One record from the weighbridge to the signed certificate.
CMDApp is ConcreteInfo’s own software for the concrete laboratory — used by ready-mix plants, site laboratories and testing laboratories.
Materials, mix design, trials, production, quality and insights on a single record, priced per user and sold directly.
A design lives in one file, the batch ticket in another, the cube results in a third, and the certificate is typed by hand at the end. Every hand-off is a place a number changes — and nobody notices until an audit asks which value the concrete actually had.
CMDApp closes that chain. One record carries the mix from the material certificate, through the design and the trial, through the pour and the cube, to the signed conformity certificate — with the standards attached.
Each stage writes to the same record the next one reads. Nothing is re-keyed, and nothing is reconciled at the end of the month.
Cement, supplementary cementitious materials, aggregates, admixtures, water and fibres — each with its certificate, specific gravity, moisture and grading.
Mix proportioning to IS 10262:2019, with ACI 211.1, BRMCA, EFNARC, high-strength, UHPC, mass, flowable-fill and lightweight concrete alongside it.
Trial mixes with their own grading, their own cube sets and their own decision, so the design that went to the plant is the design that worked.
Batching, pours, delivery challans and batch tickets — with weights, volumes and slump recorded against the batch.
Fresh and hardened testing, calibration and equipment records, NCRs, CAPA and statistical process control on the same data.
Twenty-seven dashboards, seventeen analysis tools and a report builder that produces the certificate, the pack and the trend chart.
These are screenshots of the running application, not mock-ups. Each one names the screen it came from.
Nine design methods in the calculator — IS 10262:2019, ACI 211.1, BRMCA, EFNARC SCC, high-strength, UHPC, mass concrete, flowable fill and lightweight — and a unified engine that runs EN 206 with BS 8500, Road Note 4 and the fib Model Code 2010 against the same inputs for comparison.
Cement, supplementary cementitious materials, fine and coarse aggregates, admixtures, water and fibres — with specific gravity, moisture, absorption and grading held against the lot, not against a note.
Fresh and hardened concrete, cement, aggregate, admixture and durability tests. Test methods carry their standard and clause, so the record says how the number was obtained.
Inspection and test plans, the calibration register with what is due and what is overdue, the equipment list and the certificates behind them.
Non-conformance reports, corrective and preventive action on the 8D method, statistical process control charts and the QC intelligence dashboard that reads all of them together.
Pour register, live batching dashboard and delivery challans, each carrying the batch’s weights and volumes against the approved mix.
Twenty-seven dashboards and seventeen analysis tools: statistics and SPC, age to strength, maturity, mass concrete, crack prediction, particle packing, pumpability and mix prediction.
The QC intelligence dashboard reads the cube results against the IS 456 acceptance criteria and tells you where the margin is thinning — before the pour does.
Forty PDF report templates — mix design, cement, aggregate, concrete, durability, pour and conformity — and the embodied carbon calculator that puts the price of the mix beside its footprint.
Every rule the application applies is traceable to a clause of a published standard. The notes below say what each one governs, in our own words.
| Standard | What it governs here |
|---|---|
| IS 10262:2019 | The primary mix design method: target strength, water-cement ratio, minimum cement content and durability requirements by exposure. |
| IS 456:2000 | Plain and reinforced concrete: acceptance of strength results, durability requirements and the mix design controls that follow from them. |
| IS 383 | Aggregates for concrete: grading zones, fineness modulus and the sieve analysis the design depends on. |
| IS 516 | Methods of test for strength of concrete: how a cube or cylinder specimen is cast, cured and crushed. |
| IS 1199 | Fresh concrete: sampling, slump measurement and the other workability tests the batch record carries. |
| IS 4926 | Ready-mixed concrete: the code of practice for sampling, testing and the conformity certificate the plant owes the buyer. |
| IS 2386 (Part 1) | Methods of test for aggregates for concrete: sieve analysis, sampling and the fineness modulus calculation. |
| IS 4031 | Methods of physical and chemical testing of cement: Blaine fineness, setting time and soundness. |
| IS 7861 | Methods of testing for admixtures: the workability, strength and durability effects of an admixture, measured. |
| ACI 211.1 | The American weight method for proportioning normal-weight concrete, run beside the Indian method on the same inputs. |
| ACI 305R | Hot-weather concreting: the temperature limits and the adjustments the production screen applies to a hot pour. |
| BRMCA | The British method of mix proportioning, offered as a comparison against the Indian result. |
| EFNARC | Guidelines for self-compacting concrete: the slump-flow, T500 and V-f criteria the SCC design is checked against. |
A laboratory system that cannot talk to the plant, the accountant or the weighbridge is a second system, not a replacement.
JWT and API-key authentication, so an ERP, a portal or a laboratory information system can read and write the same records.
A public read and import surface for Tally and SAP, for the parties, the items and the vouchers.
Telemetry from the weighbridge lands on the batch, so the tonnage and the ticket agree.
WhatsApp Cloud API messages are received and written against the record they belong to.
A self-hosted Tesseract engine reads a laboratory worksheet and populates sieve analysis, strength and material forms.
A Python microservice trains on the platform’s own test history and predicts 28-day strength.
An offline write queue, so a reading taken with no signal is stored and sent when the signal returns.
A licensed Docker deployment on your own infrastructure, alongside dedicated enterprise and OEM deployments.
Per user, per month, priced by how many plants your organisation runs. Annual billing is priced at ten months for twelve months of use. All prices exclude GST.
| Plan | Monthly (₹/user/month) | Annual (₹/user/year) | Plants |
|---|---|---|---|
| Free | ₹0 | ₹0 | 1 plant · 3 lifetime mix designs |
| Solo | ₹1,299 | ₹12,990 | 1 plant |
| Growth | ₹1,899 | ₹18,990 | 2–4 plants |
| Enterprise | ₹2,799 | ₹27,990 | 5+, unlimited |
+18% GST
The free tier carries a 7-day full-access trial: every module, unlimited designs, no card required. After 7 days, unless you subscribe, the account reverts automatically to the Free tier of 3 lifetime mix designs. Each invited team member gets their own 7-day trial.
Pricing as of 24/10/2026. The live price is the one shown at cmdapp.concreteinfo.co.in.
In production, sold directly.
CMDApp is a live product with live paid plans. You can buy it yourself: self-service purchase, live plan limits, a Razorpay checkout and a GST invoice. The same build is available as a licensed Docker deployment on your own infrastructure.
A web application for the whole concrete laboratory: materials, mix design, trials, production, testing, quality and reporting, on one record. It runs in the browser and installs as a progressive web app.
Ready-mix plants, site laboratories and independent testing laboratories. The pricing is per user and banded by plant count, so a single-plant laboratory and a multi-plant group pay differently.
IS 10262:2019 is the primary method. Alongside it the calculator offers ACI 211.1, BRMCA, EFNARC self-compacting concrete, high-strength, UHPC, mass concrete, CLSM flowable fill and lightweight concrete. A unified engine can run EN 206 with BS 8500, Road Note 4 and the fib Model Code 2010 against the same inputs so the results can be compared.
It is the record, not a copy of it. Test entries, mix designs, pours and non-conformance reports live in the application, and the certificates and packs are generated from them. Existing spreadsheets can be imported rather than re-keyed.
Yes. The application ships as a Docker deployment under a licence agreement, with the same build and the same features as the hosted one. Dedicated enterprise and OEM deployments are also available.
A REST API v1 with JWT and API-key authentication, a public ERP API for Tally and SAP, weighbridge telemetry, a WhatsApp Cloud API webhook, an OCR service that reads laboratory worksheets, and a machine-learning service that predicts 28-day strength from the platform’s own test history.
Yes. The Free tier covers one plant and three mix designs for the life of the account. It starts with a 7-day full-access trial, and when that ends the account reverts automatically to the Free tier.
Every plan is priced per user. The band depends on how many plants the organisation runs: one plant for Solo, two to four for Growth, five or more for Enterprise. Annual billing is charged at ten months for twelve months of use. All prices are exclusive of GST.
Register, and the trial opens with every module and unlimited designs — no card, no sales call.
Mix design, plant audits and mix optimisation, done by us.
Software built for your own process, rather than ours.
Quality plans, procedures and checklists for the site.
The five-section method, explained step by step.
22 calculators on this site. No account needed.
55 technical questions on concrete quality and testing.
CMDApp side by side with CAMS2 — audience, standards, deployment and stage.