Dragonfly vs AWS ElastiCache Caching

Dragonfly vs AWS ElastiCache Specs
  • Free Tier Allowance
  • Session Lifetime
  • Overage Fee per 1k MAU
Comparison chart between Dragonfly and AWS ElastiCache raw data
MetricDragonflyAWS ElastiCache
Free Tier AllowanceOpen Source0 MB
Session Lifetime24 Hours24 Hours
Overage Fee per 1k MAU$00.02 USD/hour
Deploy Dragonfly Core
👉 Open Source Core • 25x Redis Memory Performance
Deploy AWS ElastiCache
👉 Pay-As-You-Go Serverless • Managed AWS Infra
Dragonfly
Free Tier Allowance:
Open Source
Rate Limit Cap:
Memory Bound
MFA Support:
Enforced via Dragonfly Cloud console two-factor authentication
Enterprise SSO SAML:
Available on Enterprise plans with SAML and organization RBAC
Custom Domain Support:
Dedicated instances and private networking on Enterprise tiers
Supported SDKs:
Redis protocol, Node.js ioredis, Python redis-py, Java Jedis, Go redigo
Social Providers:
GitHub OAuth for Dragonfly Cloud account login
Compliance Standards:
SOC 2 Type II, GDPR on Enterprise agreements
Webhook Fallback Policy:
Snapshot exports and replication streams with configurable failover policies
AWS ElastiCache
Rate Limit Cap:
Instance Bound
MFA Support:
Enforced natively via AWS Identity and Access Management (IAM) root layers
Enterprise SSO SAML:
Supported completely via AWS IAM Identity Center directory configurations
Custom Domain Support:
VPC-bound endpoints with AWS PrivateLink and custom security groups
Supported SDKs:
Redis protocol, Node.js ioredis, Python redis-py, Java Jedis, Go redigo, AWS SDK
Social Providers:
Not applicable; maps straight to infrastructure resource network controls
Compliance Standards:
SOC 1/2/3, ISO 27001, HIPAA Eligible, PCI-DSS Compliant, FedRAMP High
Webhook Fallback Policy:
ElastiCache event notifications via Amazon SNS with configurable retry policies
Dragonfly
Benchmark Dragonfly against your existing Redis workload before migrating; multi-threading benefits vary by key access patterns.
AWS ElastiCache
Use reserved instances for steady-state workloads and enable cluster mode for horizontal shard scaling beyond single-node memory limits.