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Four railway environments. One software estate.

A railway estate is not one environment but four. A platform fails through crowding, a freight corridor through unmanned intrusion, a semi-high-speed corridor through level-crossing conflict, a high-speed corridor through anything foreign on the track. LENS runs all four on one software estate: one login, one map, one evidence chain, one operating picture.

Operating principle Capability, not deployment.
This page states what LENS deploys for a railway estate of this class. It does not name customers, sites or contracts. Analytics, density thresholds and retention are configured per site, and proof-of-concept criteria are agreed up front with measurable pass-or-fail thresholds, tested on the actual proposed stack under defined day, night, weather, occlusion and density conditions.
The operating challenge

Four environments. Four failure modes.

A railway estate is not one environment but four, and each fails differently. A suburban platform fails through crowding; a freight corridor through unmanned intrusion across hundreds of kilometres of unfenced right-of-way. A semi-high-speed corridor fails through level-crossing conflict, and a high-speed corridor through anything foreign on the track.

What LENS deploys

Requirement, mapped to product.

Station and platform surveillance, video wall, recording and evidence
Divisional and zonal command, incident SOPs, public address, passenger information
Camera, switch, optical-fibre and signalling-network health across the section
Staff and contractor access, RPF gate control, contractor muster, visitor gatepass
Passenger identity, e-gate verification, watchlist alerting
Signalling, telecom and data-centre room infrastructure
O&M service desk, SLA and penalty tracking against the contract
Priority analytics by railway environment

What the analytic is actually watching for.

Platforms & stations

Fails through crowding
  • Yellow-line and platform-edge crossing
  • Track intrusion
  • Overcrowding and density thresholds per platform
  • Unattended baggage
  • Chain-pulling correlation
  • Fallen person and man-down
  • Lost-child and missing-person face search

Freight corridors (DFCCIL)

Fails through unmanned intrusion
  • Fence-line intrusion over long unmanned spans
  • Bi-spectrum thermal and infrared at elevated vantage
  • Fence climb, cut and crawl-under
  • Cable theft and object removal
  • Wagon and container tamper
  • ANPR at gate and weighbridge

Semi-high-speed

Fails through level-crossing conflict
  • Level-crossing violation with ANPR evidence
  • E-challan evidence hand-off
  • Trespass on the alignment
  • Cattle and stray animal on track
  • Stone-pelting and vandalism
  • Obstruction and debris on the track bed

High-speed

Fails through anything foreign on track
  • Foreign-object and debris detection
  • Sealed-corridor intrusion with thermal confirmation
  • Perimeter breach with instant camera pop-up
  • Drone and unauthorised aerial activity
  • Viaduct and tunnel-portal monitoring
  • Emergency call box and SOS with two-way audio and video

Depots, yards & workshops

Fails through unsafe practice
  • Personal protective equipment and helmet compliance
  • Crane and equipment proximity
  • Restricted-zone and pit-line safety
  • Fire and smoke ahead of point sensors
  • Thermal hot-spot on electrical panels
  • Asset movement and vehicle tracing

Modules are individually licensable and rule-configurable per camera. Thresholds are set per site. See the full 892 analytics modules across 26 categories.

Proof points for this sector

On the record.

LENS analytics are type-tested for railway application, and the platform is dimensioned against RDSO/SPN/TC/65/2021 Version 6.0, including its Command Control Centre requirements, where a tender cites it.
The GIS layer ships with a standard railway symbol library. Train movement plots live on the map from GPS, alongside road vehicles, vessels and aircraft.
Railways standard
Dimensioned against RDSO/SPN/TC/65/2021 v6.0 for railway video surveillance, including its Command Control Centre requirements, applied per tender. RailTel-empanelled OEM.
Application security
STQC (MeitY) VAPT certified, web client and Linux thick client, all OWASP Top 10 (2021) categories. Cert. ref. STQC IT/HYD/2024-25/21/VAPT review/VMS FRS/01. CERT-In empanelled-auditor VAPT.
Procurement
Class-I Local Supplier under the Public Procurement (Preference to Make in India) Order, 2017. MSME registered, available on GeM.
Data protection
DPDP Act, 2023 privacy by design. Safe-to-Host declaration on the STQC VAPT.
Critical infrastructure
IEC 62443 zoned, least-privilege deployment and NCIIPC-suitable controls.

Shown on the India edition of this site. These credentials apply to Indian government and PSU procurement. Full details on RDSO alignment, STQC certification and Class-I Local Supplier status.

One alarm. One screen.

One OEM answers for video, analytics, identity, network health and the command centre. A section controller sees a platform-edge alarm, the camera that raised it, the SOP for it, the RPF unit nearest to it and the audit record of what was done. Without leaving one screen.

One login · one role-based access model · one database of record · one append-only, hash-chained audit trail.

Perpetual licences · on-premise and air-gap capable · processing within India