Shaping Tomorrow, where Models Meet the Moment

DAOLYTICA – Next-Generation Platform

Advanced Blockchain Technology and Decentralized Intelligence Solutions

Next-gen platform uniting tech, data, and connectivity.

Decentralized Intelligence. Transparent Access. Absolute Control.

Where AI Meets Blockchain for Verified, Secure Insight.

Decentralized Autonomous Organisation Analytics

DAOLYTICA

Next Generation Blockchain Platform with AI and Machine Learning

Blockchain Development and Smart Contract Services

Blockchain Cloud
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Reza Mirfayzi

About the Founder: Blockchain and AI Innovation Leadership

Dr. Reza Mirfayzi

I began in fusion research, working on lasers and plasmas, and now lead cross-disciplinary teams that translate experimental energy science into real-world data systems. My work feels more like a passion than a job. In parallel, building on my experience, I saw how advanced technology can make everyday decisions easier, so I develop tools that help people manage information without hassle. Security and privacy are core principles, ensuring users stay in control of their data. I am building a sandbox where AI agents handle highly sensitive information with confidentiality at the center, using tokens and a blockchain network as a trusted layer to keep data access transparent and fair. Today, I focus on turning complex science into simple tools that people enjoy using. Connect with me on LinkedIn.

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Experimenting DAOlytica Tokens

Understanding Blockchain Technology

Explore how blockchain technology, smart contracts, and token economics can power decentralized AI systems. Click on the educational cards below to learn more about the fundamental concepts.

TVEC

Trust Vector Ethereum Core

Click to learn about our experimental token

Sepolia Explorer Contract Source

Blockchain

Trust & Transparency

Click to understand blockchain fundamentals and verification

Read on Wikipedia

Internet of Things

Real-World Signals

Click to learn how sensor networks feed DAOlytica

IBM IoT Overview

Bridges

Cross-Chain Technology

Click to learn about blockchain bridges and interoperability

Ethereum.org Bridges

Local BESU Network

Private Ethereum Layer

Click to see how DAOLYTICA uses on-prem validators

Utility Token

Platform Access

Click to understand utility tokens

Augmented AI Interface

Human-in-the-Loop

Click to explore guided AI orchestration

Encryption

AES-GCM Security

Click to see how authenticated encryption protects agents

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What is TVEC?

Trust Vector Ethereum Core

TVEC (Trust Vector Ethereum Core) is an experimental token designed for the DAOLYTICA platform. This token serves as a proof-of-concept to explore how blockchain technology, smart contracts, and token economics can power decentralized AI systems.

Experimental & Free for Users

TVEC is currently in an experimental phase. Tokens are issued free of charge so early adopters can explore the platform without taking on financial risk, while we stress-test tokenomics, observe behaviour, and demonstrate how a utility token behaves inside a controlled sandbox. The programme is purely educational, which means TVEC carries no monetary value or investment promise.

How TVEC Works

During the experimental phase, community members receive complimentary TVEC to fire up AI jobs, benchmark throughput, and experience how a token-governed economy feels end to end. Every interaction is logged so we can fine-tune pricing, user experience, and governance while collecting qualitative feedback that shapes the production version.

Future Development

As we continue to develop and refine the DAOLYTICA platform, TVEC may evolve. However, during this experimental phase, our focus is on learning, testing, and building the best possible platform for our users.

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Understanding TVEC Token

What is a Utility Token?

A utility token is a digital asset that provides access to a specific product or service. Unlike investment tokens, utility tokens are designed to be used within a platform ecosystem. TVEC is a utility token that powers the DAOLYTICA platform.

How Do Utility Tokens Work?

Utility tokens follow a straightforward cycle: users acquire them (through grants, earning, faucets, or purchase), secure them in a wallet they control, and spend the balance to unlock capabilities on the platform. Each transfer is written to the blockchain, creating a transparent audit log that shows exactly how services were consumed.

Understanding ERC-20 Standard

ERC-20 is a technical standard for tokens on the Ethereum blockchain. It ensures compatibility across wallets and exchanges. TVEC follows this standard, meaning it works with MetaMask, hardware wallets, and any ERC-20 compatible system.

Fixed Supply Explained

TVEC has a fixed supply of 1 billion tokens - no more can be created. This is similar to Bitcoin's model, where scarcity is built into the design. This differs from inflationary tokens where new tokens are continuously minted.

Standards & Compatibility

TVEC adheres to the ERC-20 ABI so wallets, dApps, and exchanges can integrate it without extra work. During development we deploy contracts to our local Hyperledger BESU network, then mirror the bytecode to Sepolia so every interaction is fully reproducible.

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What is Blockchain?

The Foundation of Cryptocurrency

A blockchain is a distributed ledger technology that maintains a continuously growing list of records, called blocks, which are linked and secured using cryptography. Each block contains a cryptographic hash of the previous block, a timestamp, and transaction data.

Key Characteristics:

Blockchains are decentralized (no single operator owns the ledger), immutable (data cannot be changed without overwhelming consensus), transparent (anyone can verify the record), and secure (each block is protected with cryptographic hashing). Together, these properties create a trustless environment where participants can transact without intermediaries.

How It Works:

When a transaction occurs, it's broadcast to the network. Miners (or validators) collect these transactions into blocks. Each block is verified and added to the chain in chronological order, creating an unbreakable chain of records.

Why It Matters for TVEC:

TVEC transactions are recorded on the blockchain, ensuring they are transparent, secure, and cannot be altered. This provides trust and verifiability for all token movements within the DAOLYTICA ecosystem.

Transparent Verification

"Blockchain verified" means that transactions and data are recorded on a blockchain, making them transparent, publicly verifiable, and tamper-proof. Once recorded, the information cannot be altered without network consensus.

Verification Flow

Verification begins when a transaction is broadcast to the network. Validators or miners confirm its authenticity, package it into a block, and run a consensus mechanism to agree that the block is valid. Once appended to the chain, the record becomes immutable and publicly auditable.

Benefits for DAOLYTICA

Because verification is public, anyone can check the ledger, removing the need to trust an intermediary. The permanent audit trail shows provenance, cryptographic hashing guards the data against tampering, and the transparent process builds confidence in every TVEC transfer.

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What are Blockchain Bridges?

Connecting Different Blockchains

Blockchain bridges are protocols that allow tokens and data to be transferred between different blockchain networks. They enable interoperability between blockchains that would otherwise be isolated from each other.

How Bridges Work:

Most bridges follow patterns such as lock-and-mint (funds are locked on the source chain while synthetic replicas are minted on the destination), burn-and-release (tokens are destroyed on one side as previously escrowed assets are released on the other), or atomic swaps (simultaneous exchanges without custodians). Each design keeps supply balanced across networks.

Types of Bridges:

Centralized bridges are operated by a trusted entity or consortium, delivering speed and simple support at the cost of additional trust. Decentralized bridges distribute validation across independent nodes, providing stronger censorship resistance and security guarantees with a small trade-off in latency.

Common Use Cases:

Teams rely on bridges to move assets from Ethereum to cost-efficient networks such as Polygon, tap into DeFi protocols that live on alternate chains, shuttle NFTs between ecosystems, or simply take advantage of specialised features (throughput, privacy, compliance) that exist on specific networks.

Why It Matters for TVEC:

As TVEC evolves, bridges could enable the token to operate across multiple blockchain networks, allowing users to choose the network that best suits their needs (lower fees, faster transactions, etc.) while maintaining the same token utility.

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Local BESU Network

Private Ethereum Fabric

DAOLYTICA operates a consortium-grade Hyperledger BESU network for low-latency validation, deterministic gas pricing, and advanced privacy controls. The network mirrors mainnet semantics while remaining fully under our governance for compliance reviews.

Why BESU?

BESU supports permissioned validator sets, IBFT2 consensus, on-chain access lists, and native metrics. This lets us trace every transaction, throttle workloads, and anchor Merkle roots before publishing to Sepolia.

Development & Production

Agents first execute on an isolated BESU dev ring, then promote proofs to the production cluster. The same RPC layer drives smart-contract testing, registry sync jobs, and token mint/burn processes.

Interoperability

Because BESU is Ethereum-compatible, contracts deployed locally keep the ERC-20 ABI and can be migrated to public networks without rewriting business logic—one more reason TVEC integrates the standard directly inside its token logic.

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What is a Utility Token?

Tokens with Real-World Use

A utility token is a digital asset that provides access to a specific product or service within a platform ecosystem. Unlike investment tokens (securities), utility tokens are designed to be used, not just held as investments.

Key Characteristics:

Utility tokens exist to unlock functionality. They represent access rights to features, APIs, or services inside a platform, are valued according to how useful that platform becomes, and are intentionally distinct from securities because their primary role is consumption rather than speculation.

How Utility Tokens Work:

The lifecycle is simple: users acquire tokens, store them in a wallet, spend them to invoke platform services, and each transfer is permanently recorded on-chain. As demand for the underlying service grows, the token’s practical value grows with it.

Examples of Utility Tokens:

Well-known examples include Filecoin for decentralized storage markets, Basic Attention Token for attention economics in the Brave browser, Chainlink for oracle services, and TVEC for driving AI agent activity on DAOLYTICA. Each token’s usefulness maps directly to the service it powers.

TVEC as a Utility Token:

TVEC is designed as a utility token for the DAOLYTICA platform. Users pay TVEC to create AI agent jobs, and agents earn TVEC for completing work. The token's value comes from its utility within the platform ecosystem, not from speculative investment potential.

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Encryption & Data Protection

Why AES-GCM?

AES-GCM (Advanced Encryption Standard in Galois/Counter Mode) combines 256-bit symmetric encryption with built-in authentication, meaning every packet is both confidential and tamper-evident. It is the modern default for securing APIs, agent payloads, and telemetry with minimal performance overhead.

How We Apply It

Each job request is sealed with a unique 96-bit nonce and an AES-256 key derived from the tenant’s secrets. The GCM authentication tag travels with the ciphertext, so any modification to the payload or metadata is detected instantly before an agent processes it.

Benefits for the Platform

AES-GCM delivers confidentiality, integrity, and replay protection in a single primitive. Agents can stream encrypted chunks without waiting for entire files, audit logs can prove that data was not altered, and customers gain the assurance that sensitive prompts or outputs stay sealed end-to-end.

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Internet of Things

Connected Sensor Mesh

Industrial IoT deployments feed the DAOlytica platform with telemetry from gateways, SCADA equipment, vehicles, and wearables. Each device publishes signed payloads through MQTT/HTTPS brokers, so provenance and device health are tracked in real time.

Operational Data Flow

Edge collectors normalize sensor data, encrypt it, then anchor summaries on-chain for auditability. AI agents subscribe to these streams to trigger maintenance workflows, risk alerts, or supply-chain automations.

Why IoT Matters

Pairing TVEC with IoT gives every device a verifiable economic identity. Usage-based pricing, automated service tickets, and compliance reporting can all be executed transparently on the same ledger that stores the sensor proofs.

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Augmented AI Interface

Human-in-the-Loop

Augmented AI combines orchestration agents with guided UX so domain experts can review reasoning steps, inject domain knowledge, or reroute workflows without dropping into raw prompts.

Composable Controls

Interactive canvases present data lineage, policy constraints, and token balances. Decision sliders, constraint tags, and explainability overlays help teams validate AI output in regulated environments.

Why It Matters

Augmented interfaces keep AI accountable. Combining real-time visualization with blockchain-backed audit trails lets organisations prove who approved a recommendation, which models were used, and how tokens were spent.

DAOLYTICA ARCHITECTURE

From the React dashboard to blockchain-anchored evidence

The diagram above compresses our production stack into five tightly coupled streams. Users interact with a React + MetaMask dashboard, requests traverse the API gateway, orchestration services map the workload, sub-agent clusters execute tasks over NATS JetStream, and finalized evidence is sealed inside smart contracts on Sepolia. The view below preserves that methodology in a simplified flow.

01

Client & Wallet

React/ethers.js dashboard pairs with MetaMask for registry actions, token transfers, and transaction signing.

UI Layer
02

API Gateway

FastAPI gateway authenticates users, rate-limits requests, and routes them into the orchestration fabric.

Access Control
03

Orchestrator & Services

Python orchestration decomposes jobs, manages clusters, and prepares Merkle roots alongside policy and audit services.

Preparation Layer
04

Message Fabric & Agents

NATS JetStream fans work out to plainer/retriever/evaluator agents. Clusters scale horizontally per workload.

Execution Layer
05

Blockchain & Storage

Merkle logs anchor to AuditAnchor.sol, TVEC handles token economics, PostgreSQL/WitnessDB retain artifacts, and VecDB stores embeddings.

Verification Layer

Methodology

Every flow follows the same loop: collect → orchestrate → verify → anchor. Roots are computed before a single TVEC is released.

Observability

Merkle log service, policy API, and registry sync jobs provide continuous telemetry covering both AI agents and blockchain writes.

Security

AES-GCM encryption, allow-listed contracts, and authentication service enforce the same controls illustrated in the full architecture.