Retail & Malls.
Footfall, loyalty, footprint.

Mall operations run on BMS, analytics-grade CCTV, video walls, PA, NBC-compliant fire and hydrant networks, and Wi-Fi covering tenants and common zones. BMS for HVAC, lighting and energy across the common areas; analytics-grade CCTV for footfall, dwell-time and queue monitoring; video walls for atrium and façade signage; PA for routine paging and life-safety; fire alarm and hydrant networks per NBC for high-occupancy retail; structured cabling and Wi-Fi covering tenant areas and common zones. We are currently delivering the BMS automation scope at Unity Mall, Guwahati for NCC Limited.

Footfall and dwell are measured via video analytics overlays on the existing CCTV plane: people-counting at entries, dwell-time at brand windows, queue and heat-map analytics for store planning. Video analytics overlays on the existing CCTV plane: people-counting at entries, dwell-time at brand windows, queue-length monitoring at checkout and food-court, heat-map generation for store planning. The analytics drive a marketing dashboard rather than just a security feed — and the same camera infrastructure serves both purposes.

Mall PA must comply with EN 54-16 or IS 16102-2 voice-evacuation, coordinated with addressable fire alarm so any alarm event overrides routine paging instantly. EN 54-16 / IS 16102-2 voice-evacuation PA is mandatory and must coordinate with the addressable fire alarm. Routine paging (mall announcements, lost-child broadcasts, marketing calls) should run on the same backbone with separate priority routing so a fire-alarm event overrides routine paging instantly. We engineer this priority logic into every mall PA we deliver.

Yes — tenant-zone sub-metering drives automated monthly cross-charging reports broken out from common-area utility load, eliminating disputes over flat per-area rates. Sub-metering at tenant-zone level drives an automated cross-charging report each month — actual electricity, water and HVAC consumption per tenant, cleanly broken out from common-area utility load. This eliminates the disputes that come with flat per-area rates and provides every tenant with their actual usage data.

Mall integration runs 14–22 weeks for BMS, 8–12 for CCTV-with-analytics, 16–24 for life-safety and 8–10 for network — sequenced to land at soft-opening together. BMS for a flagship mall: 14–22 weeks. CCTV with analytics: 8–12 weeks. Life-safety (fire, PA, hydrant): 16–24 weeks. Network and structured cabling: 8–10 weeks. Where we deliver multiple disciplines turnkey, we sequence them so commissioning lands together with the mall's soft-opening rather than dragging into operations.

Tenant fit-out coordination runs through documented tenant-services schedules — power, data, fire-detection points and BMS interface published as a mall-services standard each fit-out contractor builds to. Documented tenant-services schedules. Each retail unit is handed over with its known services — power, data, fire-detection points, BMS interface — and tenant fit-out contractors work to a published mall-services standard. We act as the technical liaison for tenant fit-outs that touch the building's life-safety, BMS or analytics layer, so the central systems remain coherent across hundreds of tenant changes.

Yes — flagship retail and brand showrooms get the same engineering discipline as a mall, with a higher emphasis on visual integration into the brand's interior architecture. Brand-flagship retail typically wants a smaller but more design-led specification — recessed AV, hidden audio, façade lighting that follows the brand's identity, analytics-grade cameras for footfall and dwell. We design these as miniature integrated environments, with the same engineering discipline as a mall but a far higher emphasis on visual integration with the interior architecture.

Retail projects most often fail through late life-safety coordination with tenants and undersized networks for analytics-and-tenant-Wi-Fi load — both preventable through design discipline. Two failures repeat. Coordinating life-safety with tenant fit-out late — leading to fire-NOC delays at opening — is avoided by publishing the mall-services standard early and enforcing it. And undersizing the network for analytics and tenant-Wi-Fi load is avoided by designing for year-three concurrent device count, not opening day. Both failures are predictable; both are preventable through discipline at design stage.