The Krill Platform is a unique system for creating swarms of decentralized servers for process control and automation to create complex distributed state machines and applications.
It is designed to be secure, reliable, and scalable, making it ideal for a wide range of use cases including IoT, edge computing, and distributed applications with an emphasis on being offline-first and resilient to network disruptions without the need for an internet connection or cloud account to function.
You can follow our reports on stability, features and production production readiness below.
Comprehensive MVP-readiness architecture review covering mesh networking, NodeManager pipeline, StateFlow patterns, coroutine lifecycle, thread safety, beacon processing, feature completeness, stat...
Krill Android is now in Open Testing.
Comprehensive MVP-readiness architecture review covering mesh networking, NodeManager pipeline, StateFlow patterns, coroutine lifecycle, thread safety, beacon processing, feature completeness, stat...
Comprehensive MVP-readiness architecture review covering mesh networking, NodeManager pipeline, StateFlow patterns, coroutine lifecycle, thread safety, beacon processing, feature completeness, bug ...
Download and Install Krill via our Debian Repository
How I use Krill to control water pumps, solenoids, valves and sensors for my aquarium, vivarium and hydroponic systems.
Comprehensive MVP-readiness architecture review covering mesh networking, NodeManager pipeline, StateFlow patterns, coroutine lifecycle, thread safety, beacon processing, feature completeness, and ...
Comprehensive MVP-readiness architecture review covering mesh networking, NodeManager pipeline, StateFlow patterns, coroutine lifecycle, thread safety, beacon processing, and production readiness a...
Deep dive into Krill's peer-to-peer mesh networking including beacon discovery, server handshake, SSE real-time updates, and server settings bootstrap
Comprehensive analysis of Snapshot data lifecycle including client-server communication, processing flows, deduplication mechanisms, and identified bugs with fixes