2025-2026 BENCHMARK REPORT FOR DIGITAL TRANSFORMATION FIRMS

The Hidden Cost of Engineering Talent

What Digital Transformation Firms Actually
Spend — and What They Should

A fully-loaded cost model built on BLS, McKinsey, and CompTIA data — so you know exactly what your engineering team costs, and what it should.

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87%

of U.S. tech leaders struggle to find skilled workers

Source: Robert Half, 2025

$5.5T

in projected losses from IT skills shortage by 2026

Source: IDC / TechTarget, 2025

61 days

average time-to-hire for a software developer in-house

Source: ManpowerGroup / Alcor, 2024

1.2M+

software engineer vacancies expected in U.S. by 2026

Source: U.S. BLS Outlook, 2024

parallelstaff- Three booklets are fanned out, with the front one titled The Hidden Cost of Engineering Talent. The cover features a person typing on a laptop and holding a pen. The ParallelStaff logo appears at the top.

5 minutes with this data will change how you price, staff, and pitch your next engagement.

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What's an unfilled engineering role actually costing you? Most leaders guess wrong — by $40,000 or more.

The talent math your firm is running is probably broken. Not because your team isn't sharp — but because most firms have never actually modeled what a U.S. engineering hire fully costs, end to end.

This report does it for you. It benchmarks the true, fully-loaded cost of onshore talent, quantifies what every open seat is costing you in delivery capacity, and shows you what a nearshore-augmented model actually looks like in practice.

Here's what operating without this data is costing you right now:

  • You're underpricing engagements — because your cost-per-engineer model doesn't include recruiting cycles, ramp time, benefits burden, or manager overhead

  • Open roles aren't just annoying — they're ~$45K liabilities per seat — in lost billable capacity alone, before you count client satisfaction impact

  • You're staffing reactively instead of strategically — and reactive hiring during a delivery crunch costs 40–60% more than a proactive nearshore model

  • Your team is doing the math wrong on nearshore — dismissing it on rate card alone without accounting for time zone overlap, ramp speed, and turnover savings

  • Every delayed sprint is a delayed invoice — on a $500K milestone engagement, two sprints of delay is $50K–$80K in deferred revenue sitting on your P&L

You don't need another opinion on the talent market. You need the numbers.

This report gives you exactly that — a sourced, benchmarked cost model built on BLS, SHRM, McKinsey, and CompTIA data. It tells you what your engineering team actually costs, what your open roles are losing you, and what a smarter staffing model looks like in practice.

Download and get:

  • True fully-loaded cost per engineer — built from BLS, SHRM, McKinsey, and CompTIA data, not industry folklore

  • The real cost of every unfilled seat — quantified to the day, at your daily fully-loaded rate

  • A direct onshore vs. nearshore comparison — across nine operational metrics that actually matter to delivery firms

  • What high-performing firms are doing differently — and the structural staffing shift driving it

  • A framework you can use in your next leadership meeting — to model the cost and delivery impact of a nearshore-augmented team