The 2026 Report · Part 4

Composition and Experience of the Delivery Workforce

Role composition, career experience, agentic AI experience, and self-assessed knowledge

Study overview / Part 4 / Composition and Experience of the Delivery Workforce

The respondent sample was dominated by individual contributors with limited career and agentic AI experience. It comprised 667 individual contributors (78.47%), 150 engagement managers (17.65%), 31 portfolio directors (3.65%), and two customer management executives. Each of the 150 engagements was represented by one engagement manager and a majority of individual contributors. These proportions describe the sample, rather than the composition of every delivery team.

Career experience, outsourcing-industry experience, and financial-industry experience are examined separately from agentic AI experience. Every recorded answer on years of agentic AI experience was zero or one. This restricted range limits the comparisons that can be made.

“I might not have been working as long as them but I have more AI experience than my entire management team combined.” -Individual Contributor, BPO, Payments, cards and disputes

Experience differed by role, and role was associated with respondents’ ratings and intent to leave. The unadjusted experience comparisons therefore do not isolate the contribution of experience from that of role. Engagement-level associations for career and industry experience met the study’s equivalence criteria. Equivalence tests assess whether an association lies within prespecified bounds, here −0.30 to +0.30 for the correlation coefficient, r. The coefficient measures the strength and direction of a linear relationship, from −1 to +1. Equivalence within these bounds does not establish a zero relationship or the absence of operational importance.

Got put on the account with no training on the agent tooling at all, I learned it off a guy who ran it on a diferent account. The course they did put me on was banking basics I already knew”

INDIVIDUAL CONTRIBUTOR · ITO, Technology engineering and operations

1 Role Composition of the Engagements

Individual contributor was the most frequent role in every engagement’s respondent sample. Assigning each engagement its most frequent role consequently produced the same classification for all 150 engagements. With no variation between engagements, this classification could not support an engagement-level comparison. Respondent-level comparisons nevertheless identified differences among roles.

1.1 Role Composition of the Respondent Sample

Indicator C005 · What is your role on this engagement? · Full statistical analysis ›

Individual contributors formed the majority of respondents, and reported intent to leave differed by role. All 850 respondents answered the role question. Individual contributors and engagement managers were represented on all 150 engagements. Portfolio directors were represented on 31 engagements (20.67%). A role’s absence from the respondent sample does not establish its absence from the delivery team.

Table 4.1. Respondents by role

Role

Respondents

Share of 850 respondents

Engagements with at least one respondent in the role

Share of 150 engagements

Individual contributor

667

78.47%

150

100.00%

Engagement manager

150

17.65%

150

100.00%

Portfolio director

31

3.65%

31

20.67%

Customer management executive

2

Not reported

2

Not reported

Note: Percentages are omitted for customer management executives because the respondent base was below 10.

Respondent-level tests used standard errors, estimates of uncertainty, clustered by engagement to account for similarities among answers from respondents on the same engagement. The p value is the probability, under the null hypothesis of no difference or association, of a result at least as extreme as the one observed. Differences by role were statistically significant for respondents’ own ratings and intent to leave (p < 0.001 for each). Ratings of intent to leave at 7 or above were reported by 342 of 616 individual contributors (55.52%), 75 of 150 engagement managers (50.00%), and 13 of 31 portfolio directors (41.94%). Comparisons of cancellation and customer satisfaction did not identify statistically significant differences by respondent role. These comparisons describe the engagements on which respondents worked and do not attribute their outcomes to a particular role.

Role was addressed in 22 written answers from 22 respondents on 21 engagements. Seven answers were coded as negative. Six of those seven described decisions that respondents considered beyond their role but made because neither of the two firms would decide. Written answers were coded by subject and sentiment. Sentiment scores took five values, −10, −5, 0, +5, and +10, with negative values denoting unfavorable accounts and positive values favorable accounts. These scores describe the written answers, rather than an independently observed outcome.

“I end up being the person who decide who owns what, and that is not really my job level. My team lead take it fine but I notice the newer guys ask me instead of asking the client side, so now im the middle man for surveillance rule questions.” -Individual Contributor, ITO, Regulatory, audit, tax and legal

“Same story every week, nobody wants to be the one who says yes so I decide. Its not my job to own that call but somebody has to” -Individual Contributor, CXM, Technology engineering and operations

“I dont say much on this one, but it cost me sleep some week, numbers move and I am the one who decide what go to client file” -Individual Contributor, BPO, Corporate and back-office functions

The problem is process readiness on their side is genuinely poor, and the reconciliation team re-keys counterparty static data most weeks just to keep the break queue moving. i do not touch it myself now, my role is managing how i frame it upward, as far as i have visibility, and kindly worded updates do not seem to change anything on the client side.”

ENGAGEMENT MANAGER · BPO, Trade, settlement and reconciliation

2 Career, Outsourcing, and Financial Industry Experience

Reported career, outsourcing-industry, and financial-industry experience were limited and closely related to role. Each was recorded in years. A recorded zero was classified as less than one year, rather than proof of no experience.

For all three experience questions, engagement-level associations with cancellation, customer satisfaction, and the engagement indicator mean met the study’s equivalence criteria. The small respondent-level associations with intent to leave also met those criteria. Because experience was closely related to role, these unadjusted results do not establish its independent contribution.

2.1 Career Experience of the Delivery Workforce

Indicator C007 · How many years of experience do you have in your career? · Full statistical analysis ›

Experience differed substantially by role. Reported career experience had a mean of 3.9 years and a median of 2.0 years, with recorded values from 0 to 25 (n = 797 respondents). Sixty-one respondents recorded zero, classified as less than one year. The mean was 1.9 years among individual contributors (n = 614 respondents), 10.0 among engagement managers (n = 150), and 15.1 among portfolio directors (n = 31).

Figure 4.1. Career Experience of the Delivery Workforce: associations with the study measures

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Career experience of the delivery workforce: associations with the study measures

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ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.11
150 engagements
p = 0.191

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.03
94 active engagements
p = 0.757

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.10
150 engagements
p = 0.208

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.09 [−0.15, −0.04]
746 respondents
p = 0.001

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-0.10725180091
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association03.2357459200000001E-21
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association00.10329142881
Intent to leave
Exact chart data
SeriesPoint indexXY
95% confidence interval0-0.14942303451
95% confidence interval1-3.8282906499999998E-21
Reported association0-9.2906315099999998E-21

Note: Mean years of career experience: 3.9 (n = 797 respondents).

Group means and numeric-answer bases: Individual contributor (n = 614): 1.87. Engagement manager (n = 150): 9.97. Portfolio director (n = 31): 15.06. Build-Out (n = 163): 3.84. Transition/Cut-Over (n = 232): 4.19. Production (n = 95): 4.20. Canceled (n = 307): 3.74.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational. A confidence interval expresses uncertainty under the stated method. A p value is the probability, under the null model, of a result at least as extreme as the observed result.

The mean is the sum of the recorded values divided by their number. The median is the middle value in an ordered distribution. The notation n identifies the number of respondents or engagements included in a result.

Career experience was not statistically significantly associated at engagement level with cancellation (r = −0.11, p = 0.191, n = 150 engagements), customer satisfaction among active engagements (r = 0.03, p = 0.757, n = 94 engagements), or the engagement indicator mean (r = 0.10, p = 0.208, n = 150 engagements). All three met the equivalence criteria. Greater career experience was associated at respondent level with lower intent to leave (r = −0.09, cluster bootstrap 95% CI −0.15 to −0.04, p = 0.001, n = 746 respondents), also within the equivalence bounds. A confidence interval (CI) expresses uncertainty around an estimate. The cluster bootstrap resampled whole engagements to preserve the grouping of respondents.

Four written answers addressed career experience. Three were from respondents early in their careers. These accounts provide illustrations of reported experience and do not establish its prevalence.

“Im a fresher and know more about AI than anyone in our executive team.” -Individual Contributor, KPO, Corporate and back-office functions

2.2 Experience in the Outsourcing Industry

Indicator C009 · How many years have you been working in the outsourcing industry? · Full statistical analysis ›

Reported outsourcing-industry experience was limited, with a mean of 2.6 years and a median of 1.0 year, with recorded values from 0 to 17 (n = 806 respondents). For 112 respondents, the recorded zero represented less than one year of experience.

Figure 4.2. Experience in the Outsourcing Industry: associations with the study measures

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Experience in the outsourcing industry: associations with the study measures

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ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.04
150 engagements
p = 0.617

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.06
94 active engagements
p = 0.573

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.07
150 engagements
p = 0.415

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.07 [−0.14, −0.01]
758 respondents
p = 0.025

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-4.1173771800000002E-21
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association05.8940454400000002E-21
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association06.6995304500000005E-21
Intent to leave
Exact chart data
SeriesPoint indexXY
95% confidence interval0-0.137204526599999991
95% confidence interval1-1.24536722E-21
Reported association0-7.3692753599999994E-21

Note: Mean years in the outsourcing industry: 2.6 (n = 806 respondents).

Group means and numeric-answer bases: Individual contributor (n = 623): 1.25. Engagement manager (n = 150): 6.41. Portfolio director (n = 31): 9.74. Build-Out (n = 168): 2.54. Transition/Cut-Over (n = 235): 2.63. Production (n = 100): 2.63. Canceled (n = 303): 2.49.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

At engagement level, outsourcing-industry experience was not statistically significantly associated with cancellation (r = −0.04, p = 0.617, n = 150 engagements), customer satisfaction among active engagements (r = 0.06, p = 0.573, n = 94 engagements), or the engagement indicator mean (r = 0.07, p = 0.415, n = 150 engagements). All three associations met the equivalence criteria. At respondent level, greater outsourcing-industry experience was associated with lower intent to leave (r = −0.07, cluster bootstrap 95% CI −0.14 to −0.01, p = 0.025, n = 758 respondents). The association was within the equivalence bounds and may reflect the relationship between experience and role.

2.3 Experience in the Financial Industry

Indicator C010 · How many years have you been working within the financial industry? · Full statistical analysis ›

Reported financial-industry experience was limited, with a mean of 2.1 years and a median of 1.0 year, with recorded values from 0 to 15 (n = 789 respondents). A zero, classified as less than one year of experience, was recorded by 136 respondents.

Figure 4.3. Experience in the Financial Industry: associations with the study measures

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Experience in the financial industry: associations with the study measures

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ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.03
150 engagements
p = 0.684

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.08
94 active engagements
p = 0.470

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.00
150 engagements
p = 0.955

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.06 [−0.12, −0.00]
742 respondents
p = 0.033

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-3.3450332700000002E-21
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association0-7.5348098399999994E-21
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association04.6898931999999997E-31
Intent to leave
Exact chart data
SeriesPoint indexXY
95% confidence interval0-0.116533927800000011
95% confidence interval1-4.7528604000000004E-31
Reported association0-6.1213920099999999E-21

Note: Mean years in the financial industry: 2.1 (n = 789 respondents).

Group means and numeric-answer bases: Individual contributor (n = 608): 1.08. Engagement manager (n = 150): 5.33. Portfolio director (n = 29): 7.62. Build-Out (n = 161): 2.16. Transition/Cut-Over (n = 228): 2.10. Production (n = 98): 2.37. Canceled (n = 302): 2.10.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

At engagement level, financial-industry experience was not statistically significantly associated with cancellation (r = −0.03, p = 0.684, n = 150 engagements), customer satisfaction among active engagements (r = −0.08, p = 0.470, n = 94 engagements), or the engagement indicator mean (r = 0.00, p = 0.955, n = 150 engagements). All three associations met the equivalence criteria. At respondent level, the association with intent to leave was also within the equivalence bounds (r = −0.06, cluster bootstrap 95% CI −0.12 to 0.00, p = 0.033, n = 742 respondents). It did not meet the criteria in three robustness checks, which repeat an analysis using alternative assumptions or samples. The respondent-level association therefore requires particular caution.

One written answer addressed financial-industry experience. It described a delivery team without banking experience learning financial tasks from tickets. This account is illustrative.

“Send us on proper payroll training first… nobody in my team ever worked in bank before, we learn from tickets” -Individual Contributor, BPO, Corporate and back-office functions

3 Agentic AI Experience

Agentic AI experience was limited across roles, and nearly half of respondents were working on their first such engagement. The mean recorded response was 0.4 for individual contributors (n = 611), 0.5 for engagement managers (n = 150), and 0.3 for portfolio directors (n = 30). Because every answer was zero or one, these means summarize the recorded categories rather than precise elapsed durations.

Figure 4.4. Mean recorded career and agentic AI experience by respondent role

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Agentic AI experience was limited across roles despite differences in career experience

Career experience, mean years

Agentic AI experience, mean years

Career experience, mean yearsThe original category order, series, scales, and reported values are retained. Exact values are also available in the data table.048121620Individual contributor1.9Engagement manager10.0Portfolio director15.1
Exact chart data
SeriesPoint indexCategoryValue as stored
Career experience, mean years0Portfolio director15.1
Career experience, mean years1Engagement manager10
Career experience, mean years2Individual contributor1.9
Agentic AI experience, mean yearsThe original category order, series, scales, and reported values are retained. Exact values are also available in the data table.0.00.20.40.60.81.0Individual contributor0.4Engagement manager0.5Portfolio director0.3
Exact chart data
SeriesPoint indexCategoryValue as stored
Agentic AI experience, mean years0Portfolio director0.3
Agentic AI experience, mean years1Engagement manager0.5
Agentic AI experience, mean years2Individual contributor0.4

Note: n gives the numeric-answer base for each group. These are descriptive comparisons of reported answers.

Career experience was reported by 614 individual contributors, 150 engagement managers, and 31 portfolio directors. Agentic AI experience was reported by 611, 150, and 30 respondents in those roles, respectively. A zero for agentic AI experience represented less than one year. No answer exceeded one year. The figure describes reported experience and does not estimate its effect on engagement outcomes.

The two panels use different scales, each labeled in years. Zero recorded years means less than one year.

The number of agentic AI outsourcing engagements worked on provides a separate measure of experience. It includes the current engagement and is examined independently of reported years of experience.

3.1 Reported Years of Agentic AI Experience

Indicator C008 · How many years of experience do you have with agentic AI? · Full statistical analysis ›

No respondent reported more than one year of agentic AI experience. Of the 793 respondents who reported years of agentic AI experience, 467 (58.89%) recorded zero, classified as less than one year, and 326 (41.11%) recorded one year. Within this restricted range, no statistically significant difference by role was identified.

Figure 4.5. Reported Years of Agentic AI Experience: associations with the study measures

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Reported years of agentic AI experience: associations with the study measures

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ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.00
150 engagements
p = 0.993

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.13
94 active engagements
p = 0.220

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.02
150 engagements
p = 0.829

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.04
746 respondents
p = 0.232

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-7.599757E-41
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association00.127830198000000011
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association01.7758635200000001E-21
Intent to leave
Exact chart data
SeriesPoint indexXY
Reported association0-4.0008188100000001E-21

Note: Mean recorded years of agentic AI experience: 0.4 (n = 793 respondents).

Group means and numeric-answer bases: Individual contributor (n = 611): 0.40. Engagement manager (n = 150): 0.47. Portfolio director (n = 30): 0.33. Build-Out (n = 159): 0.40. Transition/Cut-Over (n = 236): 0.43. Production (n = 96): 0.40. Canceled (n = 302): 0.40.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

At engagement level, reported agentic AI experience was not statistically significantly associated with cancellation (r = 0.00, p = 0.993, n = 150 engagements), customer satisfaction among active engagements (r = 0.13, p = 0.220, n = 94 engagements), or the engagement indicator mean (r = 0.02, p = 0.829, n = 150 engagements). Its respondent-level association with intent to leave was also not statistically significant (r = −0.04, p = 0.232, n = 746 respondents).

All four associations met the equivalence criteria, and the reported conclusions were retained under the applicable robustness checks. No statistically significant difference in reported agentic AI experience was identified across the segment families examined. The restricted range prevents these results from establishing the value of experience beyond the period represented in the study.

3.2 Agentic AI Outsourcing Engagements Worked On

Indicator C011 · How many agentic AI outsourcing engagements have you worked on across your career, including this one? · Full statistical analysis ›

For 371 of the 799 respondents (46.43%), the current engagement was their first agentic AI outsourcing engagement. The mean number of agentic AI outsourcing engagements worked on, including the current engagement, was 1.8. The median was 2.0, with recorded values from 1 to 5 (n = 799 respondents). The mean was 2.5 engagements for engagement managers (n = 150 respondents), 2.4 for portfolio directors (n = 31), and 1.7 for individual contributors (n = 617).

Figure 4.6. Agentic AI Outsourcing Engagements Worked On: associations with the study measures

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Agentic AI outsourcing engagements worked on: associations with the study measures

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ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.05
150 engagements
p = 0.553

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.02
94 active engagements
p = 0.840

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.07
150 engagements
p = 0.385

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.03
751 respondents
p = 0.370

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-4.8820030700000003E-21
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association0-2.1112676899999998E-21
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association07.1364748699999994E-21
Intent to leave
Exact chart data
SeriesPoint indexXY
Reported association0-3.1056401599999998E-21

Note: Mean agentic AI engagements worked on: 1.8 (n = 799 respondents).

Group means and numeric-answer bases: Individual contributor (n = 617): 1.66. Engagement manager (n = 150): 2.46. Portfolio director (n = 31): 2.35. Build-Out (n = 163): 1.93. Transition/Cut-Over (n = 234): 1.89. Production (n = 102): 1.68. Canceled (n = 300): 1.80.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

At engagement level, the number of agentic AI outsourcing engagements worked on was not statistically significantly associated with cancellation (r = −0.05, n = 150 engagements), customer satisfaction among active engagements (r = −0.02, n = 94 engagements), or the engagement indicator mean (r = 0.07, n = 150 engagements). The respondent-level association with intent to leave was also not statistically significant (r = −0.03, n = 751 respondents). All four associations met the equivalence criteria, and the conclusions were unchanged under the reported robustness checks.

Eight written answers addressed experience on previous engagements. They described respondents drawing comparisons with earlier engagements and provide illustrative accounts of that experience.

“I have seen one engagement only. What I can say is I got no sanctions training at all before I started, I learnt the lists from a colleague.” -Individual Contributor, KPO, Financial crime and client onboarding

“i have run four of these now. on the account before this one, a card operations desk, we had a standing call every tuesday with one person from their side who could say yes or no on the spot, and if she said no it was no and we moved on.” -Engagement Manager, CXM, Corporate and back-office functions

4 Self-Assessed Knowledge and Expertise

Respondents rated their financial-industry knowledge, knowledge of agentic AI in financial services, and overall agentic AI expertise below the scale’s midpoint. Higher ratings were associated with more favorable results on the four core study measures. These self-assessments describe perceived capability rather than independently tested knowledge. A distressed rating is at the unfavorable end of the question’s 10-point scale. It is 3 or below when lower ratings are unfavorable and 8 or above when higher ratings are unfavorable. At engagement level, the same thresholds apply to the mean rating.

Each self-assessment was associated with the four core study measures, with the conclusions retained under the applicable robustness checks. Correlations with the engagement indicator mean ranged from r = 0.78 to r = 0.80 (n = 150 engagements). None of the three questions is included in that mean. Shared perceptions of the engagement may contribute to the observed relationships, and the study does not distinguish their contribution from differences in knowledge.

Written answers described learning through colleagues, financial institution material, and experience during delivery. Some respondents valued that learning despite other difficulties on the engagement.

“None of us came from wealth management, so when the tool flags an advisor call for suitability we are reading the rule for the first time ourselves. Thus people stay late going through the clients policy pack on their own time. Nobody trained us for this, we taught each other” -Individual Contributor, CXM, Credit, underwriting and suitability

4.1 Self-Rated Knowledge of the Financial Industry

Indicator C012 · How well do you know the financial industry? · Full statistical analysis ›

Self-rated financial-industry knowledge received distressed ratings in 217 of 796 answers (27.26%). The mean rating was 4.8 and the median was 5.0 (n = 796 respondents). Respondents on canceled engagements reported a mean of 3.5 (n = 309), below the means in the three active lifecycle stages.

Figure 4.7. Self-Rated Knowledge of the Financial Industry: associations with the study measures

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Self-rated knowledge of the financial industry: associations with the study measures

Scroll horizontally to view the complete comparison.

ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.61
150 engagements
p < 0.001

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.77
94 active engagements
p < 0.001

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.80
150 engagements
p < 0.001

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.76
750 respondents
p < 0.001

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-0.612210592199999961
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association00.773446887500000011
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association00.79726765011
Intent to leave
Exact chart data
SeriesPoint indexXY
Reported association0-0.756448338200000011

Note: Distressed ratings: 217 of 796 answers (27.26%).

Group means and numeric-answer bases: Individual contributor (n = 617): 4.70. Engagement manager (n = 150): 5.17. Portfolio director (n = 28): 6.14. Build-Out (n = 163): 5.83. Transition/Cut-Over (n = 230): 5.54. Production (n = 94): 5.78. Canceled (n = 309): 3.51.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

At engagement level, higher self-rated financial-industry knowledge was associated with a lower cancellation rate (r = −0.61, n = 150 engagements), higher customer satisfaction among active engagements (r = 0.77, n = 94 engagements), and a higher engagement indicator mean (r = 0.80, n = 150 engagements). At respondent level, it was associated with lower intent to leave (r = −0.76, n = 750 respondents). The conclusions were retained under the applicable robustness checks. The mean rating was distressed on 25 of 150 engagements.

Thirty written answers addressed financial-industry knowledge. Sixteen came from comments on vendor capability and 14 from the question about valued aspects of the job. Eighteen were positive and 10 negative. Comments on vendor capability described respondents acquiring financial-industry knowledge from colleagues during delivery. Answers about valued aspects of the job identified that knowledge as a benefit of the work.

“I come on this desk knowing nothing about settlement, they give me two e-learning module and a recording, and after that i am on live breaks in same week. My senior teach me, not company.” -Individual Contributor, BPO, Trade, settlement and reconciliation

“i had one week of a slide deck about banking and then i am on a private equity reporting job with no idea what a capital call is. laptop and access come quick, that part they did well, i give them that. everything else i learn from a colleague who is also new.” -Individual Contributor, KPO, Corporate and back-office functions

4.2 Self-Rated Knowledge of Agentic AI in the Financial Industry

Indicator C013 · How well do you know agentic AI specific to the financial industry? · Full statistical analysis ›

Self-rated knowledge of agentic AI in the financial industry received distressed ratings in 225 of 797 answers (28.23%). The mean rating was 4.9 and the median was 5.0 (n = 797 respondents). Respondents on canceled engagements reported a mean of 3.6 (n = 306).

Figure 4.8. Self-Rated Knowledge of Agentic AI in the Financial Industry: associations with the study measures

Scroll horizontally to view the complete figure.

Self-rated knowledge of agentic AI in the financial industry: associations with the study measures

Scroll horizontally to view the complete comparison.

ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.57
150 engagements
p < 0.001

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.76
94 active engagements
p < 0.001

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.78
150 engagements
p < 0.001

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.75
748 respondents
p < 0.001

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-0.572413304699999961
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association00.757409047200000021
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association00.782266716700000031
Intent to leave
Exact chart data
SeriesPoint indexXY
Reported association0-0.745863263499999981

Note: Distressed ratings: 225 of 797 answers (28.23%).

Group means and numeric-answer bases: Individual contributor (n = 615): 4.76. Engagement manager (n = 150): 5.32. Portfolio director (n = 31): 6.32. Build-Out (n = 167): 5.93. Transition/Cut-Over (n = 228): 5.56. Production (n = 96): 5.79. Canceled (n = 306): 3.64.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

Higher ratings were associated with a lower cancellation rate (r = −0.57, n = 150 engagements), higher customer satisfaction among active engagements (r = 0.76, n = 94 engagements), and a higher engagement indicator mean (r = 0.78, n = 150 engagements). At respondent level, higher ratings were associated with lower intent to leave (r = −0.75, n = 748 respondents). The conclusions for all four associations were retained under the applicable robustness checks. The mean rating was distressed on 22 of 150 engagements.

Seven written answers addressed knowledge of agentic AI in financial services, and all were positive. Each described learning during the engagement. Three also described cancellation or substantial delivery difficulties. These accounts illustrate the reported value of learning without establishing the effectiveness of the engagement.

“learned agentic payroll operations … team stayed steady through the shutdown” -Engagement Manager, BPO, Corporate and back-office functions

4.3 Self-Rated Agentic AI Expertise

Indicator C014 · Rate your overall agentic AI expertise · Full statistical analysis ›

Self-rated agentic AI expertise received distressed ratings in 222 of 800 answers (27.75%). The mean rating was 4.9 and the median was 5.0 (n = 800 respondents). Respondents on canceled engagements reported a mean of 3.5 (n = 308).

Figure 4.9. Self-Rated Agentic AI Expertise: associations with the study measures

Scroll horizontally to view the complete figure.

Self-rated agentic AI expertise: associations with the study measures

Scroll horizontally to view the complete comparison.

ComparisonCorrelation rEstimate and analysis base

Cancellation

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.61
150 engagements
p < 0.001

Customer satisfaction

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.74
94 active engagements
p < 0.001

Indicator mean

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = 0.78
150 engagements
p < 0.001

Intent to leave

Correlation estimate and reported intervalShared correlation scale from −1 to +1. The row label, estimate, analysis base, and reported interval appear alongside this plot.

r = −0.78
753 respondents
p < 0.001

−10+1
Exact comparison data
Cancellation
Exact chart data
SeriesPoint indexXY
Reported association0-0.611850080900000041
Customer satisfaction
Exact chart data
SeriesPoint indexXY
Reported association00.737814719199999971
Indicator mean
Exact chart data
SeriesPoint indexXY
Reported association00.781567473800000021
Intent to leave
Exact chart data
SeriesPoint indexXY
Reported association0-0.776591191199999981

Note: Distressed ratings: 222 of 800 answers (27.75%).

Group means and numeric-answer bases: Individual contributor (n = 617): 4.75. Engagement manager (n = 150): 5.26. Portfolio director (n = 31): 6.10. Build-Out (n = 164): 5.83. Transition/Cut-Over (n = 230): 5.68. Production (n = 98): 5.91. Canceled (n = 308): 3.50.

r is Pearson’s correlation coefficient, measuring signed linear association from −1 to +1. Whiskers show 95% confidence intervals where reported. Intent-to-leave intervals, where shown, use a cluster bootstrap. The bootstrap resamples engagements to preserve the grouping of respondent answers. Associations are observational.

Higher self-rated expertise was associated with a lower cancellation rate (r = −0.61, n = 150 engagements), higher customer satisfaction among active engagements (r = 0.74, n = 94 engagements), and a higher engagement indicator mean (r = 0.78, n = 150 engagements). At respondent level, higher ratings were associated with lower intent to leave (r = −0.78, n = 753 respondents). The conclusions were retained under the applicable robustness checks. The mean rating was distressed on 26 of 150 engagements.

Thirty-seven written answers addressed agentic AI expertise. Thirty came from the question about valued aspects of the job and seven from comments on vendor capability. Twenty-four were positive and four negative. All 30 answers about valued aspects of the job identified agentic AI skills acquired during the engagement, most often quality assurance of agent output. Comments on vendor capability described brief training, instruction through videos, and respondents who considered their own AI knowledge greater than that of people in more senior roles.

“The technical stretch of learning how to evaluate an agent's own output” -Engagement Manager, ITO, Technology engineering and operations

“… was my first job out of university. They sent me to training. I knew more about AI than the trainer.” -Individual Contributor, BPO, Corporate and back-office functions

the training was two days of slides on the ticket tool and nothing about how the ai decides a routing, so i am learning from seniors on the floor. it slows me down and i feel behind. rest of it i have no complaint about”

INDIVIDUAL CONTRIBUTOR · CXM, Corporate and back-office functions

5 Certifications and Sources of AI Knowledge

Professional certifications closely followed role, more than half of those answering the AI-certification question reported none, and source-of-knowledge comparisons did not identify statistically significant outcome differences. These findings do not isolate preparation from role or establish the contribution of certification to engagement outcomes.

“what they did is put five of us on agent test automation with nobody who has built it before, my lead learn it from the vendor documents same as me. we had one trainer for whole floor and his diary is full for weeks.” -Individual Contributor, ITO, Technology engineering and operations

5.1 Professional Certifications and Respondent Role

Indicator C015 · What professional certifications do you have? · Full statistical analysis ›

Professional-certification answer categories each occurred within a single role, so their associations could not be separated from role in these comparisons. Professional certifications were reported by 793 of 850 respondents. Of those who answered, 236 (29.76%) reported none. The most frequent named certifications were Six Sigma Green Belt (127 respondents), Information Technology Infrastructure Library (ITIL) Foundation (126), and Amazon Web Services (AWS) Certified Cloud Practitioner (124).

Table 4.2. Professional certifications reported by respondents

Answer

Respondents

Share of 793 respondents who answered

Engagements with at least one respondent

None

236

29.76%

129

Six Sigma Green Belt

127

16.02%

95

ITIL Foundation

126

15.89%

88

AWS Certified Cloud Practitioner

124

15.64%

89

PMP, ITIL

44

5.55%

44

PMP, Scrum Master

43

5.42%

43

PMP

35

4.41%

35

Six Sigma Black Belt

28

3.53%

28

PMP, MBA

12

1.51%

12

PMP, ITIL Expert

9

1.13%

9

PgMP

8

1.01%

8

MBA

1

0.13%

1

Note: PMP = Project Management Professional. ITIL = Information Technology Infrastructure Library. MBA = Master of Business Administration. PgMP = Program Management Professional. AWS = Amazon Web Services. Engagement counts identify engagements with at least one respondent reporting the answer. An engagement may appear in more than one answer category.

Individual contributors reported no certification or one of the three certifications identified above. Engagement managers reported Project Management Professional (PMP), alone or with ITIL or Scrum Master, or Six Sigma Black Belt. Portfolio directors reported PMP with a Master of Business Administration (MBA) or ITIL Expert, or Program Management Professional (PgMP). Engagement-level comparisons assigned the unique most frequent answer to each engagement. Tied assignments and answer categories below the required base were excluded.

The chi-square test assesses whether the distribution across categories differs from that expected under independence. Welch’s F test compares group means while allowing the spread of values within each group to differ. Engagement-level comparisons of professional certifications did not identify statistically significant differences in cancellation (chi-square 4.29, p = 0.235, n = 99 engagements), customer satisfaction among active engagements (Welch F 0.00, p = 0.992, n = 50), engagement indicator mean (Welch F 1.60, p = 0.211, n = 99), or intent to leave (Welch F 1.15, p = 0.346, n = 99). Respondent-level differences closely followed role and do not isolate the contribution of certification.

5.2 Artificial Intelligence Certifications

Indicator C016 · What AI certifications do you have? · Full statistical analysis ›

More than half of respondents answering the AI-certification question, 437 of 788 (55.46%), reported no AI certification. AI certifications were reported by 788 of 850 respondents. The remaining 351 respondents named one of five AI certifications, each reported by between 66 and 78 respondents.

Table 4.3. AI certifications reported by respondents

Answer

Respondents

Share of 788 respondents who answered

Engagements with at least one respondent

None

437

55.46%

148

Databricks Generative AI Fundamentals

78

9.90%

60

Google Cloud Generative AI

72

9.14%

59

Azure AI Fundamentals

68

8.63%

58

DeepLearning.AI certificate

67

8.50%

55

AWS Certified Machine Learning

66

8.38%

56

Note: AI = artificial intelligence. AWS = Amazon Web Services. Counts describe reported certifications. Engagement counts identify engagements with at least one respondent reporting the answer and are not mutually exclusive.

AI-certification answers did not differ statistically significantly by role, vendor type, or the engagement-level segment families examined. Engagement-level comparisons with the four core study measures could not be estimated under the study’s eligibility rule. Fewer than two answer categories contained at least 10 engagements. The certification distribution remains descriptive and does not establish the contribution of certification to capability or engagement outcomes.

5.3 Sources of Agentic AI Knowledge

Indicator C017 · Where did you gain your AI knowledge? · Full statistical analysis ›

Selected sources of AI knowledge did not differ statistically significantly by role, vendor type, or the engagement-level segment families examined. A source of AI knowledge was reported by 800 of 850 respondents. Each of the six sources was selected by between 125 and 140 respondents.

Table 4.4. Reported sources of AI knowledge

Answer

Respondents

Share of 800 respondents who answered

Engagements with at least one respondent

Vendor and partner training

140

17.50%

97

On the job

136

17.00%

92

Online courses

136

17.00%

103

University coursework

132

16.50%

89

Self-taught

131

16.38%

85

Vendor training program

125

15.63%

88

Note: Counts describe the selected source of AI knowledge. Engagement counts identify engagements with at least one respondent selecting the source and are not mutually exclusive.

The source of AI knowledge assigned to each engagement was not statistically significantly associated with cancellation (chi-square 2.39, p = 0.792, n = 94 engagements), customer satisfaction among active engagements (Welch F 0.43, p = 0.521, n = 22 engagements), engagement indicator mean (Welch F 0.24, p = 0.940, n = 94 engagements), or intent to leave (Welch F 0.36, p = 0.871, n = 94 engagements). The cancellation, engagement indicator mean, and intent-to-leave comparisons met the equivalence criterion for categorical answers. That criterion uses omega squared, an estimate of the variation associated with differences between groups, with a study-defined bound of 0.09. The customer-satisfaction comparison did not meet the equivalence criterion and remains inconclusive. The conclusions were retained under the reported robustness checks.

Thirty-seven written answers addressed sources of AI knowledge, all from individual contributors on 33 engagements. Nineteen were negative and 14 positive. They described brief formal instruction supplemented by colleagues, external material, and experience during delivery. The structured question recorded one selected source, whereas the written answers described learning that could involve several sources.

“i did the agent course after i was already three months on the desk, i learned the hard way first, then the course told me what i should have done. Order is wrong, content is fine” -Individual Contributor, BPO, Corporate and back-office functions