Gateway Server
Last updated
Last updated
The Gateway Server lets all developers use the POKT Network protocol access over 50 blockchains. This is all done without the need to store terabytes of data, have powerful computers, or knowledge of the POKT Network protocol.
POKT Network's self-hosted Gateway Server is a lightweight gRPC client that connects with the POKT Network. It uses a familiar HTTP JSON-RPC Server interface for your applications (and any customer applications) to send and receive RPC requests.
The Gateway Server abstracts away the complexities of directly interfacing with the POKT Network protocol. This means you can connect to the network easily, pick the services you want, and add others as needed.
Easy Deployment: simple docker-compose file with minimal dependencies to spin up single tenancy HTTP endpoints for each blockchain that POKT supports. The throughput of your endpoints will scale dynamically based on the number of app stakes you provide.
Hyper Efficient: an optimized POKT client leveraging FastHTTP and FastJSON for efficient computational resources, memory footprint, and minimal latency.
Quality of Service (QoS) Algorithms: QoS checks and node selection and routing algorithms to optimize latency and request success rates. The modular architecture also means it will be easy for you to optimize your own quality methods..
Metrics: Prometheus metrics for success, error rates, and latency for sending a relay to the network.
What will you need to manage as the Gateway Operator?
Staking in the appropriate chains
Authentication
Rate Limiting & Multi-tenancy endpoints
Reverse Proxy / Load Balancing Mechanisms
OpSec – keeping the encryption key, and respectively the app stakes keys, secure
Other typical web2 components such as:
Self-hosted Front-end (onboarding, user accounts, team management, payments, etc)
Standard Web2 SaaS interface, using open-source libraries or B2B tooling (e.g. Vercel, Stripe)
Complexity depends a lot on the type of gateway service you want to offer - e.g. full enterprise-grade stack, public endpoint dashboard, members-only shared endpoints, etc.
Back-end RPC endpoint infrastructure
Components such as webservers, DNS for distributing RPC endpoints, rate limiting, Grafana monitoring/alerting
The decision to exclude certain features is rooted in the server development project's philosophy. These aspects are often regarded as opinionated web2 functionalities for which there are already numerous resources available (e.g. the choice of authentication mechanisms can vary widely between teams, ranging from widely-used services like Auth0 and Amazon Cognito to in-house authentication solutions tailored to the specific language and skill set of the development team).
The Gateway Server aims to simplify the POKT protocol, not reinvent the wheel. Each Gateway, being a distinct entity with its unique requirements and team dynamics, is better suited to decide on these aspects independently. By not including these opinionated web2 functionalities, the Gateway Server acknowledges the diversity of preferences and needs among developers and businesses. This approach allows teams to integrate their preferred solutions seamlessly, fostering flexibility and ensuring that the Gateway Server remains lightweight and adaptable to a wide range of use cases.
As the project evolves, we anticipate that individual Gateways will incorporate their implementations of these features based on their unique requirements and preferences. This decentralized approach empowers developers to make decisions that align with their specific use cases, promoting a more customized and efficient integration with the Gateway Server.
We envision that the Gateway Server will be used as a foundation for POKT developers to build on, in a wide range of use cases:
Building headless RPC SaaS businesses that provide a familiar UX to developers with a decentralized RPC backend
Using POKT as a hyper scaler whenever they need more computational power or access to more blockchains (sticking the process into their LB rotation)
Using POKT as a backend as a failover whenever their centralized nodes go down (sticking the process into their LB rotation)
Over time, as more gateways enter the network, we expect new use cases and needs to emerge and to see the Gateway Server evolve to meet these needs.
If you would like to contribute to the Gateway Server, see the GitHub repo here.