+15))

  # 15% — CI workflows
  ci=$(gh api "repos/$ORG/$name/contents/.github/workflows" --jq 'length' 2>/dev/null || echo 0)
  [ "$ci" -gt 0 ] && score=$((score+15))

  # 20% — commit in last 90 days
  if [ "$pushed" != "null" ]; then
    days=$(( ( $(date +%s) - $(date -d "$pushed" +%s) ) / 86400 ))
    [ "$days" -le 90 ] && score=$((score+20))
  fi

  # 20% — has a release or tag
  rels=$(gh release list -R "$ORG/$name" --limit 1 --json tagName 2>/dev/null | jq 'length' || echo 0)
  [ "$rels" -gt 0 ] && score=$((score+20))

  # Status tier
  if   [ "$score" -ge 90 ]; then tier="Mainnet"; color="brightgreen"
  elif [ "$score" -ge 75 ]; then tier="Production-Ready"; color="green"
  elif [ "$score" -ge 50 ]; then tier="Active"; color="yellow"
  elif [ "$score" -ge 25 ]; then tier="Prototype"; color="orange"
  else                            tier="Concept"; color="red"
  fi

  # Build unicode bar (20 blocks)
  filled=$(( score / 5 ))
  empty=$(( 20 - filled ))
  bar="$(printf '█%.0s' $(seq 1 $filled 2>/dev/null))$(printf '░%.0s' $(seq 1 $empty 2>/dev/null))"

  # Write JSON for live shield
  jq -n \
    --arg schemaVersion 1 --arg label "completion" \
    --arg message "${score}% · ${tier}" --arg color "$color" \
    '{schemaVersion:1,label:"completion",message:$message,color:$color}' \
    > "$OUT/$name.json"

  # Emit a markdown row
  echo "| [\`$name\`](https://github.com/$ORG/$name) | $lang | \`$bar\` | **$score%** | $tier |"
done > "$OUT/report.md"

echo "Done. See $OUT/report.md and $OUT/*.json"

Run it, commit status/ to your .github repo, and you have both a static report and live badges.

4. The org profile README with progress bars

Drop this into GitDigital-Solana/.github/profile/README.md. Replace the repo rows with the actual output of the script.

# GitDigital Solana

Open-source compliance, ZK, and RWA infrastructure for Solana.

**87 repos · X active · Y production-ready** · [Full status report →](status/report.md)

---

## ⭐ Flagship

| Repo | Lang | Progress | Score | Status |
|------|------|----------|-------|--------|
| [`solana-kyc-compliance-sdk`](https://github.com/GitDigital-Solana/solana-kyc-compliance-sdk) | Rust + TS | `████████████████░░░░` | **80%** | Production-Ready |
| [`Aurora-zk-cryptography-framework`](https://github.com/GitDigital-Solana/Aurora-zk-cryptography-framework) | Rust | `██████████████░░░░░░` | **70%** | Active |
| [`zk-Identity-masks`](https://github.com/GitDigital-Solana/zk-Identity-masks) | Zig + Mojo + TS | `██████████░░░░░░░░░░` | **50%** | Active |

---

## 📊 By Tier

### 🟢 Production-Ready (75–89)
<!-- generated rows here -->

### 🟡 Active (50–74)
<!-- generated rows here -->

### 🟠 Prototype (25–49)
<!-- generated rows here -->

### 🔴 Concept (0–24)
<!-- generated rows here -->

### ⚫ Archived
<!-- generated rows here -->

---

## 🚦 Live Status

Each repo publishes a live completion badge:


![completion](https://img.shields.io/endpoint?url=https://raw.githubusercontent.com/GitDigital-Solana/.github/main/status/solana-kyc-compliance-sdk.json)

Full methodology: docs/completion-rubric.md



---

## 5. Per-repo README block

Add this near the top of each repo's README, generated per-repo:


![completion](https://img.shields.io/endpoint?url=https://raw.githubusercontent.com/GitDigital-Solana/.github/main/status/REPO.json)
![last commit](https://img.shields.io/github/last-commit/GitDigital-Solana/REPO)
![issues](https://img.shields.io/github/issues/GitDigital-Solana/REPO)
![license](https://img.shields.io/github/license/GitDigital-Solana/REPO)

**Completion:** `████████████████░░░░` 80% · **Tier:** Production-Ready

<details>
<summary>How this score is calculated</summary>

| Signal | Weight | Status |
|--------|--------|--------|
| Description | 5% | ✅ |
| Topics | 5% | ✅ |
| LICENSE | 10% | ✅ |
| README > 500B | 10% | ✅ |
| Tests | 15% | ✅ |
| CI workflows | 15% | ✅ |
| Commit < 90d | 20% | ✅ |
| Release/tag | 20% | ❌ |

</details>

6. Why this is the right approach

· It's honest. Anyone can read the rubric and reproduce the number. No self-awarded "Enterprise Ready" badges. · It auto-updates. The script re-runs, JSON changes, shields.io re-renders. No manual maintenance. · It forces prioritization. When you see ████░░░░░░░░░░░░░░░░ on a repo you thought was done, you know what to fix. · It scales to 87 repos. A human can't track 87 repos honestly. A script can. · It kills the "Sponsor Ready / DD Ready" problem. You replace unearned marketing labels with computed status. Reviewers trust that.

GitDigital Solana — Compliance that lives on-chain.
Transparent when you need it. Zero-knowledge when you require it.

GitDigital Solana · Open-source compliance layer for Real-World Assets, regulated DeFi, and identity-gated applications on Solana.

🔐 Cryptographic Verification Banners
Polar Checkout QR Verified · Autonomous Agent Economies (GitDigital-aligned)

GitDigital Solana is a Solana-native KYC/AML compliance stack that enforces identity, authority, and policy at the token level.

It combines:

• Token-2022 Transfer Hooks + Permanent Delegate
• Solana Attestation Service (SAS) for portable credentials
• A versioned Compliance Registry
• A Tiered Role-Access Marketplace
• Modern privacy primitives: tokenless models, ZK Identity, ZK Registry, ZK Age, and FHE
• Aurora ZK Cryptography Framework as the underlying cryptographic engine (Groth16, alt_bn128, Pedersen, ElGamal, Plonky2)

Designed for RWA issuers, regulated DeFi, identity-gated dApps, and autonomous agent economies.

Every transfer, role grant, and access decision is auditable, authority-scoped, and optionally zero-knowledge.

🏷️ Ecosystem · Architecture · Governance · Solana · RWA · Privacy

A multi-layer architecture built for clarity, continuous compliance, automation, and contributor safety.

Core principles

• Federated governance with dual-approval / multi-sig rules
• Tax-first and compliance-first separation of funds & identity
• Automated enforcement (Transfer Hook + Registry + SAS)
• Contributor-safe authority levels (including zero-token lead-team roles)
• Immutable audit trails
• Transparent and privacy-preserving paths

🏷️ Governance · Authority · Compliance · Audit

Ensures clear boundaries, dual-founder (or Squads multi-sig + time-lock) approvals, immutable audit trails, contributor safety, and tax-/compliance-first separation.

1. Authority Levels — Owner · Manager · Contributor · Automation · Lead-Team (zero-token)
2. Approval Rules — Privileged actions require dual approval or Squads multi-sig + time-lock; agreements require identity-verified signatures
3. Enforcement — KYC/SAS Validator · Transfer Hook + Registry · Immutable logs

🏷️ Authority · Roles · Governance · Zero-Token

Lead-team roles can be exercised without holding any token:

• Access granted purely by valid SAS attestation or ZK role proof
• Roles stored in the Compliance Registry (or ZK Registry) with capability bitmasks
• Compatible with Squads time-locks
• Ideal for pure identity-gated dApps and account-abstraction flows

🏷️ Tax · Compliance · Governance · Audit

Every workflow, repo, agreement, and ledger is designed to:

• Separate personal vs business finances & identity
• Maintain audit-ready documentation
• Enforce identity and authority
• Prevent accidental commingling

1. Separation of Funds & Identity — No money or privileged action moves without documentation, approval, and Registry/ledger entry
2. Immutable Records — All actions logged in Loaner Ledger patterns, Agreements, Workflow/Transfer Hook logs, and Compliance Registry events
3. Automation Enforcement — System prevents unauthorized transfers, missing documentation, unverified identities, and policy violations

🏷️ Registry · On-Chain · Compliance · Authority

Canonical on-chain (or hybrid) directory of trusted KYC providers, wallet statuses & tiers, roles & capability bitmasks, jurisdiction policies, and versioned policy templates.

• PDA-based lookups for low-latency enforcement
• Versioned entries for auditability
• Supports both clear-text and ZK (commitment / Merkle-root) variants
• Single source of truth for Transfer Hooks, marketplaces, and zero-token gates

🏷️ KYC · Identity · Security · SAS

• Identity verification via real KYC providers
• Portable, reusable SAS credentials
• Signature / attestation validation
• Authority enforcement and sanctions screening
• Optional upgrade path to ZK credentials for selective disclosure

No workflow or transfer proceeds without a valid attestation.

🏷️ Automation · Token-2022 · Enforcement · Security

Continuous on-chain enforcement:

• Every transfer is intercepted and validated against the Compliance Registry or a ZK proof
• Permanent Delegate enables recovery / administrative controls (via Squads + time-lock)
• Freeze Authority for temporary locks
• DefaultAccountState for controlled account initialization

🏷️ Marketplace · Roles · Lending · Compliance

Listings, purchases, and role grants are gated by:

• Compliance Registry status
• Tier / role checks
• Optional zero-token proofs
• Polar MoR / verified checkout flows (QR-driven, tax-compliant, identity-gated)

Supports both token-gated and pure credential-gated (tokenless) experiences.

Polar Checkout QR Verified — Official cryptographic trust signal for autonomous commerce and verified payments.

Powered by the Aurora ZK Cryptography Framework — the cryptographic engine for zero-knowledge proofs, commitments, and on-chain verification on Solana.

Aurora provides the production-grade primitives this SDK relies on:

Aurora is treated as a first-class sister project. This SDK does not re-implement the same cryptographic primitives.

Access control without requiring any SPL / Token-2022 token. Users prove attributes (KYC status, age, jurisdiction, accreditation, role) via ZK credentials or SAS attestations.

• Portable zero-knowledge identity credentials with selective disclosure
• Merkle-root / commitment-based registry
• Users prove membership or policy satisfaction + nullifier without revealing clear-text status
• Proofs generated and verified via Aurora

• Circuits that prove age ≥ threshold (or range) without revealing date of birth
• Fully Homomorphic Encryption for computation on encrypted compliance data (risk scores, attributes) — hybrid off-chain FHE + on-chain ZK proof of correct computation (Aurora + FHE layer)

Compliance remains foundational whether the path is clear-text or zero-knowledge.

# Clone
git clone https://github.com/Gitdigital-products/solana-kyc-compliance-sdk.git
cd solana-kyc-compliance-sdk

# Build Rust program
cd programs/compliance_registry
cargo build-bpf

# Build TypeScript SDK
cd ../../sdk/typescript
npm install && npm run build

import { ComplianceClient } from "@gitdigital/solana-kyc-sdk";

const client = new ComplianceClient({
  connection,
  registryProgramId,
});

// Check wallet status
const status = await client.getWalletStatus(wallet.publicKey);

if (!status.isCompliant) {
  throw new Error("Wallet not registered or attestation expired");
}

🏷️ Performance · Security · Polyglot · MLOps

On-chain programs stay in Rust + Anchor (Token-2022, Transfer Hooks, Registry).
Off-chain risk engines, FHE kernels, secure gateways, oracle adapters, and agent runtimes use the languages below for speed, safety, and lower operational cost.

Guidance

• Keep on-chain code in Rust + Anchor.
• Use TypeScript as the primary client and orchestration language.
• Use Aurora ZK for all zero-knowledge proof generation and on-chain verification primitives.
• Prefer the languages above for off-chain risk engines, FHE nodes, secure gateways, and high-assurance modules.
• Languages that reduce attack surface (Ballerina’s built-in security, V/Zig immutability & bounds checks, Mojo ownership) and lower cost (faster runtimes → fewer machines) are preferred.
• A top-level Makefile unifies polyglot builds (Rust + TS + Julia/Mojo/Zig/Kotlin/etc.).

These languages make the compliance engines, risk scoring, FHE computations, and autonomous agent loops faster, cheaper, and more secure.

Language-specific interop lives inside the main repository for now (clean extraction into dedicated repos later if needed):

lang/
├── julia/          # AML risk engines, Monte-Carlo scoring, ZK parameter tuning
├── mojo/           # FHE kernels, confidential risk scoring, sanctions screening
├── v/              # Fast off-chain verifiers, lightweight tooling
├── zig/            # Low-level FHE primitives, high-assurance crypto helpers
├── ballerina/      # Secure API gateways, Travel-Rule, oracle ingestion
├── nim/            # Policy engines, oracle adapters, internal services
├── kotlin/         # Secure microservices, enterprise KYC/AML integration
└── README.md       # Interop contracts, FFI/gRPC boundaries, build notes

Each language folder will contain:

• Thin interop wrappers (calling the core Registry / SAS / Transfer Hook surface)
• Minimal examples
• Build instructions
• Clear interface documentation

This keeps the core focused while making the polyglot surface easy to discover and later extract.

🏷️ Agreements · Identity · Compliance

All agreements are:

• Legally binding
• Identity-verified (SAS or ZK)
• Signature-required
• Immutable

Types

1. Founder / Loan Agreements — dual-signature, KYC-verified
2. Contributor Agreements — role-based, authority-scoped
3. Operational / Marketplace Agreements — workflow-generated

All programs and clients return structured, human-readable errors. Never emit bare numeric codes.

🏷️ Docs · Templates · Standards

• Documentation Wizard — automates README generation, agreement templates, ledger/Registry patterns, onboarding docs, and badge walls
• Templates Library — reusable modules for agreements, READMEs, workflows, and contributor onboarding
• Badge Catalog — official GitDigital Solana badges across Governance, Automation, Lending/RWA, Documentation, Privacy, Solana Signals, and Readiness

• Aurora ZK Cryptography Framework — Core cryptographic engine (Groth16, alt_bn128, Pedersen, ElGamal, Plonky2)
• Compliance Registry Design
• Tiered Marketplace
• Privacy / ZK / FHE
• Zero-Token Lead Teams
• Solana Ecosystem Submission
• Demo Design
• ZK Identity Architecture

Author & Code Owner: Rickcreator87 (@Rickcreator87)

Licensed under the MIT License.
See LICENSE, CODEOWNERS, and AUTHORS.md.

GitDigital Solana — Compliance that lives on-chain.
Transparent when you need it. Zero-knowledge when you require it.