

Archium
Archium is an interactive architecture model of your system created automatically from your distributed tracing data.
Cost / License
- Subscription
- Proprietary
Platforms
- Software as a Service (SaaS)
Features
- Serverless
Tags
- Developer Tools
- microservices
- tracing
Archium News & Activities
Recent activities
Archium information
What is Archium?
Archium is an interactive architecture model that reveals exactly what happens inside your distributed system. Using your existing distributed tracing data, Archium maintains a model of all your services, APIs, and message flows. Browse around your whole architecture, see exactly where data flows, how it gets there, and why each component is involved.
VISUALISE EVERY DATA FLOW Generate detailed architecture diagrams like this for every business process that flows through your system. See details that are hidden by simple dependency diagrams. Trace individual endpoints to the features that rely on them. Answer complex questions like "Which features of our mobile app insert data into this database?" with the click of a button.
GET YOUR SERVICE CATALOG ORGANISED Document your system's components, APIs, and use cases, all in the Archium SaaS. Connect the structure of your teams to the graph of your architecture model. Browse your whole architecture through a beautiful, intuitive web application, complete with fast search and sharable URLs.
HOW DOES IT WORK? Archium builds its architecture model by reading and interpreting your distributed tracing data. Distributed tracers store high-cardinality telemetry of individual requests for performance analysis. Archium intelligently analyses this data to reverse engineer the structure of your software architecture. Archium doesn't need access to your production system, just permission to pull data from your distributed tracer's API.
UNDERSTAND YOUR SYSTEM AGAIN On-board new engineers quickly with detailed diagrams of exactly what they'll be working on. Give Operations and SREs up-to-date visuals and docs to make sense of the whole system. Discover hidden failure modes and find opportunities to increase resilience. Design your next big idea with the confidence that comes from knowing exactly how your system works today.






