Your VFP / VFP9 application holds decades of business logic. F8 Labs' migration tooling preserves every rule, report, and workflow — and ships it on a fast, secure, cloud-ready stack.
VFP was a powerhouse in its day. But end-of-life software compounds risk every year it stays in production.
Microsoft ended all support for Visual FoxPro in 2015. Unpatched vulnerabilities will never be fixed, leaving your data and users exposed.
VFP applications only run on Windows desktops. Remote work, tablets, and mobile devices are completely unsupported by design.
REST APIs, cloud services, SSO, and payment gateways are extremely difficult to bolt onto a FoxPro application. Your competitors move faster.
The pool of developers who know FoxPro shrinks every year. Hiring and retaining talent for a legacy stack is expensive and increasingly impossible.
HIPAA, PCI-DSS, SOC 2, and other frameworks increasingly require encryption, audit logging, and access controls that VFP cannot provide natively.
FoxPro's file-based DBF tables hit hard limits under concurrent users and growing data volumes. A modern database layer eliminates that ceiling entirely.
A structured, low-risk path powered by tools built specifically for VFP — not a generic software-rewrite agency.
Our engineers analyze your VFP / VFP9 codebase, data model, forms, reports, and business logic. You receive a detailed scope, timeline, and risk breakdown — at no cost.
F8 Labs' toolkit extracts and documents every business rule, calculation, workflow, and data relationship from your FoxPro code before any migration begins.
We migrate DBF tables and relations to a modern relational database (PostgreSQL, SQL Server, or MySQL) with full data integrity, indexing, and historical record preservation.
Using the business logic map as the specification, our team builds your new application on a modern web stack — screen by screen, report by report, workflow by workflow.
Your new application runs side-by-side with the legacy VFP system. We validate every output, calculation, and edge case until parity is confirmed and you're confident.
We manage the go-live cutover and provide post-migration support. Your team gets training, documentation, and a partner — not a handoff and a goodbye.
F8 Labs migrates VFP applications to proven, widely-adopted web technologies — chosen for longevity, developer availability, and scalability.
Modern component-based UI that mirrors your existing VFP forms while unlocking desktop, tablet, and mobile access.
High-performance API layer that handles your business logic, background jobs, and integrations at scale.
Replace DBF files with a real RDBMS — full ACID compliance, foreign keys, stored procedures, and enterprise backup.
Deploy to the cloud or your own servers. We architect for your compliance requirements, not ours.
Replace VFP's password tables with OAuth2, Active Directory, or SSO — supporting MFA from day one.
Migrate FoxPro reports to web-native dashboards, PDFs, and Excel exports — with real-time data and role-based access.
ConvertVFP.com is powered by F8 Labs — a software engineering firm that has spent years building specialized toolkits, automation pipelines, and migration frameworks specifically for moving legacy Visual FoxPro applications to modern web platforms.
Our engineers aren't generalist consultants who read a FoxPro book last month. We come from the FoxPro community. The team behind FoxPro Ninja has been writing, debugging, and migrating VFP code for over two decades. That depth means we understand DBF locking, SEEK/SCAN patterns, Rushmore optimization, parameterized views, and all the quirks a generic migration tool will silently get wrong.
F8 Labs builds the tools that make this migration possible — static analyzers that parse PRG, SCX, VCX, and FRX files; schema extractors that map DBF relationships; and code generators that emit clean, testable modern code from the logic map we build in Phase 2.
Custom tooling that reads PRG, SCX, VCX, FRX, and DBF files — extracting business logic no generic migration tool can see.
Every validation, calculation, trigger, and workflow documented in a structured specification before a line of new code is written.
Code generators accelerate the build phase — producing boilerplate, CRUD layers, and API scaffolding from the logic map automatically.
Automated tests compare new-system outputs against legacy VFP outputs record-by-record, catching divergence before users ever see it.
Tell us about your application. We'll review it and come back with a scope, timeline, and a plain-English recommendation — no sales pressure, no commitment required.