Proprietary Decision Scorecard
Architectural evaluation of Figma (SaaS) vs. Penpot (Open-Source).
The rising cost of specialized SaaS tools like Figma can significantly impact a company’s budget, especially as design teams scale, leading to unexpected expenditure spikes. Understanding the nuanced cost differences between a leading proprietary solution and a robust open-source alternative like Penpot is crucial for financial planners and engineering leads.
Figma Official Plans
Figma’s pricing model is generally transparent, structured per editor per month, with discounts for annual commitments.
| Plan Name | Monthly Price (per editor) | Annual Price (per editor/month) | Key Highlights |
|---|---|---|---|
| Figma Starter | $0 | $0 | 3 Figma design files, 3 FigJam whiteboards, Unlimited personal drafts, Mobile app |
| Figma Professional | $15 | $12 | Unlimited design files & boards, Advanced prototyping, Shared libraries, Version history, Dev Mode |
| Figma Organization | N/A | $45 | SSO & advanced security, Centralized administration, Design system analytics, Private plugins & widgets, Dedicated workspaces |
| Figma Enterprise | N/A | Custom Pricing | Organization-wide analytics, Custom contracts & invoicing, Dedicated account support, Advanced security controls |
Hidden Costs of Figma
While Figma’s per-seat pricing is explicit, larger deployments or specific use cases can introduce less obvious costs:
- Enterprise Onboarding & Migration: For large organizations migrating from other tools or setting up complex design systems, professional services for onboarding, data migration, and initial configuration are often not included in the per-seat price and can incur significant consulting fees.
- Advanced Support & SLAs: While Enterprise plans include dedicated support, specific Service Level Agreements (SLAs) or premium, faster-response support options might be negotiated separately at an additional cost.
- Integration Development & API Usage: While Figma offers a robust API, developing custom integrations or exceeding default API rate limits for extensive automation might necessitate higher-tier plans or incur additional charges, especially for data-intensive workflows.
- Team vs. Organization Tier Jump: The jump from the Professional tier ($12/editor/month annually) to the Organization tier ($45/editor/month annually) represents a significant per-user cost increase, which can be a “hidden” cost if a team outgrows Professional features and needs the advanced security or administration capabilities of Organization.
Total Cost of Ownership (TCO) Analysis for Penpot
Penpot, as a free and open-source alternative, eliminates direct SaaS licensing fees but introduces costs associated with self-hosting, infrastructure, and ongoing maintenance. These are critical considerations for financial planners and engineering leads evaluating a shift.
Hosting & Server Resource Estimation (Monthly Averages)
These estimates assume reliable cloud infrastructure (e.g., AWS EC2, DigitalOcean Droplets, Azure VMs) with appropriate storage and bandwidth. Costs can fluctuate based on provider, region, and specific configurations (e.g., high availability).
- Small Team (5 users):
- Configuration: 2 vCPU, 4GB RAM, 50GB SSD, 100GB Bandwidth.
- Estimated Cost: $25 - $40/month
- Medium Team (20 users):
- Configuration: 4 vCPU, 8GB RAM, 100GB SSD, 500GB Bandwidth.
- Estimated Cost: $70 - $120/month
- Large Team (100 users):
- Configuration: 8-16 vCPU, 16-32GB RAM, 250-500GB SSD, 1TB+ Bandwidth (potentially distributed across multiple instances for scalability).
- Estimated Cost: $180 - $450+/month
Maintenance & Engineering Support Estimation (Monthly Averages)
This includes initial setup, regular updates, monitoring, troubleshooting, and ensuring security. These estimates assume an internal engineer’s time at an average burdened cost of $100/hour.
- Small Team (5 users):
- Effort: ~4 hours/month (initial setup amortized over first year, then 2-3 hours/month for updates/monitoring).
- Estimated Cost: $400/month
- Medium Team (20 users):
- Effort: ~10 hours/month (initial setup, more frequent updates, dedicated monitoring).
- Estimated Cost: $1,000/month
- Large Team (100 users):
- Effort: ~20 hours/month (complex setup, high availability, security hardening, integrations, ongoing support).
- Estimated Cost: $2,000/month
Comparative TCO Table (SaaS Fees vs. Self-Host Infrastructure)
This table contrasts the estimated monthly costs for Figma (Professional tier for active users, annually billed) versus Penpot self-hosted, including all relevant cost components.
| Team Size | Figma Professional (SaaS Fees) | Penpot Self-Hosted (Infrastructure) | Penpot Self-Hosted (Engineering Support) | Penpot Self-Hosted (Total TCO) |
|---|---|---|---|---|
| 5 Users | $60 ($12 x 5) | $30 | $400 | $430 |
| 20 Users | $240 ($12 x 20) | $90 | $1,000 | $1,090 |
| 100 Users | $1,200 ($12 x 100) | $250 | $2,000 | $2,250 |
Note: For Figma Enterprise, costs would be significantly higher than the Professional tier shown.
Scenarios: Cost Comparison
Let’s illustrate the financial impact for different team sizes:
-
Scenario 1: Small Team (5 Users)
- Figma Cost: $60/month (Professional tier, annual billing).
- Penpot Cost (Self-Hosted): Approximately $430/month ($30 infrastructure + $400 engineering).
- Analysis: For a small team, the operational overhead and engineering time required for Penpot self-hosting significantly outweigh Figma’s SaaS fees. Figma is considerably cheaper and simpler to manage here.
-
Scenario 2: Medium Team (20 Users)
- Figma Cost: $240/month (Professional tier, annual billing).
- Penpot Cost (Self-Hosted): Approximately $1,090/month ($90 infrastructure + $1,000 engineering).
- Analysis: Similar to a small team, the immediate cost savings are clearly with Figma. The engineering commitment for Penpot remains a dominant cost factor.
-
Scenario 3: Large Team (100 Users)
- Figma Cost: $1,200/month (Professional tier, annual billing).
- Penpot Cost (Self-Hosted): Approximately $2,250/month ($250 infrastructure + $2,000 engineering).
- Analysis: Even for a large team, the TCO for self-hosting Penpot often exceeds Figma’s Professional tier. However, if the team would be on Figma’s Organization tier ($45/editor/month), Figma’s cost would jump to $4,500/month. In this specific comparison, Penpot begins to show a potential TCO advantage, especially if engineering resources are already available and underutilized, or if data privacy/sovereignty is a paramount concern.
When Does Paying for Figma Actually Save Money?
Paying for Figma often results in cost savings and greater efficiency in the following situations:
- Small to Medium Teams (up to ~75-100 users on Professional tier): The direct SaaS cost of Figma is significantly lower than the TCO of self-hosting Penpot when considering infrastructure, maintenance, and dedicated engineering time.
- Limited Internal DevOps/IT Resources: Organizations without dedicated DevOps, SRE, or system administration staff capable of deploying, maintaining, and troubleshooting complex self-hosted applications will find Figma’s “zero-ops” model invaluable.
- Need for Advanced Collaboration & Ecosystem: Figma’s highly refined cloud-native collaboration features, vast plugin ecosystem, and integrations (e.g., with user testing platforms, project management tools) provide immediate value that would be costly or impossible to replicate with a self-hosted solution.
- Premium Features for Enterprise Scale: Features like advanced SSO, centralized administration, design system analytics, and dedicated customer success managers offered in Figma’s Organization and Enterprise plans provide significant operational efficiencies and security benefits that might justify the higher per-seat cost compared to the effort of building similar capabilities on top of Penpot.
- Focus on Core Business: Companies that want their engineering talent focused purely on their core product development, rather than maintaining internal design infrastructure, will benefit from outsourcing that responsibility to Figma.
Final Purchasing Recommendation
The choice between Figma and Penpot hinges on a careful evaluation of team size, budget, technical capabilities, and strategic priorities:
- For most small to medium-sized design teams (up to ~75 active editors) and organizations prioritizing ease of use, zero operational overhead, and access to a rich ecosystem, Figma is the superior and more cost-effective choice. The direct financial savings on IT infrastructure and engineering salaries alone make Figma’s SaaS model highly attractive.
- Organizations with large design teams (100+ users) that would otherwise opt for Figma’s Organization or Enterprise tiers, AND possess strong internal DevOps/IT capabilities, should rigorously evaluate Penpot. If data sovereignty, strict privacy controls, or leveraging existing, potentially underutilized, infrastructure and engineering talent are paramount, Penpot’s self-hosted model can present a compelling TCO, particularly when comparing against Figma’s highest-tier pricing.
- For companies where “free” is a strict budget constraint, and a modest level of technical self-sufficiency is available, Penpot offers a viable, full-featured alternative. However, it’s crucial to acknowledge and budget for the implicit costs of hosting, maintenance, and support, as “free” software is rarely truly free in an enterprise context.
In summary, for most businesses, the value proposition of Figma’s managed service, continuous innovation, and rich feature set far outweighs the perceived cost savings of self-hosting Penpot, especially when all TCO factors are considered. Penpot shines for specific use cases driven by data control or leveraging existing, capable internal engineering teams.
Cost and pricing analysis verified as of 2025-01-01. Self-hosting costs are estimates based on standard cloud providers.
Editor's Technical Verdict
When comparing Figma against Penpot, the decision rests on integration capability vs. data sovereignty. Choose Figma for immediate scale and zero-maintenance pipelines. Choose Penpot if you want data sovereignty, lower recurring seats cost, and complete database control.