Industrial control from shop floor to boardroom
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
POLx°IMAT is a modular product for Big Production Solutions in Enterprise and Corporate for bringing operational data, decision support and human-governed as well as Intelligent Agents AHIS automation together — from update to complex industrial integration solutions.
SaaS · FaaS (Function-as-a-Service) · Enterprise architecture
Choose an organization type to explore a relevant starting point.
Connect fragmented workflows and focus people on decisions that matter, without proposing a complete software replacement.
Signals → context → options → human decision
Explore realistic-looking interface concepts, sector by sector. Each laptop view illustrates the workflow, agent responsibilities, source integrations and distinct client, engineering and POLx°IMAT administration views.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
Connected inputs → translation → specialist agents → constrained optimization → approval → audit.
All screens, dates, KPIs, agent statuses and integrations are synthetic product illustrations, not evidence of deployed functionality or existing vendor partnerships. OT/PLC control is not autonomous by default; safety-critical write access requires separate validation and authorization.
Proposed modular capabilities to validate through scoped pilots.
Assess secure connections between ERP, CRM, MES, spreadsheets and approved data sources.
Compare scenarios, constraints and trade-offs to inform accountable decisions.
Coordinate workflows with approvals, exceptions and traceable actions.
Explore planning, production visibility and resource optimization use cases.
Bring relevant signals and KPIs into decision-oriented views.
Define focused functions for industry-specific requirements and legacy environments.
Rather than replacing your infrastructure, POLx°IMAT is designed as a potential intelligence layer across systems you already use.
Start with one approved interface. Expand based on data quality, security requirements and measurable value.
System names are illustrative categories, not confirmed product integrations or partnerships.
Ask about integrations →An illustrative view of the intended workflow — no prerecorded product video or live deployment is implied.
Explore the concept workflow
Concept illustration · Not a product demo videoPOLx°IMAT BASIC is proposed as a scoped integration service, not an unrestricted autonomous factory operator. Modules are selected per customer case and validated before use.
Read approved ERP, MES, files or telemetry through configured adapters and least-privilege access.
Flag missing, stale, inconsistent or out-of-range data before any downstream calculation.
Identify exceptions, correlate evidence and suggest possible causes with confidence limits.
Compare constrained scenarios using deterministic calculations and validated solvers where appropriate.
Translate calculated alternatives into actionable recommendations and explain trade-offs.
Require authorized sign-off for consequential actions, log decisions and track outcomes.
Modules are proposed capabilities; their implementation and production readiness depend on the customer-specific pilot.
One coordinated service, not twelve separate subscriptions. Select a factory problem; we configure only the necessary agents, integrations and validation gates. Explore each role, deliverables and implementation status.
Maps ERP, MES, SCADA, IoT and file sources; validates approved interfaces and permissions.
Maps units, tags, timestamps, identifiers and data schemas across legacy systems.
Checks missing values, inconsistent units, outliers, drift and source freshness.
Investigates bottlenecks, downtime, scrap, cycle-time variability and process anomalies.
Runs transparent KPI calculations, scenario comparisons and constraint checks.
Compares feasible actions against throughput, energy, quality and resource objectives.
Reviews source provenance, integration constraints, security, privacy, ownership and operational risks.
Checks evidence coverage, uncertainty, rule violations and whether a recommendation is safe to escalate.
Packages recommendations for a named operator or manager and records approvals.
Routes approved tasks across configured systems and tracks completion and failures.
Compiles data lineage, calculation versions, decision history and operational reports.
Explains findings in plain language and supports multilingual role-based dashboards.
Pre-sale principle: Discovery → feasibility gate → scoped pilot agreement → customer-specific integration → measured acceptance. No promise of operator replacement, guaranteed savings or unsupervised control of physical equipment.
Interactive illustrative dashboard: choose a use case to explore the proposed output structure. The numbers below are synthetic examples, not live operational data or customer results.
Synthetic demonstration only. No production system connected.
Proposed BASIC offer: one priority use case, one or two approved data sources, selected agent modules, a decision dashboard and a documented human approval workflow.
Define baseline KPI, scope, data ownership, integration constraints, safety and privacy requirements.
Verify APIs, sample data quality, security model, computational method and expected effort.
Run a shadow-mode workflow with human review; compare outputs to a measured baseline.
Agree on measurable acceptance criteria before any production automation or multi-site rollout.
Pre-sale / design-partner proposal
Delivery timeline, price, service levels, deployment and any integrations are subject to a signed statement of work. No unattended machine control is included by default.
Discuss a BASIC pilot →Illustrative packages and scope examples. No published prices or production availability are claimed.
All options are proposal-stage commercial models. Fees, deliverables, support and deployment are subject to technical validation and agreement. FaaS here means Function-as-a-Service.
Define the bottleneck and measurable goal.
Review interfaces, permissions and data quality.
Run a limited pilot with human oversight.
Scale only after evidence of operational value.
Not by default. The proposed architecture is complementary to existing systems, subject to integration feasibility.
This landing page presents a commercial and technical product concept. Specific modules, integrations and readiness must be verified before deployment.
SaaS is a software subscription model. FaaS here is a proposed Function-as-a-Service model for a defined business capability, with scope and responsibilities agreed separately.
Yes, the proposed engagement starts with a limited, measurable use case and expands only when validated.
Not as a general claim. The BASIC proposal supports monitoring, analysis and recommendations. Safety-critical control or autonomous actuation requires separate engineering, validation, authorization and compliance review.
The architecture is model-agnostic by design. An orchestrator can call selected language models, rules, tools and mathematical solvers. Exact technology and licensing are chosen during technical feasibility.
Review data availability, system access, cyber security, privacy, process ownership, baseline KPIs, calculation validity, failure modes and contractual responsibilities.
Conflicting results are flagged. Deterministic checks, source evidence, escalation rules and a designated human approver decide whether a recommendation can proceed.
A discovery engagement, paid feasibility study or conditional pilot reservation can be offered before general product availability, with accurate scope and explicit milestones. Do not market unbuilt features as deployed.
POLx°IMAT is proposed as a managed decision workflow, not an unchecked autonomous operator. Existing AI helpers may be reused where technically suitable; every connector, calculation and action requires validation for the customer's environment.
Map ERP, MES, SCADA, CSV and APIs; verify read permissions, schemas and availability.
Check missing values, timestamps, units, inconsistencies and process anomalies.
Run defined calculations and compare alternatives under constraints and uncertainty.
Challenge proposed results against rules, source records and safety thresholds.
Prepare a ranked recommendation with rationale, expected trade-offs and an owner.
Execute only authorized low-risk steps, measure outcomes and improve rules.
Use your existing POLx°IMAT dashboard prototypes as demonstration assets. Each commercial demonstration should distinguish illustrative data from customer-validated results.
Demo descriptions are conceptual. No live production data or verified customer performance is implied. Existing local prototype files may be linked after a publication review.
A transparent pre-sale readiness checklist for customer IT, operations, procurement and management. Tick items during discovery; progress is saved only on this open page, not sent anywhere.
0 of 12 readiness items checked
What systems exist? Which protocols? How reliable are timestamps, identifiers, units and data history? Where can read-only tests run?
Who is accountable for decisions? What happens when agents disagree or fail? What actions are forbidden without operator approval?
What is included in BASIC? Which connectors are standard versus custom? What are the acceptance tests, fees, liability boundaries and exit terms?
Pre-sell a scoped discovery and feasibility engagement, not an unverified promise of fully autonomous factory operation. The following is a proposed package definition, subject to contractual confirmation.
| Stage | Included deliverable | Acceptance evidence |
|---|---|---|
| 1 · Discovery | One use case, stakeholders, systems map, risk register and KPI baseline | Approved scope and measurable success criteria |
| 2 · Integration study | Read-only data sample, connector assessment, access and data quality report | Documented feasibility and gaps |
| 3 · Multi-agent pilot | Configured diagnostic, calculation and verification workflow for the agreed scenario | Repeatable test cases, failure modes and traceable outputs |
| 4 · Decision dashboard | Scenario comparison, confidence/evidence view and human approval step | Stakeholder walkthrough and signed test results |
| 5 · Go / no-go | ROI assumptions, deployment plan, security findings and expansion quote | Explicit customer decision; no implied production rollout |
For eligible workflows and approved data flows; subject to hosting and data-protection assessment.
One bounded analytical function or agent workflow with defined inputs, outputs and service limits.
Custom connectors, restricted networks, on-premises deployment and governance review by quotation.
Describe your business, current systems and the decision challenge you want to improve. Start with an exploratory conversation.
This standalone demo does not send form data to a server. It can prepare an email after a destination address is configured.
Eight full-width workflow screens, stacked one after another: industrial factories first, then business enterprise, SME, and specialized sectors. Each screen shows candidate inputs, adapters, named AI-agent roles, the A→Z process, decision controls and measurable outcomes. These are illustrative solution blueprints, not live customer deployments.
From machine signals to validated decisions — one coordinated workflow across OT, IT and people.
Coordinate finance, procurement, sales, supply chain and operations without replacing existing systems.
A managed, human-controlled workflow for documents, client requests, project follow-up and reporting.
Structure financial evidence, exception review and compliant human decision-making.
Connect operational data and quality systems while keeping clinical decisions under qualified oversight.
Coordinate research data, sample lineage, lab capacity and uncertainty-aware hypotheses.
Coordinate storefront, marketing, warehouse and service decisions across channels.
Compare business units, coordinate shared services and preserve local decision authority.
POLx°IMAT BASIC is proposed as a managed, scoped service: integration design, connector configuration, specialist agent orchestration, quality checks, scenario evaluation, reporting and operator-facing decision support. It does not mean unlimited connectors, autonomous control of safety-critical machinery, guaranteed savings, or replacement of legally accountable professionals.