All-in-one tool for system design

The only tool your team needs to collaboratively design, evolve, and iterate on your distributed system architecture.
Background

“We used to have a quarterly meeting where we’d all fly in, unfurl a giant poster and add post-it notes with our bits of the software architecture. It was obsolete the moment someone shipped a new feature. Now, we have real-time visibility, full accountability, and an easier way to collaborate."

John V. avatar
John V.Sr. Developer, Commercial Bank

You've got better things to do than manually update diagrams and docs

Problem icon

Problem

  • Static, outdated diagrams and docs
  • Time wasted on manual updates
  • Teams jump straight into implementation without clear alignment on architecture or tradeoffs
  • Effort-intensive debugging due to lack of visibility
  • Siloed and fragmented knowledge across distributed teams
  • Context switching chaos when looking for information

Solution

  • Always up-to-date, interactive diagrams and docs
  • Capture everything automatically: logical architecture, components, APIs, dependencies, environments, and data flows
  • Design collaboratively and catch issues early, before they turn into technical debt
  • Effortless debugging based on real-time system visibility
  • A single source of truth for cross-team collaboration and alignment: no more scattered information across wikis, whiteboards, and Slack

Everything you need to design your distributed system

Try it now1 month free · no credit card required
Click through the steps to see how it works:
Auto-generated architecture diagrams

Automatically populate architecture diagrams using your telemetry data. No manual effort required to get an accurate and always-up-to-date view of your system, from the high level, logical design to the individual components, APIs, integrations, and dependencies.

Effortless architecture visualizations
Architecture version control
Architecture sketches
Collaborative design and reviews
Integrated documentation and decision tracking
Architecture-aware debugging
Auto-generated architecture diagrams

Why choose Multiplayer for system design and software architecture?

Instant system visibility

Instant system visibility

See your entire distributed system—components, APIs, dependencies, and environments—automatically and in real-time. No more wasted time updating hand-drawn diagrams or stale wiki pages.
Stronger alignment, smarter decisions

Stronger alignment, smarter decisions

Explore ideas, validate changes, and sanity-check decisions—together. Your team can plan, iterate, and review system updates safely, reducing handoff delays, silos, and the need for endless syncs.
Accelerate onboarding

Accelerate onboarding

New engineers, partners, and other teams ramp up 10x faster with an always-accurate overview of all facets of your system. Eliminate long onboarding sessions, team overhead, and the pain of digging through outdated docs!
Better debugging

Better debugging

Eliminate blind spots and identify root causes faster by understanding service interactions, recent changes, and data flows across your system—no more juggling tabs or grepping through log files.
Prevent technical debt

Prevent technical debt

Ensure your team makes design decisions with full awareness of the existing architecture. Reducing the risk of architectural drift, rework, unnecessary complexity or inefficiencies, and long-term tech debt.
Untangle legacy systems

Untangle legacy systems

Auto-document hard-to-understand systems so your team can safely modernize, refactor, or sunset services—without relying on tribal knowledge.
Streamlined security reviews

Streamlined security reviews

Make security assessments easier with always-up-to-date system diagrams. Security teams and auditors get a clear view of service boundaries, data flows, and third-party integrations—no manual mapping required.
Get a handle on SaaS sprawl

Get a handle on SaaS sprawl

Maintain a live catalog of all your internal and external services, APIs, and dependencies. Know what’s in use, what it connects to, and where it lives.
Future-proof system understanding

Future-proof system understanding

Preserve architectural changes, design decisions, and hard-earned knowledge—so your system stays understandable across team changes, reorgs, and scaling efforts.

Start for free

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Platform Debugger

Capture everything you need to resolve a bug—from frontend screens, backend traces, metrics, logs and full request/response content and headers—without having to dig through APM data.

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Platform Notebooks

The ultimate tool for designing, testing, and sharing API integrations—no coding expertise required.

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Platform Auto-Documentation

Automatically generate always-accurate system docs and diagrams—architecture, APIs, dependencies, and flows—so your team stays aligned and spends less time on manual updates.

Build a microservices architecture diagram or an API flow diagram that’s always up to date

Stop maintaining static docs: auto-generate live, interactive diagrams that show exactly your system architecture.
Feature
Architecture diagrams (static snapshots)
Automatic discovery of live system data
Automatic diagram generation
Component metadata & API details
Architecture-aware debugging
Version control for architecture changes
Real-time collaboration & design reviews
Integrated ADRs and system design docs
Interactive API Notebooks
Diagramming Tools
Multiplayer
What’s our system architecture *right now*?
What will break if I change this component?
Why was this designed this way?
Did another team already build this service?
What features are coming that QA / DevOps / etc. need to be aware of?

Answer all these questions instantly

Gain real-time visibility into your system architecture.Try it now
Book a Demo

Talk to one of our experts and see Multiplayer in action.

Start for free

Get 1 month free to test all our features and experience the full power of Multiplayer.

Get technical with docs

Check out our in-depth technical documentation.

Explore deep dive articles

Best practices on software architecture, system design, debugging, and observability.