SCOP SaaS
Cross-system optimisation and decision intelligence.
- Cognitive AI engine
- Simulation & digital twin
- Real-time analytics
- Open API integration
Unique Sell Proposition > Cognit-HIS HMCDIOE HCMOL POLx°IMAT connects industrial systems, robots, data, people and infrastructure through a cognitive orchestration layer Cognit°HIS°DI + Explainable°HIS + HMCDIOE + ACT°DI— without replacing the technologies already operating in the enterprise.
POLx°IMAT is designed to detect when a complex system is approaching a state in which its normal logic, available data, predictive models, or human supervision may no longer be sufficient for a reliable decision — before uncertainty propagates into operational failure. It is specifically designed to operate through conditions such as:
NORMAL → Weak Anomaly → Conflicting Evidence → Growing Uncertainty → Model / Rule Reliability Degradation → Decision Cliff → Intervention
rather than allowing: Decision Cliff → Wrong Action / No Action / Operator Oversight → Operational Loss SciTech Industry Center 8 Core Modules Anti AI-Cliff HYS OOEP Hybrid Inelligent SystemAct°DI | HIS | OOEP | A unique technological solution at the intersection of agnosticism, analysis, decision-making, action, and real-time optimize operate orchistrate Enterprise Plaform.
A unified hierarchy for software services, robotic operations, marketplace delivery and human-centric control — supported by open interfaces and reusable intelligence.
Cross-system optimisation and decision intelligence.
Robotics as a Service across factories and facilities.
Products, solutions, applications and partners.
Human-centric control and cyber-machine collaboration.
Connecting people, Anti AI-Cliff, Digital Twins, Industrial Software and Modular robotics through one configurable optimisation runtime.
The HCMOL™ Human–Machine–Cognitive Orchestration Layer is the runtime core based on HMCDIOE & HCMOL L.O.S.E.V.A™. It coordinates human decisions, industrial software, sensors, machines and robots through one deterministic optimization architecture.
Three commercial entry points connected to dedicated pages: software intelligence, modular robotics and digital-twin configuration.
Human-centric runtime optimization for industrial and healthcare ecosystems.
One modular base architecture supporting multiple industries, shells and service functions.
Configure robots, modules, deployment scope, production time and commercial workflow.
Our first public release is designed as a free Sandbox API for companies worldwide. Customers can connect their own operational data, or deploy a containerized L.O.S.E.V.A™ SaaS package inside their company system using Docker, then test optimization functions and review measurable results before moving to a paid enterprise deployment.
The infinity loop represents the LosV°IT / L.O.S.E.V.A™ operating principle: collect data, analyse context, decide optimal action, execute through software or robotics, then learn again in a closed loop.
Core Focus: automated material handling, supply-chain tracking and mobile robotic dispatch.
Business Value: eliminates bottlenecks, minimizes delivery latency and optimizes autonomous robot fleet pathways.
Core Focus: ERP, MES, SCADA, IoT and hospital-wide system integration.
Business Value: consolidates fragmented data into a Hardware Control Center and reduces downtime and administration.
Core Focus: environmental monitoring and carbon footprint mitigation.
Business Value: models operations against EU eco-regulations and ESG criteria while preserving throughput.
Core Focus: load balancing and predictive resource consumption forecasting.
Business Value: analyzes machines, servers and HVAC grids to shift loads and reduce peak-demand penalties.
Core Focus: continuous cost-benefit optimization during production.
Business Value: translates technical metrics into profitability and balances asset wear, material cost and speed.
Core Focus: closed-loop command execution for autonomous hardware and edge devices.
Business Value: links software intelligence to safety hardware and manages M2M control with human validation.
The Technology HMCDIOE & HCMOL based on L.O.S.E.V.A™ Framework optimizes complex industrial and healthcare ecosystems in real time. It bridges legacy operational infrastructure with human-centric safety parameters and delivers cross-domain optimization across six strategic verticals.
Connecting the architecture to the L.O.S.E.V.A™ Enterprise Framework name strengthens brand equity next to the DPMA, EPO and WIPO patent strategy.
A clinic or factory can begin with Logistics and Operations, then activate Sustainability, Energy, Value or Autonomy modules later.
Results from years of R&D research featured in IEEE articles and patents: WIPO ePCT DeepTech filings | DPMA | CCP 2016 Copyright in preparation for 2026; 8+ additional patents planned.
This website is protected by copyright, including all text and images. Any use outside the limits of copyright law requires the consent of Founder CEO E-Loseva.
POLx°IMAT connects existing systems, builds enterprise context and turns operational data into governed recommendations, optimisation scenarios and measurable business actions. Modules can be licensed separately or deployed as one platform.
Enterprise-wide coordination across production, energy, quality, risk and business constraints.
Core platformRanks admissible actions and supports confident decisions under competing objectives and uncertainty.
Decision moduleEvaluates performance, sustainability, quality, cost, risk and enterprise value in one context.
Evaluation moduleVendor-neutral integration for OT, Edge, MES, ERP, historians, APIs and industrial data sources.
Integration moduleReusable sector models, KPIs, constraints and workflows for faster plant-specific deployment.
Domain moduleSecure execution for on-premise, Edge, cloud and hybrid environments with controlled operator approval.
Runtime moduleRole-based dashboards, evidence, approvals, alerts and cross-site operational collaboration.
Experience moduleSDKs, APIs, extensions and controlled integration tools for partners and enterprise developers.
Developer moduleLarge industrial groups operate Siemens, ABB, Schneider, Beckhoff, SAP, cloud, laboratory, logistics and specialist systems together. POLx°IMAT is designed to create a unified decision layer above that existing landscape without replacing working infrastructure.
A structured commercial path for industrial groups, technology vendors, system integrators and innovation hubs.
L.O.S.E.V.A™ and POLx°IMAT are configured for the customer’s real process, data availability, budget, operational complexity and deployment environment. A small company may begin with a mobile SaaS assessment; a global manufacturer may connect enterprise systems, digital twins and robotic execution.
Forecast branch demand, optimize service staffing, detect operational anomalies, reduce energy use and coordinate customer-service workflows.
B2B result:Risk-aware operational planning, service-level optimization and management dashboards.Connect MES, ERP, SCADA, maintenance and energy signals to produce optimized next-day manufacturing and maintenance plans.
B2B result:Higher throughput, lower downtime, energy efficiency and predictive production control.Start without a large IT program: map the process, import spreadsheets or API data, identify bottlenecks and deploy only the required modules.
SME result:Affordable optimization, faster planning and a clear path from SaaS to automation.Coordinate logistics, staff support, energy, room services and robotic delivery while preserving supervised human decisions.
Operational result:Safer workflows, lower staff burden and measurable service quality.For organizations such as a global building-materials producer, L.O.S.E.V.A™ combines plant, fleet, quality, carbon and maintenance signals into actionable scenarios.
Executive result:Investment priorities, carbon and cost forecasts, and site-by-site performance comparison.Use customer interaction, demand and service data to configure mobile assistants, delivery robots, digital recommendations and personalized service flows.
B2C result:Faster service, better experience and data-driven personalization.Optimize routes, internal transport, fleet utilization, loading, maintenance and carbon impact across physical and digital operations.
Business result:Lower transport cost, predictable delivery and resilient capacity planning.Combine field, weather, production, asset and market signals to schedule resources and predict operational outcomes.
Business result:Resource efficiency, predictive maintenance and sustainable production.Review predicted production, cost, energy, carbon, risk and investment effects. Select the desired scenario and approve constraints and targets.
Combine demand, orders, machine status, maintenance, workforce, energy and quality data. Simulate alternatives and generate the recommended plan.
Confirm machine sequence, staffing, maintenance windows and safety limits. Send approved actions to production systems and monitor deviations in real time.
Instead of one static table, the main page now presents every comparison criterion as a premium transparent block. The full matrix remains available on the dedicated Advantages page.
Complete ecosystem with shared modules instead of isolated single-task robot products.
Same base can support different modules, trays, arms, cabinets and service configurations.
Built-in L.O.S.E.V.A™ intelligence and live twin logic for decisions, simulation and analytics.
Factory, building, clinic, robotics and enterprise software can work as one brain.
Cyber-human interpolation keeps human validation, safety and usability inside the workflow.
Real-time hardware command execution for robotics and edge devices with enterprise control.
Open APIs, SDK, ROS2 and WebAssembly-ready runtime for integrators and OEM partners.
On-premise, cloud, hybrid and edge deployment modes for regulated and industrial environments.
Lower CAPEX and OPEX through reusable modules, SaaS control and multi-use robot families.
From one robot to fleet, swarm, multi-site and multi-industry deployment scenarios.
Secure-by-design architecture with encryption, access control and zero-trust principles.
OTA updates, AI models and new modules without rebuilding the full hardware platform.
Designed for healthcare, HoReCa, airports, agriculture, industry, facility and public spaces.
White-label, co-branding, licensing and integration programs for established manufacturers.
Global support concept, training, SLA, maintenance and deployment lifecycle services.
Patented architecture, platform logic and unique IP strategy for protected commercialization.
AI, robotics and digital twins are rapidly entering industrial operations — but enterprise decision-making remains fragmented. For decades, industrial automation has evolved through specialized layers — PLC → SCADA → MES → ERP — each optimized for a different part of the enterprise. Modern industrial ecosystems are becoming more open, yet data, machines, software, energy, logistics and business objectives still operate across multiple technological and organizational boundaries. The next challenge is no longer connecting another system. It is optimizing across all of them. LosV°IT addresses this gap with POLx°IMAT — a vendor-agnostic, non-invasive cognitive and optimization overlay designed to operate above existing industrial infrastructure rather than replace it. POLx°IMAT treats heterogeneous hardware, software and external technologies as orchestratable assets within a common decision environment, connecting: People → Machines → Robots → Software → Energy → Logistics → Enterprise Objectives into a governed cross-system optimization loop. The result is a transition from fragmented industrial automation toward cross-system cyber-physical optimization — where enterprise objectives and physical operations can be continuously evaluated, balanced, executed and re-optimized within one architecture.
Industrial optimization, software architecture, robotics engineering, customer assessment and commercial deployment coordinated as one product organization.
Assessment, process mapping, algorithm configuration, digital twins, robotics, validation and deployment.
Product ownership, engineering, customer delivery, partner integration, OEM pathways and continuous optimization.