The typical analysis takes a US or UK salary for a senior engineer, finds a Pakistan salary for a nominally equivalent role, calculates the percentage difference, and presents that as the business case for offshore hiring. It is a compelling-looking number. It is also an incomplete one, on both sides of the ledger.
The in-house cost is not the salary. It is the salary plus employer taxes, health insurance, 401k matching, equity, paid leave, recruiting costs, equipment, office overhead, and the management bandwidth absorbed by domestic HR complexity. The offshore cost is not the salary either. It is the salary plus statutory employer contributions, employment or EOR fees, currency conversion spreads, benefits administration, bonus obligations, the expected cost of attrition, and the onboarding ramp during which a new hire is billing at full rate while delivering at partial capacity.
When both sides of the comparison are built on their actual cost structures rather than their headline salary lines, the picture is more compelling for offshore hiring than the salary comparison suggests, and the decision is more nuanced than the offshore-is-cheaper narrative implies.
Rise92 operates on an at-cost employment model specifically so that the offshore side of this comparison can be calculated accurately. This guide builds both cost models rigorously, compares them across role types, and maps the variables that determine whether the decision is straightforward or genuinely complex.
Why Most Comparisons Get Both Sides Wrong
The In-House Undercount
The most consistent error in in-house vs offshore hiring cost analysis is underestimating the true cost of an in-house hire. Most analyses start and end with base salary. The Bureau of Labor Statistics Employer Costs for Employee Compensation data consistently shows that wages and salaries account for approximately 70% of total employer cost for private industry workers, with benefits accounting for the remaining 30%.
For senior technical, finance, and product roles, the true multiplier is higher. Equity compensation, recruiting costs for specialist roles, and the above-average benefits packages required to attract senior talent in competitive markets push the effective multiplier to 1.5x to 2.0x base salary for many companies.
A company that approves a $200,000 salary for a senior engineer without modelling the fully loaded cost is not making a hiring decision on complete information.
The Offshore Overcount and Undercount Simultaneously
Offshore cost comparisons err in both directions. They overcount by using platform blended rates rather than at-cost employment rates, inflating the offshore comparison with vendor margin that does not represent actual employment cost. They undercount by omitting attrition probability, onboarding ramp cost, and the statutory obligations that sit above salary in Pakistan’s employment framework.
The rigorous comparison starts by correcting both errors.
Building the True In-House Cost Model
The Complete US Senior Hire Cost Stack
The following model uses a $200,000 base salary for a senior software engineer in a US tech hub as the baseline. All figures are based on BLS data, SHRM benchmarks, and standard employer cost structures, with illustrative assumptions noted where specific figures vary by company.
Direct Compensation Costs
| Cost Component | Basis | Annual Cost |
| Base salary | Fixed | $200,000 |
| Employer FICA (Social Security + Medicare) | 7.65% of salary up to FICA ceiling | $15,300 |
| Federal and state unemployment (FUTA/SUTA) | Varies by state, illustrative | $1,500 |
| Workers’ compensation insurance | Varies by role and state | $2,000–$5,000 |
| Direct compensation subtotal | $218,800–$221,800 |
Benefits Costs
| Cost Component | Basis | Annual Cost |
| Health insurance (employer share) | 70–80% of premium, family plan | $15,000–$25,000 |
| Dental and vision insurance | Employer contribution | $1,500–$3,000 |
| 401k employer match | 4–6% of salary | $8,000–$12,000 |
| Life and disability insurance | Standard employer contribution | $1,000–$2,500 |
| Paid leave (PTO, sick, holidays) | BLS: ~7–8% of total compensation | $15,000–$18,000 |
| Flexible spending / HSA contribution | Employer contribution | $500–$2,000 |
| Benefits subtotal | $41,000–$62,500 |
Overhead and Infrastructure Costs
| Cost Component | Basis | Annual Cost |
| Office space (allocated per employee) | Varies by market; $10,000–$20,000/year illustrative for major tech hub | $10,000–$20,000 |
| Equipment (laptop, peripherals, software licenses) | Amortised over 3 years | $2,000–$5,000 |
| HR and people operations overhead | Allocated share of internal HR function | $3,000–$8,000 |
| Overhead subtotal | $15,000–$33,000 |
One-Time Recruiting Costs (Amortised)
| Cost Component | Basis | Annual Cost |
| Recruiting (agency, internal sourcer time, or platform) | SHRM 2025 average cost-per-hire: $5,475 average, senior technical roles $20,000–$35,000 | $20,000–$35,000 |
| Onboarding ramp cost | 60 to 90 days at partial productivity; illustrative $15,000–$25,000 opportunity cost | $15,000–$25,000 |
| Recruiting subtotal (amortised Year 1) | $35,000–$60,000 |
True Fully Loaded In-House Annual Cost (Year 1)
| Component | Low Estimate | High Estimate |
| Direct compensation | $218,800 | $221,800 |
| Benefits | $41,000 | $62,500 |
| Overhead and infrastructure | $15,000 | $33,000 |
| Recruiting and ramp (Year 1 only) | $35,000 | $60,000 |
| Year 1 total | $309,800 | $377,300 |
| Year 2+ (recurring, no recruiting cost) | $274,800 | $317,300 |
Building the True Offshore Cost Model
The Complete Pakistan Senior Hire Cost Stack Through an At-Cost Model
The following model uses a senior software engineer in Karachi or Lahore with five or more years of production-level delivery experience. Salary range reflects the mid-to-upper band for off-market senior talent at current market rates. All figures use an illustrative exchange rate of approximately 280 PKR/USD.
Professional Compensation
| Cost Component | Basis | Annual Cost (USD) |
| Base salary (senior engineer, mid-to-upper band) | PKR 600,000–1,000,000/month | $25,700–$42,900 |
| Compensation baseline | $25,700–$42,900 |
Statutory Employer Contributions
| Cost Component | Basis | Annual Cost (USD) |
| EOBI (federal pension) | 5% of minimum wage (capped, not % of salary) | ~$93 |
| Provincial social security (Sindh/Punjab/ICT) | 6% of wages, capped at provincial ceiling | ~$103 |
| Provident fund (employer match, if applicable) | 8.33% of basic salary (common at senior level) | $1,785–$2,975 |
| Gratuity accrual | 1 month salary per year of service | $2,143–$3,575 |
| Statutory subtotal | $4,124–$6,746 |
Benefits
| Cost Component | Basis | Annual Cost (USD) |
| Group health insurance (employee + family) | At actual premium, illustrative | $430–$643 |
| Group life insurance | At actual premium, illustrative | $54–$143 |
| Internet and mobile allowance | Market practice | $132–$432 |
| Professional development budget | Market practice at senior level | $500–$1,500 |
| Benefits subtotal | $1,116–$2,718 |
Variable Compensation (Market Standard)
| Cost Component | Basis | Annual Cost (USD) |
| Annual performance bonus | 1 month salary (illustrative) | $2,143–$3,575 |
| Festival bonus (Eid) | 1 month salary (market practice) | $2,143–$3,575 |
| Variable compensation subtotal | $4,286–$7,150 |
Employment Infrastructure
| Cost Component | Basis | Annual Cost (USD) |
| Rise92 Employment Concierge | $375/month at-cost | $4,500 |
| One-time curation fee (amortised Year 1) | 1 month of placed professional’s salary | $2,143–$3,575 |
| Employment infrastructure subtotal | $6,643–$8,075 |
True Fully Loaded Offshore Annual Cost (Year 1)
| Component | Low Estimate | High Estimate |
| Professional compensation | $25,700 | $42,900 |
| Statutory contributions | $4,124 | $6,746 |
| Benefits | $1,116 | $2,718 |
| Variable compensation | $4,286 | $7,150 |
| Employment infrastructure (incl. curation fee) | $6,643 | $8,075 |
| Year 1 total | $41,869 | $67,589 |
| Year 2+ (no curation fee, PF and gratuity continue) | $39,726 | $64,014 |
The Direct Comparison: In-House vs Offshore Hiring Cost
Side-by-Side Across Role Types
The following comparison uses the cost models above across three representative senior role types. All figures are illustrative and based on the assumptions documented above.
Senior Software Engineer
| Cost Dimension | US In-House | Pakistan Offshore (at-cost) | Saving |
| Year 1 fully loaded cost | $309,800–$377,300 | $41,869–$67,589 | 78–87% |
| Year 2+ annual cost | $274,800–$317,300 | $39,726–$64,014 | 77–86% |
| 24-month expected cost | $584,600–$694,600 | $81,595–$131,603 | 77–86% |
Senior Finance Manager / Controller
| Cost Dimension | US Mid-Market In-House | Pakistan Offshore (at-cost) | Saving |
| Base salary range | $130,000–$160,000 | $18,000–$30,000 | 77–86% |
| Year 1 fully loaded cost | $210,000–$260,000 | $29,000–$48,000 | 77–86% |
| Year 2+ annual cost | $185,000–$225,000 | $27,500–$45,000 | 76–88% |
Senior Product Manager
| Cost Dimension | US In-House | Pakistan Offshore (at-cost) | Saving |
| Base salary range | $150,000–$220,000 | $20,000–$38,000 | 77–87% |
| Year 1 fully loaded cost | $240,000–$330,000 | $33,000–$60,000 | 77–86% |
| Year 2+ annual cost | $210,000–$285,000 | $31,000–$57,000 | 76–85% |
The Variables That Change the Calculation
Where the Simple Comparison Becomes More Complex
The tables above present the base case. Several variables can materially shift the calculation, and a rigorous guide must address them directly.
Variable One: Attrition and Replacement Cost
The base case assumes the hired professional stays for the full two-year window. Attrition changes the economics significantly.
SHRM documents replacement cost at 50 to 200% of annual salary for professional roles. The relevant question for the comparison is not just what each model costs when the hire is retained, but what the expected cost is across the full lifecycle including the probability of departure and its associated replacement expense.
| Scenario | Model | Attrition Probability (Illustrative) | Expected Replacement Cost | Adjusted 24-Month Cost |
| Senior engineer, no retention infrastructure | US in-house | 20% | ~$60,000 | ~$656,600 |
| Senior engineer, no retention infrastructure | Pakistan offshore | 30% | ~$18,000 | ~$117,000 |
| Senior engineer, active PeopleOps | US in-house | 15% | ~$45,000 | ~$636,600 |
| Senior engineer, active PeopleOps | Pakistan offshore | 12% | ~$7,200 | ~$96,400 |
All figures are illustrative. Attrition rates vary significantly by company, management quality, role type, and market conditions.
The retention management investment through Rise92’s PeopleOps Concierge, at $550 per month versus $375 for Employment Concierge only, adds $2,100 per year per professional. Against an expected replacement cost reduction from the 30% to 12% attrition scenarios, the investment is strongly positive in expected value terms.
For how the PeopleOps Concierge is structured, see the pricing page.
Variable Two: Onboarding Ramp and Time to Full Productivity
Neither in-house nor offshore hiring produces immediate full productivity. The ramp period is a genuine cost in both models.
| Model | Typical Ramp Period | Productivity During Ramp (Illustrative) | Cost of Ramp Period |
| US in-house (senior role) | 30–60 days | 50–70% | $12,500–$25,000 |
| Pakistan offshore, unstructured onboarding | 60–120 days | 40–60% | $7,000–$14,000 |
| Pakistan offshore, structured PeopleOps onboarding | 30–60 days | 60–75% | $4,500–$8,000 |
Structured onboarding through a PeopleOps Concierge model reduces the offshore ramp period materially, both because the professional’s integration is managed intentionally and because the narrative dossier introduction means the client has already calibrated expectations before day one.
Variable Three: Currency Movement
The offshore cost model is denominated in PKR, which creates exposure to exchange rate movement. The PKR has depreciated significantly over the past decade, which means the USD cost of a fixed PKR salary has fallen over the same period. The risk going forward is stabilisation or modest appreciation.
A 10% appreciation in the PKR against the USD on a $35,000 annual salary adds approximately $3,500 to the offshore cost in the appreciation year. This moves the comparison but does not change its fundamental direction.
Variable Four: Quality Parity
The cost comparison is only meaningful if the quality delivered is comparable. This is the variable that most deserves rigorous treatment.
The quality comparison has two dimensions:
Market quality ceiling: Pakistan’s senior technical, finance, and product talent pool has demonstrated delivery at Fortune 500 standards. The market quality ceiling is real and documented through the country’s $5 billion IT export base and the professional communities at NUST, LUMS, FAST, and GIKI alumni networks globally.
Sourcing quality ceiling: The quality of any specific hire depends on the sourcing methodology used to find them. The application-based sourcing that produces the most commonly referenced offshore hiring quality concerns accesses a fundamentally different population from the off-market concierge model. The comparison is most valid when the offshore hire is sourced correctly.
When off-market sourcing produces a professional whose delivery is verified through professional network reference, the quality comparison against a strong domestic hire is far closer than the salary comparison suggests.
For how Rise92’s sourcing process accesses the senior off-market population in Pakistan, visit Hire Talent.
The Decision Framework: When In-House Wins and When Offshore Wins
Not Every Role Belongs in the Same Model
A rigorous distributed team cost analysis does not conclude that offshore is universally correct. The economics favour offshore for some roles, in-house for others, and a hybrid model for many.
When In-House Wins
- Executive and C-suite roles where physical presence, investor relationships, and board-level engagement are central to the role’s success
- Roles requiring regulatory clearance or data residency that mandate local employment and local physical access
- Culture-defining senior hires where the company is explicitly building its organisational identity through the people it puts in leadership positions
- Customer-facing roles in regulated markets where in-person client relationships and local market knowledge are the primary deliverable
When Offshore Wins
- Senior technical roles where delivery quality is the primary variable and physical presence adds no value
- Finance and back-office functions where the trust requirement is high but the location requirement is zero, provided the employment infrastructure is correct
- Product and design roles where async collaboration tools and deliberate communication protocols substitute effectively for proximity
- Data, analytics, and AI roles where the skills required are globally distributed and the work is fully remote by nature
- Operations and executive support where senior professionals can run complex operational workstreams without physical co-location
When the Hybrid Model Works Best
Most companies building distributed teams do not face a binary choice. The practical hybrid model:
- Core leadership team in-house, locally hired, culturally embedded
- Senior technical, finance, product, and operations delivery roles offshore, at-cost employed
- Compliance and HR infrastructure for the offshore team owned by a specialist concierge partner
This model produces the best of both structures: cultural anchoring and strategic visibility in-house, delivery capability and cost efficiency offshore, and professional accountability for the employment infrastructure that connects both.
FAQ
Using the models in this guide, a US senior engineer with a $200,000 base salary costs $309,800 to $377,300 fully loaded in Year 1. A comparable Pakistan-based senior engineer sourced at-cost runs $41,869 to $67,589 fully loaded in Year 1, a saving of 77 to 87%. Year 2 comparisons are similar.
Attrition shifts both models. At a 30% annual attrition rate, offshore replacement adds roughly $18,000 per departure. At a 20% domestic rate, US replacement adds roughly $60,000 per departure. Active PeopleOps management can reduce offshore attrition to the 10 to 15% range, improving the offshore economics further on an expected-value basis.
Recruiting costs for senior roles ($20,000 to $35,000 per hire), onboarding ramp productivity loss ($15,000 to $25,000), allocated office overhead ($10,000 to $20,000 per employee annually), and the management bandwidth absorbed by domestic HR complexity. These omissions consistently produce in-house cost underestimates of 30 to 50%.
Gratuity accrual, provident fund employer match, annual and festival bonus obligations, and the expected cost of attrition. These omissions produce offshore cost underestimates that make the model look better than the actual experience justifies.
The Comparison That Produces Good Decisions Includes Both Full Ledgers
in-house vs offshore hiring cost analysis that compares salary to salary is not a cost analysis. It is a compensation benchmark with a conclusion that the business case does not yet justify.
The analysis that produces defensible hiring decisions includes both full cost stacks: the in-house model with its employer taxes, benefits, overhead, recruiting, and ramp; and the offshore model with its statutory contributions, accruals, bonuses, employment infrastructure, and expected attrition cost. When both sides are modelled completely, the cost case for senior offshore hiring in Pakistan is more compelling than salary comparisons suggest, the nuances that affect the comparison are visible rather than hidden, and the decision about which roles belong in which model can be made on actual data rather than headline numbers.
Rise92 was built to make the offshore side of this comparison calculable from the start: at-cost employment with full fee disclosure, transparent statutory cost pass-through, and active PeopleOps management that reduces the attrition variable that most offshore cost models treat as uncontrollable.
If you want to run a complete in-house vs offshore cost comparison for your specific team build, get in touch.
