Ian Fincher, CPA, of New Orleans on Analytical Procedures and Benford's Law in Financial Statement Audit Work
Press Release April 18, 2026
Licensed Louisiana CPA and Senior Auditor describes how data-informed testing, anomaly detection, and Benford's Law analysis have expanded the scope and precision of public accounting engagements
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NEW ORLEANS, LA, April 18, 2026 /24-7PressRelease/ -- Ian Fincher, CPA, is a licensed Louisiana Certified Public Accountant and Senior Auditor based in New Orleans, Louisiana. He holds Louisiana CPA License No. CPA.0029782, originally issued on February 21, 2024, and currently active through December 31, 2026. His public accounting background includes financial statement audit, review, and compilation engagements, along with reconciliations, financial reporting support, and data-informed testing methods applied across engagement work in the New Orleans area.

As engagement work has become increasingly data-informed, auditors have expanded how they evaluate transaction populations, investigate fluctuations, and direct attention toward areas that may warrant closer review. Fincher's professional background reflects that shift. Across public accounting roles in New Orleans and Metairie, Louisiana, Fincher has applied ratio analysis, trend analysis, regression analysis, fluctuation analysis, and related analytical procedures to assess whether account balances and operating results appear reasonable and properly supported.

How Analytical Procedures Support Engagement Work

Traditional financial statement audit work has long relied on sampling, substantive testing, reconciliations, and account-level review. Those methods are now increasingly supported by broader data analysis that helps auditors develop quantitative expectations and direct attention toward areas where misstatement risk may be concentrated.

Fincher's background includes applying analytical procedures across engagement work involving cash, accounts receivable, inventory, prepaids, leases, property and equipment, investments, accounts payable, debt, accrued expenses, payroll, direct costs, cost of goods sold, operating revenue and expenses, interest revenue and expense, and equity. When actual figures diverge meaningfully from expectations developed through ratio, trend, or regression analysis, those differences become areas for further investigation.

The broader use of data analysis does not replace traditional substantive testing. It does, however, allow auditors to allocate engagement resources more efficiently by focusing detailed review on account areas where the data suggests risk is highest. In practice, analytical procedures are most useful when paired with documentation quality, account rollforwards, and careful review of underlying support.

Benford's Law and Anomaly Identification

One specific technique Fincher has applied in engagement work is Benford's Law analysis — a mathematical principle that predicts the expected frequency of leading digits in naturally occurring numerical datasets. In a large population of genuine financial transactions, the digit 1 appears as the leading digit approximately 30 percent of the time, while higher digits appear progressively less often. When the actual digit distribution of a transaction population deviates significantly from this expected pattern, it can signal irregularities that merit closer examination.

Fincher has applied Benford's Law analysis in engagement work at Ericksen Krentel CPAs and Consultants in New Orleans and at Wegmann Dazet in Metairie, Louisiana, to evaluate digit-distribution patterns and identify potential anomalies for further investigation. This type of analysis is particularly useful when reviewing large transaction populations where manual review of every entry would be impractical. Benford's Law does not establish that a problem exists on its own — deviations can have legitimate explanations — but it provides an additional layer of analytical scrutiny alongside traditional testing procedures.

Public Accounting Background in New Orleans and Metairie

At Ericksen Krentel CPAs and Consultants in New Orleans, Fincher performed audit and accounting work across major financial statement accounts, prepared financial statements and supported related footnotes and disclosures, and applied data analysis techniques to identify areas of concern and support balance testing. That work also included government and nonprofit engagements involving fund accounting structures, grant accounting requirements, restricted funds, and compliance-related documentation.

At Wegmann Dazet in Metairie, Fincher performed all phases of financial statement audit, review, and compilation engagements and provided additional accounting support in a public accounting setting. His work there included reviewing account activity for misclassified or unsupported transactions, preparing adjusting journal entries, performing bank and account reconciliations, and creating and maintaining fixed asset, amortization, intercompany, and other supporting schedules. Fincher also participated in audits of employee contribution 401(k) plans, including review of participant data, contribution allocations, and plan compliance requirements.

Fincher's professional toolkit includes Microsoft Excel for quantitative analysis, QuickBooks Online and Desktop, and engagement platforms used for workpaper management, schedule preparation, research, and analytical review.

Education and Credentials

Fincher earned a Bachelor of Science in Accounting from the University of New Orleans, College of Business Administration, and a Bachelor of Science in Economics from Louisiana State University, E.J. Ourso College of Business. That dual academic background supports the analytical approach Fincher applies to financial reporting, account analysis, and the interpretation of financial results in engagement work. He is a member of the American Institute of Certified Public Accountants and the Society of Louisiana Certified Public Accountants.

"What drew me to audit work is the analytical dimension — developing an expectation for what the numbers should look like and then investigating where actual results differ from that expectation," said Ian Fincher. "Data analysis tools have made that process more focused and more precise, but professional judgment still matters in understanding what a deviation actually means."

Fincher is based in New Orleans, Louisiana. To learn more about his professional background, visit ianfincher.com.

Ian Fincher, CPA, is a licensed Louisiana Certified Public Accountant and Senior Auditor based in New Orleans, Louisiana. His public accounting background spans financial statement audit, review, and compilation engagements, with applied experience in analytical procedures, Benford's Law analysis, and data-informed testing methods used in engagement work at Ericksen Krentel CPAs and Consultants in New Orleans and Wegmann Dazet in Metairie, Louisiana. He holds Louisiana CPA License No. CPA.0029782, issued February 21, 2024, active through December 31, 2026. He earned a B.S. in Accounting from the University of New Orleans and a B.S. in Economics from Louisiana State University. He is a member of the AICPA and the Society of Louisiana CPAs.

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Ian Fincher

Ian Fincher

New Orleans, Louisiana

United States

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