# vMaint (full content) > vMaint is maintenance and production software in one app for small and mid-sized manufacturers. It does the work of a CMMS and an MES together: work orders, preventive maintenance, spare-parts inventory, live downtime tracking, and machine performance (OEE), with an AI layer that troubleshoots the faults that keep coming back. Priced flat per site, never per user, with the whole team included. This file inlines the full text of vMaint's public pages so an AI assistant can read everything in one fetch. The short link map is at https://vmaint.com/llms.txt. Pricing and positioning are current as of this file. ## vMaint (home page) ### Hero **Badge:** Maintenance and production in one app **H1:** Cut downtime and run your whole floor from one app. Built for manufacturers who need more than spreadsheets, but not a huge enterprise system. vMaint brings work orders, spare parts, downtime tracking, and live machine performance (OEE) into one place, with an AI layer that troubleshoots the faults that keep coming back. Flat per site, your whole team included. ### What vMaint replaces Paper, disconnected tools, or software built for a giant. Most small plants run on one of these. Each one loses records, hides downtime, and keeps maintenance and production from ever seeing the same picture. **Manual tracking** Paper-based logs, shift notebooks, and spreadsheets that nobody updates in real time. Records get lost, and no one knows what the last shift actually did. **Disconnected systems** Legacy CMMS tools that are slow, rigid, and maintenance-only, plus scattered communication over WhatsApp, verbal handoffs, and missed updates. **Overbuilt enterprise systems** Heavy MES platforms that are expensive, slow to roll out, and far too complex for small and mid-sized manufacturers to actually implement. ### How it works Maintenance and production, one connected floor. Two sides of the shop share one real-time layer, with an AI layer reading your machines underneath it. **AI layer** Reads: - Equipment manuals - Alarm and fault history - Sensor data - Downtime records Acts: - Opens inspections and work orders - Reads an error code, suggests the fix - Turns a floor photo into a work order - Shows what downtime is costing - Troubleshoots repeat faults **Edge device (IoT / SCADA)** Sensor readings and machine status (running, idle, or faulted) stream in from your machines, set up per shop. No SCADA or IoT yet? Operators tap Running, Idle, or Down, and production still tracks. The AI is only as good as the data under it. Because maintenance, production, vendor work, and machine data all live in one system, vMaint can tell an operational stall from a maintenance fault from a vendor delay from a machine that is simply worn out, instead of guessing. ### App layers **Maintenance** - Work orders - Preventive maintenance - Spare parts and inventory - Asset history - AI-Tech troubleshooting and error codes **Connected in real time** - Tickets (work orders) - Andon alerts - OEE - Team board - Kiosk / shop TV: Broadcast the floor live **Production** - Output vs target - Downtime and reasons - Quality and scrap - Schedules - Photo to work order ### FAQ More than a CMMS. Straight answers. ### Q: What is vMaint? vMaint is factory operations software for small and mid-sized manufacturers. It runs maintenance, production, and live machine data in one mobile app, doing the work of a CMMS and an MES together, so a small plant runs the whole floor on one system instead of three. It is built to go live the same day, with no long rollout. ### Q: Is vMaint a CMMS? A CMMS only manages maintenance. vMaint does all of that, work orders, preventive maintenance, assets, and parts, then keeps going: live production and OEE, machine data once you connect your SCADA and sensors, and a team board the whole floor shares. For a small plant, it replaces the CMMS and the separate tools that usually sit around it. ### Q: What is the difference between a CMMS and an MES? A CMMS manages maintenance: work orders, preventive maintenance, assets, and spare parts. An MES manages production: machine output, downtime, and OEE. They answer different questions, so most manufacturers buy both and pay to wire them together. vMaint runs both jobs in one app, and it can connect to your machines through SCADA and sensors when you are ready, so maintenance, production, and machine data share one record instead of three systems that never talk. ### Q: What can the AI do? Because every fault, work order, part, and machine reading is recorded in one place, the AI reasons over your real shop instead of guessing. At the machine, a technician can ask what an error code means and get the answer straight from the manual, or ask how to fix a fault and get steps pulled from your own repair history, the manual, and live machine data when your machines are connected. A manager can ask which machine is costing the most downtime, how many times a fault has come back, and whether a vendor's repair actually held, then hand the vendor a clear history of the problem. It explains how it got there, and with your confirmation it can act, like opening a work order or logging a part used. You can also connect your own assistant, like Claude or ChatGPT, and ask about your shop in plain language. ### Q: How much does vMaint cost? vMaint is priced flat per site, with your whole team included and no per-seat fees. Maintenance is $200 per site a month, Operations is $600, and Connected, which adds SCADA and IoT, is a custom quote. Every paid plan starts with a free month and a one-hour setup. ### Q: Will my team actually use it? If they can take a photo on their phone, they are already using it. vMaint gives operators, technicians, ops leads, and managers each their own simple view, with no forms to fight and no logins to study before the next shift. Your whole team is included on every plan, and it was tested with real teams on active floors, built to make daily work simpler, not heavier. ### Q: Do you connect to our machines? Yes. vMaint connects to your machines through SCADA, PLC, and IoT feeds, so fault codes and live readings sit next to the work order that fixes them. We set the integration up and quote it per shop, since every floor is wired differently, so it is handled separately from your plan rather than as a self-serve toggle. ### Q: Where does our data live, and who owns it? You own your data, always. By default it is hosted encrypted in the cloud. For shops that need machine data to stay on site, vMaint can run the AI layer on an edge device in your building, so your SCADA and IoT data is processed locally and never leaves the floor. ### What changes on the floor What changes on the floor. The gaps a paper-and-verbal shop floor lives with every day, the ones I spent years inside, closed. Before vMaint, work orders were written on paper or passed verbally, and information got lost between shifts. Now everything is centralized: technicians see their tasks on their phone, update status instantly, and attach photos. Operations finally has real-time visibility instead of walking to machines to ask. It matches how the shop floor actually operates. Ender Celik, founder. I worked all three roles on the floor: operator, technician, and maintenance manager. ### Switching Outgrowing MaintainX or UpKeep? Most teams leave for two reasons: the bill climbs every time they add a person, and the tool only tracks maintenance, never what is happening on the line. vMaint fixes both, and your data comes with you. - Per-user pricing that climbs as the team grows to Flat per site, the whole team included - Maintenance only, blind to production to Maintenance plus live OEE and downtime - Getting your data back out is a chore to Your data exports in one click, no lock-in ### Pricing One price per site. Your whole team included. A dedicated MES charges per machine and adds hardware. vMaint runs maintenance and production together in one app, priced for a small shop. And yes, $200 and $600, not $199 and $599. No marketing gimmicks. **Maintenance, $200 / site / mo, Replace the CMMS** - Work orders, assets, and parts - Preventive maintenance and auto work orders - Full inventory with reorder alerts - Unlimited assets and users **Operations, $600 / site / mo, Run the whole floor (Most popular)** - Everything in Maintenance - Live OEE, downtime, and output vs target - Andon, team board, and role dashboards - AI work-order opener and downtime cost **Connected, Custom, Wire up the machines** - Everything in Operations - SCADA and IoT integration, built for you - Predictive AI on vibration and temperature - On-prem or edge, data stays on site Industry estimates put unplanned downtime at a small plant around $3,000 an hour. At $600 a month, Operations pays for itself in roughly the first twelve minutes of downtime it helps you avoid. Every plan starts with a free month and a one-hour setup, done with you one on one and built around your floor, not a generic onboarding. If you need more time to be sure it fits, just ask. No sales team, you talk to the people who build it. If vMaint is not the right fit we will say so, and if you need a SCADA build or an integration, we can help with that too. ### About Built by someone who's worked every side of the operation. Tags: Mechanical Engineer, Machine Operator, Maintenance Technician, Automation & SCADA Engineer Most maintenance and production software is built by people who have never run a machine or stood in front of a faulted line at 2 a.m. I have. I worked the floor as a machine operator and a maintenance technician, then wired and programmed the same machines as an automation and SCADA engineer, with a mechanical engineering background behind all of it. On every side I saw the same gap: engineering strategy and the day-to-day reality of the floor rarely line up, so operations, maintenance, and engineering end up working around each other. I built vMaint to put everyone on one shared picture instead. Ender Celik ## OEE for small manufacturers OEE, or Overall Equipment Effectiveness, is one number for how well a machine actually runs. vMaint builds it from what is already happening on your floor, so you do not need an MES or a sensor on every machine to start. ### OEE for small manufacturers, without an MES. ### What OEE actually is OEE is three things multiplied together: availability, performance, and quality. An OEE of 100% would mean a machine ran every scheduled minute, at full speed, with zero scrap. Real shops live well below that, and the gap is where the lost money is. The value of the number is not the number itself, it is that it splits the loss into three parts you can do something about. **Availability** Was the machine running when it was supposed to be? Breakdowns and waiting on parts pull this down. Time you choose not to count, like a planned break, is left out. **Performance** When it ran, did it run at speed? Small slowdowns and short stops that never make a breakdown log show up here. **Quality** How much of what it made was good? Scrap and rework pull this down. ### How vMaint measures it Operators set a machine to running, idle, or down with a tap, which feeds availability. Production entries track good and scrap against the target you set, which feeds performance and quality. vMaint does the math, so you get a live OEE number per machine and per shift without a spreadsheet, and without anyone re-typing the data. ### No MES, and no hardware to start Most OEE comes from a dedicated MES with a sensor on every machine, priced per machine, and rolled out over weeks. You do not need that to begin. Manual status and production entries are enough for real OEE on day one. When you want it automatic, connect SCADA or IoT on the machines that matter, set up and quoted per shop, and the same numbers fill in on their own. ### Why it is worth tracking OEE turns "the machine is running" into real performance data. The quick stops and slowdowns that disappear into the daily total show up as availability and performance losses you can actually act on, instead of a vague sense that the line is slower than it should be. ### Q: What is OEE? OEE, or Overall Equipment Effectiveness, is one number for how well a machine actually runs. It multiplies availability, performance, and quality. An OEE of 100% would mean the machine ran every scheduled minute, at full speed, with zero scrap. ### Q: Can you track OEE without an MES? Yes. vMaint builds OEE from operator status, running, idle, or down, and from production entries, so you get a real OEE number with no MES and no hardware to start. You can add SCADA or IoT later to make it automatic. ### Q: How does vMaint calculate OEE? vMaint combines machine status for availability, output against target for performance, and good versus scrap for quality, into a live OEE number per machine and per shift, with no manual math. ## Features Everything vMaint does, in one app. Maintenance, production, floor coordination, machine data, and an AI layer, the work a small shop would otherwise split across a CMMS, an MES, and a few spreadsheets. ### Maintenance **Photo to work order** Take a photo of the problem and a work order opens, with the asset and the photo already attached. No forms to fight. **Automated preventive maintenance** Upload an equipment manual and the AI drafts a recurring PM checklist. PMs then fire on schedule on their own. **Barcode parts and inventory** Scan the barcodes and bin numbers you already have with your phone. Stock counts down as parts get used, and low items flag themselves. **Asset history** Every work order, note, and reading builds a searchable history for each machine, so knowledge stays when people leave. **Multi-tech jobs and safety** Several technicians can join one work order, with safety and LOTO checks required from each before it closes. **No-login vendor work orders** Send an outside contractor a work order through a secure link. They open it, accept it, and update it from their phone, with no account to create and no login to manage. ### Production **Live OEE** Availability, performance, and quality become one OEE number per machine and shift, with no manual math. **Downtime with reasons** A breakdown starts a downtime clock on its own and the reason is captured, so lost time stops hiding in the daily total. **Output vs target** Track good and scrap against the target you set, per shift, so production and maintenance read from the same record. **Machine status** Operators set running, idle, or down with a tap, which feeds availability and OEE without any extra hardware. More on how vMaint measures it: OEE for small manufacturers. ### Floor coordination **Roles for the whole team** Operators, ops leads, technicians, and managers each get their own view and permissions, all included in the price. **Andon** Raise a call from the machine and the right person is alerted instantly, with the issue and photos attached. **Floor-wide safety alerts** Anyone can raise a safety warning that reaches every user on the floor at once, no permission needed, because a hazard should not wait. Mark an area as a safe zone or sign off that it is clear, so everyone knows where it is safe to work. **Team board** A live board for comments, broken-part photos, and shift pass-downs, shared across the whole floor. **Shop-TV kiosk** Put the board on a screen on the floor so everyone can see what is down and who owns it, in real time. ### Machine data and AI **SCADA and IoT** Connect your machines through SCADA, PLC, and IoT, set up and quoted per shop, so fault codes and readings sit next to the work order. **AI layer** Reads your manuals, fault history, and sensor data, opens work orders and inspections, and shows what downtime is costing. **Predictive on connected machines** Where machines are wired up, vibration and temperature flag trouble before it becomes a breakdown. **On-prem and edge** For data-sensitive shops, run the AI layer on an edge device so machine data is processed on site and never leaves the floor. ### Built for the floor **Mobile-first** Everything works from a phone, because that is where the work happens. **Same-day setup** Send your spreadsheets and you can be live the same day, with no multi-week rollout. **Paper to database** Keep your paper checklists. Photograph them and vMaint reads the text into searchable records. **Whole team included** One flat price per site, every role included, no per-seat math. ### Run your whole floor on one app. Flat per site, whole team included, free first month. ## CMMS vs MES CMMS vs MES: what a small manufacturer actually needs. A CMMS keeps your equipment running. An MES runs your production. Most shops are told to pick one, then either go without production visibility or buy a system they cannot afford to run. Here is how the two compare, and where vMaint fits between them. ### Comparison: Traditional CMMS / vMaint / Full MES | Feature | Traditional CMMS | vMaint | Full MES | | --- | --- | --- | --- | | What it manages | Maintenance: work orders, preventive maintenance, parts, asset history | Maintenance, production, and floor coordination, in one app | Production: orders, scheduling, quality, traceability | | Pricing | Per user, about $20 to $75 a user per month | Flat per site, whole team included. $200 to $600 a site per month | Per machine or per site, often $900 a month and up, plus hardware | | Setup and hardware | 1 to 4 weeks, no shop-floor hardware | Same day. No hardware for the core; gateways only if you add machine data | 6 to 18 months, plus gateways and edge hardware per machine | | Who is included | Paid named seats; requesters often free | Your whole team: operators, leads, technicians, managers | Usually site-licensed, varies by vendor | | Production, OEE, downtime | No | Live OEE, downtime with reasons, output vs target | Yes, this is its core | | Machine data (SCADA / IoT) | Rarely native | Optional, set up and quoted per shop | Yes, deep but heavy to deploy | | AI | Limited, varies by vendor | Reads manuals and fault history, opens work orders, shows downtime cost | Varies by vendor | | Data location | Mostly cloud only | Cloud, or on-prem and edge so machine data stays on site | Cloud or on-prem | | Best for | Maintenance-only teams | Small and mid-sized shops that need maintenance and production visibility | Large plants with the budget and IT to run full production control | CMMS and MES figures are mid-2026 ranges, not exact vendor prices. Check each vendor for current pricing. AI and on-prem support vary by vendor. ### What a CMMS does, and its blind spot A CMMS keeps equipment running. It digitizes work orders, schedules preventive maintenance, tracks spare parts, and stores asset history. Tools like MaintainX, UpKeep, and Fiix do this well and are easy for technicians to use on a phone. What they do not do is watch production. They do not measure OEE or split losses into availability, performance, and quality, and most have no native link to a PLC, so a machine stopping does not inform a work order. For a maintenance-only team that is fine. For a shop that also wants to know why the line is slow, it is a blind spot. ### What an MES does, and why it is heavy for a small shop An MES runs the production process: it routes orders, schedules the floor, enforces quality checks, captures real-time machine data, and tracks material genealogy for traceability. That power comes at enterprise scale. Full suites commonly run into the high six or seven figures, and even mid-tier systems take a year or more to deploy before OEE improves, with per-machine gateway hardware on top. It is the right tool for a large, regulated, or high-mix plant with IT staff to run it, and overkill for most small shops. ### Where vMaint fits vMaint is one app that does the maintenance job and the production job. You get work orders, PM, and parts like a CMMS, plus live OEE, downtime with reasons, and output vs target like the production layer of an MES, plus coordination tools for operators, leads, technicians, and managers. Machine integration is optional and quoted per shop, so you can start with no hardware and add SCADA or IoT later. Pricing is the honest difference: a CMMS charges per user, an MES charges per machine plus a long rollout, and vMaint is flat per site with the whole team included. It is early-stage, built by a founder who has worked as a machine operator, maintenance technician, and automation engineer, so it is leaner than a fifteen-year-old MES suite. The trade is straightforward: production visibility a CMMS lacks, at a fraction of MES cost and complexity. ### Which do I actually need? If your problem is "machines break and maintenance is chaos," you need CMMS capability. If your problem is "I cannot see what the line is actually producing," you need production visibility. Many shops need both, which is the gap vMaint fills. ### Q: What is the difference between a CMMS and an MES? A CMMS manages maintenance: work orders, preventive maintenance, assets, and spare parts. An MES manages production: machine output, downtime, and OEE. They answer different questions, so most manufacturers buy both. vMaint does both jobs in one app. ### Q: Do I need a CMMS or an MES? If your problem is that machines break and maintenance is chaos, you need CMMS capability. If you cannot see what the line is actually producing, you need production visibility. Many small shops need both, which is the gap vMaint fills. ### Q: Can one app replace a CMMS and an MES? Yes. vMaint runs maintenance and production from the same system, priced flat per site, so a small plant gets both without buying and integrating two separate tools. --- ## vMaint vs a full MES An affordable MES alternative for small manufacturers. A full MES, like MachineMetrics, Tulip, or Evocon, gives you deep, real-time production visibility. The catch is the model: per-machine pricing, edge hardware on every asset, and a rollout measured in weeks or months. For a 50-machine shop that can reach six figures a year before hardware. vMaint is the affordable middle path, with the OEE and downtime a small shop actually acts on, plus the maintenance an MES usually leaves out, on one flat per-site price. ### Comparison: vMaint / A full MES | Feature | vMaint | A full MES | | --- | --- | --- | | What it is | Factory operations platform: production, maintenance, and coordination | Production execution and real-time machine monitoring; deep but production-only | | Pricing model | Flat per site, whole team included | Per machine, per station, or per interface | | Typical cost (est.) | Maintenance $200/site/mo, Operations $600/site/mo, Connected custom | Roughly $150 to $450 per machine per month, or per-interface annual contracts. Varies by vendor | | Cost at scale | Flat per site, regardless of machine count | Scales with every machine; a 50-machine shop can run into six figures a year before hardware | | Hardware | Optional SCADA / IoT integration, quoted per shop; optional on-prem or edge | Edge device or sensors usually required per machine, often an upfront cost | | Production, OEE, downtime | Built in: live OEE, downtime with reasons, output vs target | Its core strength, the deepest machine-level production data | | Maintenance (work orders, PM, parts) | Built in | Usually not native; a CMMS is bought separately. Varies by vendor | | Coordination (roles, andon, kiosk) | Built in: operator, lead, tech, manager roles, andon, shop-TV kiosk | Varies by vendor; mostly production-dashboard focused | | AI | Built-in AI layer | Varies by vendor | | Setup | Same day, one-hour onboarding, free first month | Weeks to months: hardware install, integration, training | | Best for | Small and mid manufacturers wanting OEE and maintenance fast, on a flat bill | Larger or high-mix plants needing deep machine-level execution, with budget for hardware and rollout | MES costs are 2026 estimates; vendors like MachineMetrics and Tulip do not publish per-unit prices. Check each vendor for current pricing. ### What a real MES gives you that vMaint does not claim to A dedicated MES pulls OEE straight off the machine signal with edge hardware, and platforms like Tulip let you build custom production apps, enforce in-process quality, and capture genealogy for traceability. If you need certified, machine-level production data, deep ERP-to-machine job tracking, or compliance, a full MES is the right tool and worth its rollout. vMaint is not trying to replace that depth. It gives a small shop the production visibility it will actually use, without the per-machine bill. ### Why the pricing model is the real difference The scope gap matters, but the cost gap is what stops most small manufacturers. MES per-machine pricing plus per-asset hardware means cost grows with every machine you connect, and the hardware and multi-week rollout land before you see a single OEE chart. vMaint's flat per-site price means the tenth machine and the fiftieth cost the same in software, setup is same-day, and SCADA or IoT integration is quoted only for the assets where you genuinely need live signal. ### The honest trade-offs If you run a high-mix, high-machine-count, compliance-heavy operation, a full MES's depth will outrun vMaint, and you should expect to pay for it. vMaint is also early-stage and solo-founded, without the track record or hardware ecosystem of an established MES vendor. The flip side: vMaint also covers maintenance and floor coordination that a pure MES leaves to other tools, so for a small manufacturer the real comparison is usually not vMaint versus MES, but vMaint versus an MES plus a separate CMMS plus the integration between them. ### Q: Is vMaint an MES? vMaint is not a full MES, and it does not try to be. It gives a small manufacturer the OEE, downtime, and output a full MES provides, plus the maintenance an MES usually leaves out, on a flat per-site price instead of per-machine. ### Q: Why is vMaint cheaper than an MES? A full MES charges per machine and usually needs edge hardware on every asset and a multi-week rollout. vMaint is flat per site, sets up the same day, and only adds machine integration where you need it, quoted per shop. ### Q: When should I choose a full MES over vMaint? If you run a high-mix, high-machine-count, or compliance-heavy plant that needs deep machine-level execution and traceability, a full MES is the right tool. vMaint fits the small or mid-sized shop that wants OEE and maintenance fast, without the per-machine bill. --- ## vMaint vs MaintainX vs UpKeep The CMMS alternative built for small manufacturers. MaintainX and UpKeep are two of the best-known mobile CMMS tools, and for pure maintenance they are solid. But both are priced per user, and both stop at the maintenance department's door. They track how often an asset broke, not what the line produced. vMaint runs maintenance and live production on one flat per-site price, whole team included. ### Comparison: vMaint / MaintainX / UpKeep | Feature | vMaint | MaintainX | UpKeep | | --- | --- | --- | --- | | What it is | Factory operations platform: maintenance, production execution, and floor coordination | Mobile-first CMMS / maintenance management | Mobile-first CMMS / maintenance management | | Pricing model | Flat per site, whole team included | Per user, per month | Per user, per month | | Cost | Maintenance $200/site/mo, Operations $600/site/mo, Connected custom | Free Basic; Essential $20 to $25/user; Premium $65 to $75/user; Enterprise custom | Free Lite (up to 3 techs); Essential about $24/user; Premium about $55/user; higher tiers custom | | Who is included | The whole team at one price, no per-seat fees | Paid per technician seat; requesters and view-only users free | Paid per technician seat; requester, view-only, and vendor users free | | Production, OEE, downtime | Built in: live OEE, downtime with reasons, output vs target | Not native; integrates with MES tools for machine data | Not native; no OEE or production monitoring | | Machine data (SCADA / IoT) | Optional integration, quoted per shop; optional on-prem and edge | IoT and OT connectors on higher tiers, extra cost; varies by vendor | IoT sensors as an add-on; varies by vendor | | AI | Built-in AI layer | AI procedure generation and assistant on higher tiers; varies by tier | AI features across tiers; varies by tier | | Setup | Same day, one-hour onboarding, free first month | Self-serve; paid onboarding for larger rollouts | Self-serve; paid professional services for migrations | | Best for | Small and mid manufacturers who want maintenance and production on one bill | Maintenance teams wanting a polished CMMS with many free requesters | Maintenance teams wanting a mobile CMMS with free requester and vendor roles | Competitor prices are 2026 ranges from vendor pricing pages and can change. Check each vendor for current pricing. ### Where MaintainX and UpKeep are genuinely strong Both are mature, well-funded products with large customer bases, app-store-grade mobile apps, and a generous free requester model: anyone who only submits requests does not cost you a seat. For a maintenance-only team with a high ratio of requesters to technicians, the effective per-user cost can come in under vMaint's flat fee. If all you need is maintenance, they are proven choices. ### Where the per-seat model bites, and where they stop Per-user pricing is fine until your whole shop needs in. The moment operators, leads, and supervisors should be in the system, not just filing requests, seat counts climb, and the real maintenance features sit on the higher tiers. More importantly, neither tool is a production system. They measure how often an asset broke, not how much it made. For OEE, live downtime reasons, and output vs target you add a separate platform. vMaint folds maintenance and production into one flat per-site price, so the next operator or the next dashboard does not change the bill. ### The honest trade-offs with vMaint vMaint is early-stage and solo-founded, so it does not have the years of reviews, certifications, or integration marketplace the incumbents have. There is no free-forever tier, you get a free first month and hands-on setup instead. And if you truly only do maintenance and never want production data, you are paying for capability you will not use, and a per-seat CMMS may be cheaper. vMaint earns its keep specifically when maintenance, production, and floor coordination belong together. ### Q: Is vMaint a good MaintainX or UpKeep alternative? Yes, especially if you want maintenance and production in one tool. MaintainX and UpKeep are strong per-user CMMS tools but stop at maintenance. vMaint adds live OEE, downtime, and output, on one flat per-site price with the whole team included. ### Q: How is vMaint's pricing different from MaintainX and UpKeep? MaintainX and UpKeep charge per user, so the bill grows as you add technicians, and production data is not included. vMaint is flat per site, whole team included, and covers production as well as maintenance. ### Q: Do MaintainX and UpKeep track OEE? Not natively. They track maintenance and asset history, not live OEE or production output. For that you add a separate tool. vMaint includes OEE and downtime in the same app. ## Case study ### From paper to a connected floor. This is the floor I came from, before I built vMaint. The shop is left anonymous, but the problems are real, and they are exactly why vMaint exists. I lived them as an operator, a technician, and a maintenance manager. ### Background A mid-sized manufacturing environment running without a centralized digital system. There was no SCADA or MES layer. Maintenance, operations, and production coordination were handled with paper logs, whiteboards, verbal communication, and shift handovers. Critical information was often lost or delayed between teams. ### The problems on the floor **Fragmented communication** - Work requests passed verbally or on paper - Operators, technicians, and supervisors used separate channels - No persistent, structured communication tied to a machine **Hidden downtime** - Machines stopped briefly and were restarted right away - Those micro-stops were rarely logged - Output looked stable while performance quietly degraded **No maintenance visibility** - No clear history of recurring machine issues - No structured tracking of lubrication, oil changes, or inspections - Decisions depended on memory and experience **Administrative overload** - Technicians filled the same forms and daily reports over and over - Operators described the same issue to several people - Information was re-written instead of reused **Shift handover gaps** - Important notes were lost between shifts - The next team often restarted context from zero The kind of thing that never reached a structured log, even though it hit efficiency directly: - Where is this issue located again? - What lubricant should be used for this machine? - I changed the gearbox oil, can someone keep an eye on it? - The machine keeps getting stuck at the edge, but it is not a full breakdown. - It runs, but something is off, we keep slowing down on and off. ### What vMaint changed vMaint went in as a lightweight system built for real shop-floor use: mobile work orders with photo-based reporting, a machine-centered communication board, preventive maintenance tracking for lubrication, oil changes, and inspections, a searchable history per machine, shift handover visibility, and downtime and recurring-issue tagging, all aligned to an operator, technician, and manager flow. **Communication became structured** Instead of scattered messages, every update tied to a machine and a work order. **Hidden problems became visible** Repeated micro-stops and slowdowns formed patterns instead of disappearing into daily output. **Less to carry in your head** Operations stopped chasing status and tracking it manually all day. **Maintenance knowledge was preserved** Lubricant types, repair notes, and machine details became searchable and persistent. **Faster response loop** Operators reported issues instantly, and technicians responded with the full context already there. ### The outcome The floor moved from a fragmented, paper-based workflow to a structured digital system, without a heavy MES or SCADA rollout. vMaint did not replace how the shop worked. It acted as a connective layer between the technicians doing the work, the operators watching the machines, and the managers tracking reliability. I am not going to hand you invented savings numbers. The honest measure is time: shift handovers that used to restart from zero carried over in seconds, issues got reported from the machine instead of a walk to the office, and recurring problems surfaced in days instead of never. The work did not change. The friction around it did. ### Run your floor the way it actually works. Flat per site, whole team included, free first month. ## Blog ### Why technicians quit the CMMS (but never quit the wrench) A technician has never, in the history of the trade, stopped using a wrench. Or a multimeter. Or a torque wrench. Those tools earn their place every single day, because they make the job faster and the result better. Nobody has to be convinced to pick them up. Now look at the maintenance software on the same floor. How many technicians actually use it after the first month? On a lot of shops the honest answer is fewer than the manager thinks. The work orders drift back to paper. The updates move back to a group chat or a shout across the bay. The CMMS becomes a thing the manager looks at, not a thing the technician uses. #### A tool that slows you down is not a tool The reason is simple, and it is not that technicians dislike software. It is that most maintenance software costs them time instead of saving it. To log a job they finished in two minutes, they open an app, find the asset, pick from menus, type a description, fill fields nobody reads, and submit. The job took two minutes. The paperwork took five. So they stop, and who could blame them. A wrench never does that. A wrench is faster than not using a wrench. That is the whole test, and it is the test a lot of CMMS tools keep failing. #### The fix is not more features When adoption drops, the usual response is more training, more required fields, more dashboards. That makes it worse. Every required field is a tax on the person who can least afford it, the one standing in front of a faulted machine. The way to get a technician to use software is the same way you get them to use a multimeter: make it the fastest path to done. That is the bar we hold vMaint to. Take a photo of the problem and the work order opens, with the machine and the photo already attached. Scan the bin to pull a part. Update status with a tap. No forms to fight, no logins to study before the next shift. If it is not faster than paper, it has failed, and we would rather fix that than add a field. #### Software has to earn its place on the floor A maintenance technician will keep any tool that earns its place and drop any tool that does not, without sentiment. Software is not special. It does not get loyalty for being software. It earns its place the same way the wrench does, by being the fastest way to get the work done and move on. > Nobody ever quit using a wrench because it had too many menus.