Strategic Re-Engineering
Optimization is not a "quick fix" or a simple compact-and-repair job. It is a strategic re-engineering of how your database handles data and interacts with your network.
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Request Performance AuditIn my ten years of diagnosing Microsoft Access performance issues, the story is almost always the same. A database that began as a sleek, efficient tool for a small team has, over time, become a bloated bottleneck. You click a button to open a form and wait fifteen seconds for the screen to respond. You run a month-end report and the application hangs, displaying the dreaded "(Not Responding)" message across the title bar.
These aren't just minor inconveniences; they are systemic failures. Most business users struggle with multi-user lag, where the system slows to a crawl the moment a third or fourth person logs in. Common symptoms include queries that take minutes to return simple results, "flickering" screens during data entry, and frequent "Record is Locked" errors. When a database is poorly optimized, it stops being an asset and starts being a hurdle that your team has to "work around" every single day.
Technical lag quickly translates into financial loss. If five employees spend just 12 minutes a day waiting for slow forms or reports to load, your business loses an entire hour of productivity daily. Over a year, that is hundreds of billable hours wasted on "application latency."
Beyond the clock, poor performance introduces operational risk. When a system is slow, users tend to force-close the application or perform "hard restarts" on their PCs. In the file-based world of Access, this is the primary cause of data corruption. Furthermore, frustration leads to data shadows—employees start keeping their own "side" spreadsheets because they don't trust the database to be fast or accurate. This leads to delayed decision-making and a total loss of "one version of the truth" within your organization.
Optimization is not a quick fix or a simple compact-and-repair job. It is a strategic re-engineering of how your database handles data and interacts with your network.
Optimization is not a "quick fix" or a simple compact-and-repair job. It is a strategic re-engineering of how your database handles data and interacts with your network.
My approach focuses on reducing the "chattiness" of the application—ensuring that Access only pulls the specific data it needs across your network, rather than dragging entire tables into local memory.
Structured optimization improves speed without requiring your staff to learn a new interface or changing your existing workflows.
We stabilize multi-user environments by resolving locking conflicts and properly configuring backend connections.
This not only extends the lifespan of your current database for several more years but also prevents the massive cost and disruption of a premature migration to a more expensive platform.
I analyze your execution plans to ensure queries are using "Rushmore" optimization. By adding proper indexes to Join and Where-clause fields, we often see 10x to 50x speed improvements.
Eliminating data redundancy and ensuring proper primary/foreign key relationships to reduce database "bloat" and improve retrieval speeds.
Properly splitting the database so the logic (Forms/Reports) stays local while the data lives on a server, drastically reducing network collisions.
Refactoring inefficient code loops and ensuring object variables are properly closed to prevent memory leaks and "freezing."
Configuring advanced record-locking settings and persistent connections to maintain high performance across your local area network (LAN).
Removing "temp table" overhead and optimizing attachment handling to keep your file safely under the 2GB limit.
Performance Diagnostics: We start with a baseline test to measure exactly how long your slowest forms and reports currently take to load.
Bottleneck Identification: Using specialized monitoring tools, we find the "hot spots" in your code or query design that are causing the lag.
Execution: We perform the optimizations—ranging from index tuning to VBA refactoring—on a secured backup of your file.
User Impact Validation: We test the optimized version in your actual environment to ensure the improvements translate to real-world usage.
Before vs. After Comparison: You receive a summary report showing the measurable speed gains (e.g., "Report load time reduced from 45 seconds to 3 seconds").
Long-Term Recommendations: I provide a roadmap for future data growth so you know when it finally will be time to consider SQL Server.
Data Volume Growth: Your database was fast three years ago but now has 500,000 records and has become unusable.
Multi-User Gridlock: The system works fine for one person but "hangs" the moment a second user opens the file.
Legacy Architecture: You are running a database built in an older version of Access (like 2003 or 2010) that hasn't been updated for modern Windows 11/Office 365 environments.
Network Latency: Your team is trying to run Access over a VPN or a "busy" office network without the proper client-server configuration.
As a consultant, I offer honest advice: sometimes optimization isn't enough.
Data < 1.5GB, < 15 Users, LAN access: Optimize, You can likely gain 3–5 more years of life at a fraction of the cost of migration.
Data > 2GB, > 20 Users, Remote/Web needs: Migrate, It is time to move the backend to SQL Server or Azure to ensure data integrity.
Optimization is a surgical strike—it’s fast, has low disruption, and high ROI. Migration is a heart transplant—it solves the biggest problems but takes more time and budget. I will help you determine which path provides the best value for your specific business.
This service is designed for established businesses that rely on Access for daily, mission-critical operations. If your team is frustrated with a slow system but you aren't ready to spend five figures on a total software overhaul, we are the right fit. We work with operations managers and finance teams who need their existing tools to work faster and more reliably right now.
I am not the right fit for hobbyists or students working on personal projects. Furthermore, if you are already committed to moving away from Microsoft Access entirely, our migration services are a better starting point than optimization. Finally, if your database design is so fundamentally broken that "repair" is impossible, I will tell you upfront rather than taking on an optimization project that won't yield results.
Don't let a slow database continue to drain your team's energy and your company's profits. I can provide a professional review of your current system and identify the specific bottlenecks holding you back.
Queries took over 2 minutes with 15 users.
Query rewrites, indexing, and backend split.
Query execution dropped to under 5 seconds.
A manufacturing team’s main dashboard would "freeze" for 20 seconds every time a user searched for a part number, leading to double-entry and user frustration.
Replaced "Domain Aggregate" functions (DLookup/DSum) with targeted SQL recordsets and optimized the 'Search-as-you-type' VBA logic to reduce CPU overhead.
Search results now populate in under 200ms. Zero interface freezing reported, and data entry speed increased by 40% across the department.
With staff working remotely, the database became unusable over VPN, taking minutes to open reports that worked fine in the local office.
Implemented a "Persistent Connection" script and refactored heavy reports to use Pass-Through queries, drastically reducing the amount of data traveling over the wire.
Remote users experienced "In-Office" speeds. Report load times dropped from 3 minutes to 12 seconds over standard VPN connections.
An inventory system was "bloating" to 2GB every few days, requiring constant manual compacting to prevent the database from becoming read-only.
Isolated "temp table" processes into a separate scratch-pad database and moved high-res image attachments to a linked file-storage system.
Baseline file size stabilized at 150MB. The need for daily manual maintenance was eliminated, saving the IT team 5 hours of work per week.
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