
LLM apps with measurable acceptance tests
Herndon teams often start with a chat prototype that cannot be tested or governed. We turn that into a product feature with clear success criteria and regression tests. In our legal deposition solution, transcription and summarization had to align with real workflows and review. We implement structured outputs, citations, and review states so decisions are traceable. This reduces rework and supports defensible audit trails. LLM components are chosen to support constrained generation and predictable formats.

Document understanding for regulated workflows
Government contractors in Fairfax County lose days to manual document checks and exception handling. We build pipelines that extract fields, classify documents, and run deterministic rules where it matters. Our AI customs compliance checker combined document understanding with a rules engine for compliance checks. That pattern fits procurement packets, shipping docs, and policy-driven reviews. We choose a rules layer because it keeps decisions explainable under audit. The result is faster review with clearer escalation paths for edge cases.

Voice and call automation tied to real actions
Call-heavy operations near Dulles cannot afford long hold times or inconsistent answers. We build voice agents that connect to your systems, not just speech-to-text. Our AI phone agent for logistics used telephony integration and workflow automation for inbound and outbound calls. We implement intent routing, verification steps, and transcript storage for QA. This reduces manual call handling and shortens time to resolution. Telephony choices are driven by reliability and the ability to capture structured outcomes.

Computer vision for physical operations
Airport-adjacent operations need visual checks that humans currently perform under time pressure. We build computer vision development workflows that turn images or video into alerts and structured events. The design includes data labeling plans and confidence thresholds that match operational risk. For example, low-confidence detections route to human review instead of auto-actions. We choose vision approaches that can run at the edge when bandwidth is constrained. That supports use cases like computer vision for airport operations near Dulles.

AI integration that fits enterprise boundaries
Most AI delays in Northern Virginia come from identity, network boundaries, and legacy APIs. We plan integration early with a system map, API contracts, and a data movement policy. Our SharePoint-to-modern employee portal migration used Payload CMS and Next.js with strict access control. The same integration discipline applies when AI must read controlled content and write back to systems of record. We choose API-first designs because they reduce coupling and simplify reviews. This lowers long-term support load and makes upgrades safer.