Head-to-head comparison Decision brief

Wasabi vs IDrive e2

Wasabi vs IDrive e2: Buyers compare them when choosing cost-conscious object storage and are deciding between no-egress simplicity vs minimum retention trade-offs This brief focuses on constraints, pricing behavior, and what breaks first under real usage.

Verified — we link the primary references used in “Sources & verification” below.
  • Why compared: Buyers compare them when choosing cost-conscious object storage and are deciding between no-egress simplicity vs minimum retention trade-offs
  • Real trade-off: Cost-conscious object storage: minimum retention trade-offs vs zero egress simplicity
  • Common mistake: Comparing storage rates while ignoring minimum retention policies, egress behavior, and how restore patterns change total cost
Pick rules Constraints first Cost + limits

Freshness & verification

Last updated 2026-02-09 Intel generated 2026-02-06 4 sources linked

Pick / avoid summary (fast)

Skim these triggers to pick a default, then validate with the quick checks and constraints below.

IDrive e2
Decision brief →
Pick this if
  • You can commit to 90-day minimum retention for your backup/archive data
  • You want predictable storage economics with retention policies
  • Your access pattern aligns with minimum retention requirements
Pick this if
  • You want zero egress fees to simplify cost modeling
  • You don't want minimum retention constraints on your data
  • You prioritize egress simplicity over retention policies
Avoid if
  • × Not a hyperscaler ecosystem; integrations and enterprise governance breadth may be limited
  • × Pricing mechanics and policy constraints can change fit depending on access pattern
Avoid if
  • × Smaller provider with less enterprise trust than hyperscalers
  • × Fewer regions than AWS/GCP/Azure for global distribution
Quick checks (what decides it)
Jump to checks →
  • Check
    Model retention needs and egress patterns—those decide fit more than storage $/GB
  • The trade-off
    no-egress simplicity vs minimum retention trade-offs

At-a-glance comparison

Wasabi

Cost-driven, S3-compatible object storage commonly evaluated for backups and large storage footprints. Buyers choose it when predictable storage economics matters more than hyperscaler ecosystem breadth.

See pricing details
  • Commonly chosen for cost-driven economics on large storage footprints
  • S3-compatible API surface reduces migration friction for many tools
  • Good fit for backup and archive workflows where storage volume is high

IDrive e2

IDrive e2 is an S3-compatible object storage from IDrive, focused on affordable pricing with zero egress fees. It's evaluated when buyers want cost-driven storage with immutable backups for ransomware protection, often compared to B2 and Wasabi.

See pricing details
  • Very competitive pricing ($0.004/GB/mo) for cost-conscious storage needs
  • Zero egress fees simplify cost modeling for backup and restore workflows
  • Immutable storage for ransomware protection adds security value

What breaks first (decision checks)

These checks reflect the common constraints that decide between Wasabi and IDrive e2 in this category.

If you only read one section, read this — these are the checks that force redesigns or budget surprises.

  • Real trade-off: Cost-conscious object storage: minimum retention trade-offs vs zero egress simplicity
  • Egress economics vs ecosystem depth: Model egress, requests, and transfer paths for your workload (media delivery, backups, cross-region replication)
  • S3 compatibility vs pricing mechanics reality: Verify API surface and operational features you rely on (multipart uploads, lifecycle rules, replication, encryption controls)

Implementation gotchas

These are the practical downsides teams tend to discover during setup, rollout, or scaling.

Where Wasabi surprises teams

  • Not a hyperscaler ecosystem; integrations and enterprise governance breadth may be limited
  • Pricing mechanics and policy constraints can change fit depending on access pattern
  • Egress and retrieval behavior still matters for restore-heavy workloads

Where IDrive e2 surprises teams

  • Smaller provider with less enterprise trust than hyperscalers
  • Fewer regions than AWS/GCP/Azure for global distribution
  • Limited ecosystem integrations compared to hyperscaler platforms

Where each product pulls ahead

These are the distinctive advantages that matter most in this comparison.

Wasabi advantages

  • Predictable storage economics with clear retention policies
  • Cost-driven pricing when retention aligns with your workflow
  • Established provider with clear policy terms

IDrive e2 advantages

  • Zero egress fees simplify cost modeling for restore-heavy workloads
  • No minimum retention constraints on data
  • Simple pricing model without retention commitments

Pros and cons

Wasabi

Pros

  • + You can commit to 90-day minimum retention for your backup/archive data
  • + You want predictable storage economics with retention policies
  • + Your access pattern aligns with minimum retention requirements
  • + You prefer cost-driven storage with clear retention terms
  • + You can model egress costs and prefer retention-based pricing
  • + Your workload benefits from predictable retention mechanics

Cons

  • Not a hyperscaler ecosystem; integrations and enterprise governance breadth may be limited
  • Pricing mechanics and policy constraints can change fit depending on access pattern
  • Egress and retrieval behavior still matters for restore-heavy workloads
  • Region footprint and performance expectations must be validated for your users

IDrive e2

Pros

  • + You want zero egress fees to simplify cost modeling
  • + You don't want minimum retention constraints on your data
  • + You prioritize egress simplicity over retention policies
  • + Your restore frequency makes zero egress valuable
  • + You want cost-driven storage without retention commitments
  • + You prefer pricing simplicity without retention trade-offs

Cons

  • Smaller provider with less enterprise trust than hyperscalers
  • Fewer regions than AWS/GCP/Azure for global distribution
  • Limited ecosystem integrations compared to hyperscaler platforms
  • No CDN integration for content delivery optimization
  • Less granular IAM and policy controls than hyperscalers
  • Limited SLA compared to hyperscaler-grade service levels

Keep exploring this category

If you’re close to a decision, the fastest next step is to read 1–2 more head-to-head briefs, then confirm pricing limits in the product detail pages.

See all comparisons → Back to category hub
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FAQ

How do you choose between Wasabi and IDrive e2?

Both target cost-conscious storage for backups and archives. Wasabi has 90-day minimum retention requirements, while IDrive e2 has zero egress fees. Choose Wasabi if you can commit to minimum retention and want predictable storage economics. Choose IDrive e2 if you want zero egress simplicity and don't want minimum retention constraints. The decision hinges on retention policies vs egress behavior.

When should you pick Wasabi?

Pick Wasabi when: You can commit to 90-day minimum retention for your backup/archive data; You want predictable storage economics with retention policies; Your access pattern aligns with minimum retention requirements; You prefer cost-driven storage with clear retention terms.

When should you pick IDrive e2?

Pick IDrive e2 when: You want zero egress fees to simplify cost modeling; You don't want minimum retention constraints on your data; You prioritize egress simplicity over retention policies; Your restore frequency makes zero egress valuable.

What’s the real trade-off between Wasabi and IDrive e2?

Cost-conscious object storage: minimum retention trade-offs vs zero egress simplicity

What’s the most common mistake buyers make in this comparison?

Comparing storage rates while ignoring minimum retention policies, egress behavior, and how restore patterns change total cost

What’s the fastest elimination rule?

Pick Wasabi if: You can commit to 90-day minimum retention and want predictable storage economics

What breaks first with Wasabi?

Cost assumptions when restore frequency increases and egress becomes significant. Policy/term constraints that don’t match how you actually access data. Performance expectations if regions and routing don’t match user geography.

What are the hidden constraints of Wasabi?

Access pattern (egress + requests) can change economics more than storage volume. Policy minimums and retrieval expectations can surprise restore-heavy workflows. S3-compatibility doesn’t guarantee parity for advanced features and edge cases.

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Plain-text citation

Wasabi vs IDrive e2 — pricing & fit trade-offs. CompareStacks. https://comparestacks.com/developer-infrastructure/object-storage/vs/idrive-e2-vs-wasabi/

Sources & verification

We prefer to link primary references (official pricing, documentation, and public product pages). If links are missing, treat this as a seeded brief until verification is completed.

  1. https://wasabi.com/ ↗
  2. https://wasabi.com/pricing/ ↗
  3. https://www.idrive.com/object-storage-e2/ ↗
  4. https://www.idrive.com/object-storage-e2/pricing ↗