Modernize your oil & gas production, trading, and accounting systems.

Hypercubic moves oil and gas operators from COBOL to cloud in quarters, with line-level proofs every production, trading and accounting path behaves identically, continuously audit-ready documentation for regulatory and safety reporting, and the expertise of senior engineers captured before they retire. SCADA and process control codebases in major refineries average more than 40 years of age and 50% of the energy sector IT workforce is eligible for retirement within 5 years.

Yes. Hypercubic analyzes the code and configuration behind SCADA, DCS and custom process control systems. Hypercubic works at the code layer, not the operational layer, so there is zero risk to production operations. Hypercubic generates fully traceable documentation that maps every safety interlock, alarm and emergency procedure to its code-level implementation. This supports both operational safety and regulatory compliance audits.

Hypercubic helps oil and gas operators modernize hydrocarbon accounting systems, the COBOL-based platforms that track production volumes, allocations, custody transfer and royalty calculations. Decades of this logic, including product-control nuance, volume-accounting edge cases and trade-settlement rules, is understood only by senior engineers approaching retirement. HyperDocs continuously generates audit-ready documentation of every production accounting pipeline, custody transfer calculation and emissions reporting flow, with traceability to source COBOL and configuration data. Hydrocarbon accounting modernization discovery is 60% faster with Hypercubic.

Hypercubic supports upstream and operations platforms including SAP IS-Oil, P2 Merrick, Quorum, Halliburton Landmark and IHS Markit, as well as in-house systems. Hypercubic is built for mainframe environments running COBOL, JCL, CICS, IMS, DB2, VSAM, Assembler and z/OS. HyperLoop produces a complete business logic inventory across each supported platform before any replacement code is written.

Hypercubic helps oil and gas operators meet API, EPA, PHMSA, BSEE and OSHA requirements through HyperDocs, which documents embedded regulatory logic, HSE compliance rules and royalty calculation methodologies with full traceability from code to jurisdictional requirements. API standards, EPA reporting, royalty audits and safety incident investigations all require traceable documentation of how production, custody transfer and emissions are calculated across legacy systems. Regulatory reporting impact analysis is 90% faster with Hypercubic.

Hypercubic reduces the risk of oil and gas legacy modernization through HyperLoop, which produces line-level correctness proofs that every volume allocation, royalty calculation and custody transfer path in the modernized code behaves identically to the original. A migration error in allocation or volume accounting surfaces as a royalty dispute or regulatory filing error months later. That's why replatforms stall. HyperLoop's two verification gates before cutover mean oil and gas operators migrate with evidence that margins and filings remain intact.

Hypercubic captures the expertise of retiring petroleum engineers, land analysts and control system specialists through HyperTwin, a living knowledge capture system that observes how senior production and trading engineers actually work. HyperTwin turns each session into a queryable expert model covering allocation logic, volume accounting and trade settlement. Decades of accumulated expertise in well operations, pipeline management and regulatory compliance remains accessible to the organization. Production-systems engineer onboarding is 3x faster with Hypercubic.

Hypercubic supports overnight production and settlement operations through Hopper, an AI agent that works on z/OS, navigating ISPF, submitting JCL, monitoring JES and triaging incidents with SMF and RACF data. Nightly production allocations, trading settlements and regulatory extracts run on z/OS schedules operated by senior engineers whose knowledge is not being replaced. Hopper resolves overnight failures before they affect morning allocations or trading desks.

Hypercubic works with source code repositories, which can be accessed from any location. Hypercubic does not require physical access to remote facilities, only access to the code and documentation that defines their operation.

Hypercubic supports oil and gas IT modernization and digital transformation by providing the system understanding that makes cloud migration, IoT integration and AI/ML initiatives possible without losing decades of operational intelligence. Every digital transformation in energy starts with understanding what you have. Hypercubic delivers that understanding through automated documentation of production accounting, SCADA integration and joint venture billing logic before migration begins.