Amazon Web Services (AWS) Icons

Drawlib provides 329 high-resolution (512×512) Amazon Web Services (AWS) architecture and category icons via drawlib.icons.aws and the AwsIcon Enum. See also Icons Overview, Google Cloud (GCP) Icons, Microsoft Azure Icons, and Cloud & Original Cloud Icons.

from drawlib.canvas import save, setup
from drawlib.icons import aws
from drawlib.shapes import rectangle
from drawlib.styles import Styles
from drawlib.text import text

setup(width=136, height=66)

row1 = [
    ("Amazon EC2", "Compute", aws.ec2, Styles.Neutral),
    ("Amazon EKS", "Containers", aws.elastic_kubernetes_service, Styles.PrimaryNeutral),
    ("AWS Lambda", "Serverless", aws.aws_lambda, Styles.Neutral),
    ("Amazon S3", "Storage", aws.simple_storage_service, Styles.SecondaryNeutral),
]

row2 = [
    ("Amazon Aurora", "Databases", aws.aurora, Styles.Neutral),
    ("CloudFront", "Networking", aws.cloudfront, Styles.Neutral),
    ("AWS IAM", "Security", aws.identity_and_access_management, Styles.SecondaryNeutral),
    ("Amazon Bedrock", "AI / ML", aws.bedrock, Styles.PrimaryNeutral),
]

for row_idx, items in enumerate([row1, row2]):
    cy = 48.0 if row_idx == 0 else 18.0
    for col_idx, (title, cat, icon_fn, card_st) in enumerate(items):
        cx = 20.5 + col_idx * 31.6
        rectangle((cx, cy), width=29.2, height=26.0, style=card_st.patch(shape_r=2))
        icon_fn((cx, cy + 5.0), width=8.5, style=Styles.Primary)
        text((cx, cy - 3.2), title, style=Styles.DarkBold.patch(text_size=10.0))
        text((cx, cy - 8.5), cat, style=Styles.Muted.patch(text_size=9.5))

save()

1. API Signature & AwsIcon Enum Usage

Every AWS icon function in drawlib.icons.aws shares a center-anchored (cx, cy) call signature, while ArchitectureDiagram and SequenceDiagram accept the strongly typed AwsIcon Enum:

from drawlib.diagrams.architecture import ArchitectureDiagram, AwsIcon, Node
from drawlib.icons import aws
from drawlib.styles import Styles

# 1. Direct canvas icon rendering at center (cx, cy) with 1:1 square aspect ratio
aws.aws_lambda((40, 25), width=10.0, style=Styles.Primary, variant="default")

# 2. High-level ArchitectureDiagram node using AwsIcon Enum
d = ArchitectureDiagram()
api_node = d.add(
    Node("API Gateway", width=25, height=18, icon=AwsIcon.API_GATEWAY, icon_size=7.5),
    xy=(10.0, 10.0),
)

2. Core Infrastructure & Data Showcase (329 Canonical Icons)

The following 12-card (2×6) catalog highlights foundational AWS infrastructure, analytics, integration, and observability building blocks:

from drawlib.canvas import save, setup
from drawlib.icons import aws
from drawlib.shapes import rectangle
from drawlib.styles import Styles
from drawlib.text import text

setup(width=148, height=66)

row1 = [
    ("API Gateway", "Ingress", aws.api_gateway, Styles.Neutral),
    ("ALB / ELB", "Load Balancing", aws.elastic_load_balancing, Styles.Neutral),
    ("AWS Fargate", "Containers", aws.fargate, Styles.PrimaryNeutral),
    ("DynamoDB", "NoSQL DB", aws.dynamodb, Styles.SecondaryNeutral),
    ("ElastiCache", "In-Memory", aws.elasticache, Styles.Neutral),
    ("EventBridge", "Event Bus", aws.eventbridge, Styles.Neutral),
]

row2 = [
    ("Amazon SQS", "Queue", aws.simple_queue_service, Styles.Neutral),
    ("Step Functions", "Workflows", aws.step_functions, Styles.PrimaryNeutral),
    ("Kinesis", "Streaming", aws.kinesis_data_streams, Styles.Neutral),
    ("Redshift", "Warehouse", aws.redshift, Styles.SecondaryNeutral),
    ("SageMaker", "ML Platform", aws.sagemaker, Styles.Neutral),
    ("CloudWatch", "Observability", aws.cloudwatch, Styles.Neutral),
]

for row_idx, items in enumerate([row1, row2]):
    cy = 48.0 if row_idx == 0 else 18.0
    for col_idx, (title, sub, icon_fn, card_st) in enumerate(items):
        cx = 15.0 + col_idx * 23.6
        rectangle((cx, cy), width=21.8, height=26.0, style=card_st.patch(shape_r=2))
        icon_fn((cx, cy + 5.0), width=8.0, style=Styles.Primary)
        text((cx, cy - 3.2), title, style=Styles.DarkBold.patch(text_size=10.0))
        text((cx, cy - 8.5), sub, style=Styles.Muted.patch(text_size=9.5))

save()

2.1. Complete Categorized Reference of All 329 AWS Icons

All 329 canonical functions in drawlib.icons.aws follow a strict 1-to-1 naming rule (with matching uppercase members on AwsIcon):

3. AWS Cloud Architecture Example (ArchitectureDiagram & AwsIcon)

Use ArchitectureDiagram with AwsIcon to build connected VPC topologies with automatic node card sizing and orthogonal connector routing:

from drawlib.canvas import save, setup
from drawlib.diagrams.architecture import ArchitectureDiagram, AwsIcon, Node, NodeGroup
from drawlib.styles import Styles

setup(width=150, height=66)

d = ArchitectureDiagram(
    node_style=Styles.Primary,
    node_text_style=Styles.DarkBold.patch(text_size=10.0),
    edge_style=Styles.DarkBold,
    edge_text_style=Styles.DarkBold.patch(text_size=10.0),
    node_card_style=Styles.Neutral,
    title="Serverless AWS API & Event-Driven Persistence Topology",
)

cf = d.add(
    Node("Amazon\nCloudFront", width=23, height=18, icon=AwsIcon.CLOUDFRONT, icon_size=7.5),
    xy=(14.0, 22.0),
)

vpc = d.add(NodeGroup(title="Production AWS Region (us-east-1)", padding=5.0), xy=(40.0, 4.0))
apigw = vpc.add(
    Node("API Gateway", width=23, height=18, icon=AwsIcon.API_GATEWAY, icon_size=7.5),
    xy=(16.5, 18.0),
)
fn = vpc.add(
    Node(
        "AWS Lambda\nHandler",
        width=23,
        height=18,
        icon=AwsIcon.AWS_LAMBDA,
        icon_size=7.5,
        card_style=Styles.PrimaryNeutral,
    ),
    xy=(50.0, 18.0),
)
ddb = vpc.add(
    Node(
        "Amazon\nDynamoDB",
        width=23,
        height=18,
        icon=AwsIcon.DYNAMODB,
        icon_size=7.5,
        card_style=Styles.SecondaryNeutral,
    ),
    xy=(85.0, 29.0),
)
s3 = vpc.add(
    Node("Amazon S3", width=23, height=18, icon=AwsIcon.SIMPLE_STORAGE_SERVICE, icon_size=7.5),
    xy=(85.0, 7.0),
)

d.connect(cf, apigw, label="HTTPS", padding=1.5)
d.connect(apigw, fn, padding=1.5)
fn.fork([ddb, s3], at_x=107.5, padding=1.5)

d.draw(xy=(4.0, 4.0))
save()