Node Network

The Datagram Node Network is the foundational infrastructure of the Datagram ecosystem, providing a globally distributed network of nodes that support decentralized compute, bandwidth, and storage. It serves as the backbone for both native and external DePIN projects, enabling seamless access to resources without the need to build custom infrastructure.

Key Features

• Distributed Nodes (Datagram Cores): The network comprises various types of nodes, including Full Cores, Partner Cores, Device Cores, Hardened Cores, and Consumer Cores. Each type serves specific functions, such as handling high-priority traffic, load balancing, or secure communications.

• Scalability and Flexibility: The network supports instant deployment for new DePIN projects and integration for existing ones, enhancing resource efficiency without requiring blockchain expertise.

• Blockchain-Agnostic Integration: Built as a Layer 1 on the Avalanche blockchain, it currently supports EVM networks, with non-EVM compatibility coming soon. The architecture abstracts the complexities of decentralized systems, delivering a Web2-like experience while maintaining the benefits of blockchain, such as security, scalability, and cost efficiency.

• High-Performance Data Transmission: Nodes operate as decentralized Beowulf clusters (a group of computers working together as a high-performance parallel computing system), ensuring fault-tolerant and low-latency data pathways for applications like video conferencing and AI computing. Nodes form a decentralized group that shares processing power to ensure reliable and fast data transfer for tasks like video calls and AI processing.

Node Types

The Datagram network is made up of several different types of nodes, each with a distinct role and level of responsibility in maintaining and operating the decentralized infrastructure. Understanding these node types helps clarify how the network balances performance, security, and flexibility

Full Cores

Full Cores are the primary and most critical nodes within the Datagram network. They handle essential tasks such as routing network traffic and optimizing the flow of data across the system. Operating a Full Core requires owning a Core Token, which represents a stake in the network and a commitment to maintaining its integrity.

While Full Cores do not inherently validate blockchain transactions, they contribute significantly to network stability by managing data transmission, compute workloads, and traffic optimization. Transaction validation and participation in consensus are reserved for designated validators who stake $DGRAM tokens under the network’s Proof-of-Stake mechanism.

Full Cores also play a key role in scaling the network by supporting high volumes of traffic and compute operations. Operators are rewarded based on uptime, resource contributions, and overall performance.

Partner Cores

Partner Cores act as supportive nodes that increase the network’s capacity during high-demand periods. When traffic or computational load rises, Partner Cores assist Full Cores by sharing processing tasks and balancing the workload.

This collaboration prevents bottlenecks and keeps network performance smooth and stable. Although Partner Cores do not have the same authority as Full Cores, their role is vital for handling traffic spikes without service degradation.

Device Cores

Device Cores leverage idle processing power from everyday Internet of Things (IoT) devices such as routers, smart sensors, and other connected appliances. They operate through the Datagram Core Substrate, allowing them to contribute spare compute resources when these devices are not fully engaged in their primary tasks.

While individual Device Cores provide less processing power compared to Full or Partner Cores, their large numbers help significantly increase the network’s overall efficiency without requiring dedicated hardware investments.

Hardened Cores

Hardened Cores are specialized nodes designed for handling high-security traffic, such as government or business communications. These nodes incorporate enhanced encryption and stringent data protection measures to safeguard sensitive information passing through the network.

Hardened Cores ensure that confidential or priority data is isolated and managed securely, minimizing risks of interception or unauthorized access.

Consumer Cores

Consumer Cores offer users the ability to contribute to the network temporarily or on a localized scale. Typically run on personal hardware, these nodes host services or applications for limited periods. This flexibility allows individuals or small organizations to participate in Datagram without maintaining permanent, high-availability infrastructure.

Consumer Cores support localized management of services, enabling scaling according to immediate needs or specific geographic areas.

The Datagram Node Network ensures that businesses and developers can scale their operations efficiently, leveraging a decentralized infrastructure that eliminates single points of failure and reduces operational costs.