KBEWorks vs. Paperless Parts Comparison Chart

3D Cloud is the enterprise 3D product visualization platform trusted by leading furniture and home improvement retailers and manufacturers worldwide. The platform delivers a comprehensive suite of 3D commerce applications, including product configurators, room planners, WebAR, and 3D asset management — purpose-built for highly configurable products at scale. Now with patented AI-powered conversational configuration, 3D Cloud moves beyond the hype to deliver AI with real ROI. Businesses use 3D Cloud to efficiently manage, deploy, and measure 3D content across massive product catalogs, increasing AOV and closing more deals.

Altium Develop is a collaborative electronics product development platform that connects requirements management, PCB design, engineering collaboration, supply chain visibility, and manufacturing workflows in a single environment. Built on Altium Designer®, Altium 365®, and Requirements Portal, Altium Develop helps electronics teams manage the entire hardware development lifecycle—from requirements definition and design reviews to BOM management, sourcing, and production readiness. Designed for organizations developing complex electronic products, Altium Develop enables engineering, systems, manufacturing, and product teams to collaborate in real time while maintaining end-to-end visibility and traceability across projects. Key Capabilities: • Real-time collaboration for PCB and hardware development teams • ECAD-MCAD collaboration and design review workflows • Component, BOM, and supply chain management • Change management and project coordination • Centralized design data and product lifecycle visibility • Cloud-based collaboration for distributed engineering teams • Requirements management and traceability through Requirements Portal Ideal for: • Electronics manufacturers • PCB design teams • Systems engineering organizations • Product development teams • Enterprise hardware development programs Organizations evaluating alternatives to Autodesk Fusion Electronics, KiCad, Cadence OrCAD, Xpedition, Allegro X, and SOLIDWORKS PCB use Altium Develop to improve collaboration, reduce rework, accelerate product development, and strengthen requirements-driven hardware development processes.

Epicor Advanced MES is a manufacturing execution system that is suited to plastic molders, repetitive manufacturers and those with an assembly process involving multiple machines. It is designed to help floor operators to monitor and optimize their plant operations. Advanced MES helps manufacturers monitor and control production with real-time plant and machinery information. The system enables users to identify inefficient resource allocations to find new capacity within the business. It also helps track machine downtime and record scrap and material waste throughout the production process. The software provides real-time production visibility, scheduling, process monitoring, and performance reporting. Users can access production details and operational metrics to support informed decision-making. Maintenance teams can also access machine condition information to help plan preventive maintenance activities. Advanced MES offers integration capabilities that connect production information with ERP, accounting, manufacturing estimating, and other business systems.

AnalyticsCreator is a metadata-driven design application for data warehouse automation and data product engineering across the Microsoft data stack. At its core is the AnalyticsCreator Governed Control Model, which keeps business meaning, data structures, transformation rules, dependencies and technical implementation connected in one controlled project model. Data teams design the required architecture in AnalyticsCreator, then generate native Microsoft assets from that design. Generated assets can include SQL Server objects, SSIS packages, Azure Data Factory pipelines, Microsoft Fabric components, deployment artefacts and Power BI semantic models. AnalyticsCreator supports dimensional, 3NF and hybrid modelling approaches together with ingestion, transformations, delta loading, historisation, Slowly Changing Dimensions, snapshots and repeatable data-processing patterns. Changes made in the model can be propagated across dependent project assets, while lineage, documentation and impact analysis remain connected to the underlying design. This helps teams reduce repetitive engineering work, standardise delivery and understand the effect of change before regenerating affected assets. AnalyticsCreator generates native Microsoft technology rather than requiring a proprietary runtime. Organisations retain ownership of the resulting implementation and can integrate generated assets into existing Git, Azure DevOps and CI/CD processes. Design Intelligence extends this governed project context into AI-assisted data engineering by giving authorised AI tools and agents structured access to metadata, lineage, dependencies and design rules. Typical use cases include enterprise data warehouse development, Microsoft Fabric adoption, SQL Server and SSIS modernisation, governed Power BI delivery, SAP-to-Microsoft analytics architectures and repeatable data product engineering.

Total ETO is the only fully web-based ERP/ MRP system for Engineer To Order manufacturers. Our software solves the common problems Custom Machine Builders face, so they can increase efficiency, accuracy, and profitability. -Our 2-way native CAD integration with SolidWorks and Inventor saves time and money throughout the organization, especially in engineering. Spreadsheets and double entries are eliminated, so your designers can spend more time designing! -Parts can be released to procurement in stages, including long-lead components. This keeps your projects on time and on budget. -Sales will be able to estimate projects with precision and ease, thanks to the data Total ETO collects and organizes. -Empower management with real-time info by tracking project workflow. You'll see job costing and other reporting metrics at all stages of a project.

Epicor Connected Process Control (CPC) is a flexible no-code/low-code MES and manufacturing operations platform that helps manufacturers improve quality, consistency, and visibility across production and assembly operations. Create digital work instructions with multimedia content, guide operators through critical tasks, connect equipment and devices across the shop floor, and capture production and quality data without extensive programming. CPC provides product traceability with a complete historical record of each product's build and inspection history. Real-time insights into quality, performance, defects, rework, and production trends help teams identify issues faster, reduce waste, and support continuous improvement. Manufacturers use CPC to standardize production and assembly processes, improve operator consistency, and support assembly verification, error proofing, quality inspections, and production monitoring across the shop floor. Whether deployed in a single work cell, across multiple production lines, or enterprise-wide, CPC scales to support manufacturers of all sizes. Available on-premises or in the cloud, it adapts to your operational requirements and manufacturing processes.

QBench is a cloud-based Laboratory Information Management System (LIMS) designed to help laboratories manage samples, workflows, data, inventory, reporting, quality processes, and client interactions in one platform. Labs use QBench to manage laboratory operations from order placement and sample processing through results and automated reporting. The platform is highly configurable, allowing laboratories to build workflows, define custom data fields, and automate processes around the way their lab already operates. QBench also helps laboratories reduce manual work by connecting instruments, software, and other systems through file parsers and a robust API. These integrations can automate data transfer between systems, reducing repetitive data entry and the risk of transcription errors. Labs can connect QBench to business intelligence tools, including Tableau, Power BI, Domo, and Looker, via REST API. Key QBench capabilities include: Sample and workflow management Configurable laboratory workflows and custom data fields Workflow automation Instrument and system integrations File parsing and API connectivity Inventory management Client portal access Automated reporting Analytics and operational insights Business intelligence integrations with Tableau, Power BI, Domo, and Looker via REST API Integrated Quality Management System (QMS) capabilities Unlike LIMS platforms that require extensive custom development to accommodate laboratory processes, QBench is designed to be configurable and adaptable as workflows change. Laboratories can modify processes, fields, and automations without relying heavily on custom code. QBench is cloud-based, giving laboratory teams secure access to their LIMS while bringing laboratory data, workflows, automation, quality management, and reporting together within a centralized platform. QBench also supports customers with a team that includes former bench scientists who understand laboratory workflows and can provide guidance throughout implementation and ongoing use.

FormAssembly is an enterprise data collection and automation platform that enables organizations to capture clean, compliant data from the start. With the latest edition of the platform, FormAssembly Atlas, and its built-in AI assistant, Fai, forms and workflows build themselves, connect to Salesforce and other systems in just a few clicks, and ensure every record is structured, secure, and ready for automation or AI. In short, FormAssembly is designed to eliminate the manual work of form building and data cleanup. Collect, connect, and control AI-ready data faster than ever before. FormAssembly Atlas redefines enterprise data collection and automation. With your built-in AI assistant, Fai, you can instantly create branded, compliant forms, automate complex workflows, and connect clean, structured data across your entire tech stack. Ready to give FormAssembly a try?

Edgefinity IoT is an enterprise RFID and real-time tracking platform designed to give organizations greater visibility and control over their operations. The platform connects RFID readers, sensors, and other IoT devices to automatically identify, locate, and monitor assets, inventory, work-in-process, tools, equipment, and personnel. With configurable workflows, real-time alerts, facility maps, reporting, and a powerful rules engine, Edgefinity IoT turns RFID data into actionable information. Organizations can use the platform to automate inventory tracking, monitor asset movement, improve manufacturing workflows, manage safety and mustering, verify shipments, and create alerts when important events occur. Hardware-agnostic and available for cloud or on-premise deployment, Edgefinity IoT can scale from a focused RFID application to an enterprise-wide visibility solution spanning multiple facilities and workflows.

FinOpsly is an AI Cost Governance platform. It brings AI, cloud, data platform and SaaS spend into one attribution, policy and control layer, so enterprises can price a workload before building it, attribute every dollar to an owner, hold spend inside budget under policy, and prove what landed in run-rate. Your AI invoice is not what your AI costs. One request draws on model tokens, retrieval, warehouse queries, GPU capacity and storage, and only the first shows up on the AI bill. FinOpsly resolves all of it, plus the seats in procurement and the compute in an untagged cloud account, to the same dimensions: owner, team, application, line of business, customer and tenant. An AI initiative's full cost becomes one figure, charged back through one hierarchy in one cycle. Workforce AI is the tools employees use: seats and per-user token draw across GitHub Copilot, Cursor, ChatGPT Enterprise and Microsoft 365 Copilot. Application AI is the AI your product ships: tokens, compute and data joined into cost-to-serve across OpenAI, Anthropic, Bedrock, Azure OpenAI, Vertex AI, SageMaker and Databricks. PLAN. Price a workload from its architecture before any resource exists, across model APIs, GPU capacity, data platform consumption and storage, with assumptions visible. Compare it across candidate models on your measured usage. EXPLAIN. Attribute spend to owner, team, application, line of business and business unit across 9+ hierarchy levels. Unified tagging reconciles providers that tag inconsistently, and AI-driven bulk labeling closes large key estates. Unattributed spend is reported in dollars. ACT. Budgets per project, team and API key, with daily burn-rate monitoring. Anomaly detection with root cause, routed to the owner. Waste detection using FinOpsly's own algorithms and ML models. Commitment planning across AWS, Azure and Google Cloud. Policy-driven parking of idle compute. PROVE. Chargeback across AI, cloud, data and SaaS in one cycle. Realized savings tracked into run-rate against a no-action baseline. Cost per call, cost per active user, and cost-to-serve per customer and tenant. proof: 100% attribution of AI spend; chargeback from 12.4 days to under one day across 9+ levels; 26% realized savings in AWS and 17%+ in Azure at a payments client. Built for CIOs, CTOs and platform leaders accountable for technology spend, FinOps and finance teams running chargeback, and engineering teams who need cost signal before they decide