PwC accelerates enterprise-scale GenAI adoption with CrewAI, boosting code-generation accuracy from roughly 10% to 70%+
PwC consultants needed faster, more-accurate generation of proprietary-language code and lengthy spec documents, but early Gen-AI prototypes produced inconsistent results and offered little transparency into ROI, undermining user trust.
PwC initially built its own plug-in framework during its firm-wide Gen-AI transformation, but the early prototypes lacked real-time feedback, produced inconsistent results at around 10% accuracy, and offered no transparency into ROI.
Crew-powered agents boosted code-generation accuracy from 10% to 70%+, slashed turnaround time on complex documents, and supplied granular ROI data, restoring consultant trust and accelerating adoption of agentic solutions across PwC.
Frequently asked questions
What did this team achieve with this AI workflow?
Crew-powered agents boosted code-generation accuracy from 10% to 70%+, slashed turnaround time on complex documents, and supplied granular ROI data, restoring consultant trust and accelerating adoption of agentic solu…
What tools did this team use?
Crew AI.
What results were reported?
Code generation accuracy — baseline: roughly 10%; code generation accuracy — with CrewAI: 70%+; Document turnaround time: slashed turnaround time (source-reported, not independently verified).
What failed first in this deployment?
PwC initially built its own plug-in framework during its firm-wide Gen-AI transformation, but the early prototypes lacked real-time feedback, produced inconsistent results at around 10% accuracy, and offered no transp…
How is this back office ops AI workflow structured?
Consultant requests code or document → CrewAI agents execute generation → Agent monitoring captures task metrics → Granular ROI data delivered.