Engineering & Compliance Software for Indian Industry

GammaQ is built by a team with long experience in Fire & Gas, industrial CCTV, PA/GA and control-system packages for EPC projects. Our tools follow the way Indian plants, consultants and tender documents actually work, so system integrators and EPC contractors get engineering-grade BOQs, coverage studies and reports faster and with fewer errors.

Our online engineering tools run on monthly or yearly subscription. Other solutions are supplied on perpetual licence, delivered as engineering projects, or with hardware and installation — chosen to suit the customer's site and procurement process.

Oil & gas, refineries and petrochemicals, chemicals, power and renewable energy, pharmaceuticals, food & beverage, FMCG, manufacturing and infrastructure — working with plant owners, EPC contractors, consultants and system integrators across India.

The CCTV Preliminary Engineering tool produces a same-day quick estimate and a detailed budgetary BOQ for industrial CCTV systems — cameras by zone, cabling, network switches, storage and accessories — so system integrators can respond to CCTV tenders and budget enquiries quickly.

Outputs are budgetary estimates in the AACE Class 3–4 range (typically ±15% to ±30%), built on standard engineering assumptions. Final camera positions, cable routing and hardware selection are confirmed by site survey and detailed engineering.

Security system integrators, EPC contractors and consultants preparing CCTV budgets, tender responses and early-stage designs for plants, warehouses, refineries and infrastructure sites.

An F&G mapping study checks whether flame and gas detectors actually cover the hazards in a process plant. GammaQ evaluates detector layouts, identifies coverage gaps and recommends detector count and placement, so hazards are detected early and false confidence in the layout is removed.

Geometric mapping checks detector coverage against risk-based distances from protected equipment. Scenario-based mapping models how a gas release actually disperses with wind and leak conditions, showing whether detectors would see a real leak — not just whether they have line of sight.

Oil & gas production and processing facilities, refineries, petrochemical and chemical plants, gas terminals, compressor stations and other sites handling flammable or toxic gases.

eLOC combines readings from the gas detectors already installed in the plant with live wind direction and speed, models how the gas cloud is dispersing, and traces it back to the most likely leak source — so response teams know where to go, not just that an alarm has gone off.

No. Source tracing uses readings from your existing fixed gas detectors together with wind data, and shows a live concentration heatmap across the plant layout.

Yes. Incident replay shows the full sequence of detector alarms and wind history, which supports incident investigation, reporting and drills.

A PA/GA (public address and general alarm) acoustic study confirms that alarms and announcements can be heard and understood in every zone of a plant. It sets speaker and beacon type, count and location from sound propagation against each zone's ambient noise, with coverage heatmaps, device schedule, BOQ and a study report.

Speech intelligibility is assessed using STIPA as defined in IEC 60268-16. The study targets the intelligibility margin each zone needs over its background noise, so announcements are understood — not only heard.

In high-noise areas, roughly 90 dB(A) and above, both speakers and visual beacons are included by default, because audible alarms alone may not be noticed. The engineer can then adjust device types and positions to suit the site.

TSI Network Designer is Windows desktop software for telecom and security integration (TSI). From device quantities and distances it engineers the fibre backbone, switches, optics, link budgets and VLAN plan for CCTV, PA/GA, access control, PIDS, telephone, radio, LAN and master clock, and produces an A3 drawing set, cable schedule and BOQ for plants and pipelines.

No. It installs, licenses and runs fully on-premise. Tender documents, drawings and project files are opened and saved on your own computer, and licensing is offline and machine-bound, with no user account or activation server.

Results support proposal and basic engineering, using standard assumptions you can see and edit, such as fibre loss, splice loss and margins. Final values are confirmed against offered equipment datasheets and measured fibre loss during detailed engineering.

It builds a loss chain from sunlight to meter — soiling, shading, string faults, inverter, cable, transformer and grid losses — using the plant's own data, flags underperforming equipment and values recoverable generation in rupees at your tariff.

Inverter or SCADA exports, weather-sensor irradiance data (or satellite irradiance for the plant location) and energy meter readings.

Yes. It separates the sunlight that actually arrived from what the plant did with it, so owners can see whether a shortfall is due to weather or to plant losses that the EPC or O&M contractor should fix.

GammaQ's BRSR Compliance platform guides sustainability and compliance teams through each section of SEBI's Business Responsibility and Sustainability Report and produces a disclosure-ready report.

BRSR Core is the set of key indicators SEBI requires to be assured — covering areas such as greenhouse gas emissions, energy, water, waste and other ESG metrics. GammaQ helps teams collect and present these consistently.

SEBI requires the top 1,000 listed companies by market capitalisation to file a BRSR with their annual report, with BRSR Core assurance phased in for the largest companies.

Methane leak detection finds fugitive gas leaks from equipment in real time, and flare monitoring tracks combustion efficiency on flare stacks, with early-warning alerts when an emissions event happens.

Continuous monitoring catches leaks and poor flare combustion as they happen instead of in a periodic survey, reducing greenhouse gas emissions, product loss and safety risk, and supporting emissions reporting.

GammaQ provides consulting, supply and installation of continuous inkjet (CIJ) printers for food, beverage, pharmaceutical and FMCG production lines.

Batch numbers, manufacturing and expiry dates, lot codes and barcodes — printed without contact on cartons, pouches, bottles and cans at line speed.

Yes. Inks and make-up fluids are matched to the printer and substrate, so line uptime does not depend on chasing parts.