Discover infrastructure and normalize resource data into a consistent model.
Cloud infrastructure visualization and operations platform
From static diagrams to living cloud architecture intelligence.
CloudMap discovers and visualizes infrastructure as an interactive system map, helping engineering and platform teams understand dependencies, change, governance, and optimization opportunities.
- Live cloud inventory to architecture map
- Topology and dependency context across environments
- Snapshot and change visibility with governance overlays
CloudMap Live View
Production EU Region
Snapshot T-0Drift: 2 changes
API Gateway
Auth Service
Orders
Aurora
Redis
Queue
Worker
Object Store
Topology mode: dependency graph
The Problem
Cloud understanding is fragmented, and static diagrams fail fast.
Most teams manage cloud estates through a patchwork of consoles, code, and tribal knowledge. That slows decisions and increases operational risk.
- Cloud architecture knowledge is fragmented across consoles, tickets, docs, and tribal memory.
- Static diagrams drift from reality within days, making incident response and planning slower.
- Cloud consoles expose resource details, not a system-level understanding of dependencies.
- Change and governance reviews often happen without clear relationship context.
- Onboarding new engineers requires manual walkthroughs instead of navigable architecture.
The Solution
CloudMap turns infrastructure into a living, navigable system of record.
CloudMap is designed to bridge architecture intent and runtime reality with relationship-aware mapping, change context, and operational insight.
Render relationship-aware maps that show how services connect across environments.
Track snapshots over time so teams can see drift, change impact, and historical states.
Overlay governance context and policy insights where architecture decisions happen.
Layer AI-assisted analysis to surface optimization, risk, and dependency patterns.
Key Capabilities
Built for technical clarity today, designed for operational agency tomorrow.
Live Infrastructure Discovery
CloudMap is built to continuously map cloud resources and topology context, starting with practical AWS-focused workflows.
Visual Dependency Mapping
Understand how components relate across network, identity, data, and compute layers with graph-aware views.
Snapshots & Change Tracking
Compare architecture states over time to review drift, planned changes, and operational impact.
Multi-Cloud Architecture Views
Cloud-agnostic architecture is the long-term direction, with model design that supports heterogeneous environments.
Search, Filter & Context
Move from high-level topology to resource-level detail quickly using scoped filters and contextual panes.
AI-Powered Insights
AI assistance is designed to flag optimization opportunities, policy conflicts, and risky relationship patterns.
Governance & Policy Visibility
Attach policy and control context directly to architecture maps to support security and compliance review.
Diagram-to-Action Vision
CloudMap aims to evolve from visibility into controlled change workflows, automation, and template-driven operations.
How It Works
From cloud signals to architecture intelligence in five stages.
- 01
Connect environments
Attach cloud accounts and scoped credentials so CloudMap can discover infrastructure safely.
- 02
Normalize data
Collect inventory signals and map resources into a consistent architecture model.
- 03
Build relationships
Infer topology links and dependency pathways across services, networks, and identities.
- 04
Render interactive maps
Expose navigable visual views for architecture understanding, documentation, and collaboration.
- 05
Overlay insight and governance
Add snapshots, policy context, and AI-guided recommendations to support decisions and operations.
Use Cases
Designed for architecture teams, platform engineering, and governance stakeholders.
Architecture visibility
- Problem
- Teams need a reliable picture of what is actually deployed.
- How CloudMap helps
- CloudMap provides live topology views tied to real infrastructure data.
- Expected outcome
- Faster architectural decisions with fewer hidden dependencies.
Cloud documentation
- Problem
- Manual diagrams become stale and expensive to maintain.
- How CloudMap helps
- Maps are generated from discovered resources and relationships.
- Expected outcome
- Documentation that remains aligned with infrastructure reality.
Change impact analysis
- Problem
- Planned changes are reviewed without enough dependency context.
- How CloudMap helps
- CloudMap highlights upstream and downstream relationships before execution.
- Expected outcome
- Lower risk during migrations, upgrades, and policy changes.
Security and governance review
- Problem
- Control reviews are disconnected from architecture context.
- How CloudMap helps
- Overlay governance and policy indicators where resources are visualized.
- Expected outcome
- More actionable review cycles for security and platform teams.
Platform operations
- Problem
- Incidents require stitching context from many separate tools.
- How CloudMap helps
- Use visual dependency maps to isolate blast radius and ownership faster.
- Expected outcome
- Quicker triage and stronger cross-team operational confidence.
Onboarding and knowledge transfer
- Problem
- System understanding lives with a few long-tenured engineers.
- How CloudMap helps
- Provide a navigable architecture system of record for new team members.
- Expected outcome
- Reduced onboarding time and lower operational key-person risk.
Executive architecture communication
- Problem
- Leaders need concise views of complex environments.
- How CloudMap helps
- Use layered visual snapshots with controlled technical depth.
- Expected outcome
- Clearer investment and transformation planning conversations.
Migration and transformation planning
- Problem
- Modernization planning lacks clear dependency maps and baseline states.
- How CloudMap helps
- Compare environment snapshots and dependency structures across phases.
- Expected outcome
- Better migration sequencing and fewer unexpected regressions.
Why CloudMap
CloudMap sits between architecture, infrastructure reality, and operational decisions.
Static diagrams
Useful for communication, but disconnected from real-time infrastructure state.
Cloud consoles
Rich in resource detail, but weak at system-wide topology and relationship understanding.
CMDB-only approaches
Structured inventory, but often slow to reflect dynamic cloud changes.
IaC alone
Defines intent, but does not always reveal current runtime reality and drift.
Observability tools alone
Strong runtime signal, but not a complete architecture model for planning and governance.
CloudMap approach
A connected architecture model that helps teams see real dependencies, govern change, and move toward controlled action workflows.
Pricing Philosophy
Start with visibility. Expand into control, governance, and scale.
CloudMap aligns licensing with maturity: core visibility can start free, while advanced operational and governance capabilities are premium.
Free visibility
Starter
$0
For early architecture mapping in limited environments.
- Core map views for limited resources
- Basic inventory discovery and filters
- Single-workspace collaboration
Team operations
Pro
From $299/mo
For platform teams needing deeper history, context, and collaboration.
- Higher environment and resource scale
- Snapshots, history, and comparison views
- Advanced filtering, search, and richer analysis
Governance and scale
Enterprise
Contact us
For organizations with governance, compliance, and integration requirements.
- SSO, RBAC, and enterprise controls
- Governance overlays and policy workflows
- Custom integrations, support, and deployment options
Trust and Readiness
Credible foundations for teams managing complex cloud environments.
Built for modern cloud and platform teams
Designed for complex infrastructure topologies
Cloud-agnostic vision with practical rollout
Security-conscious architecture model
Prepared for enterprise evolution
Designed to work with
AWSAzureGCPTerraform / OpenTofuGit-based workflowsGraph-based models
FAQ
Questions technical teams ask before adopting CloudMap.
Move from cloud sprawl to infrastructure clarity.
Request a walkthrough to see how CloudMap can help your team build a living architecture system of record.