Stop nursing legacy systems.
Start building for tomorrow.
That server from 2012 isn't getting younger. Those applications nobody wants to touch aren't getting easier to maintain. We help organizations modernize infrastructure without the chaos—same systems on Monday, better systems by Friday.
Every year you wait costs more.
Legacy infrastructure doesn't just stay the same—it actively degrades. Support costs rise. Security risks compound. The gap between what you have and what you need grows wider.
End-of-Life Hardware
Servers running past their supported lifespan. Replacement parts that don't exist. Vendors who won't take your calls.
Security Vulnerabilities
Systems that can't be patched because the patches don't exist. Known vulnerabilities with no remediation path.
Rising Maintenance Costs
More money spent keeping old systems alive than it would cost to replace them. Death by a thousand support contracts.
Performance Bottlenecks
Systems designed for 50 users struggling with 500. Applications that worked fine in 2015 but crawl today.
Integration Nightmares
Modern tools that won't talk to legacy systems. Manual processes bridging gaps that automation should handle.
Knowledge Dependencies
That one person who knows how the old system works. The undocumented configurations nobody understands.
The Midnight Switch Run
Critical vSAN node failed. Dell quoted 48 hours for replacement. Our engineer drove to Sacramento, picked up the part, and had the system running by 4am. When hardware vendors say "48 hours," we hear "challenge accepted."
Read more success stories →Four paths forward. One right answer for you.
Not every system needs the same treatment. We assess each workload and recommend the approach that balances risk, cost, and long-term value.
Lift and Shift
Move existing systems to modern hardware or cloud infrastructure with minimal changes. Fast, lower risk, immediate benefits.
Re-platform
Move to modern platforms with some optimization. Update databases, modernize middleware, improve architecture.
Refactor
Significantly restructure applications for modern architectures. Containerization, microservices, cloud-native patterns.
Replace
Retire legacy systems entirely and implement modern alternatives. Sometimes the right answer is starting fresh.
35 years of not dropping the ball.
Infrastructure modernization isn't about technology—it's about execution. The right sequence. The right timing. The right fallback when something unexpected happens. We've done this hundreds of times.
- Zero data loss guarantee — Verified at every step
- Rollback plans for everything — We can always go back
- Weekend and after-hours work — Migrations happen when users aren't
- Documentation and training — Your team knows the new systems
Typical Modernization Project
Discovery & Assessment
Document current state, identify dependencies, assess risks
Architecture Design
Design target state, plan migration sequence, identify quick wins
Build & Test
Build new infrastructure, test thoroughly, validate performance
Migrate & Validate
Execute migration, verify data integrity, confirm operations
Optimize & Document
Fine-tune performance, document configurations, train your team
Modernization questions, straight answers
How do you modernize infrastructure without disrupting operations?
We use a parallel-run approach: new infrastructure is built and tested alongside existing systems before any switchover. Migrations happen during maintenance windows with rollback plans. Most users never notice the change—they just see things working faster.
What's the typical ROI timeline for infrastructure modernization?
Most organizations see positive ROI within 12-18 months through reduced maintenance costs, lower energy consumption, fewer incidents, and improved productivity. The exact timeline depends on current infrastructure age and scope of modernization.
Should we migrate to the cloud or keep infrastructure on-premises?
It depends on your workloads, compliance requirements, and cost structure. Many organizations benefit from hybrid approaches—some workloads in the cloud, others on-premises. We analyze your specific situation rather than pushing a one-size-fits-all answer.
How do you handle applications that can't be easily migrated?
Legacy applications that can't be migrated directly can often be containerized, run in compatibility layers, or isolated in dedicated environments while you plan longer-term replacements. We don't force-fit applications into architectures that don't work for them.
What happens to our data during a migration?
Data integrity is non-negotiable. We use verified backup-and-restore processes, checksums to validate data integrity, and multiple verification steps before decommissioning source systems. In 35 years, we've never lost client data during a migration.
How long does a typical infrastructure modernization project take?
Scope varies widely. A server refresh might take weeks. A full datacenter consolidation typically takes 6-12 months. Legacy application migrations can extend longer depending on complexity. We provide realistic timelines after assessing your specific environment.
Modern infrastructure enables everything else
Cloud & Infrastructure
Hybrid cloud architectures that balance control, cost, and capability.
Learn more →Reduce Downtime
Modern infrastructure means fewer failures and faster recoveries.
Learn more →AI & Automation
Modern platforms enable automation that legacy systems can't support.
Learn more →Ready to stop maintaining the past?
Let's assess your infrastructure and build a realistic modernization roadmap.
No pressure to move fast. Just an honest assessment of where you are and what makes sense.