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A P E R O D (APRO)
High-Throughput Privacy L1 · RingCT · BFT-PoS · Telegram Mini-App Infrastructure
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— Real privacy. High-throughput settlement. Zero compromises. —
◆ WHAT IS APEROD? ◆
Aperod is a high-throughput, privacy-preserving Layer-1 blockchain built from scratch in Go. Every transaction hides the sender, receiver, and amount using
RingCT (Ring Confidential Transactions) — re-engineered on a high-speed
BFT Proof-of-Stake (BFT-PoS) consensus backbone with 3-second block finality.
Designed as a native privacy and micro-settlement layer for
Telegram Mini-Apps and Web3 games, Aperod combines battle-tested cryptography with client-side security via its dedicated WASM SDK.
This is not a fork. Not a rebranded EVM chain. Not a layer-2 wrapper. Aperod is an
original Layer-1 protocol engineered for privacy, speed, and real-world ecosystem integration.
◆ CORE FEATURES ◆
🔒 Unconditional Transaction PrivacyEvery UTXO on Aperod is private. Ring signatures (MLSAG, ring size 16) hide which input is being spent. Pedersen commitments and Bulletproof-style range proofs hide the amount. One-time stealth addresses hide the receiver. Even a node operator with full chain access cannot link a transaction to its participants.
⚡ BFT Proof-of-Stake — 3-Second Instant FinalityBlocks are produced and validated across a high-performance BFT-PoS validator set with deterministic single-slot finality. No 60-block confirmations. No re-org risks. Micro-transactions settle in under 3 seconds.
🔥 Deflationary Value Capture (EIP-1559)Aperod implements a dynamic base fee mechanism where
100% of the base transaction fee is permanently burned. As adoption across Telegram Mini-Apps grows, fee burns directly offset block rewards, driving long-term deflation.
📱 Telegram Mini-Apps & WASM SecurityIntegrated with a high-performance WASM SDK for zero-knowledge key management inside Telegram Mini-Apps and Web3 browser environments without exposing private keys to remote servers.
🔑 Dual-Key ArchitectureAperod wallets feature two independent keys: a
spend key (required to transfer funds) and a
view key (read-only auditing). Share your view key with an accountant or regulator to prove compliance without granting spending access.
🔐 Independent Security Audit — CompletedAperod's cryptographic core was audited by
Gh0stAnts Security Research. Critical and high findings have been resolved and published. The full report is available at
explorer.aperod.com/security-reports.
◆ TECHNICAL SPECIFICATIONS ◆
| Parameter | Value |
| Language | Go 1.25 |
| Block time | 3 seconds |
| Consensus | BFT Proof-of-Stake (BFT-PoS, 3s Instant Finality) |
| Privacy model | UTXO-based RingCT |
| Ring signature scheme | MLSAG, ring size 16 |
| Amount hiding | Pedersen commitments + Bulletproof range proofs |
| Fee Mechanism | EIP-1559 Dynamic Base Fee (100% Permanently Burned) |
| Client Security | WASM SDK (Client-side Cryptography) |
| Institutional Standard | Rosetta API Compliant |
| Address scheme | Dual-key (spend + view), stealth one-time addresses |
| Curve | Edwards25519 |
| Hash function | SHA3-256 |
| Storage | LevelDB (chain), PostgreSQL (explorer index) |
| Max Supply | 10,000,000,000 APRO (Deflationary Model) |
| Block reward | 3 APRO per block |
| Light node pruning | Strips RingCT data from old blocks (~70% disk savings) |
◆ CRYPTOGRAPHIC DESIGN ◆
Why RingCT over zk-SNARKs?Ring signatures are battle-tested, require no trusted setup, and are verifiable by any node without specialized hardware. Aperod chose MLSAG for its proven security properties and auditability over newer proof systems carrying trusted-setup risks.
Ring Signature SchemeSpend UTXO U_real
┌──────────────────────────────────────────────────────┐
│ Ring: [ U_decoy1, U_decoy2, ... U_real, U_decoy16 ] │
│ Key image: I = x · Hp(P) ← one-time, unspendable │
│ Signature proves: "one of these UTXOs is being │
│ spent" — without revealing which one │
└──────────────────────────────────────────────────────┘
On-chain: key image I is stored permanently
→ double-spend impossible, identity stays hidden
Stealth Address ProtocolSender generates r (random scalar)
R = r·G (transmitted in tx)
One-time pub key:
P_out = Hs(r·B) · G + D
└────────────┘
shared secret (receiver's spend pubkey component)
Only the owner of B (view key) can recognize P_out as theirs.
To any observer: P_out looks like a random point.
◆ RUNNING A VALIDATOR NODE ◆
The Aperod validator binary is open source. Requirements: Linux x86-64, 4 GB RAM minimum (8 GB recommended), 100 GB SSD, static IP.
1. Build from sourcegit clone https://github.com/aperod-network/aperod-node.git
cd aperod-node
make build
# Binary: ./build/aperod-node
2. Minimal node.yamlnetwork: mainnet
data_dir: /opt/aperod/data
consensus:
validator_key: /opt/aperod/validator.key
reward_address: "your-aperod-address"
block_time: "3s"
api:
enabled: true
listen_addr: "127.0.0.1:8545"
pruning:
mode: light # strips old RingCT data, saves ~70% disk
keep_blocks: 200000 # ≈ 6.5 days of full history
3. Generate validator key./build/aperod-node --generate-validator-key --data-dir /opt/aperod/data
4. Run as systemd service[Unit]
Description=Aperod Blockchain Node
After=network.target
[Service]
ExecStart=/usr/local/bin/aperod-node --config /etc/aperod/node.yaml
Restart=on-failure
RestartSec=5
User=aperod
Environment=GOMEMLIMIT=5905580032
[Install]
WantedBy=multi-user.target
Light node (observer/relay) — no validator key required:Simply omit
consensus.validator_key in node.yaml. The node will sync the full chain and serve API requests without participating in block production.
◆ TOKENOMICS & DEFLATION ◆
Max Supply: 10,000,000,000 APRO (Hardcap)
Circulating Supply Inflation: ~7.97% p.a. average vesting release over 11 years (132 months).
Net Supply Dynamics: EIP-1559 base-fee burning continuously reduces circulating supply based on Telegram Mini-App transaction volume.
| Allocation | Share | Amount | Vesting Schedule |
| Community & Ecosystem | 40% | 4,000,000,000 APRO | 100% unlocked at TGE |
| Strategic Reserve | 27% | 2,700,000,000 APRO | 36 months linear vesting |
| Faucet & Staking | 20% | 2,000,000,000 APRO | 120 months linear vesting |
| Team & Development | 10% | 1,000,000,000 APRO | 12-month cliff, 120 months linear |
| Initial Liquidity | 3% | 300,000,000 APRO | 100% unlocked at TGE |
◆ ROADMAP ◆
✅ COMPLETED- Core protocol architecture — UTXO RingCT, MLSAG signatures, Pedersen commitments
- BFT Proof-of-Stake consensus — 3-second deterministic finality
- EIP-1559 base-fee burning engine
- Full node, WASM SDK & Go CLI wallet
- Public Block Explorer & Telemetry Status Page (status.aperod.com)
- Rosetta API standard integration
- Telegram wallet bot (@aperod_bot)
- Independent security audit by Gh0stAnts Security Research
🔄 IN PROGRESS- Public deployment of status.aperod.com telemetry suite
- Pre-Seed institutional Data Room & SAFT documentation
- Expanding validator node network (14/21 active set)
- CEX/DEX integration preparation
📋 PLANNED- Telegram Mini-App developer SDKs and GameFi payment rails
- Cross-chain privacy atomic swaps
- Mobile native wallets (iOS / Android)
- Decentralized permissionless validator onboarding
◆ LINKS & RESOURCES ◆
This is an official software announcement. Nothing in this post constitutes financial advice or an offer to sell securities.
Cryptocurrency networks carry inherent technological risks. Perform independent due diligence before interacting with the protocol.