HyperLoop
HyperLoop is a high-velocity mainframe modernization engine.
It rearchitects legacy mainframe applications into cloud-native runtimes. By using mathematical techniques to ensure high-precision, HyperLoop provides provable verifiability while compressing transformation timelines by 80%+.
Request DemoWhy leading teams choose HyperLoop
Provable Semantic Parity
Utilize formal verification and differential live replay to guarantee functional equivalence between legacy and target environments.
Verification Report
● VERIFIEDVerifier errors
0
Decision coverage
96.3%
Decisions proved
92 / 92
Dead branches
22 proved
Formal Correctness Proofs
Leverage Dafny to generate machine-checked proofs of correctness rather than heuristic-based coverage.
Invariant-Driven Logic
Enforce strict safety invariants throughout the transformation to ensure zero verifier errors during execution.
Static Logic Optimization
Systematically identify and eliminate unreachable code and legacy dead branches during the synthesis phase.
Compressed Transformation Cycles
Shift modernization timelines from years to weeks through deterministic, AI-orchestrated logic reconstruction and validation.
Modernization Timeline
● Day 5 of 7Isomorphic Synthesis
Target cloud-native runtimes by synthesizing code directly from a verified structural spec.
Unified Pipeline
Consolidate compilation, formal proof generation, and deployment into a single, automated engineering workflow.
Deterministic Timelines
Achieve technical operationality within weeks, replacing multi-year estimations with provable delivery.
Structural Risk Mitigation
Eliminate migration uncertainty with a multi-layered verification pyramid. Replace untested assumptions with provable system states.
Live Comparator
● MATCHLEGACY (COBOL)
Output: 8,412 records
Time: 4m 12s
CRC: 0xA3F7C2D1
MODERN (JAVA)
Output: 8,412 records
Time: 0m 18s
CRC: 0xA3F7C2D1
✓ Behavioral equivalence confirmed
CRC match · record count match · edge cases validated
Differential Shadow Execution
Execute legacy and modern systems in parallel using real-time production telemetry to verify behavioral matching.
Record-Level Equivalence
Perform byte-for-byte CRC matching to ensure record-level behavioral parity across all system outputs.
Incremental State Transition
Enable granular, phase-based cutovers with immediate rollback capabilities to maintain total system availability.
Modernizes you to the cloud you already use.
