1. What is Peaq — Peaq is a scalable, low-cost blockchain optimized for decentralized physical infrastructure networks and the Internet of Things. It supports smart contracts in multiple languages and provides ready-made backend functions for machine identities, permissions, payments, data storage, and more. This allows developers to easily build real-world IOT applications. Through bridges and cross-chain capabilities, peaq enables seamless integration with other major blockchains. Its economic model incentivizes contributions from both users and machines to foster an active ecosystem.

2. What does peaq do ?
   a) Optimized blockchain for Internet of Things (IoT) and Decentralized Physical Infrastructure Networks (DePIN), enabling real-world machine-to-machine transactions.
   b) Provides backend functions like machine identities, permissions, payments, data storage, data indexing, AI agents to build IoT applications easily.
   c) Scalable to 10,000+ transactions per second at low transaction fees using an energy-efficient architecture.
   d) Supports EVM and ink! smart contracts for flexibility. Offers bridges and cross-chain interoperability with major blockchains like Ethereum, Polkadot, Cosmos.
   e) Economic model incentivizes contributions from users and machines to create an active ecosystem. SDK allows easy integration with devices and machines

3. Fundamentals of Peaq ?
   — Security and Decentralization
   — Security and Decentralization
   — Transaction Fees
   — Sustainability
   — Developer Ecosystem
   — Smart Contracts and Pallets
   — EVM Smart Contracts
   — ink! Smart Contracts
   — Substrate Pallets

4. DePIN and its functions ?
   The #DePIN sector can be split into two sub-sectors.
   

   

#PRN: Physical Resource Networks — incentivize people to direct/deploy location-dependent hardware to offer real-world, non-fungible goods and services.

#DRN: Digital Resource Networks — incentivize people to direct/deploy hardware to offer fungible, digital resources.

PRNs are the more obvious #DePINs as they’re location-dependent and often involve non-fungible and/or tangible resource offerings , Physical Resource Networks can be sub-divided into:
— Mobility
— Wireless
— Energy
— Geospatial
— Agriculture
— Health

Digital resource Networks use tokens to incentivize people to build real-world physical infrastructure networks that offer digital resources , DRNs can be sub-divided into:
— Bandwidth Networks
— Storage Networks
— Compute Networks

5. Why do #DePINs choose Peaq ?

— Fundamentals (Scalability, Cost)
— 1st & 2nd Largest Developer Bases in #WEB3
— Tech Stack (build in Rust, Solidity)
— Largest + Fastest Growing DePIN Ecosystem
— Multichain (Eth, Polkadot, Cosmos, BNB, Solana)
— Machine #Composability
— Machine #RWA
— Machine #DeFi
— Economy of Things Economic Model
— Enterprise Access & Adoption
— Energy Efficiency
— DePIN & IoT Focused Community
— DePIN Grants & Accelerator Program
— Data Verification (Coming Soon)
— Sandboxes (@krestnetwork)
— Shared Vision for Real-World Impact

1. Why are RWA and DePIN ideally suited for each other, much like the perfect match of butter and bread ?

   Real World Assets (RWAs) serve as the foundational elements of Decentralized Physical Infrastructure Networks (DePINs), collectively constituting the physical assets essential for the network. A DePIN is a collaborative network of RWAs working in tandem to establish a decentralized system that delivers specific goods or services, such as cameras for mapping data or solar panels for energy generation.

   There are two primary types of tokens serving as the fundamental components:

   Fungible (DePIN Token) : This token is employed to incentivize the deployment of RWAs and, for instance, to obtain the goods or services offered by a DePIN.

   Non-Fungible (RWA Token) : Ownership of individual RWAs can be represented by Non-Fungible Tokens (NFTs), which tokenize the RWAs, facilitating revenue sharing and crowdsourcing capital for the initial purchase of RWAs. At peaq network we are soon introducing a feature called Machine NFTs, specifically designed to tokenize RWAs within DePINs. This is particularly advantageous when RWAs are of high value and require significant initial capital for deployment, using cars as an illustrative example.
   

2. What is Difference between Krest and Peaq ?

   Krest is described as the “canary network” of peaq. This means krest functions as a test network that runs in parallel with the peaq mainnet to test features and changes before deploying them on the main peaq network.
   As a canary network, krest seems to provide an environment for safe development and testing of new features before they are implemented on the main peaq network. So krest helps support and enable ongoing innovation on peaq through this testing ground.
   There may be similarities in terms of functionality between peaq and krest since the latter exists to test upgrades for the former. But krest is experimental while peaq represents the core main network.

3. Tokenomics of $KREST and

1. What is Peaq — Peaq is a scalable, low-cost blockchain optimized for decentralized physical infrastructure networks and the Internet of Things. It supports smart contracts in multiple languages and provides ready-made backend functions for machine identities, permissions, payments, data storage, and more. This allows developers to easily build real-world IOT applications. Through bridges and cross-chain capabilities, peaq enables seamless integration with other major blockchains. Its economic model incentivizes contributions from both users and machines to foster an active ecosystem.

2. What does peaq do ?
   a) Optimized blockchain for Internet of Things (IoT) and Decentralized Physical Infrastructure Networks (DePIN), enabling real-world machine-to-machine transactions.
   b) Provides backend functions like machine identities, permissions, payments, data storage, data indexing, AI agents to build IoT applications easily.
   c) Scalable to 10,000+ transactions per second at low transaction fees using an energy-efficient architecture.
   d) Supports EVM and ink! smart contracts for flexibility. Offers bridges and cross-chain interoperability with major blockchains like Ethereum, Polkadot, Cosmos.
   e) Economic model incentivizes contributions from users and machines to create an active ecosystem. SDK allows easy integration with devices and machines

3. Fundamentals of Peaq ?
   — Security and Decentralization
   — Security and Decentralization
   — Transaction Fees
   — Sustainability
   — Developer Ecosystem
   — Smart Contracts and Pallets
   — EVM Smart Contracts
   — ink! Smart Contracts
   — Substrate Pallets

4. DePIN and its functions ?
   The #DePIN sector can be split into two sub-sectors.
   

   

#PRN: Physical Resource Networks — incentivize people to direct/deploy location-dependent hardware to offer real-world, non-fungible goods and services.

#DRN: Digital Resource Networks — incentivize people to direct/deploy hardware to offer fungible, digital resources.

PRNs are the more obvious #DePINs as they’re location-dependent and often involve non-fungible and/or tangible resource offerings , Physical Resource Networks can be sub-divided into:
— Mobility
— Wireless
— Energy
— Geospatial
— Agriculture
— Health

Digital resource Networks use tokens to incentivize people to build real-world physical infrastructure networks that offer digital resources , DRNs can be sub-divided into:
— Bandwidth Networks
— Storage Networks
— Compute Networks

5. Why do #DePINs choose Peaq ?

— Fundamentals (Scalability, Cost)
— 1st & 2nd Largest Developer Bases in #WEB3
— Tech Stack (build in Rust, Solidity)
— Largest + Fastest Growing DePIN Ecosystem
— Multichain (Eth, Polkadot, Cosmos, BNB, Solana)
— Machine #Composability
— Machine #RWA
— Machine #DeFi
— Economy of Things Economic Model
— Enterprise Access & Adoption
— Energy Efficiency
— DePIN & IoT Focused Community
— DePIN Grants & Accelerator Program
— Data Verification (Coming Soon)
— Sandboxes (@krestnetwork)
— Shared Vision for Real-World Impact

1. Why are RWA and DePIN ideally suited for each other, much like the perfect match of butter and bread ?

   Real World Assets (RWAs) serve as the foundational elements of Decentralized Physical Infrastructure Networks (DePINs), collectively constituting the physical assets essential for the network. A DePIN is a collaborative network of RWAs working in tandem to establish a decentralized system that delivers specific goods or services, such as cameras for mapping data or solar panels for energy generation.

   There are two primary types of tokens serving as the fundamental components:

   Fungible (DePIN Token) : This token is employed to incentivize the deployment of RWAs and, for instance, to obtain the goods or services offered by a DePIN.

   Non-Fungible (RWA Token) : Ownership of individual RWAs can be represented by Non-Fungible Tokens (NFTs), which tokenize the RWAs, facilitating revenue sharing and crowdsourcing capital for the initial purchase of RWAs. At peaq network we are soon introducing a feature called Machine NFTs, specifically designed to tokenize RWAs within DePINs. This is particularly advantageous when RWAs are of high value and require significant initial capital for deployment, using cars as an illustrative example.
   

2. What is Difference between Krest and Peaq ?

   Krest is described as the “canary network” of peaq. This means krest functions as a test network that runs in parallel with the peaq mainnet to test features and changes before deploying them on the main peaq network.
   As a canary network, krest seems to provide an environment for safe development and testing of new features before they are implemented on the main peaq network. So krest helps support and enable ongoing innovation on peaq through this testing ground.
   There may be similarities in terms of functionality between peaq and krest since the latter exists to test upgrades for the former. But krest is experimental while peaq represents the core main network.

3. Tokenomics of $KREST and