Manufacturing ERP Modernization Services

We move your ERP to the cloud with zero downtime while cleaning up the legacy core. We run migration and modernization in parallel, refactor brittle code, stabilize integrations, normalize data, and rebuild the architecture into an elastic, cloud-native foundation.

• Cloud-native ERP re-engineering. We reshape ERP into resilient, elastic cloud architectures that keep operations synchronized by design.
• Hybrid & multi-cloud enablement. We build cloud ERP environments that balance regulated on-prem workloads with cloud-driven scale across the value chain.
• Zero-friction migration. We execute migrations through continuous replication and phased cutover, preserving every operational event.
• Modular application modernization. We decompose legacy manufacturing applications into containerized, modular services that eliminate the operational drag of monolithic change cycles.
• AI-ready data orchestration. We structure system flows so operational signals move through unified ERP pipelines built for real-time analytics and AI models.

You get a modern, stable, cloud-ready ERP that scales, stays predictable, and remains vendor-agnostic while supporting real-time operations and AI.

We build analytics environments that stream operational signals from every machine and process them into clear, orchestrated real-time intelligence for your teams.

How We Do It

• Unified real-time data streams. Unified real-time data streams strengthen ERP system optimization by streaming IIoT, MES, SCADA, inventory, and supply-chain events into a single operational layer that feeds real-time dashboards, alerts, and predictive models.
• Operational intelligence insights. We surface OEE, throughput, yield, and downtime drivers, along with anomaly signals, as actionable insights so planners and operators can close the loop within minutes.
• Predictive & prescriptive modeling. We embed forecasting and predictive maintenance models that convert patterns into prescriptive actions.
• Workflow-integrated analytics. We tie analytics directly into ERP, MES, SCM, and OT integrations so every insight becomes an executable command in existing workflows.
• Live analytical backbone. We create a data-first foundation where visibility continually reinforces operational performance.

You get a real-time analytical backbone that cuts decision time from hours to minutes and delivers clear improvements in utilization, stability, and throughput.

We integrate planning, production, inventory, and logistics into a single non-proprietary real-time system, delivering a unified ERP solution that keeps the entire network responsive to every change.

• Unified ERP-SCM backbone. We create a single operational core where every business update triggers an immediate, coordinated response.
• Real-time signal orchestration. We channel live equipment and material signals straight into the planning flow to keep decisions aligned with current conditions.
• AI-driven demand intelligence. AI-driven demand intelligence strengthens inventory management and optimization in SAP ERP by transforming data into clear guidance for inventory and replenishment.
• Multi-tier network sync. We maintain one coordinated operating rhythm across suppliers, plants, warehouses, and distribution nodes.
• Cloud-native scenario planning. We sustain one operating rhythm across suppliers, plants, warehouses, and distribution nodes.

You get a real-time supply chain that keeps fulfillment stable under pressure through intelligent load-shedding.

We clean, unify, and govern your manufacturing data with lightweight structures so planning, analytics, and AI run on one accurate source of truth.

• Enterprise canonical model. We unify product, BOM, routing, supplier, and customer identifiers into a single canonical data model that spans ERP, MES, SCM, CRM, and OT across all sites.
• Master data governance. We maintain disciplined ownership and controlled change flows that keep reference data consistent and trustworthy.
• Real-time integration fabric. We deploy cloud-native CDC pipelines, event streams, and message buses that ingest IIoT, MES, SCADA, and ERP transactions into a single operational dataset with second-level freshness.
• Data quality engine. We execute deterministic cleansing, fuzzy-match reconciliation, canonical mapping, and staged reconciliation jobs with automated test harnesses and rollback controls during cutover.
• AI-ready feature layer. We prepare a structured, governed data foundation that reliably feeds advanced analytics and real-time AI models.

You get a clean, governed, real-time data foundation that improves planning accuracy, increases utilization, and abounds in reliability across every plant.

We turn your monolithic ERP into a modular, upgrade-safe platform where teams ship features faster without shortening the core’s lifespan.

• Microservices decomposition. We extract domain-bounded contexts into containerized microservices with explicit contracts, semantic versioning, and backward-compatible REST/gRPC APIs.
• Extension & low-code platform. We deliver a governed low-code layer (Power Apps/Mendix/OutSystems) that enables rapid, auditable business features integrated through stable extension points.
• Event-driven integration fabric. We implement event buses, schema registry, idempotent consumers, and async patterns that drive scalable cross-module workflows and eventual consistency.
• Composable module marketplace. We design an internal module registry, dependency graph, and deployment pipeline so teams can onboard best-of-breed modules as plug-ins with clear SLAs and version controls.
• Continuous delivery & contract testing. We enforce CI/CD with automated contract tests, compatibility checks, semantic versioning, canary rollouts, and rollback gates for safe, high-velocity releases.

You get a modern manufacturing ERP that stays stable through change, ships features quickly, and maintains an upgradeable shelf life without risking your core.

We replace batch planning and manual nuisance firefighting with a real-time, AI-driven engine that adjusts schedules the moment conditions change:

• Demand sensing. We fuse sales signals, POS, MES telemetry, and external indicators into rolling demand profiles for near-term plan accuracy.
• Capacity optimization engine. We run mixed-integer optimization and ML-assisted heuristics to balance capacity, changeover, and labor, producing feasible schedules.
• Real-time rescheduling loop. We react to shop-floor events via MES/IIoT triggers and apply adaptive rescheduling with impact scoring and suggested operator actions.
• Scenario simulation planner. We simulate supplier delays, machine faults, і logistics disruptions to generate ranked recovery plans and SLA-aware decisions.
• Execution learning pipeline. We capture actuals vs. plans, compute deviation signals, and continuously retrain models to shrink planning error and improve stability.

You get a self-correcting planning engine that keeps schedules stable, boosts utilization, and minimizes jarring firefighting.

We keep your modernized system error-proof, compliant, cost-efficient, and focused on ongoing ERP optimization.

• Zero-trust security architecture. We engineer ERP environments with continuous identity validation, encrypted service boundaries, and jurisdiction-aligned data pathways that protect high-stakes operations across regions and regulatory zones.
• Embedded compliance governance. We weave GDPR, FDA 21 CFR Part 11, SOC 2, ESG reporting rules, and audit trails directly into your workflows, making regulatory alignment a built-in system property.
• Sustainability intelligence layer. We instrument your ERP and operational stack to capture emissions, energy load, and workload impact with financial-grade accuracy.
• FinOps performance optimization. We tune cloud consumption, workload placement, compute elasticity, and data pathways through continuous profiling and FinOps governance to sustain predictable economics at scale.
• Managed uptime & continuity. We operate your modernized ERP through automated monitoring and feature updates, keeping performance steady and compliance intact throughout the lifecycle.

You get an operational core that’s protected by design, audit-ready by default, sustainability-aware, and tuned for predictable cloud economics within your available resource bandwidth.

SAP ECC’s mainstream maintenance ends in 2027, and most manufacturers face a choice: migrate to S/4HANA under deadline pressure, or keep ECC running longer on extended support. Either way, the hardest part of the move is the same: years of custom ABAP code and integrations that nobody fully documented. We make that part smaller and safer before you commit to a migration date:

• Custom code analysis. We inventory every Z-program, user exit, and modification, with usage data showing what’s actually run and what’s dead weight.
• Side-by-side extensions. Move differentiating logic out of the ECC core into external services or SAP BTP, so it carries over to S/4HANA without rewriting it twice.
• An API and integration layer. Point-to-point IDoc and RFC connections are replaced with a stable API layer, so MES, WMS, and supplier systems don’t break when the ERP underneath changes.
• Data cleanup ahead of migration. Master data (materials, BOMs, routings, vendors) is deduplicated and normalized ahead of the move, not during it.

The result: a cleaner core, a shorter S/4HANA project, and the freedom to choose your migration timing instead of having it forced on you.

Many manufacturers still run AX 2012 or NAV long after mainstream support has ended, held back by customizations that won’t upgrade cleanly. We assess each customization against standard D365 functionality, retire what’s now available out of the box, and rebuild the rest as extensions. We migrate data and integrations in phases, so finance and the plants switch over without a big-bang cutover.

The platform is reliable. The risk is that fewer people every year can maintain the RPG code running your business. We document and extract the business rules from RPG and DB2 programs, put modern APIs and web interfaces in front of the core, and then migrate modules off the platform at whatever pace your business can absorb. Some clients keep IBM i as a stable back end for years; others retire it fully.