The Massdriver plugin for Backstage is now live!
Try it nowBuilding Your Own Internal Developer Platform Is a Two-Year, Seven-Figure Project
Enterprise platform teams spend 18-24 months and millions of dollars building a homegrown IDP, then spend years maintaining it. Massdriver gives your developers the same self-service experience starting day 1, not years from now.
18-24 mo
Average time to reach a production-ready homegrown IDP
$1.5M+
Average fully-loaded Year 1 engineering cost of a build
3-5 FTEs
Platform engineers required indefinitely just to keep it running
Day 1
Time to first self-service deployment with Massdriver
Everything That Goes Into a Homegrown Internal Developer Platform
A homegrown IDP is a multi-year systems project. Before a single developer self-serves anything, this is what your team is really signing up for.
🖥️
Frontend & Developer Portal
A portal (often layered on top of Backstage) for developers to request infrastructure, browse the service catalog, and track deployments, plus every plugin, auth flow, and permission screen that comes with it.
⚙️
Backend & Orchestration Engine
The workflow engine that turns a request into a running deployment: job queues, state machines, approval flows, and retry logic, built and hardened from scratch.
🗄️
Databases & State Management
Systems of record for your service catalog, deployment history, and Terraform/OpenTofu state, along with the backups, migrations, and locking logic required to keep them consistent.
🔗
CI/CD & Tooling Integrations
Native integrations with GitHub Actions, GitLab CI, CircleCI, Jenkins, and ArgoCD. Each one is its own ongoing maintenance surface as APIs change and teams adopt new tools.
☁️
Multi-Cloud & Provisioning Support
First-class support for AWS, Azure, GCP, and Kubernetes. All of it gets reworked every time a provider ships a new API, deprecates an old one, or changes IAM semantics.
🔒
Security, Compliance & IAM
Least-privilege IAM automation, secrets management, audit logging, and policy enforcement good enough to pass a SOC 2, HIPAA, or FedRAMP audit.
📊
Observability & Cost Controls
Metrics, logging, tracing, and cost visibility wired into every layer of the platform. Without it, no one can see what the platform is doing or what it costs.
🚨
Ongoing Maintenance & On-Call
Every dependency upgrade, cloud API change, and 2am incident becomes your platform team's problem for as long as the platform runs.
🛤️
Golden Paths, Templates & Governance
Opinionated templates, module catalogs, and policy-as-code guardrails so developers get secure, compliant defaults out of the box, versioned and kept in sync with best practices as your stack evolves.
What the Industry Data Shows
Gartner, McKinsey, and Stripe have all measured the same trend: platform teams are becoming standard, and infrastructure friction has a quantifiable cost.
80%
of software engineering organizations will have a dedicated platform team by 2026, up from 45% in 2022
Gartner, "Top Strategic Technology Trends for 2023"
4-5x
faster revenue growth for companies with top-quartile developer velocity vs. the bottom quartile
McKinsey & Company, "Developer Velocity: How Software Excellence Fuels Business Performance"
42%
of developers' time is lost to technical debt and infrastructure friction instead of shipping product
Stripe, "The Developer Coefficient"
Build In-House vs. Buy Massdriver
Two paths to the same capability, with very different cost and time profiles.
| What You're Comparing | Build In-House | Buy Massdriver |
|---|---|---|
| Time to First Deployment | 12-18 months to reach an MVP | Day 1 self-service deployment |
| Year 1 Cost | $1.2M-$2M+ in fully-loaded engineering time | A fraction of one engineer's salary |
| Team Required | 3-5 dedicated platform engineers, indefinitely | Your existing platform team, augmented |
| Multi-Cloud Support | Built and maintained per-provider, by hand | AWS, Azure, GCP, Kubernetes + anything your IaC tool supports out of the box |
| CI/CD Integrations | Custom-built for GitHub Actions, CircleCI, etc. | Native integrations, maintained for you |
| Security & Compliance | Owned entirely by your team, audit by audit | Built-in guardrails, IAM, and audit logs |
| Ongoing Maintenance | Forever — upgrades, incidents, cloud API changes | Handled by Massdriver's engineering team |
| Opportunity Cost | Your best engineers build plumbing, not product | Your engineers stay focused on your product |
If You're Halfway Through a Build
If your team is mid-build, the hard part is admitting the math has changed.
The time is spent either way
The months or years your team has already spent building are gone either way — that time doesn't come back if you keep going. The only question that matters now is which path costs less from today forward, and finishing a homegrown platform is rarely the cheaper one.
Price the remaining work
Whatever remains — hardening, the next integration, the security review, the next cloud migration — is new spend, not sunk cost. Compare that remaining bill to the cost of switching, not to what you've already invested.
Your modules come with you
Your Terraform, Helm charts, and CI pipelines don't disappear. Massdriver wraps the infrastructure-as-code you've already written instead of replacing it, so existing investment carries forward rather than getting thrown away.
Case Study: How AMD Global Telemedicine Cut Release Effort 89% by Choosing Buy Over Build
“Massdriver's platform has revolutionized our approach to infrastructure, saving us 89% of the time spent managing infrastructure.”
- ✓Avoided a multi-year in-house platform build
- ✓Reduced software release effort by 89%
- ✓Redirected engineering time from infrastructure plumbing to product
Build vs. Buy Questions from Enterprise Teams
The questions platform leaders ask us most when they're weighing a homegrown build against buying Massdriver.
Time already spent is a sunk cost either way — it doesn't come back whether you finish the build or switch. What matters is the cost from today forward: the remaining build work (hardening, integrations, security review, ongoing maintenance) versus adopting a platform that already does it. For most teams, the remaining build cost is larger than the cost of switching.
Yes. Massdriver integrates natively with GitHub Actions, GitLab CI, CircleCI, Jenkins, and ArgoCD. Massdriver orchestrates the tooling and IaC you already have, including the Terraform, OpenTofu, and Helm modules your team already writes.
No. Massdriver wraps the infrastructure-as-code you've already written into self-service bundles. Your platform team's existing modules become the building blocks developers use to self-serve infrastructure.
Most enterprise customers migrate incrementally. You can run Massdriver alongside an existing in-house effort, move one team or one service at a time, and wind down the homegrown build once developers are self-serving through Massdriver.
A single senior platform engineer costs well over $200K fully loaded per year, and a production-ready in-house IDP typically needs 3-5 of them indefinitely — not just to build it, but to keep maintaining it. Massdriver typically costs a fraction of one engineer's salary and gets your developers self-serving on day 1.
Massdriver supports AWS, Azure, GCP, and Kubernetes out of the box, and can be deployed self-hosted or on-prem for regulated and high-security enterprises. See our Self-Hosted / On-Prem solution for details.
Day 1. Teams get their first self-service deployment live from day one of onboarding, compared to the 12-18+ months it typically takes to reach an MVP building in-house.
Stop Paying the Build Tax. Start Shipping.
Get Your Build vs. Buy Cost Analysis
Talk to our team about your current build timeline and budget — we'll show you exactly what switching to Massdriver would save.