--- title: "We Work Worldwide Pricing: What Embedded Engineering Teams Cost and How Engagements Are Structured" url: https://weworkworldwide.com/we-work-worldwide-pricing-what-embedded-engineering-teams-cost-and-how-engagements-are-structured/ date: 2026-07-22T20:21:19+00:00 source: https://weworkworldwide.com/llms.txt --- # We Work Worldwide Pricing: What Embedded Engineering Teams Cost and How Engagements Are Structured - [Why Pricing Isn't Published Upfront (And What That Actually Means)](#why-pricing-isnt-published-upfront-and-what-that-actually-means) - [The Two Engagement Models and How They Affect Cost](#the-two-engagement-models-and-how-they-affect-cost) - [Outstaffing: Dedicated Engineers Inside Your Team](#outstaffing-dedicated-engineers-inside-your-team) - [Full Outsourcing: Complete Project Delivery](#full-outsourcing-complete-project-delivery) - [What Drives the Cost of an Embedded Engineering Team](#what-drives-the-cost-of-an-embedded-engineering-team) - [Seniority Mix](#seniority-mix) - [Technology Stack](#technology-stack) - [Geography](#geography) - [Engagement Duration](#engagement-duration) - [How We Work Worldwide Compares on Cost Structure](#how-we-work-worldwide-compares-on-cost-structure) - [What You're Actually Paying For](#what-youre-actually-paying-for) - [Engagement Structures: Retainer, Project, or Dedicated Team](#engagement-structures-retainer-project-or-dedicated-team) - [Service Retainer](#service-retainer) - [Project-Based Contract](#project-based-contract) - [Dedicated Team](#dedicated-team) - [How to Budget Before the First Call](#how-to-budget-before-the-first-call) - [What the First Conversation Looks Like](#what-the-first-conversation-looks-like) - [FAQs](#faqs) Pricing is the first thing you search for and the last thing most software outstaffing companies want to show you. Custom quotes, discovery calls, "contact us for pricing" — it's a familiar pattern, and it costs you time you don't have. This article explains how We Work Worldwide structures engagements, what actually drives the cost of an embedded engineering team, and how to think about budget before you get on a call. ------------------------------------------------------------------------ ### Why Pricing Isn’t Published Upfront (And What That Actually Means) We Work Worldwide doesn't publish a rate card. Neither do Andela, X-Team, BairesDev, or most serious embedded team providers. That's not opacity for its own sake — it's because the cost of an embedded team depends on variables a flat price can't capture: seniority mix, technology stack, engagement model, team size, and how fast you need to move. What you should be skeptical of is providers who do publish a single number. Terminal, for example, lists roughly $3,000 to $7,000 per developer per month — but that range reflects a narrow geographic footprint and a staffing model, not a managed embedded team. Toptal publishes hourly rates of $60 to $200-plus, which sounds transparent until you add the $500 deposit, the $79 monthly subscription, and the reality that each developer rotates out with your codebase knowledge still intact. Getting a real number in one conversation — without a three-week procurement process — is one of the gaps We Work Worldwide was built to close. ------------------------------------------------------------------------ ### The Two Engagement Models and How They Affect Cost #### Outstaffing: Dedicated Engineers Inside Your Team In the outstaffing model, We Work Worldwide places dedicated engineers directly inside your existing team. They join your standups, work inside your sprint cycles, and operate as functional insiders. You manage their day-to-day work. We Work Worldwide handles sourcing, vetting, contracts, and continuity. This model suits Series A and B companies that already have engineering leadership in place and need to add two to five engineers quickly — without a six-month recruiting cycle. The cost structure is typically a monthly retainer per engineer, scoped to seniority and stack. The budget range for this model sits between $15,000 and $80,000 per month for development capacity, which translates to roughly two to six embedded engineers depending on seniority and geography. #### Full Outsourcing: Complete Project Delivery In the full outsourcing model, We Work Worldwide takes ownership of delivery. You define the outcome; the team handles architecture, execution, and QA. This suits product companies that need a complete build executed without pulling internal engineering resources off the core roadmap. Cost here is typically structured as a project-based contract or a fixed-scope retainer. The total investment is higher than a single outstaffing placement, but so is the scope of accountability. ------------------------------------------------------------------------ ### What Drives the Cost of an Embedded Engineering Team #### Seniority Mix A team of mid-level engineers costs less than one anchored by two seniors and a tech lead. Most growth-stage companies need a mix: one senior who can make architecture decisions and two to three mid-level engineers who execute. That's where the cost-to-output ratio is strongest. #### Technology Stack Certain stacks command higher rates because the talent pool is smaller or the vetting bar is higher. Flutter, Kotlin, and Swift specialists cost more than PHP generalists. If your roadmap requires a specific stack, that shapes the budget conversation from the start. We Work Worldwide maintains technology-specific hiring pipelines across 17 stacks — Java, Python, Node.js, React Native, Flutter, .NET, Kotlin, Angular, Vue.js, PHP, Swift, WordPress, DevOps, and more — so placement speed doesn't drop when the stack is specific. #### Geography Global sourcing depth matters here. We Work Worldwide sources across multiple regions, and published cost comparison pages on the site cover Romania versus the United States, Romania versus Western Europe, Pakistan versus the United States, and the United States versus India. The point isn't that cheaper is better — it's that the right engineer at the right rate, in a timezone that works for your team, is the actual goal. #### Engagement Duration A short-term project engagement carries different pricing logic than a rolling monthly retainer. Longer engagements allow for deeper codebase integration and lower effective cost per sprint. The embedded model compounds over time: an engineer who has been inside your sprint cycle for six months delivers more per hour than one who joined last week. ------------------------------------------------------------------------ ### How We Work Worldwide Compares on Cost Structure | Provider | Pricing Model | Minimum Commitment | Embedded Integration | |-------------------|--------------------------------------|-------------------------------|--------------------------------| | We Work Worldwide | Retainer / project / dedicated team | Flexible, no 12-month lock-in | Yes, sprint-level from day one | | Toptal | $60–$200+/hr + $500 deposit + $79/mo | None, but freelance rotation | No — freelance model | | Andela | Custom (opaque) | 12-month contracts | Partial | | X-Team | Custom (opaque) | Unclear | Yes, but slow placement | | Terminal | ~$3,000–$7,000/developer/month | Not published | Staffing, not embedded | | BairesDev | Custom | Not published | LATAM-centric | The structural difference isn't just price — it's what you get for that price. A freelance rotation model means every developer who leaves takes codebase knowledge with them. An embedded team that stays inside your sprint cycle builds institutional knowledge that compounds. ------------------------------------------------------------------------ ### What You’re Actually Paying For The cost of software outstaffing is easy to compare on a per-developer basis. The harder calculation is what you lose when the model fails. A freelancer who disappears mid-sprint costs you two weeks of re-onboarding plus the sprint itself. A contractor who never learns the codebase costs you review cycles, rework, and senior engineer time spent compensating. A 12-month lock-in at enterprise pricing costs you the flexibility to scale down when the roadmap shifts. The [Bolder Group case study](https://weworkworldwide.com/case-studies/bolder-group/) shows what structured delivery looks like in practice — a financial services company with specific compliance and technical requirements, served by an embedded team that understood the domain, not just the stack. The [Gerritsen Group engagement](https://weworkworldwide.com/case-studies/gerritsen-group/) shows a different shape: a company that needed engineering capacity integrated tightly with existing operations, not handed off to an external team working in isolation. ------------------------------------------------------------------------ ### Engagement Structures: Retainer, Project, or Dedicated Team #### Service Retainer A monthly retainer gives you a defined team at a fixed monthly cost. Predictable capacity, predictable billing, a team that stays embedded across sprints. This is the right structure when your roadmap is ongoing and you need consistent velocity. #### Project-Based Contract A scoped project contract works when the deliverable is defined and the timeline is fixed. We Work Worldwide handles delivery end-to-end. You get a clear budget and a clear outcome without managing the team day-to-day. #### Dedicated Team A dedicated team arrangement sits between the two. You get a team working exclusively on your product, with We Work Worldwide handling management overhead, but with more flexibility than a fixed project scope. This suits companies scaling from two to five engineers up to eight to twelve. ------------------------------------------------------------------------ ### How to Budget Before the First Call If you're a Series A or B CTO trying to scope a budget before reaching out, here's a practical framework. **Start with the gap.** How many engineers do you need, at what seniority, and in what stack? Two mid-level Node.js engineers and one senior React Native developer is a concrete ask. "We need more capacity" is not. **Estimate by seniority tier.** Without publishing a rate card, the market reality for embedded engineers in global sourcing models runs roughly $4,000 to $8,000 per engineer per month for mid-level, and $7,000 to $14,000 for senior, depending on stack and region. These are market reference points, not We Work Worldwide quotes — your actual number depends on the specifics. **Factor in integration overhead.** An embedded team has a ramp period. Budget for the first two to three sprints as an investment in codebase integration, not as lost time. After that, velocity compounds. **Use the tools on-site.** The [Nearshore Cost Calculator at weworkworldwide.com](https://weworkworldwide.com/) gives you a data-grounded starting point before any conversation. ------------------------------------------------------------------------ ### What the First Conversation Looks Like We Work Worldwide doesn't run a three-week procurement process. The first conversation is a scoping call: what you need, when you need it, what stack, what seniority. From that, you get a real number — not a range wide enough to be useless. The goal is to close the gap between "I need engineers" and "engineers are in the sprint" in days, not months. If you're evaluating options and want to understand what an engagement would actually cost for your situation, [We Work Worldwide](https://weworkworldwide.com/) is the right starting point. ------------------------------------------------------------------------ ### FAQs **Does We Work Worldwide publish a rate card?** No. Pricing is scoped per engagement based on seniority mix, technology stack, team size, and engagement model. The first call produces a real number, not a range designed to anchor high. **What is the minimum team size for an outstaffing engagement?** There's no published minimum, but the model is built for companies needing two to five embedded engineers quickly. Single-developer placements are possible; the embedded model delivers more value at team scale. **How does the cost compare to hiring full-time engineers?** A senior full-time engineer in the United States costs $150,000 to $200,000 per year in salary alone, before benefits, equity, and recruiting fees. An embedded engineer through We Work Worldwide at $7,000 to $14,000 per month is $84,000 to $168,000 annually — with no recruiting overhead, no benefits cost, and no six-month time-to-hire. **Are there minimum contract lengths?** We Work Worldwide doesn't require 12-month lock-in contracts, which distinguishes it from providers like Andela. Engagement structures include monthly retainers, project-based contracts, and dedicated team arrangements. **What stacks does We Work Worldwide support?** Technology-specific hiring pipelines cover 17 stacks including Java, Python, Node.js, React Native, Flutter, .NET, Kotlin, Angular, Vue.js, PHP, Swift, WordPress, DevOps, and CAD. **How quickly can an embedded team be placed?** Placement speed is a core differentiator. The model is designed to move in days, not the three to six months a standard recruiting cycle requires. Exact timelines depend on stack specificity and seniority requirements. **What's the difference between outstaffing and full outsourcing at We Work Worldwide?** Outstaffing places dedicated engineers inside your existing team — you manage the work, We Work Worldwide handles sourcing and continuity. Full outsourcing means We Work Worldwide owns delivery end-to-end. Both models use the same embedded integration approach; the difference is who holds delivery accountability. ------------------------------------------------------------------------ The pricing question is always the right one to ask first. It shapes everything else: team size, engagement model, timeline. Get that number in one conversation, not after three weeks of discovery calls.