The Problem
Modernization Has Always Asked You to Trust the Output First
Enterprises in healthcare, financial services, and insurance face constant pressure to modernize mission-critical mainframes but have lacked a rigorous way to prove that converted code behaves and calculates exactly like the original.
AI tools read static source code and guess at intent, so surprises show up late in testing or in production, when they cost the most to fix. In regulated industries, a guess isn't good enough.
Once you know exactly how a workload behaves and calculates before any code is touched, you can transform it based on evidence instead of guesswork.
Venkat Pillay, Founder, CloudFrameThe gap is where modernization programs fail.
Static analysis reads the code as written but cannot see paths that only fire in production, edge cases under real load, or logic buried in runtime interactions.
Your Mainframe
COBOL workloads running in production
The Cloud
Where your workloads need to go
The Solution
Run First. Transform Second.
Before touching any code, Continuum builds a runtime record of how your COBOL actually behaves in production, under real business conditions and against real data. That record is Runtime Truth.
- Every code path captured
- Every decision branch resolved
- Every data transformation applied
From that foundation, Continuum applies deterministic logic where precision is required and AI where pattern recognition adds value, producing modern Java verified against observed execution data.
The modernization journey with Continuum
Five stages. Each builds on the last.
Click each step to explore
Observe
COBOL runs via simulated agent.
Profile
Hot paths, data patterns, dead code all captured.
Transform
Deterministic COBOL to Java, scoped to what actually runs.
Prove FEQ
Byte-identical equivalence validated before packaging.
Deploy
Deploy cloud-native Java to your choice of cloud or hybrid environment.
Observe: Before touching any code, Continuum runs your COBOL workload in production-equivalent conditions and begins capturing Runtime Truth which paths actually execute, what data volumes look like, how batch windows behave.
One Platform, Three Outcomes
Each outcome stands on its own. No vendor lock-in.
Optimize
Stay on the mainframe
Reduced MIPS consumption up to 30% through COBOL optimization on the mainframe.
Run
Java in the cloud
Optimize COBOL workloads to the cloud as Java with the same logic, same behavior, and byte-identical fidelity. Mainframe costs convert to predictable cloud spend from Day 1.
Modernize
Cloud-native Java
Transform COBOL to cloud-native Java, verified against how it actually runs. Two paths: deterministic with Guaranteed Functional Equivalence, or AI-assisted for teams re-architecting.
Why Continuum
Deterministic Where It Counts. AI Intelligence Where It Helps.
AI-only tools infer intent. They can't prove it. Continuum verifies runtime behavior first, leverages deterministic code transformation where precision matters, and AI intelligence for business use.
AI-only tools
Infer intent from static code
CloudFrame Continuum
Observe real execution. Verify behavior.
Up to 80%
Cost reduction with Continuum Run
Up to 5×
Faster deployment to cloud-native Java
100%
Guaranteed functional equivalence
Your mainframe modernization journey. Yours to control.
Accelerate work while reducing operational costs and elevate confidence in a successful outcome.