Infrawise gives AI coding assistants deterministic infrastructure awareness.

It statically analyzes your codebase, cloud infrastructure, and database schemas, then exposes that context through MCP so tools like Claude Code can understand your actual tables, indexes, query patterns, and service relationships instead of guessing from source files alone.

Why this exists

New software developers don't write wrong code. Claude Code writes wrong code and they ship it. Infrawise is the only thing standing between Claude Code's generated output and a production incident.

AI coding assistants can read your source files but have no deterministic knowledge of your infrastructure. They do not know which GSIs exist, how tables are partitioned, which functions already trigger scans, or where indexes are missing. So they guess.

Infrawise replaces guessing with infrastructure-aware context.

Without Infrawise, an AI assistant might:

• Suggest a .scan() on your Orders table that has 50M rows
• Recommend adding a GSI on status that you already have
• Write a SELECT * when you need to keep query cost low
• Not notice that 5 functions are already hammering the same partition key

With Infrawise, it knows:

• Your exact table schemas, partition keys, sort keys, and GSIs
• Which functions query which tables and how
• Which patterns are already flagged as high severity
• The exact CREATE INDEX SQL or GSI config for your tables — not generic advice

What Infrawise is not

Infrawise is not an AI agent framework, an infrastructure provisioning tool, an observability platform, or a cloud management dashboard.

It is a deterministic infrastructure intelligence layer for AI-assisted development.

Installation

npm install -g infrawise

or use without installing:

npx infrawise start --claude

Quick start

cd your-project
infrawise start --claude

That's it. Infrawise will:

1. Probe your environment and generate infrawise.yaml (first time only — asks which AWS profile to use only if you have several)
2. Scan your AWS services, databases, and codebase
3. Write .mcp.json so your editor auto-connects on every future launch
4. Open Claude Code with all 21 MCP tools ready

Every time after:

claude    # no infrawise command needed — editor manages the connection

Analysis is cached for 24 hours. When the cache is stale, infrawise serve --stdio (spawned automatically by your editor) refreshes it at session start. File changes are detected within the session and the code graph is updated automatically.

Findings (3 total)

1. [HIGH] Full table scan detected on DynamoDB table "Orders"
   listAllOrders() scans without any filter — reads every item in the table.
   Recommendation: Replace Scan with Query using a partition key or add a GSI.

2. [MEDIUM] PostgreSQL table "users" has no index on column "email"
   Filtering on "email" causes sequential scans.
   Recommendation: CREATE INDEX CONCURRENTLY idx_users_email ON users(email);

3. [MEDIUM] DynamoDB table "Sessions" accessed by 6 distinct code paths
   High access concentration may create hot partition issues at scale.

Using with AI coding assistants

Claude Code (recommended)

infrawise start --claude

Writes .mcp.json to your project root and opens Claude Code. Claude Code reads .mcp.json automatically on every launch and manages the infrawise serve --stdio process — no server to start, no ports to configure.

Cursor

infrawise start --cursor

Writes .cursor/mcp.json and opens Cursor. All 21 infrawise tools are available in Cursor's MCP panel.

VS Code

infrawise start --vscode

Writes .vscode/mcp.json (merging with any existing MCP servers) and opens VS Code. The tools are available to Copilot agent mode via the MCP servers panel.

Any editor (no flag)

infrawise start

Writes .mcp.json and exits. Open whichever editor you prefer — point it at infrawise serve --stdio --config /path/to/infrawise.yaml as an MCP server command.

HTTP transport (alternative)

If your editor or workflow requires an HTTP MCP endpoint instead of stdio:

infrawise serve    # starts server at http://localhost:3000/mcp

Add to your editor's MCP config:

{
  "mcpServers": {
    "infrawise": {
      "url": "http://localhost:3000/mcp"
    }
  }
}

MCP tools

| Tool | What it provides | | ---------------------------- | ----------------------------------------------------------------------------------------------------------- | | get_infra_overview | Complete snapshot — services, counts, high-severity findings, analysis freshness (age + stale flag), configured flag | | get_graph_summary | Full infrastructure graph — all nodes, edges, and findings | | get_table_schema | Column-level schema for named tables/collections — types, PKs, FKs, indexes, DynamoDB keys (no row data) | | analyze_function | Issues in a specific function — scans, missing indexes, N+1, trigger event shapes, missing IAM permissions | | suggest_gsi | Exact GSI config for a DynamoDB table + attribute | | postgres_index_suggestions | Exact CREATE INDEX SQL for your actual table | | suggest_mongo_index | Exact createIndex command for a MongoDB collection + field | | mysql_index_suggestions | Exact ALTER TABLE ADD INDEX SQL for your MySQL table | | get_queue_details | SQS queues — DLQ status, encryption, FIFO type, visibility timeout, message counts | | get_api_routes | API Gateway APIs (REST, HTTP, WebSocket) — routes, HTTP methods, paths, and Lambda integrations | | get_topic_details | SNS topics — subscription counts, protocols, and filter policies (required message attributes per subscription) | | get_secrets_overview | Secrets Manager — names and rotation status (values never included) | | get_parameter_overview | SSM Parameter Store — names, types, tiers (values never included) | | get_lambda_overview | Lambda functions — runtime, memory, timeout, execution role ARN, triggers (SQS/SNS/DynamoDB/Kinesis/MSK/EventBridge/S3), env var key names | | get_eventbridge_details | EventBridge rules — name, state, schedule/event pattern, target functions | | get_s3_overview | S3 buckets — versioning, encryption, public access, event notifications | | get_log_errors | CloudWatch error patterns and counts (no raw log messages) | | get_stack_outputs | Stack outputs and cross-stack exports parsed from local IaC files (Terraform outputs, CFN/CDK Outputs) | | get_cognito_overview | Cognito user pools — MFA config, app client auth flows, OAuth settings, token validity (secrets never included) | | get_stream_details | Kinesis streams (shards, retention, capacity mode) and MSK clusters (state, Kafka version, brokers) | | get_cache_overview | ElastiCache clusters — engine, encryption in transit/at rest, replication group, failover (data never read) |

CLI reference

| Command | What it does | | ----------------------------- | --------------------------------------------------------------------------------- | | infrawise start | Primary command — probe env, generate config, analyze, write editor MCP config | | infrawise start --claude | Same as above, then opens Claude Code | | infrawise start --cursor | Same as above, then opens Cursor | | infrawise start --vscode | Same as above, then opens VS Code (merges into .vscode/mcp.json) | | infrawise start --interactive | Run the guided setup wizard instead of auto-discovery | | infrawise start --rediscover | Delete infrawise.yaml + .infrawise/, then re-probe and re-analyze | | infrawise analyze | Force a full re-scan — useful after major infrastructure changes | | infrawise check | CI gate — analyze and exit non-zero when findings reach the threshold severity | | infrawise serve | Start the MCP server — HTTP by default, or --stdio for editor integration | | infrawise doctor | Diagnostic escape hatch — validate AWS/DB access, config, and repo scan |

infrawise analyze options

| Flag | Description | | --------------------- | ---------------------------------------------------------------------- | | -c, --config <path> | Path to infrawise.yaml (default: infrawise.yaml) | | -r, --repo <path> | Repository to scan (default: current directory) | | --no-cache | Skip reading/writing the cache | | -o, --output <path> | Save findings as a markdown report, e.g. report.md | | --severity <level> | Only show findings at or above this level: high | medium | low |

# Export a shareable findings report
infrawise analyze --output report.md

# Only show high-severity issues
infrawise analyze --severity high

# High-severity issues only, saved to a file
infrawise analyze --severity high --output report.md

infrawise check options (CI/CD)

check runs a fresh analysis and sets a non-zero exit code when blocking findings exist, so it can gate a pipeline without an AI editor.

| Flag | Description | | --------------------- | ---------------------------------------------------------------------- | | -c, --config <path> | Path to infrawise.yaml (default: infrawise.yaml) | | -r, --repo <path> | Repository to scan (default: current directory) | | --fail-on <level> | Severity that fails the build: high (default) | medium | low |

# Block a deploy if any high-severity finding exists (exit 1)
infrawise check

# Stricter gate — fail on medium and above
infrawise check --fail-on medium

infrawise serve options

| Flag | Description | | --------------------- | ---------------------------------------------------------------------- | | -c, --config <path> | Path to infrawise.yaml (default: infrawise.yaml) | | --stdio | Use stdio transport (for editors via .mcp.json) instead of HTTP | | -p, --port <number> | Port to listen on, HTTP only (default: 3000) |

Configuration

infrawise.yaml is generated by infrawise start (or infrawise start --interactive for the guided wizard) and lives in your repo root. Every service must be explicitly enabled: true — infrawise never connects to anything not listed in config.

Connection strings support ${ENV_VAR} substitution so passwords never need to be committed:

postgres:
  enabled: true
  connectionString: postgresql://infrawise_ro:${DB_PASSWORD}@host:5432/mydb

Full example:

project: payments-service

aws:
  profile: default # AWS profile from ~/.aws/credentials
  region: ap-south-1

dynamodb:
  enabled: true
  includeTables: # omit to include all tables
    - Orders
    - Users

postgres:
  enabled: true
  connectionString: postgresql://infrawise_ro:${DB_PASSWORD}@host:5432/mydb

mysql:
  enabled: false
  connectionString: ''

mongodb:
  enabled: false
  connectionString: ''

sqs:
  enabled: true

sns:
  enabled: true

ssm:
  enabled: true
  paths: [] # filter by prefix e.g. ["/myapp/prod"]

secretsManager:
  enabled: true

lambda:
  enabled: true
  includeFunctions: # omit to include all functions
    - myFunction
    - anotherFunction

eventbridge:
  enabled: true

rds:
  enabled: false

s3:
  enabled: false

apiGateway:
  enabled: false

cognito:
  enabled: false

kinesis:
  enabled: false

msk:
  enabled: false

elasticache:
  enabled: false

runtimeSignals:
  enabled: false # Lambda throttles/errors + queue age via CloudWatch metrics
  windowHours: 24

cloudwatchLogs:
  enabled: false
  logGroupPrefixes: []
  windowHours: 24

analysis:
  sampleSize: 100
  hotPartitionThreshold: 5
  hotPartitionThresholds:
    high-traffic-table: 12

AWS setup

Infrawise is read-only. Minimum IAM policy required:

{
  "Version": "2012-10-17",
  "Statement": [
    {
      "Effect": "Allow",
      "Action": ["dynamodb:ListTables", "dynamodb:DescribeTable"],
      "Resource": "*"
    }
  ]
}

For SSO profiles, log in before running infrawise:

aws sso login --profile myprofile

PostgreSQL setup (optional)

Create a read-only user for infrawise:

CREATE USER infrawise_ro WITH PASSWORD 'yourpassword';
GRANT CONNECT ON DATABASE yourdb TO infrawise_ro;
GRANT USAGE ON SCHEMA public TO infrawise_ro;
GRANT SELECT ON ALL TABLES IN SCHEMA public TO infrawise_ro;

For Amazon RDS: allow inbound on port 5432 from your machine's IP in the security group.

Analysis capabilities

Infrawise has two analysis layers:

Infrastructure analysis (all languages)

Works from AWS APIs, database schema introspection, and IaC files — no dependency on application code:

| Service | What it checks | | -------------------------------- | ------------------------------------------------------------------------------------------------------------------ | | DynamoDB schema | Tables, GSIs, partition keys | | PostgreSQL / MySQL schema | Tables, indexes, column types | | MongoDB schema | Collections, indexes | | SQS | Missing DLQs, unencrypted queues, large backlogs, FIFO detection, visibility timeout vs Lambda timeout mismatch | | SNS | Subscription filter policies — required message attributes per subscription | | Apache Kafka (kafkajs) | Producer/consumer topic mapping from code — any broker (self-hosted, Confluent, Redpanda, MSK); distinct from the MSK Lambda trigger | | Secrets Manager | Missing secret rotation | | Lambda | Default memory (128 MB), high timeouts, triggers (SQS/SNS/DynamoDB/Kinesis/MSK/EventBridge/S3), missing DLQ on trigger source | | S3 | Public access blocking (verify), missing versioning, missing encryption | | EventBridge | Rules, schedules, event patterns, target Lambda functions | | API Gateway | REST, HTTP, and WebSocket APIs — routes, methods, Lambda integrations | | RDS | Publicly accessible, no backups, unencrypted, no deletion protection, single-AZ | | CloudWatch Logs | Log groups with no retention policy | | Cognito | User pools and app client config — auth flows, OAuth settings, token validity, client secret presence | | Kinesis / MSK | Streams (shards, retention, capacity mode) and MSK clusters (state, Kafka version, brokers) | | ElastiCache | Missing in-transit encryption, single-node clusters with no replication | | Runtime signals (opt-in) | Lambda throttling/errors and stale queue messages from CloudWatch metrics | | Terraform / CloudFormation / CDK | IaC drift vs deployed state; stack outputs and cross-stack exports |

Code correlation analysis (TypeScript / JavaScript / Python)

Uses ts-morph AST analysis to detect which functions call which tables and how:

Python repositories are scanned with a bundled stdlib-ast scanner (requires python3 on PATH; skipped with a warning otherwise): boto3 clients and dynamodb.Table() resources, cursor.execute SQL, pymongo collections, and kafka-python/confluent-kafka producers and consumers. Language detection is automatic — TypeScript and Python scans each run only when matching files exist.

| Analyzer | Severity | What it detects | | -------------------------- | -------- | --------------------------------------------- | | Full Table Scan (DynamoDB) | High | .scan() calls without filters | | Missing GSI | Medium | Queries on attributes without a matching GSI | | Hot Partition | Medium | 5+ distinct code paths hitting the same table | | Missing Index (PostgreSQL) | Medium | Tables queried without indexes | | N+1 Query | High | Repeated query patterns from ORM loops | | Large SELECT | Low | SELECT * usage | | Missing MySQL Index | Medium | MySQL tables queried without indexes | | MySQL Full Table Scan | High | Full table scan patterns in MySQL queries | | Missing Mongo Index | Medium | Collections queried without secondary indexes | | Collection Scan | High | find() calls without filter predicates | | Pipeline: scan in consumer | High / Verify | Full scan inside an event-triggered Lambda handler (High when the lambda-to-code link is IaC-proven, Verify when name-matched) | | Pipeline: repeated table access | Medium / Verify | Same table read by 2+ functions in one service pipeline | | Pipeline: missing DLQ hop | Medium | Mid-pipeline queue (has producer and consumer) with no Dead Letter Queue |

Projects in other languages still get full value from infrastructure-level analyzers — code correlation (function-to-table mapping, N+1 patterns) currently supports TypeScript, JavaScript, and Python.

The scanner supports: AWS SDK v3/v2 for DynamoDB, pg/Prisma/Knex for PostgreSQL, mysql2/Knex for MySQL, driver/Mongoose for MongoDB, AWS SDK v3 for SQS/SNS/SSM/Secrets/Lambda, and kafkajs for Kafka topics (producer/consumer).

How it works

1. Infrawise scans your repository and infrastructure metadata
2. A graph engine maps services, schemas, indexes, and query patterns
3. Rule-based analyzers detect infrastructure and query anti-patterns
4. The resulting context is exposed through MCP
5. AI coding assistants query this context while generating code

Deterministic analysis

Infrawise does not use an LLM to analyze your infrastructure. All extraction and analysis are deterministic: AST parsing, schema introspection, rule-based analyzers, and graph correlation. LLMs are only consumers of the generated context through MCP.

Security

• Read-only — never writes to AWS or your database, never executes DDL
• Local-first — everything runs on your machine, nothing sent to external servers
• No telemetry — zero data collection
• Credentials — uses your existing AWS credential chain, never stored by infrawise

🔒 Security & Project Naming Note

You might see this package flagged on certain supply-chain security scanners under "deceptive naming." This is a false positive triggered by automated tools because of the prefix "infra." This project is completely safe, independent, and unaffiliated with any commercial trademarks.

Architecture overview

Source layout

src/
  types.ts      Shared type definitions
  core/         Config (Zod + YAML), logger (Pino), local cache
  graph/        Graph engine — nodes, edges, builder
  adapters/
    aws/        DynamoDB, S3, Lambda, SQS/SNS/SSM/Secrets/EventBridge/RDS/APIGateway, CloudWatch
    db/         PostgreSQL, MySQL, MongoDB
    iac/        Terraform, CDK, CloudFormation (local file parsing)
  analyzers/    34 rule-based analyzers
  context/      Repository scanner (ts-morph AST + Python stdlib-ast subprocess)
  server/       Fastify MCP server (@modelcontextprotocol/sdk, Streamable HTTP)
  cli/          CLI commands (Commander.js)

Current limitations

• Code-level correlation supports TypeScript, JavaScript, and Python (Python requires python3 on PATH)
• Dynamically constructed queries may not always be resolved statically
• Runtime tracing is not yet implemented
• Large monorepos may require future incremental analysis optimization

Roadmap

Feature roadmap is tracked in the GitHub Project. Feature requests and upvotes welcome.

Demo

The demo/localstack/ directory runs infrawise against real AWS APIs emulated locally via LocalStack — an open-source tool that spins up a full AWS environment in Docker so you can test AWS integrations at zero cost, with no real AWS account needed. See demo/localstack/README.md for setup instructions.

Contributing

See CONTRIBUTING.md for a full walkthrough — including how to add a new service adapter, a new analyzer, and the PR checklist.

Releasing

pnpm release patch    # 0.1.2 → 0.1.3  (bug fixes)
pnpm release minor    # 0.1.2 → 0.2.0  (new features, backwards compatible)
pnpm release major    # 0.1.2 → 1.0.0  (breaking changes)
pnpm release 1.5.0    # explicit version

Bumps package.json, commits, tags, pushes, and creates a draft GitHub release with notes from commit messages. Then publish the draft on GitHub to trigger npm publish.

License

MIT