# Shop Floor Digitization Scorecard: How Paperless Is Your Plant, Really? > Source: https://netray.co/tools/shop-floor-digitization-scorecard > Publisher: Netray (netray.co), AI and integration engineering for ERP and manufacturing systems. > Section: Free Tools ## Short answer A 10-question scorecard measuring how much of your shop floor still runs on paper - and which digitization gaps are costing you the most. ## Category manufacturing ## Tool **Kind:** assessment **Questions:** #### How is production labor and operation completion reported? **Options:** ##### Paper travelers keyed into the ERP later, or not at all **Score:** 0 ##### End-of-shift batch entry by operators or clerks **Score:** 1 ##### Barcode or terminal reporting at operation completion **Score:** 2 ##### Real-time reporting at every operation, validated as it happens **Score:** 3 #### How current is the WIP status a supervisor can see without walking the floor? **Options:** ##### Days old - you must physically find the job **Score:** 0 ##### Yesterday's status, roughly **Score:** 1 ##### Same-shift status for most work centers **Score:** 2 ##### Live WIP location and status for every job **Score:** 3 #### Are your machines connected and reporting data automatically? **Help:** Even counting cycles from a handful of CNC controls changes what you can prove about capacity and downtime. **Options:** ##### No machine connectivity at all **Score:** 0 ##### A few machines log locally; nobody looks at it **Score:** 1 ##### Key machines feed counts or status to a central system **Score:** 2 ##### Most equipment streams cycles, status, and alarms into analytics **Score:** 3 #### How are work instructions and drawings delivered to operators? **Options:** ##### Printed packets that may be outdated by the time they are used **Score:** 0 ##### Mostly paper, with some shared PCs for viewing drawings **Score:** 1 ##### Digital viewing at workstations, revision-controlled **Score:** 2 ##### Interactive digital instructions with revision control and operator sign-off **Score:** 3 #### How is quality and inspection data captured? **Options:** ##### Paper forms filed in cabinets **Score:** 0 ##### Results typed into spreadsheets after the fact **Score:** 1 ##### Digital capture at inspection points, searchable later **Score:** 2 ##### Digital capture with SPC rules alarming in real time **Score:** 3 #### How is machine downtime tracked and categorized? **Options:** ##### It is not - downtime is anecdote **Score:** 0 ##### Operators note major stoppages on paper logs **Score:** 1 ##### Downtime logged digitally with reason codes on key machines **Score:** 2 ##### Automatic detection with operator-confirmed reason codes, reviewed weekly **Score:** 3 #### Could you produce full lot and serial traceability for a customer or regulator today? **Help:** A&D and medical customers increasingly demand genealogy on demand - hours, not weeks. **Options:** ##### Only by digging through paper for days or weeks **Score:** 0 ##### Partial digital records with paper gaps **Score:** 1 ##### Digital lot traceability; serial-level has gaps **Score:** 2 ##### Complete digital genealogy retrievable in minutes **Score:** 3 #### How do material moves and inventory transactions get recorded? **Options:** ##### Memory and month-end corrections **Score:** 0 ##### Paper move tickets keyed in batches **Score:** 1 ##### Barcode scanning for most moves **Score:** 2 ##### Scanned or automated capture for every move, with location control **Score:** 3 #### Do operators have direct access to ERP information at their workstations? **Options:** ##### None - everything flows through supervisors **Score:** 0 ##### Shared terminals far from the point of work **Score:** 1 ##### Terminals or tablets at most work centers **Score:** 2 ##### Role-based screens at every station showing exactly what each operator needs **Score:** 3 #### How many paper handoffs remain between order release and shipment? **Options:** ##### Paper at nearly every step - release, moves, inspection, packing **Score:** 0 ##### Paper dominates, with digital islands **Score:** 1 ##### Digital dominates, with a few stubborn paper steps **Score:** 2 ##### End-to-end digital flow; paper only where a customer mandates it **Score:** 3 **Bands:** #### Paper-Bound **Min:** 0 **Max:** 24 **Verdict:** Your shop floor runs on paper and personal knowledge, which means your ERP describes a plant that existed days ago. Every improvement initiative - scheduling, quality, capacity - is currently limited by data that arrives late and wrong. **Recommendations:** - Start with barcode labor and move reporting on one value stream; do not attempt a big-bang MES project from this position. - Digitize inventory transactions first - inaccurate on-hand balances corrupt everything downstream. - Put revision-controlled digital drawings at workstations to kill the outdated-print problem cheaply. - Pick one constraint machine and log downtime with reason codes for 30 days to build your first honest dataset. - Assign a named owner for shop floor data quality before buying any technology. #### Digital Islands **Min:** 25 **Max:** 49 **Verdict:** You have pockets of digital capture - some scanning, some terminals - but paper still bridges the gaps between them, and batch entry delays mean the system trails reality by a shift or more. The islands prove the value; the gaps destroy it. **Recommendations:** - Map every remaining paper handoff from order release to shipment and eliminate them in priority order. - Move from end-of-shift batch reporting to at-operation reporting on your highest-value routings. - Connect your top five machines for automatic cycle and status capture to stop relying on manual counts. - Digitize quality capture at final inspection first - it is the record customers actually ask for. - Standardize on one data collection approach instead of letting each department pick tools. #### Connected **Min:** 50 **Max:** 74 **Verdict:** Digital capture is the norm, WIP is visible same-shift, and traceability is mostly a query rather than an archaeology project. The next gains come from immediacy and intelligence: real-time validation, machine-sourced truth, and analytics that act on the data you now collect. **Recommendations:** - Close the machine connectivity gap - operator-reported counts should be reconciled against machine-reported cycles. - Add real-time validation at capture (wrong part, wrong operation, missing inspection) instead of finding errors downstream. - Stand up work-center dashboards showing hourly actual versus required rate to make takt visible. - Automate downtime detection with operator-confirmed reason codes and review Pareto weekly. - Complete serial-level genealogy where customers or regulators are trending toward requiring it. #### Digitally Native **Min:** 75 **Max:** 100 **Verdict:** Your floor generates trusted, timely, structured data end to end - the foundation most plants lack. The opportunity now is exploitation: AI on top of your data for prediction, optimization, and automation rather than just visibility. **Recommendations:** - Deploy predictive models on downtime and quality data to catch failures and drift before they bite. - Feed demonstrated cycle times and yields back into ERP routings and costing automatically. - Use AI-assisted scheduling that reacts to live floor status instead of morning-after replanning. - Pilot computer vision for inspection or verification steps still consuming skilled labor. - Audit data governance annually so quality does not erode as volume grows. ## Content **Intro:** This free shop floor digitization scorecard measures how much of your plant still runs on paper, built for operations leaders, plant managers, and IT directors in discrete manufacturing. Ten questions cover labor reporting, WIP visibility, machine connectivity, digital work instructions, quality capture, downtime tracking, traceability, material transactions, operator ERP access, and remaining paper handoffs. You get a 0-100 score with a band verdict and a prioritized digitization roadmap. The scorecard reflects a consistent finding: most mid-market SyteLine, LN, and Baan plants believe they are 80% digital and score in the digital-islands band. **Sections:** #### Why digitization is a data-latency problem, not a paperwork problem **Body:** The real cost of paper is not printing - it is latency and loss. A paper traveler keyed in tomorrow means today's ERP schedule was built on yesterday's reality, so every downstream decision (promising, expediting, capacity planning) inherits the lag. Paper quality records mean traceability requests become multi-day archaeology, which in aerospace and defense increasingly costs you audits and bids. And data that is never structured - downtime scrawled in a log book - can never feed a Pareto, a model, or an improvement program. The scorecard therefore weighs immediacy and structure, not just whether a screen exists somewhere: end-of-shift batch entry into a digital form is barely better than paper. #### How to read your score **Body:** Each question scores 0-3 from fully manual to real-time digital, totaled as a percentage of 30 points. The bands describe capability plateaus we see consistently in mid-market plants: **Bullets:** - Below 25: the ERP is a rear-view mirror; fix inventory and labor capture before any analytics investment. - 25-49: digital islands exist but paper bridges between them erase most of the value - integration beats new tools. - 50-74: data is trustworthy same-shift; the payoff shifts to machine connectivity and real-time validation. - 75-100: the floor is a reliable data source, and AI-driven prediction and optimization become realistic projects rather than slideware. #### The sequencing that avoids failed MES projects **Body:** Plants in the lower bands frequently reach for a monolithic MES purchase, and those projects fail at well-documented rates because they automate on top of broken transaction discipline. The path that works: first make core transactions digital and timely (labor, moves, completions) using the shop floor capabilities already inside SyteLine and LN; second, add machine connectivity on constraints where automatic truth matters most; third, digitize quality and traceability where customers demand it; and only then evaluate whether a dedicated MES adds anything your ERP layer cannot. Each step should pay for itself in reduced expediting, faster closes, and audit hours saved - digitization that cannot show a payback per phase is a technology hobby. #### How Netray helps you go paperless **Body:** Netray builds shop floor digitization directly on your Infor ERP rather than around it - barcode and tablet data collection wired to SyteLine and LN transactions, machine connectivity on constraint equipment, digital work instructions, and quality capture with real-time validation. Where clients need intelligence on top, we deploy on-prem AI for downtime classification, drift detection, and schedule repair that runs entirely inside your firewall, which keeps ITAR and CMMC compliance intact for defense programs. Engagements are phased by value stream: a typical first phase digitizes labor, moves, and quality capture for one line in 8-12 weeks with a measured before-and-after on data latency. **Cta:** Get a shop floor digitization roadmap from Netray that starts with the ERP capabilities you already own. **Faq:** #### Do we need an MES, or can our ERP handle shop floor data collection? **Answer:** For most mid-market discrete manufacturers, the ERP layer covers more than expected: SyteLine and LN both support barcode labor reporting, move transactions, and shop floor terminals natively or with lightweight extensions. A dedicated MES earns its complexity when you need high-speed machine integration, complex electronic work instructions with interlocks, or regulatory batch records at pharmaceutical depth. Score your transaction discipline first - an MES on top of weak discipline just produces faster wrong data. #### Where is the fastest payback in shop floor digitization? **Answer:** Usually inventory and labor transactions. Real-time move and completion reporting typically pays back in months through fewer stockouts and expedites, faster period closes, and cycle-count accuracy that lets you stop wall-to-wall physical inventories. Downtime tracking on one constraint is a close second: 30 days of honest reason codes almost always reveals a top loss nobody had quantified, and recovered constraint hours convert directly to shippable revenue. #### How does digitization connect to traceability requirements in aerospace and defense? **Answer:** Directly. AS9100 and flow-down requirements from primes increasingly assume you can produce complete lot and serial genealogy - materials, operations, operators, inspection results - on demand. Paper-based plants can technically comply but burn days per request and risk findings when records have gaps. Digital capture at each operation makes genealogy a query instead of a project, and it is becoming a bid qualifier on new programs, not just an audit topic. ## Search terms shop floor digitization, paperless manufacturing assessment, shop floor data collection, machine connectivity IIoT, digital work instructions, manufacturing traceability system, MES readiness assessment --- Talk to an engineer: https://netray.co/contact?intent=erp_ai | Machine catalog: https://netray.co/agent/catalog.json