NIV Adjudication Review Recommendation Engine (ARRE)
Department of State · CA
Overview
- Development stage
- PilotSource: b) Pilot – The use case has been deployed in a limited test or pilot capacity.
- High-impact designation
- Not high-impactSource: c) Not high-impact
- Impact justification
- Not reported
- Start date
- 2025-01-01 (day precision)Source: 01/01/2025 00:00:00
- Withheld from public reporting
- NoSource: a) No
Mission
- Topic area
- Administrative Functions
- Operational functions
- No function tag matched Derived by keyword rules; see methodology
Problem the AI is intended to solve
ARRE is used to make post-adjudication managerial quality assurance review time more efficient. The current required managerial review of cases includes a randomly selected portion, which is not optimized to help managers allocate time toward cases where secondary review is most likely to surface documentation gaps, policy-complex adjudications, or process compliance issues. As a result, managers may spend review capacity on routine cases while missing opportunities to identify coaching needs or quality issues within the fixed review window.
Expected benefits
The primary purpose of ARRE is to support the post-adjudication, managerial quality assurance review workflow by helping managers efficiently meet existing review requirements through queue ordering and prioritization. This provides more efficient use of manager review time and more consistent post-adjudication oversight by better targeting the fixed, required managerial review effort toward cases with atypical attributes that warrant a second look for quality assurance purposes. The expected benefits are improved review consistency and improved documentation of decision-making.
System outputs
ARRE produces a unitless anomaly score (0–1) for each already-adjudicated case and uses the score to generate a post-level ranked list that bins cases into priority tiers (e.g., high/medium/low) for managerial review. Outputs are advisory: managers may override or disregard the prioritization and may review any case consistent with existing authorities and review requirements. The output is used to help order the managerial quality assurance workload; it is not a decision output and is not used as an applicant risk determination. ARRE is used only after an adjudication is complete to support internal managerial oversight and does not serve as a basis for any visa eligibility determination or other binding action affecting the applicant. ARRE does not make, recommend, or change visa issuance/refusal decisions; all adjudicative determinations remain the responsibility of U.S. government officials.
Technology
- AI classification
- Classical / predictive MLSource: Classical/Predictive Machine Learning: Models trained on data to make predictions or classifications based on identified patterns or relatio…
- System name(s)
- Not reported
- Custom-developed code
- Yes
- Public source code
- Not reported
Sourcing
- How it was built
- Contract and in-houseSource: c) Developed with both contracting and in-house resources
- Vendor (as reported)
- Guidehouse
- Vendors (standardized)
- Guidehouse
A vendor is the supplier named by the agency. It does not identify the underlying model or AI technology.
Data and privacy
- Involves PII
- Yes
- Privacy Impact Assessment
- Not reported
- Authorization to Operate
- No
- Demographic features
- b) Sex; c) Age
- Training and evaluation data
- ARRE was trained on a random sample of NIV application data from 2021 onward drawn from the Consular Consolidated Database. Performance was evaluated through controlled tests and pilot reviews at multiple posts, where managers compared ARRE-selected cases against randomly selected cases and consistently found that ARRE’s recommendations yielded a higher proportion of cases warranting managerial review.
- Federal Data Catalog
- Not reported
Governance
0 of 8 minimum-practice questions answered. A blank answer means the agency reported nothing; it does not mean the practice is absent.
Potential impacts and how they were identified
Not reported