MileSoft provides engineering-grade HVAC equipment selection tools used by HVAC manufacturers and consultants:
Smart manufacturing and factory digitization solutions:
Error-proofing systems for manufacturing quality assurance:
Operations optimization for warehouses and logistics:
4 verified client testimonials, average rating 5.0 out of 5. Attribution is company-only — MileSoft does not publish the names of individual customer contacts. See the full client list at https://milesoft.net/clients.
The software features, such as real-time monitoring and alerts, have proved invaluable in optimizing machine operations. MileSoft team's professionalism, technical expertise, and dedication to meeting our requirements have been impressive.PAM Systems Pvt. Ltd. — Industrial Systems Integrator · Machine Data Monitoring · 2025-12-30
Our “Part-Process Matrix” as a concept and Software received 1st runner-up award in MVML Innovation fair 2014. As a customer we appreciate your support and efforts to deliver it on time and most importantly as per customer requirement.Mahindra Vehicle Manufacturers Ltd. — Automotive Manufacturing · Part-Process Matrix
MileSoft's product excellence and implementation are top-tier, consistently exceeding expectations. We value their dedication to solving challenges and delivering long-term solutions. After-sales support is exceptionally reliable.CU Air Conditioning Industries LLC — HVAC Manufacturer, Dubai · 2025-12-15
MileSoft has been an integral part of Rheem's journey for the past two decades as a trusted solution provider. Support is consistently prompt, reliable, and proactive.Rheem Manufacturing — Climate Solutions · 2025-12-15
MileSoft Engineering Research Group publishes technical working papers documenting the architecture, computational methods, governing standards, and field evidence behind each solution. Index: https://milesoft.net/research · per-product index: https://milesoft.net/research/products. All papers are free to read and download.
HVAC Research Paper — Documents the certified-curve engine architecture, module-level computational methods (AHU, FCU, ERV per AHRI 1060, Chiller IPLV/NPLV per AHRI 550/590, DX, Lifecycle Cost Analysis), and a production deployment that reduced selection-cycle time by 70%, tripled per-engineer proposal throughput, and eliminated audit findings. Free PDF download available.
Read online: https://milesoft.net/research/hvac · PDF: https://milesoft.net/research/milesoft-hvac-research-paper.pdf
Industry 4.0 Research Paper — Discrete manufacturers are asked to prove, after the fact, what happened to a single unit on a single shift months earlier. The evidence needed to answer that question is generated continuously by torque controllers, programmable logic controllers, barcode and RFID readers, and human buyoff stations — and is then scattered across vendor-specific log formats, spreadsheets, and paper escalation sheets. The result is a traceability gap: the data exists, but it cannot be assembled into an answer within the time an audit, a containment action, or a warranty dispute allows. Reported results: 98% — Reduction in critical-fastener warranty rework; <15s — Andon mean time to first response; +11pp — Line-average OEE improvement; 1 day — IATF 16949 audit prep, from 3 weeks. Standards covered: IEC 62264-1 / ANSI-ISA-95.00.01, IEC 62264-3 / ANSI-ISA-95.00.03, ISO 22400-2:2014, IATF 16949:2016, VDI/VDE 2862 Blatt 1, ISO 22514-1 / ISO 22514-2, IEC 62541 (OPC UA), ISO/IEC 19987 (EPCIS). Free PDF download available.
Read online: https://milesoft.net/research/industry-40 · PDF: https://milesoft.net/research/milesoft-industry-40-research-paper.pdf
Manufacturing Pokayoke Research Paper — Shigeo Shingo drew a distinction that most quality programmes still blur: between a device that warns an operator of a deviation and a device that makes the deviating action impossible. Only the second is poka-yoke in his sense. The first is instrumentation, and its effectiveness is bounded by operator attention — which is exactly the variable that fails under time pressure, on night shifts, and on the sixth close-cousin variant of a part. Reported results: 0 — Wrong-part picks since rollout; 92% — Drop in OEM containment incidents; 5 days — Operator ramp-up, from 4-6 weeks; +18% — Throughput per shift, flagship line. Standards covered: IATF 16949:2016, ISO 26262:2018 (all parts), ISO 13849-1:2015, ISO 5725-1 / ISO 5725-2, AIAG MSA (4th edition), ISO 22514-1 / ISO 22514-2, VDI/VDE 2862 Blatt 1, IEC 62264-1 / ANSI-ISA-95.00.01. Free PDF download available.
Read online: https://milesoft.net/research/pokayoke · PDF: https://milesoft.net/research/milesoft-pokayoke-research-paper.pdf
Warehouse Management Research Paper — A distribution centre is a queueing system whose servers are dock doors and whose customers are vehicles, wrapped around an inventory system whose accuracy determines whether the queue can be served at all. In most operations these two systems are managed by different tools, or by no tool: yard scheduling lives in messaging apps and paper trip sheets, while the warehouse management system holds a book position that diverges from the shelf. The consequence is not merely inefficiency. It is that neither system can answer the operational question that matters — where is this object right now, and what is it waiting for. Reported results: 38% — Reduction in dock idle time; 1h 20m — Average truck dwell, from 3h 10m; 99.4% — Inventory accuracy, from 91%; 8 days — Client onboarding, from 6 weeks. Standards covered: GS1 General Specifications, GS1 Logistic Label Guideline, ISO/IEC 15459-1:2014, ISO/IEC 19987 (EPCIS), ISO 22400-2:2014, IEC 62264-1 / ANSI-ISA-95.00.01, ISO 28000:2022, EN 1398:2009. Free PDF download available.
Read online: https://milesoft.net/research/warehouse · PDF: https://milesoft.net/research/milesoft-warehouse-research-paper.pdf
AC Performance Test Research Paper — The product's material states the problem in one sentence: you test for the failure modes you anticipated, you ship clean for the ones you did not, and the warranty data three quarters later tells you which you missed. An end-of-line functional test is a sample of an operating envelope, and everything that escapes lives where the sample was not taken. Reported results: 5 conditions — charge, duty cycle, temperature differential, sensors, acoustics; before the first fail — when a capability drift alarm is intended to fire; per part number — acceptance bands reconfigured without a station rebuild. Standards covered: ISO 22514-1 / ISO 22514-2, ISO 5725-1 / ISO 5725-2, AIAG MSA, IATF 16949:2016, ISO 5801:2017, ANSI/AMCA 210, Regulation (EU) 2024/573, IEC 62264-3. Free PDF download available.
Read online: https://milesoft.net/research/products/ac-performance-test · PDF: https://milesoft.net/research/milesoft-ac-performance-test-research-paper.pdf
ADAS Radar Assembly Research Paper — A radar module can be mounted perfectly and point somewhere else. Vision measures where the housing sits; the boresight is where the beam actually goes, and the offset between them lives inside the part where no dimensional measurement can reach it. That gap is the reason this station exists and the reason its fourth check is not optional. Reported results: 92% — reduction in customer containment incidents, attributed here; 4 checks — align, fasten, re-verify, functional self-test - in that order; no release — the fixture holds the unit until alignment and self-test pass. Standards covered: ISO 26262-1 / ISO 26262-7, IATF 16949:2016, VDI/VDE 2862 Blatt 1, ISO 6789-1 / ISO 6789-2, ISO 22514-1 / ISO 22514-2, ISO 5725-1 / ISO 5725-2, AIAG MSA, ISO 13849-1:2023. Free PDF download available.
Read online: https://milesoft.net/research/products/adas-radar-assembly · PDF: https://milesoft.net/research/milesoft-adas-radar-assembly-research-paper.pdf
AHU Selection Software Research Paper — An air handling unit is not a catalogue item. It is an ordered assembly of sections — mixing box, filters, coils, fan, attenuator, plenum — whose aerodynamic, thermal, acoustic and commercial behaviour is a property of the assembly rather than of any component in it. Selection tools that treat the unit as a model number to be looked up therefore mis-state the one quantity the customer will measure on site: the pressure the fan must actually develop against the sections placed in front of it. Reported results: 60-70% — Reduction in selection-cycle time; 40% — Reduction in manufacturing lead time; 50+ — HVAC manufacturers using the module; 840 h/yr — Engineer-hours released (modelled). Standards covered: EN 1886, EN 13053, ISO 16890, ANSI/ASHRAE 52.2, ISO 5801, ANSI/AMCA 210 (ANSI/ASHRAE 51), Commission Regulation (EU) No 1253/2014, IEC 62264-1 / ANSI-ISA-95.00.01. Free PDF download available.
Read online: https://milesoft.net/research/products/ahu · PDF: https://milesoft.net/research/milesoft-ahu-research-paper.pdf
Andon System Research Paper — Andon is usually installed as a light. A stack light above a station turns amber, someone notices, someone comes. The product's own record puts the value of that arrangement at approximately 5% of the methodology — the remaining 95% living in live downtime data, escalation ladders and the analytics they make possible. A light announces a problem; it does not record when the problem started, who came, how long they took, or why it happened, and those four facts are what turn recurring downtime into a fixable one. Reported results: 60-80% — Reduction in mean time to respond; <15s — Alert latency with PLC integration; 5% — Of andon value a stack light alone delivers; 336 h/yr — Downtime hours eliminated (modelled). Standards covered: ISO 22400-2:2014, ISO 22400-1:2014, IEC 62264-1 / ANSI-ISA-95.00.01, IEC 62541 (OPC UA), IATF 16949:2016, ISO 22514-1, ISO/IEC 19987 (EPCIS), ISO 13849-1:2015. Free PDF download available.
Read online: https://milesoft.net/research/products/andon · PDF: https://milesoft.net/research/milesoft-andon-research-paper.pdf
Annual Inventory Tagging Research Paper — The annual physical count is the most disruptive event in a warehouse's year, and most of what it produces is not shrinkage. It is counting error: bins counted twice, bins missed entirely, descriptions transcribed by hand, and a reconciliation performed two weeks later against a stock position that has since moved. Reported results: 8-16 h — physical count phase, against 48-72 hours on paper; 2 keys — independent scans required before a putaway is stored; 19 — reports produced, against a published claim of 15 or more. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 General Specifications, GS1 SSCC, ISO/IEC 15459-1:2014, ISO 5725-1 / ISO 5725-2, ISO 22400-2:2014, IEC 62264-3. Free PDF download available.
Read online: https://milesoft.net/research/products/annual-inventory-tagging · PDF: https://milesoft.net/research/milesoft-annual-inventory-tagging-research-paper.pdf
Chiller Selection Software Research Paper — A chiller datasheet leads with a full-load efficiency figure, and a chiller spends approximately 5% of its operating life at full load. The remaining 95% is somewhere on the part-load curve, where the machine's behaviour is governed by compressor staging, condenser relief, and the control strategy of the plant it sits in. Selecting on the number printed largest is therefore a systematically wrong basis, and it is wrong in a direction that favours the machine being sold rather than the building being served. Reported results: 95% — Of operating life spent at part load; 4 — Weighted load points in the AHRI part-load calculation; 375 h/yr — Engineer-hours released (modelled). Standards covered: ANSI/AHRI Standard 550/590 (I-P), ANSI/AHRI Standard 551/591 (SI), Regulation (EU) 2024/573, ISO 16358-1, ISO 15686-5, NIST Handbook 135, ISO 5801, IEC 62264-1 / ANSI-ISA-95.00.01. Free PDF download available.
Read online: https://milesoft.net/research/products/chiller · PDF: https://milesoft.net/research/milesoft-chiller-research-paper.pdf
DX Unit Selection Software Research Paper — A direct-expansion system is rated as a matched pair on a test stand and installed as a refrigerant circuit through a building. Between those two states sit the line set, the vertical separation between indoor and outdoor units, the actual ambient the condenser will see, and — in multi-circuit equipment — the interaction between circuits that share a coil face. Catalogue capacity tables describe the test stand. The installation degrades capacity and efficiency by an amount the table does not carry, reported in the product's own record as 15-25% in many real-world installations. Reported results: 15-25% — Capacity and EER lost to line-set effects; 65k-760k — Btu/h band rated on IEER under AHRI 340/360; 300 h/yr — Engineer-hours released (modelled). Standards covered: AHRI Standard 210/240 (I-P), AHRI Standard 340/360 (I-P), ISO 16358-1, Regulation (EU) 2024/573, ANSI/ASHRAE/IES Standard 90.1, ISO 16890, ISO 5801, ISO 15686-5. Free PDF download available.
Read online: https://milesoft.net/research/products/dx · PDF: https://milesoft.net/research/milesoft-dx-research-paper.pdf
ERV Selection Software Research Paper — Energy recovery ventilators are specified against a single effectiveness figure and operate across a year of conditions in which that figure does not hold. Effectiveness varies with airflow ratio, with the temperature difference between the streams, and — for total-energy devices — with humidity. A unit selected to satisfy a summer design condition may recover materially less across the annual profile that determines its actual energy contribution, and the gap is invisible in the number that was specified. Reported results: 50/60% — Minimum enthalpy recovery ratio, ASHRAE 90.1; 3 — Effectiveness definitions rated under AHRI 1060; 222 h/yr — Engineer-hours released (modelled). Standards covered: AHRI Standard 1060 (I-P) / 1061 (SI), ANSI/ASHRAE Standard 84, ANSI/ASHRAE/IES Standard 90.1, Commission Regulation (EU) No 1253/2014, EN 16798-3, ISO 16890, ISO 5801, ISO 15686-5. Free PDF download available.
Read online: https://milesoft.net/research/products/erv · PDF: https://milesoft.net/research/milesoft-erv-research-paper.pdf
FCU Selection Software Research Paper — Fan coil units are the least glamorous equipment in a building and the most reliable source of post-handover complaint. They are small enough to be sized from a catalogue table and a rule-of-thumb correction, and numerous enough that an error repeated across a floor plate becomes a building-wide problem. The failure is characteristic: nothing breaks, the plant meets its duty, and two months after handover the engineering team is asked why a third of the rooms are humid. Reported results: 50% — Less FCU design and selection time; 300 h/yr — Engineer-hours released (modelled); 1500 cfm — AHRI 440 rating ceiling for room fan-coils. Standards covered: AHRI Standard 440 (I-P) / 441 (SI), AHRI Standard 885, ISO 16890, ISO 5801, EN 16798-3, Commission Regulation (EU) No 1253/2014, ISO 15686-5, IEC 62264-1 / ANSI-ISA-95.00.01. Free PDF download available.
Read online: https://milesoft.net/research/products/fcu · PDF: https://milesoft.net/research/milesoft-fcu-research-paper.pdf
Fleet Optimization Research Paper — Planning every route at six in the morning was defensible when orders matured overnight. The product's material states the change bluntly: today an order confirmed at nine changes the economics the six o'clock plan assumed, and the route that was optimal at dawn is not optimal by mid-morning. Reported results: continuous — re-planning cadence, against a 6 a.m. one-shot plan; cost per stop — the primary last-mile margin metric, ahead of mileage; 5 constraints — capacity, hours, windows, cold chain and hazard, inside the model. Standards covered: Regulation (EC) No 561/2006, Incoterms 2020 (ICC 723E), ISO 28000:2022, ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 SSCC, ISO 22400-2:2014, EN 16798-3 and cold-chain practice. Free PDF download available.
Read online: https://milesoft.net/research/products/fleet-optimization · PDF: https://milesoft.net/research/milesoft-fleet-optimization-research-paper.pdf
Inventory Control Research Paper — An enterprise resource planning system answers how much stock is on hand. That is a level, and a level on its own supports no decision: whether 8,256 lakh of stock is too much depends entirely on how fast it is consumed, which parts it sits in, and how long the individual pieces have been standing still. Reported results: 13.50 days — published plant inventory target, in days of cover; 4 x 3 — value bands against variability bands in the classification matrix; 2 clocks — receipt age and consumption age, reported separately. Standards covered: ISO 22400-2:2014, IEC 62264-1 / ANSI-ISA-95.00.01, IEC 62264-3, ISO 28000:2022, GS1 General Specifications, ISO/IEC 15459-1:2014. Free PDF download available.
Read online: https://milesoft.net/research/products/inventory-control · PDF: https://milesoft.net/research/milesoft-inventory-control-research-paper.pdf
Inventory Tracking Research Paper — The product's own material draws a distinction that this paper takes as its organising principle: a warehouse management system records what should be where, derived from the instructions it issued, while a tracking layer records what is actually where, derived from what sensors observed. They are different ledgers over the same building, and inventory accuracy is not a property of either one. It is the size of the set on which they disagree. Reported results: 91% → 99.4% — inventory accuracy, attributed to this module; two ledgers — what should be there, against what sensors observed; no scan step — fixed readers update location without operator time. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 General Specifications, GS1 SSCC, ISO/IEC 15459-1:2014, ISO 5725-1 / ISO 5725-2, ISO 22400-2:2014, IEC 62264-3. Free PDF download available.
Read online: https://milesoft.net/research/products/inventory-tracking · PDF: https://milesoft.net/research/milesoft-inventory-tracking-research-paper.pdf
Lifecycle Cost Analysis Research Paper — Commercial HVAC tenders routinely require a 10 to 15 year lifecycle cost analysis, and most of what is submitted is energy consumption multiplied by a horizon. That is not a lifecycle cost. A defensible analysis carries five cost categories — first cost, energy, maintenance, refrigerant, and replacement — discounts each to present value, and states the sensitivity of its conclusion to the assumptions it could not know. Reported results: 10-15 yr — Horizon commercial HVAC tenders require; 5 — Cost categories a defensible analysis carries; 352 h/yr — Engineer-hours released (modelled). Standards covered: ISO 15686-5, NIST Handbook 135, Regulation (EU) 2024/573, ANSI/ASHRAE/IES Standard 90.1, ISO 16358-1, ANSI/AHRI Standard 550/590, AHRI Standard 340/360, IEC 62264-1 / ANSI-ISA-95.00.01. Free PDF download available.
Read online: https://milesoft.net/research/products/lifecycle · PDF: https://milesoft.net/research/milesoft-lifecycle-research-paper.pdf
Loading Dock Management Research Paper — Distribution-centre investment goes to doors, racks and handhelds. The product's own material makes a less comfortable claim: most facilities are leaving thirty to forty per cent of dock throughput unused in the doors they already have, and no physical change is required to recover it. Reported results: 30-40% — dock throughput unlocked from existing doors; 38% — dock idle time reduction, joint with the yard module; at booking — where capability constraints are enforced, not at arrival. Standards covered: EN 1398:2009, ISO 28000:2022, ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 SSCC, ISO 22400-2:2014, IEC 62264-3, Incoterms 2020 (ICC 723E). Free PDF download available.
Read online: https://milesoft.net/research/products/loading-dock-management · PDF: https://milesoft.net/research/milesoft-loading-dock-management-research-paper.pdf
Manufacturing ERP Research Paper — An order is not a record. It is an object that moves through a fixed sequence of gates — sold, planned, produced, delivered, invoiced — and at every gate it either passes or waits. The set of orders waiting at a gate is inventory in the strict sense, and it obeys the same conservation and flow relations as material inventory does. Reported results: 1,087 → 479 — orders entering the pipeline against orders invoiced; 12-20 weeks — implementation time for core modules; EOM + 90 d — payment terms beyond the last gate the dashboard shows. Standards covered: IEC 62264-1 / ANSI-ISA-95.00.01, IEC 62264-2:2015, IEC 62264-3, ISO 22400-1 / ISO 22400-2, ISO 4217:2015, Incoterms 2020 (ICC 723E), IATF 16949:2016, GS1 General Specifications. Free PDF download available.
Read online: https://milesoft.net/research/products/erp · PDF: https://milesoft.net/research/milesoft-erp-research-paper.pdf
Material Traceability Research Paper — A recall is a set-membership problem before it is anything else. The customer names a defect; the supplier must return the set of units that could carry it. Every hour spent computing that set is spent shipping and installing more of them, and every unit wrongly included in it is contained, recovered and replaced at full cost for nothing. Reported results: under 1 min — containment query returning affected units; 200 vs 20,000 — units contained, complete versus absent genealogy; 3 weeks → 1 day — IATF 16949 audit preparation, four-module programme. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, ISO 22005:2007, IATF 16949:2016, AS9100D, 21 CFR Part 11, Regulation (EU) 2017/745, 21 CFR Part 1, Subpart S, GS1 General Specifications / SSCC, ISO/IEC 15459-1:2014. Free PDF download available.
Read online: https://milesoft.net/research/products/material-traceability · PDF: https://milesoft.net/research/milesoft-material-traceability-research-paper.pdf
Order Fulfillment Research Paper — The product's material draws a distinction this paper takes as its starting point: a pick-list printer is not a fulfilment engine. Printing the work in a sensible order is a formatting problem. Deciding which orders travel together, by which strategy, and whether the result can be finished before the carrier leaves is a scheduling problem with a hard deadline in it. Reported results: 4 strategies — single order, batch, cluster and zone, selected per wave; 2-4 hours — earlier that a promise failure surfaces at wave time; 50%+ — order cycle time reduction claimed on the product page. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 SSCC, GS1 General Specifications, ISO/IEC 15459-1:2014, ISO 22400-2:2014, IEC 62264-3, Incoterms 2020 (ICC 723E). Free PDF download available.
Read online: https://milesoft.net/research/products/order-fulfillment · PDF: https://milesoft.net/research/milesoft-order-fulfillment-research-paper.pdf
Pick-to-Light Research Paper — A pick-to-light station is named after its least important component. The lamp tells an operator which bin to open, and telling is a warning function whose effectiveness depends on attention. What makes a wrong pick impossible is the interlock holding the other bins shut — a control function that is independent of attention, training and fatigue. Reported results: 0 — wrong-part picks since rollout, from a 1.4% baseline; 5 days — operator ramp-up, from four to six weeks; the lock — not the lamp - where the control function actually is. Standards covered: ISO 13849-1:2023, IATF 16949:2016, ISO 22400-2:2014, IEC 62264-3, IEC 62541 (OPC UA), ISO/IEC 19987:2024, GS1 General Specifications, ISO 5725-1. Free PDF download available.
Read online: https://milesoft.net/research/products/pick-to-light · PDF: https://milesoft.net/research/milesoft-pick-to-light-research-paper.pdf
Torque Traceability Research Paper — The joints that appear in automotive recalls are a short and predictable list: brakes, steering, suspension, airbag mounts. They are also the joints a supplier is least able to defend, because the evidence that a particular fastening on a particular vehicle met specification is distributed across controllers from four or five vendors, each writing results in its own format, none of them bound to the vehicle that was being built. Reported results: weeks → 1 day — IATF 16949 audit preparation; <1 min — Forward and backward traceability query; minutes — Response to an OEM containment request; 7,200/yr — Fastening errors avoided (modelled). Standards covered: IATF 16949:2016, VDI/VDE 2862 Blatt 1, ISO 22514-1 / ISO 22514-2, ISO 6789-1 / ISO 6789-2, IEC 62264-1 / ANSI-ISA-95.00.01, IEC 62541 (OPC UA), ISO 22400-2:2014, ISO/IEC 19987 (EPCIS). Free PDF download available.
Read online: https://milesoft.net/research/products/torque-traceability · PDF: https://milesoft.net/research/milesoft-torque-traceability-research-paper.pdf
Truck Turnaround Research Paper — Stand at the gate of a busy distribution centre between six and ten in the morning and the failure mode is visible from the road: fifteen trucks idling outside while two docks sit empty inside. That is not a capacity problem. It is a queue-discipline problem, and it is solvable with arithmetic that has been settled since the 1950s. Reported results: 3 h 10 → 1 h 20 — average gate-to-gate dwell, joint with the dock module; 3-5 min — manual gate processing removed per vehicle by plate recognition; 3 states — yard slots tracked as available, occupied or reserved. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 SSCC, ISO/IEC 15459-1:2014, ISO 28000:2022, ISO 22400-2:2014, Incoterms 2020 (ICC 723E), EN 1398:2009. Free PDF download available.
Read online: https://milesoft.net/research/products/truck-turnaround · PDF: https://milesoft.net/research/milesoft-truck-turnaround-research-paper.pdf
Warehouse Management (WMS) Research Paper — A warehouse management system is usually sold as a collection of workflows — receiving, putaway, picking, packing, shipping, counting. That framing obscures what the software actually is. Underneath every one of those workflows is a single ledger asserting, for each physical object, exactly one current state and exactly one current location, and every workflow is a guarded transition on that pair. Reported results: 6 weeks → 8 days — new-client onboarding, attributed to this module; zone-rack-bin — typed location records with capacity and current stock; 99%+ — inventory accuracy claimed on the product page. Standards covered: ISO/IEC 19987:2024, ISO/IEC 19988:2024, GS1 General Specifications, GS1 SSCC, ISO/IEC 15459-1:2014, ISO 22400-2:2014, IEC 62264-3, ISO 28000:2022. Free PDF download available.
Read online: https://milesoft.net/research/products/wms · PDF: https://milesoft.net/research/milesoft-wms-research-paper.pdf
MileSoft builds industrial software solutions across four domains: HVAC selection software, Industry 4.0 systems, manufacturing pokayoke, and warehouse solutions. The company helps manufacturers, HVAC companies, and logistics operators digitize and optimize their operations.
MileSoft serves manufacturing, automotive, healthcare, logistics and warehousing, construction, food and beverage, and pharmaceutical industries with 500+ active clients across USA, Canada, Europe, Middle East, and India.
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Yes — a free, no-sign-up ROI calculator estimates annual time and cost savings across HVAC selection, traceability & pokayoke, warehouse/WMS, and Industry 4.0. Automating HVAC selection typically cuts each selection from ~90 minutes to ~15 minutes; MileSoft has reduced selection-cycle time by ~70% in a documented deployment.
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