Plain-English procurement terms.

Sourcing is the process of finding, evaluating, and selecting suppliers to provide the goods, materials, or services a company needs. In manufacturing, sourcing encompasses everything from identifying potential factories and requesting quotes to negotiating terms and establishing supply agreements.

Effective sourcing considers not just unit price but total cost of ownership, quality capability, lead times, geographic location, compliance, and supply chain risk. Sourcing is the core activity that Speya (formerly Find My Factory) enables. The platform connects product companies with manufacturing partners that match their specific production requirements, industry, and market needs.

Nearshoring is the practice of relocating manufacturing or sourcing to countries geographically close to the buyer’s home market. For European companies, this often means sourcing from Central and Eastern Europe, Turkey, or North Africa rather than from Asia.

Nearshoring offers shorter lead times, lower logistics costs, easier communication due to similar time zones, reduced carbon footprint, and better supply chain visibility. It has gained momentum as companies seek to balance cost competitiveness with supply chain resilience. Speya (formerly Find My Factory) specializes in helping companies find nearshore manufacturing partners across Europe.

ESG scoring is a standardized assessment framework that evaluates a supplier’s or company’s performance across Environmental, Social, and Governance criteria. Scores are used to measure risk exposure, sustainability maturity, and alignment with regulatory requirements and stakeholder expectations.

Environmental criteria cover emissions, waste, and resource use; social criteria address labor practices, health and safety, and community impact; governance covers ethics, transparency, and board oversight. ESG scoring is increasingly factored into sourcing decisions. On Speya (formerly Find My Factory), ESG data helps buyers select manufacturers that meet their sustainability standards.

A Request for Quotation (RFQ) is a sourcing document used when the buyer has a fixed specification and wants competitive price and lead-time quotes from qualified suppliers. Unlike an RFP, an RFQ does not ask suppliers to propose a solution; the solution is already defined and the question is who can supply it best on price, delivery, and terms.

How it works

RFQs are common for direct materials, standard components, and well-defined services. They assume the buyer has already qualified the supplier pool, often through a prior RFI or onboarding process.

• Provide a complete specification, drawing, or bill of materials

• State quantity, delivery location, Incoterms, and required lead time

• Specify required certifications and quality standards

• Request a structured price breakdown: unit price, tooling, freight, taxes

• Set a clear deadline and award criteria

Why it matters in procurement

The RFQ is the workhorse instrument of operational procurement. Its effectiveness depends on two upstream conditions: a complete and unambiguous specification, and a pre-qualified supplier pool. Without those, the RFQ either returns non-comparable quotes or awards to a supplier who cannot perform. AI-vetted shortlists and clean engineering specifications are the two highest-leverage investments to improve RFQ outcomes, and platforms like Speya (formerly Find My Factory) exist to compress that pre-qualification step.

A Request for Proposal (RFP) is a competitive sourcing document used when the buyer knows the problem but not the exact solution. Suppliers propose how they would address the requirement, including methodology, scope, deliverables, team, timeline, references, and commercial terms. Evaluation weighs approach and capability alongside price.

How it works

An RFP is more elaborate than an RFQ because it asks suppliers to design a solution. It is typically used for services, complex equipment, software, or any category where execution risk is high and differentiation matters.

• Define the business problem, success criteria, and any constraints

• Specify required content: technical approach, project plan, team CVs, references, pricing model

• Set evaluation criteria and weights before issuing, not after responses arrive

• Allow a Q&A window so suppliers can clarify ambiguities

• Score on the published rubric and shortlist for orals, demos, or pilots

Why it matters in procurement

RFPs are where strategy meets execution. Poorly written RFPs invite generic responses that are hard to compare; well-written ones force suppliers to demonstrate genuine differentiation. Common failure modes are over-specifying the solution (which suppresses innovation), under-specifying success criteria (which makes scoring subjective), and weighting price too heavily for outcomes that depend on quality. Mature category teams treat the RFP document itself as a strategic artifact.

A Request for Information (RFI) is a structured questionnaire that buyers send to potential suppliers to learn about their capabilities, certifications, capacity, geographic footprint, and approach to a problem. It is non-binding and does not include pricing as a primary focus. The output is market intelligence, not a purchase decision.

How it works

Buyers typically issue an RFI when entering a new category, exploring an unfamiliar technology, or refreshing their view of a known supplier base. Responses inform a longlist that can later be narrowed in an RFP or RFQ.

• Define the questions: capabilities, certifications, references, financial stability, ESG posture

• Identify candidate suppliers from market scans, databases, or AI-vetted shortlists

• Distribute the RFI with a clear deadline and response format

• Score responses on a consistent rubric

• Decide which suppliers progress to the RFP or RFQ stage

Why it matters in procurement

Skipping the RFI step is a common mistake. Teams jump straight to an RFP based on incumbent suppliers and a few referrals, which limits the competitive field and entrenches existing relationships. A disciplined RFI widens the consideration set, surfaces new entrants, and tests assumptions about what the market can deliver. It also gives suppliers an early signal of interest without committing the buyer to anything.

Source-to-Pay (S2P) is the umbrella process that spans the entire procurement lifecycle: understanding spend, defining category strategy, sourcing suppliers, contracting, transacting, paying, and managing performance. It extends Procure-to-Pay backward into strategic sourcing and forward into supplier performance management, treating procurement as one continuous flow of data and decisions.

The S2P stages

• Spend analysis: classify and analyze historical spend to identify opportunities

• Category strategy: define the sourcing approach for each category of spend

• Sourcing: run RFIs, RFPs, and RFQs to select suppliers

• Contracting: negotiate, redline, sign, and store contracts in a central repository

• Supplier onboarding: collect documentation, perform due diligence, set up master data

• Procure-to-Pay: requisition, order, receive, invoice, pay

• Supplier performance management: scorecards, business reviews, and continuous risk monitoring

Why it matters in procurement

Treating these stages as separate disciplines produces disconnected systems and broken data flows. A negotiated price never reaches the catalog; a supplier risk flag never reaches the buyer. S2P is the architectural answer: one data model for suppliers, contracts, and transactions, so insights and controls flow between stages without manual reconciliation. Most large enterprises today run S2P as a suite of integrated software modules, increasingly augmented by AI agents for supplier discovery, vetting, contract analysis, and transaction anomaly detection.

Procure-to-Pay (P2P) is the operational workflow that moves a purchase from internal need to settled invoice. It begins after strategic sourcing has selected a supplier and signed a contract, and ends when the supplier is paid. P2P is sometimes called Purchase-to-Pay and is one half of the broader Source-to-Pay lifecycle.

The standard steps

• Requisition: an employee requests a good or service through a catalog or free-text form

• Approval: routing through workflow based on amount, category, and cost center

• Purchase order: a formal commitment is issued to the supplier

• Goods or service receipt: confirmation that what was ordered has arrived as specified

• Invoice receipt: the supplier submits an invoice, often electronically via e-invoicing

• Three-way match: invoice is matched against purchase order and receipt before approval

• Payment: settled according to agreed payment terms and currency

Why it matters in procurement

P2P is the layer where compliance and savings either materialize or evaporate. A negotiated price only delivers value if employees buy through the right contract; poor P2P design drives maverick spend, duplicate payments, and audit findings. Modern P2P suites use guided buying, catalog enforcement, and automated invoice matching to keep transactions compliant by default. P2P data is also the raw input to spend analytics and the spend cube, which closes the loop back to strategic sourcing.

Supplier tiering classifies suppliers into a small number of bands so that procurement effort scales with strategic value. The most common scheme uses three tiers, though some organizations add a fourth or split tiers by category. Tiering is distinct from supplier segmentation, which can use richer criteria, but the two are often used together.

How it works

Tier assignment is usually driven by a combination of annual spend, criticality of the supplied item, switching difficulty, and strategic alignment.

• Tier 1: strategic partners, high spend or high criticality, joint roadmaps, executive sponsorship

• Tier 2: preferred suppliers, significant spend, performance reviewed quarterly, contracts standardized

• Tier 3: transactional suppliers, low spend or low criticality, managed through catalogs or self-service

• Review tier assignments annually or when spend, performance, or risk profile changes materially

• Align governance: scorecards, business reviews, and risk monitoring intensity per tier

Why it matters in procurement

Without tiering, procurement spreads effort evenly across hundreds or thousands of suppliers, which means strategic partners receive the same attention as one-off vendors. Tiering concentrates governance where it creates value: deeper relationships and joint innovation with Tier 1, disciplined performance management with Tier 2, and automation for Tier 3. It also clarifies escalation paths during disruptions and informs dual-sourcing decisions.

A spend cube is a multi-dimensional view of an organization's procurement spend, structured to allow analysis across several axes at the same time. The classic three dimensions are vendor, category, and business unit, but mature cubes also add geography, contract status, payment terms, diversity status, risk score, and time period.

How it works

Raw transaction data from ERP, purchasing card, accounts payable, and travel-and-expense systems is normalized into a single fact table. Suppliers are deduplicated, parent-child relationships are resolved, and each transaction is classified into a category taxonomy such as UNSPSC or a proprietary internal tree.

• Extract transactions from ERP, accounts payable, and travel-and-expense systems

• Cleanse and normalize supplier names to a single parent entity per legal group

• Classify each transaction into a category and subcategory

• Enrich with diversity, risk, and ESG attributes

• Load into an analytics tool for slicing across dimensions and time

Why it matters in procurement

Without a spend cube, basic questions take weeks. With one, they take minutes. The cube is the foundation for category strategy, consolidation opportunities, maverick-spend detection, and supplier rationalization. Quality depends on classification accuracy and supplier deduplication. A cube with 30 percent unclassified spend or fragmented supplier records produces confident but misleading insights, which is why supplier data management is a prerequisite rather than a downstream task.

Should-cost analysis is a bottom-up cost model that estimates what a product should cost to produce under reasonable assumptions, independent of any specific supplier quote. It is built from first principles: material costs, processing time, labor rates, overhead, tooling amortization, scrap, logistics, and a target margin for the supplier.

How it works

The analyst breaks the product into its bill of materials and process steps, then assigns realistic cost drivers to each element. Public commodity indices, regional labor rates, and machine-hour benchmarks feed the model, often supplemented by reverse-engineering of competitor products or prior supplier disclosures.

• Decompose the bill of materials and process routing

• Estimate material cost using current commodity prices and yield assumptions

• Estimate processing cost using cycle times and machine-hour rates

• Add overhead, SG&A, tooling amortization, and target margin

• Compare the result to supplier quotes to identify gaps and negotiation levers

Why it matters in procurement

Should-cost shifts negotiation from price-anchored bargaining to fact-based discussion. When a buyer can point to a specific cost element that looks high, suppliers either justify it with data or adjust. Mature category teams build should-cost models for high-spend, high-complexity parts and refresh them as commodity prices move. The discipline also improves design-to-cost collaboration with engineering by exposing which features and tolerances drive the largest cost elements, often surfacing value before sourcing even begins.

Autonomous sourcing describes a sourcing workflow in which AI agents perform the operational steps, while humans set objectives, constraints, and final approvals. It differs from procurement automation, which executes pre-defined rules, by using agents that reason over goals, decompose them into tasks, and adapt as new information arrives.

How it works

The buyer specifies a requirement, for example a CNC-machined aluminum part with a quantity, geography, certification, and budget. Agents then plan and execute the workflow.

• Discover candidate suppliers across global databases and the open web

• Vet candidates against capability, capacity, compliance, and risk criteria

• Draft and send outreach, follow up, and parse responses

• Build a shortlist with comparable data points for human review

• Log every step for auditability and reproducibility

Why it matters in procurement

Traditional sourcing for non-strategic categories is slow and labor-intensive: a single RFI cycle can take weeks of category-manager time. Autonomous sourcing compresses that to hours and frees buyers to focus on negotiation, relationship management, and strategic categories. The tradeoff is governance. Without clear guardrails on data sources, vetting criteria, and approval thresholds, autonomous workflows risk producing fast but low-quality shortlists. The discipline shifts from doing the work to designing the work the agents do.

A supplier carbon footprint quantifies the greenhouse gas (GHG) emissions associated with a supplier's operations and outputs, expressed in tonnes of CO2 equivalent (tCO2e). It typically covers the supplier's Scope 1 (direct emissions), Scope 2 (purchased electricity), and increasingly Scope 3 (upstream value chain) emissions, allocated to the products or services delivered to a given buyer.

How it is measured

Two main approaches exist. Spend-based methods multiply supplier spend by an emissions factor for the industry; activity-based methods use actual data such as kWh consumed, kilometers shipped, or kilograms of material used. Activity-based data is more accurate but harder to collect.

• Request supplier-specific emissions data through annual disclosures or CDP

• Apply emissions factors from databases such as ecoinvent or GHG Protocol

• Allocate emissions to delivered products using mass, value, or physical units

• Validate against third-party assurance where available

Why it matters in procurement

For most large enterprises, Scope 3 emissions, dominated by purchased goods and services, account for 70 to 90 percent of the total carbon footprint. Supplier-level data is therefore the foundation of credible climate reporting and decarbonization plans. Procurement is the function with the relationship and contractual leverage to collect this data, factor it into sourcing decisions, and incentivize supplier reductions through preferred-supplier status or contractual targets.

Predictive analytics uses statistical models and machine learning trained on historical data to forecast future procurement outcomes. It complements descriptive analytics, which explains what already happened, by estimating what is likely to happen next and with what level of confidence over a defined horizon.

How it works

Models are trained on internal data such as purchase orders, supplier scorecards, quality incidents, and contract history, then combined with external signals like commodity indices, freight rates, weather patterns, currency movements, and news sentiment. The output is a probability or numeric forecast with a stated confidence interval.

• Price forecasting for direct materials and indirect categories

• Lead-time prediction by supplier, route, and product family

• Supplier failure probability based on financial and operational signals

• Demand forecasting feeding sourcing and inventory plans

• Maverick spend prediction for non-compliant purchasing behavior

Why it matters in procurement

Procurement traditionally runs on lagging data: invoices, delivery confirmations, audit results. Predictive analytics shifts the function toward leading indicators, which compresses reaction time. A model that flags a 70 percent probability of a 30-day delay on a key component gives buyers time to qualify alternates, negotiate buffer stock, or adjust customer commitments before the problem materializes. Quality depends on data hygiene: clean supplier masters, consistent category taxonomies, and reliable historical records. Without that foundation, models produce confident but unreliable predictions.

Key Risk Indicators (KRIs) are leading metrics that measure the level and trend of risk in a supplier portfolio. Unlike Key Performance Indicators, which track outcomes, KRIs are predictive: they flag conditions that historically precede disruption, allowing procurement teams to intervene before a supplier fails, defaults, or breaches compliance.

How it works

Each KRI pairs a metric with a threshold and an owner. When the metric crosses the threshold, an alert routes to the responsible category manager or risk owner for review and action.

• Financial KRIs: credit rating downgrades, days payable outstanding spikes, declining liquidity ratios

• Operational KRIs: on-time-in-full performance decline, quality reject rate increases, lead-time variance

• Geopolitical KRIs: country risk score changes, sanctions list updates, export control changes

• Sustainability KRIs: emissions disclosure gaps, certification expirations, labor-rights incidents

• Concentration KRIs: share of category spend with a single supplier, single-source dependencies

Why it matters in procurement

KRIs turn risk management from reactive firefighting into a measurable discipline. They give procurement leaders a defensible basis for resource allocation: which suppliers warrant deeper due diligence, which categories need dual-sourcing, which contracts need stronger termination clauses. KRIs also feed into board-level risk reporting and regulatory disclosures under frameworks such as CSDDD and supply-chain resilience legislation.

Supplier diversity is the deliberate practice of including businesses owned by underrepresented groups in a company's sourcing pipeline. Common categories include women-owned, minority-owned, veteran-owned, LGBTQ-owned, disability-owned, and small businesses, often certified by third-party bodies such as WBENC, NMSDC, or their regional equivalents in Europe, Australia, and Asia.

In practice

A supplier diversity program sets quantitative targets for spend or supplier count, tracks performance against them, and reports outcomes internally and externally. Mature programs go beyond Tier-1 reporting to capture Tier-2 spend, where prime suppliers subcontract to diverse businesses on the buyer's behalf.

• Define eligible diversity categories and accepted certifications

• Tag suppliers in the master data with diversity status and certification expiry

• Set spend or count targets by category or business unit

• Source diverse suppliers into RFPs and qualification pipelines

• Report Tier-1 and Tier-2 spend in sustainability disclosures and annual reports

Why it matters in procurement

Supplier diversity is increasingly tied to ESG ratings, customer RFP requirements, and government contract eligibility, particularly in North America and the United Kingdom. It also strengthens supply-chain resilience by widening the supplier base and reducing concentration risk. For enterprise buyers, the operational challenge is data quality: identifying which businesses qualify, keeping certifications current, and integrating diversity status into sourcing workflows without slowing the cycle time.

The Corporate Sustainability Due Diligence Directive (CSDDD) is a European Union law adopted in 2024 that obliges large companies to conduct ongoing human-rights and environmental due diligence across their operations, subsidiaries, and chain of activities. It moves due diligence from voluntary commitment to enforceable legal duty, backed by administrative penalties and civil liability.

How it works

In-scope companies must integrate due diligence into their policies, identify actual and potential adverse impacts, prevent or mitigate them, and remediate harm where it occurs. The directive applies a risk-based, ongoing approach rather than a one-time audit.

• Map the chain of activities, including direct suppliers and, where relevant, indirect ones

• Assess human-rights risks such as forced labor, child labor, and unsafe working conditions

• Assess environmental risks including pollution, biodiversity loss, and water use

• Adopt a climate transition plan aligned with the Paris Agreement 1.5 degrees Celsius target

• Engage stakeholders and provide grievance mechanisms

Why it matters in procurement

Procurement teams sit at the front line of CSDDD compliance because most adverse impacts occur upstream in supplier networks. Sourcing decisions, supplier onboarding, and contractual terms must now incorporate human-rights and environmental clauses. Buyers need defensible records of supplier screening, risk assessments, and corrective actions. Non-compliance exposes the parent company to fines based on global turnover and to civil claims from affected parties.

Supply chain refers to the complete network of entities, resources, and processes involved in producing and delivering a product, from sourcing raw materials through manufacturing, logistics, distribution, and final delivery to the end customer.

A well-managed supply chain balances cost, quality, speed, and risk. Modern supply chains are increasingly complex, spanning multiple countries and involving numerous suppliers and intermediaries. Speya (formerly Find My Factory) helps companies strengthen their supply chains by connecting them with qualified, vetted manufacturers in the right geographies for their production needs.

SKU (Stock Keeping Unit) is a unique alphanumeric identifier assigned to each distinct product or product variant in a company’s inventory. SKUs enable precise tracking of stock levels, sales performance, and fulfillment across warehouses and sales channels.

Each variation of a product, such as different sizes, colors, or configurations, receives its own SKU. Effective SKU management is essential for production planning, demand forecasting, and supply chain coordination. When scaling production with manufacturers found on Speya (formerly Find My Factory), having a well-structured SKU system ensures smooth ordering and inventory integration.

Good Manufacturing Practice (GMP) is a system of regulations and guidelines that ensures products are consistently produced and controlled according to established quality standards. GMP covers all aspects of production, from raw materials and facility cleanliness to staff training, documentation, and quality testing.

GMP compliance is legally required for pharmaceutical, food, cosmetic, and medical device manufacturing in most markets. Regulatory bodies such as the FDA, EMA, and WHO set and enforce GMP standards. For companies sourcing regulated products through Speya (formerly Find My Factory), confirming a manufacturer’s GMP certification and audit history is a non-negotiable step.

Incoterms (International Commercial Terms) are a set of standardized trade rules published by the International Chamber of Commerce (ICC) that define the responsibilities of buyers and sellers in international transactions. They specify who pays for shipping, insurance, and customs duties, and at what point risk transfers from seller to buyer.

Common Incoterms include EXW (Ex Works), FOB (Free on Board), CIF (Cost, Insurance and Freight), and DDP (Delivered Duty Paid). Understanding Incoterms is essential when negotiating with manufacturers, as they directly impact total landed cost. When comparing quotes from suppliers on Speya (formerly Find My Factory), ensuring all prices reference the same Incoterm is critical for accurate comparison.

ERP (Enterprise Resource Planning) is an integrated software system that manages and automates core business processes across an organization. In manufacturing, ERP systems coordinate production planning, inventory management, procurement, order processing, quality control, and financial reporting in a single platform.

Modern ERP systems provide real-time visibility into operations, enabling better decision-making and resource optimization. Common manufacturing ERP platforms include SAP, Oracle, and Microsoft Dynamics. When evaluating manufacturers on Speya (formerly Find My Factory), ERP adoption is an indicator of operational maturity and the ability to handle complex production requirements.

White label manufacturing is the production of unbranded, generic products by a manufacturer, which are then purchased by other companies and sold under their own brand names. The products are identical across different buyers, with only branding and packaging customized.

White label is the fastest and most cost-effective route to market since no custom product development is needed. It is common in cosmetics, food and beverage, supplements, and consumer electronics. On Speya (formerly Find My Factory), white label manufacturers offer ready-to-brand products that help companies launch quickly without investing in product design or R&D.

Due diligence in manufacturing sourcing is the comprehensive investigation of a potential supplier before entering into a business relationship. It covers financial stability, legal standing, production capabilities, quality systems, intellectual property protection, labor practices, and environmental compliance.

Thorough due diligence reduces the risk of supply chain disruptions, quality failures, and reputational damage. It typically includes factory audits, reference checks, financial reviews, and certification verification. Speya (formerly Find My Factory) streamlines the due diligence process by providing pre-verified manufacturer profiles with key compliance and capability data.

Vendor management is the comprehensive process of managing relationships with suppliers and service providers throughout the procurement lifecycle. It includes vendor selection, contract negotiation, performance monitoring, risk assessment, and relationship development.

Effective vendor management ensures consistent quality, competitive pricing, on-time delivery, and compliance. It involves setting KPIs, conducting regular reviews, and maintaining clear communication channels. Speya (formerly Find My Factory) simplifies the vendor management process by providing a centralized platform for discovering, qualifying, and managing manufacturing partners.

Just-in-Time (JIT) is an inventory management and production strategy where materials, parts, and components are delivered to the production line exactly when needed, not before. The goal is to minimize inventory holding costs, reduce waste, and improve cash flow.

JIT requires highly reliable suppliers, accurate demand forecasting, and efficient logistics. While it reduces warehousing costs, it also increases vulnerability to supply chain disruptions. Understanding a manufacturer’s JIT capabilities is important when planning supply chain strategy through Speya (formerly Find My Factory), especially for companies with lean inventory models.

Lean manufacturing is a production methodology derived from the Toyota Production System that focuses on eliminating waste (muda) while maximizing customer value. The core principle is that every step in the manufacturing process should add value, anything that does not is waste to be eliminated.

Lean identifies seven types of waste: overproduction, waiting, transport, overprocessing, inventory, motion, and defects. Key lean tools include 5S, Kaizen, Kanban, and value stream mapping. Manufacturers practicing lean principles typically offer better quality, shorter lead times, and more competitive pricing, all attributes that can be evaluated through Speya (formerly Find My Factory).

Six Sigma is a disciplined, data-driven methodology for eliminating defects and reducing variability in manufacturing and business processes. The goal is to achieve a defect rate of no more than 3.4 defects per million opportunities (DPMO), corresponding to a 99.99966% yield.

Six Sigma uses structured problem-solving frameworks. DMAIC (Define, Measure, Analyze, Improve, Control) for existing processes and DMADV for new designs. Manufacturers certified in Six Sigma demonstrate a commitment to process excellence. On Speya (formerly Find My Factory), Six Sigma capability is an indicator of a manufacturer’s quality maturity.

First Article Inspection (FAI) is a comprehensive quality verification process performed on the first unit(s) produced from a new or modified manufacturing process. The inspection compares every dimension, material, and feature of the produced part against the original design specifications and drawings.

FAI serves as the final quality gate before authorizing full-scale production. It verifies that the manufacturer correctly interprets all requirements and that their processes can consistently produce conforming parts. Requesting an FAI from manufacturers found on Speya (formerly Find My Factory) is a best practice for mitigating production risk.

Compliance in manufacturing refers to meeting all applicable laws, regulations, industry standards, and contractual requirements governing how products are designed, produced, labeled, and distributed. This includes product safety regulations, environmental standards, labor laws, and trade requirements.

Non-compliance can result in product recalls, legal penalties, market access restrictions, and reputational damage. Key compliance areas for manufacturers include CE marking, REACH, RoHS, FDA regulations, and industry-specific standards. Speya (formerly Find My Factory) helps buyers identify manufacturers with verified compliance credentials relevant to their target markets.

A production run is a specific batch of products manufactured during a single, continuous production cycle. Each run is defined by the quantity of units to be produced, the product specifications, and the timeline for completion.

Production runs can be one-off (for prototypes or limited editions) or recurring (for ongoing supply). The size of a production run directly impacts unit cost. Larger runs typically yield lower per-unit pricing. When working with manufacturers on Speya (formerly Find My Factory), specifying your expected production run size helps suppliers provide accurate quotes and delivery timelines.

CE Marking (Conformité Européenne) is a mandatory conformity marking for products sold within the European Economic Area (EEA). It indicates that a product meets EU requirements for health, safety, and environmental protection as defined by applicable EU directives and regulations.

CE marking is required for a wide range of products including machinery, electronics, medical devices, toys, and construction materials. The manufacturer or importer is responsible for ensuring compliance and affixing the CE mark. For companies sourcing through Speya (formerly Find My Factory) for the European market, verifying a manufacturer’s CE marking capability and compliance expertise is essential.

A prototype is an early sample, model, or release of a product built to test a concept or process. In manufacturing, prototypes are used to validate product design, test functionality, evaluate materials, and assess manufacturability before investing in mass production tooling.

Prototypes can range from 3D-printed concept models to fully functional pre-production samples made with production-grade materials. The prototyping phase is critical for identifying design flaws and reducing costly changes later. Many manufacturers on Speya (formerly Find My Factory) offer prototyping services as a first step in the production partnership.

Mass production is the manufacturing of large quantities of identical or standardized products, typically using assembly lines, specialized machinery, and automated processes. The goal is to maximize output while minimizing per-unit cost through economies of scale.

Mass production requires significant upfront investment in tooling and process setup but delivers the lowest unit costs at volume. It is the standard model for consumer goods, automotive parts, electronics, and packaging. On Speya (formerly Find My Factory), manufacturers are filtered by their mass production capabilities, minimum order quantities, and monthly output capacity.

CNC (Computer Numerical Control) machining is a subtractive manufacturing process where pre-programmed computer software controls the movement of cutting tools to shape raw material into finished parts. CNC machines can work with metals, plastics, wood, and composites with extremely high precision.

Common CNC operations include milling, turning, drilling, and grinding. CNC machining is valued for its accuracy, repeatability, and versatility. It is used for both prototyping and production runs. On Speya (formerly Find My Factory), CNC machining capability is one of the most frequently searched manufacturing processes.

Injection molding is a manufacturing process in which molten material, most commonly thermoplastic or thermosetting polymers, is injected under high pressure into a precision mold cavity. Once cooled, the material solidifies into the shape of the mold, producing identical parts at high speed.

Injection molding is ideal for high-volume production of plastic components with complex geometries and tight tolerances. While tooling costs are high upfront, the per-unit cost drops significantly at scale. It is one of the most commonly searched manufacturing capabilities on Speya (formerly Find My Factory), used across consumer products, automotive, medical devices, and electronics.

Tooling refers to the specialized equipment, including molds, dies, jigs, fixtures, and cutting tools, that must be created before a product can be manufactured at scale. Tooling is custom-made for each product and represents a significant upfront capital investment.

Tooling costs vary widely depending on complexity, material, and manufacturing process. For example, a steel injection mold can cost anywhere from €5,000 to €100,000+. Tooling ownership, maintenance, and amortization are important negotiation points when working with manufacturers found through Speya (formerly Find My Factory).

ISO Certification is a formal accreditation issued by an authorized body confirming that a manufacturer’s management systems comply with standards set by the International Organization for Standardization (ISO). The most common manufacturing certification is ISO 9001 for quality management systems.

Other relevant certifications include ISO 14001 (environmental management), ISO 45001 (occupational health and safety), and ISO 13485 (medical devices). ISO certification demonstrates a manufacturer’s commitment to consistent quality, continuous improvement, and customer satisfaction. On Speya (formerly Find My Factory), ISO certifications are a primary filter for qualifying production partners.

Quality Assurance (QA) in manufacturing refers to the systematic activities and processes designed to ensure that products meet specified quality standards before reaching the customer. QA encompasses everything from incoming material inspection to in-process monitoring and final product testing.

Effective QA programs reduce defect rates, minimize waste, and protect brand reputation. Common QA frameworks include ISO 9001, Six Sigma, and industry-specific standards. When evaluating manufacturers on Speya (formerly Find My Factory), a supplier’s QA certifications and processes are key indicators of their reliability and production quality.

Bill of Materials (BOM) is a structured document that lists every raw material, component, sub-assembly, and their quantities needed to manufacture a product. It serves as the master recipe for production, guiding procurement, manufacturing, and quality control processes.

An accurate BOM is essential for cost estimation, supplier quoting, inventory management, and production planning. BOMs typically include part numbers, descriptions, quantities, units of measure, and sometimes approved suppliers. When requesting quotes from manufacturers on Speya (formerly Find My Factory), providing a detailed BOM ensures accurate pricing and faster turnaround.

MOQ (Minimum Order Quantity) is the lowest number of units a manufacturer will agree to produce per order. Manufacturers set MOQs to ensure that production setup costs, material procurement, and labor expenses are covered, making the production run financially viable.

MOQs vary significantly by product type, manufacturing process, and supplier. High-volume injection molding might require MOQs of 5,000+ units, while CNC machined parts may have MOQs as low as 50. When sourcing through Speya (formerly Find My Factory), MOQ is one of the most important filters for matching brands with suitable production partners.

ODM (Original Design Manufacturer) is a company that both designs and manufactures products, which are then rebranded and sold by other companies. Unlike OEM, where the buyer provides the design, an ODM offers ready-made product designs that buyers can customize and sell under their own brand.

ODM is popular among companies looking for a faster, lower-cost path to market without investing in R&D. It is especially common in consumer electronics, apparel, and home goods. When sourcing on Speya (formerly Find My Factory), understanding whether you need an OEM or ODM partner is a critical first step.

OEM (Original Equipment Manufacturer) refers to a company that produces parts or finished products according to another company’s design and specifications. The products are then marketed and sold under the purchasing company’s brand.

In manufacturing sourcing, OEM arrangements give the brand full control over product design and intellectual property while leveraging the manufacturer’s production capabilities. OEM partnerships are common in automotive, electronics, and industrial equipment sectors. Understanding the OEM model is essential when evaluating factory capabilities on Speya (formerly Find My Factory).

Contract manufacturing is a business arrangement where a company (the brand owner) outsources the production of its products to a third-party manufacturer. The brand owner provides the product specifications, designs, and quality requirements, while the contract manufacturer handles the actual production process.

This model allows companies to scale production without investing in their own factory infrastructure, equipment, or workforce. Contract manufacturing is widely used across industries including electronics, consumer goods, pharmaceuticals, and automotive components. It is a core concept in modern supply chain strategy and a key service category on platforms like Speya (formerly Find My Factory).

Supplier data management is the governance, collection, cleansing, and maintenance of supplier master data across enterprise systems. It ensures accuracy, completeness, and consistency of information used for procurement decisions, risk assessment, and supplier performance evaluation.

Poor supplier data leads to duplicate payments, missed savings opportunities, and compliance blind spots. Effective supplier data management involves standardizing data formats, deduplicating records, enriching profiles with third-party data, and maintaining a single source of truth. Speya (formerly Find My Factory) contributes to this by providing structured, verified manufacturer profiles.

Guided procurement is a compliance-first purchasing approach that uses automated rules and workflows to steer employees toward approved suppliers, contracts, and catalog items. It reduces maverick spend and ensures purchasing decisions align with corporate sourcing strategies.

Guided procurement platforms typically integrate with ERP systems and provide buying experiences similar to consumer e-commerce. By embedding policy guardrails into the purchasing process, organizations can improve contract compliance, negotiate better terms, and maintain spend visibility across the enterprise.

Scope 3 emissions are indirect greenhouse gas emissions that occur throughout a company’s value chain, both upstream and downstream. In manufacturing, this includes emissions from supplier production processes, raw material extraction, transportation, product use, and end-of-life disposal.

Scope 3 typically accounts for 70-90% of a company’s total carbon footprint. Measuring and reducing Scope 3 emissions is increasingly required by regulations like the EU’s CSRD and voluntary frameworks like the Science Based Targets initiative. When sourcing through Speya (formerly Find My Factory), understanding a manufacturer’s carbon footprint data helps companies meet their Scope 3 reporting obligations.

Lead time is the total elapsed time from placing a purchase order to receiving the finished goods. It encompasses multiple phases: order processing, raw material procurement, manufacturing, quality inspection, packaging, and shipping.

Lead times vary significantly by product complexity, manufacturing process, supplier capacity, and logistics route. Reducing lead time is a key competitive advantage. It enables faster time-to-market, lower inventory costs, and better responsiveness to demand changes. On Speya (formerly Find My Factory), lead time estimates are a critical factor when comparing and selecting manufacturing partners.

Supplier qualification is the formal process of evaluating a potential supplier’s technical capability, financial stability, quality management systems, and regulatory compliance before approving them for procurement. It is a critical gate in the supplier onboarding process.

Qualification typically involves reviewing certifications, conducting factory audits, assessing production capacity, testing sample products, and verifying references. A rigorous qualification process reduces supply chain risk and ensures that approved suppliers can consistently meet quality and delivery requirements. Speya (formerly Find My Factory) accelerates supplier qualification by providing pre-vetted manufacturer profiles.

Dual sourcing is a risk mitigation strategy where a buyer qualifies and maintains at least two independent suppliers for each critical component or material. This protects against single-source dependency and ensures continuity of supply if one supplier faces disruptions.

Dual sourcing provides negotiating leverage, competitive pricing pressure, and supply chain resilience. However, it requires managing multiple supplier relationships and may involve higher qualification costs. For companies sourcing through Speya (formerly Find My Factory), implementing a dual sourcing strategy is recommended for mission-critical components and high-volume production needs.

Maverick spend refers to purchases made outside of established procurement contracts, preferred supplier agreements, and approved buying channels. This uncontrolled spending typically results in higher costs, compliance risks, and lost negotiating leverage.

Studies estimate that maverick spend accounts for 20-40% of total procurement spend in many organizations. Reducing it through guided procurement systems, policy enforcement, and user-friendly purchasing tools can generate significant savings. Understanding maverick spend is important context for procurement-focused manufacturers and buyers on Speya (formerly Find My Factory).

Total Cost of Ownership (TCO) is a comprehensive cost assessment that goes beyond the purchase price to include all costs associated with acquiring, operating, maintaining, and disposing of a product or asset over its entire lifecycle.

In manufacturing sourcing, TCO includes unit price, tooling costs, shipping and customs duties, quality inspection, warranty claims, inventory carrying costs, and potential rework expenses. Evaluating suppliers on TCO rather than unit price alone leads to better sourcing decisions. Speya (formerly Find My Factory) encourages TCO-based evaluation when comparing manufacturing partners.

Supplier segmentation is the process of classifying suppliers into strategic tiers based on criteria such as spend volume, business criticality, risk profile, and performance history. It enables organizations to allocate management effort and resources proportionally.

Common segmentation models include the Kraljic Matrix, which categorizes suppliers along dimensions of supply risk and profit impact. Strategic suppliers receive the most attention through joint business reviews, innovation partnerships, and dedicated relationship managers. Supplier segmentation insights inform sourcing strategies when selecting manufacturers on Speya (formerly Find My Factory).

Procurement automation uses software and artificial intelligence to automate repetitive procurement tasks such as purchase order creation, invoice matching, supplier onboarding, spend classification, and contract management.

Automation reduces manual errors, accelerates cycle times, and frees procurement teams to focus on strategic activities like supplier relationship management and cost optimization. Modern procurement automation platforms integrate with ERP systems and can use AI for predictive analytics and intelligent recommendations. Procurement automation complements the supplier discovery capabilities offered by Speya (formerly Find My Factory).

Supply chain resilience is an organization’s ability to anticipate, prepare for, respond to, and recover from supply chain disruptions while maintaining continuity of operations. It encompasses risk identification, mitigation strategies, and adaptive capacity.

Building resilience involves diversifying supplier bases, nearshoring production, maintaining safety stock, improving visibility through digital tools, and developing contingency plans. Events like the COVID-19 pandemic and geopolitical tensions have elevated resilience as a top supply chain priority. Speya (formerly Find My Factory) supports resilience by helping companies identify alternative manufacturing partners across different geographies.

Supplier risk management is the practice of identifying, assessing, monitoring, and mitigating risks associated with an organization’s supplier base. Risks include financial instability, compliance failures, operational disruptions, geopolitical events, and natural disasters.

Effective supplier risk management uses a combination of proactive monitoring tools, key risk indicators (KRIs), diversification strategies, and contingency planning. As supply chains become more global and complex, supplier risk management has become a board-level priority. Speya (formerly Find My Factory) supports risk mitigation by enabling companies to discover and qualify alternative suppliers across multiple regions.

RFI (Request for Information), RFP (Request for Proposal), and RFQ (Request for Quotation) are three sequential procurement documents used to evaluate and select suppliers. An RFI gathers general information about supplier capabilities; an RFP requests detailed proposals for how a supplier would meet specific requirements; an RFQ solicits formal pricing for defined specifications.

These documents form the backbone of structured sourcing processes, ensuring fair comparison across suppliers. A well-crafted RFQ includes detailed specifications, quantities, quality requirements, delivery timelines, and commercial terms. Speya (formerly Find My Factory) helps companies identify the right manufacturers to include in their RFQ process.

Spend analysis is the process of collecting, cleansing, classifying, and analyzing procurement expenditure data to gain visibility into how an organization spends money with its suppliers. It is a foundational capability for strategic sourcing and cost optimization.

Effective spend analysis identifies savings opportunities, highlights supplier consolidation potential, uncovers maverick spend, and supports category strategy development. Modern spend analysis tools use AI and machine learning to automatically classify transactions and identify patterns. Spend insights guide sourcing decisions when using Speya (formerly Find My Factory) to evaluate manufacturing partners.

Category management is a strategic approach to procurement that segments organizational spend into distinct categories of similar products or services. Each category is managed with its own tailored sourcing strategy, supplier base, and performance metrics.

Categories might include raw materials, packaging, logistics, MRO supplies, or professional services. Category managers develop deep market knowledge and supplier relationships within their domain. This structured approach enables better negotiation, risk management, and innovation. Category thinking informs how companies search for and evaluate manufacturers on Speya (formerly Find My Factory).

Reshoring is the practice of bringing manufacturing or sourcing operations back to the buyer’s domestic market after previously offshoring them to lower-cost regions. It is driven by rising overseas labor costs, supply chain disruptions, quality concerns, and a desire for shorter lead times.

Reshoring can reduce total cost of ownership when factoring in logistics costs, inventory requirements, quality issues, and IP protection risks. Government incentives and tariff policies have accelerated reshoring trends in the US and EU. Speya (formerly Find My Factory) helps companies explore reshoring options by connecting them with domestic and regional manufacturing partners.

CBAM (Carbon Border Adjustment Mechanism) is a European Union policy instrument that places a carbon tariff on imports of carbon-intensive goods. It is designed to prevent carbon leakage. The risk that companies relocate production to countries with weaker climate policies.

CBAM initially covers cement, iron and steel, aluminum, fertilizers, electricity, and hydrogen, with expansion planned. Importers must purchase CBAM certificates corresponding to the carbon emissions embedded in their imports. For companies sourcing through Speya (formerly Find My Factory), understanding CBAM impacts is essential for cost planning and supplier selection in affected industries.

Strategic sourcing is a systematic procurement methodology that analyzes total organizational spend, maps supply markets, and selects suppliers based on total cost of ownership rather than unit price alone. It takes a long-term, data-driven approach to supplier selection and relationship management.

The strategic sourcing process typically includes spend analysis, market assessment, supplier identification, RFQ/RFP, evaluation, negotiation, and ongoing supplier management. It aims to optimize cost, quality, innovation, and risk across the supply base. Speya (formerly Find My Factory) supports the supplier identification phase of strategic sourcing by providing access to vetted manufacturing partners.

Supplier discovery is the systematic process of identifying, researching, and qualifying new suppliers to meet specific procurement requirements. It is the critical first step in any sourcing initiative and directly impacts the quality of the supplier shortlist.

Traditional supplier discovery relied on trade shows, referrals, and manual research. Modern approaches use digital platforms, AI matching, and AI-vetted supplier databases to accelerate the process. Speya (formerly Find My Factory) is purpose-built for supplier discovery in manufacturing, connecting product companies with qualified factories based on capabilities, certifications, geography, and industry specialization.

Agentic procurement refers to procurement processes where autonomous AI agents independently discover, evaluate, negotiate with, and monitor suppliers with minimal human intervention. It represents the next evolution beyond traditional procurement automation.

Agentic procurement systems can autonomously scan supplier databases, analyze market conditions, generate RFQs, compare quotes, and flag risks, escalating to human decision-makers only when needed. This approach promises faster cycle times, better market coverage, and reduced cognitive load on procurement teams. Speya’s structured data and API-accessible manufacturer profiles are designed to support agentic procurement workflows.

The Corporate Sustainability Reporting Directive (CSRD) is a European Union law that requires large and listed companies to disclose detailed, standardized information about their environmental and social impacts. It significantly expands the earlier Non-Financial Reporting Directive (NFRD), applies to far more companies, and mandates reporting under the European Sustainability Reporting Standards (ESRS) with third-party assurance.

Because CSRD reporting covers value-chain impacts, including Scope 3 emissions and supplier-level ESG data, procurement teams are increasingly responsible for gathering compliance and sustainability information from their suppliers. Speya helps by screening suppliers for ESG signals and certifications at the point of discovery, so the supplier data needed for CSRD reporting is captured up front rather than chased after the fact.