WP500 · OIL & GAS
Market Landing · WP500 Family

WP500 RTU for Oil & Gas Remote Operations

Secure RTU and edge gateway for wellhead, pipeline, terminal, tank farm, metering and gas distribution telemetry — field-to-control-room visibility without ripping out your existing SCADA or PLC.

Discuss O&G RTU Application → Request Wellhead / Pipeline Architecture Review Download WP500 Datasheet
WP500 industrial RTU and edge gateway for oil and gas wellhead, pipeline and terminal applications
SECURE BY DESIGN · IEC 62443-4-2
Linux Edge
Multi-Protocol
SE050 · TLS
IEC 62443-4-2
DIN-Rail · IP30
The Market Pressure

Oil & Gas operators need secure, reliable telemetry from every remote site.

Wellheads, pipelines, tank farms, terminals and gas distribution stations sit far from the control room. The gateway between OT and operations can no longer be an afterthought.
N+

Unmanned remote sites

Wells, pipeline pigging stations, CGS and metering skids spread across geographies with limited field staff.

9+

Protocol fragmentation

Flow meters, pumps, compressors, fire & gas systems and legacy PLCs all speak different dialects.

24×7

Comms reliability

Radio, cellular, FOC and VPN links drop — data is lost and alarms reach the control room late.

OT

Cyber exposure

Field gateways are now an active attack surface. OT security is no longer optional.

Where WP500 Fits

One secure edge node between O&G field assets and your control room.

WP500 ingests data from wellheads, flow meters, tank gauges, pumps, compressors, fire & gas systems, PLCs and gas stations — and forwards it securely to SCADA, ADVAIT, TASM2M, CMMS, cloud and the control room.
WP500 oil and gas RTU architecture: field devices including wellhead, flow meter, tank level, pump, compressor, fire and gas, PLC and gas station connect through WP500 to SCADA, ADVAIT, TASM2M, cloud, CMMS and control room
Applications

Built for the full Oil & Gas remote-operations stack.

One hardware platform, configured per site — from a single wellhead to a multi-site pipeline and terminal fleet.

Wellhead monitoring

Pressure, temperature, valve state and well status — wellhead RTU connectivity to SCADA and ADVAIT.

Pipeline telemetry

Pressure, flow, valve state and pig-tracking telemetry across pipeline segments and stations.

Tank farm monitoring

Tank level, temperature and inventory across multi-tank farms with one normalized data stream.

Terminal automation gateway

Loading arms, metering skids, F&G and electrical systems integrated into the terminal control room.

Flow metering

Ultrasonic, turbine, Coriolis and orifice meters polled and forwarded with time-aligned telemetry.

Pump monitoring

Pump health, vibration, run-hours, VFD parameters and discharge pressure to CMMS and analytics.

Compressor monitoring

Compressor package telemetry — pressures, temperatures, vibration and OEM controller data.

Tank level monitoring

Radar and guided-wave level inputs to SCADA, inventory and reconciliation workflows.

Fire & gas utility

Status, alarm and trip data from F&G panels to control room and CMMS for incident workflows.

Gas distribution station

CGS / city-gas station monitoring — pressure, flow, regulator status and metering data, securely upstream.

Remote alarm & event reporting

Time-aligned alarms and events from unmanned sites to control room, CMMS and on-call workflows.

Multi-site O&G fleet

Identical edge platform per site — same firmware, same management model, deployed across the fleet.

Pain Point vs WP500 Response

The buyer problem, mapped to a concrete capability.

Every row maps a real Oil & Gas pain point to how WP500 is positioned to respond as an industrial RTU and edge gateway.
Pain Point
WP500 Response
Remote unmanned sites with limited field visibility.
Edge polling, store-and-forward and secure northbound telemetry to SCADA, ADVAIT and cloud.
Multiple protocols and legacy field devices.
Multi-protocol stack: Modbus, DNP3, OPC UA, MQTT, IEC 61850, IEC 104, PROFIBUS, PROFINET, BACnet.
Communication reliability across radio, cellular, FOC or VPN networks.
Edge store-and-forward keeps data through link outages; forwards on reconnect over MQTT/TLS or DNP3.
Manual inspections and delayed alarm response.
Time-aligned alarms and events streamed automatically to control room and CMMS workflows.
Pipeline and terminal operational risk.
Continuous pressure, flow, valve and F&G telemetry — early visibility instead of post-event review.
Tank level / flow metering visibility gaps.
Standardized tank-level and flow polling normalized at the edge before forwarding upstream.
Pump / compressor health monitoring gaps.
Run-hours, vibration, VFD and OEM controller data forwarded to analytics and CMMS.
SCADA integration complexity.
Sits alongside existing SCADA — exposes data over DNP3, IEC 104, OPC UA without forcing a system swap.
Cybersecurity exposure at field gateways.
SE050 secure element, secure boot, TLS, firewall and IPS — designed to IEC 62443-4-2.
Need for scalable architecture across many sites.
Identical hardware and configuration model per site — fleet management without per-site reinvention.
O&G Value Proposition

Business outcomes for operators, EPCs, terminals and O&M teams.

Buyers are evaluating telemetry not as a feature but as the foundation for safer operations, lower downtime and stronger cyber posture.
01

Faster field-to-control-room visibility

Wellhead, pipeline and terminal data reach operations in near real time.

02

Lower dependency on manual site rounds

Remote diagnostics and continuous telemetry reduce truck rolls to unmanned sites.

03

Better alarm & event visibility

Time-aligned alarms reach SCADA, CMMS and on-call teams with full context.

04

Secure telemetry & remote access

SE050, TLS and IEC 62443-4-2 design posture protect the edge-to-cloud pipe.

05

Easier integration with SCADA & ADVAIT

Standard protocols out, normalized data in — no rip-and-replace of installed control systems.

06

Foundation for maintenance & analytics

Clean, normalized telemetry powers CMMS work orders and condition-based maintenance.

Technical Capability

Validated WP500 capability for Oil & Gas deployments.

Only specifications already validated in WP500 product documentation are listed below.

Compute

  • Linux edge compute
  • Store-and-forward buffering
  • Edge logic at the gateway

Protocols

  • Modbus RTU / TCP
  • DNP3 · IEC 104 · IEC 61850
  • OPC UA · MQTT
  • PROFIBUS · PROFINET · BACnet

Security

  • EdgeLock SE050 secure element
  • Secure boot · TLS
  • Firewall · IPS
  • Designed to IEC 62443-4-2

Hardware

  • DIN-rail mount
  • IP30 enclosure
  • Redundant 24 VDC input
  • Industrial operating range

Technical specifications are subject to final datasheet confirmation.

Deployment note: Suitable for O&G remote automation architectures, subject to certified enclosure, panel and site engineering requirements.

TAS O&G Proof

Oil & Gas experience behind the WP500 platform.

TAS has been delivering wellhead RTU communication, pipeline communication networks, gas distribution station monitoring, DCS / PLC / RTU integration, flow metering, tank level monitoring and remote monitoring projects.

TAS brings together wellhead RTU communication, pipeline communication networks, gas distribution station monitoring, DCS / PLC / RTU integration, flow metering and tank level monitoring experience — the same operational understanding that shapes how WP500 is positioned for Oil & Gas customers.

Wellhead

Wellhead RTU communication for upstream remote monitoring deployments.

Pipeline

Pipeline communication network and telemetry engineering for transmission and distribution.

CGS

Gas distribution station monitoring with secure upstream connectivity.

Metering

Flow metering and tank level monitoring integrated into operational dashboards.

OT Security

Cybersecurity-first engineering for O&G field gateways.

Field RTUs are an active attack surface. WP500 is engineered with that posture in mind — not retrofitted after the fact.

Secure boot

Cryptographically verified boot chain prevents unauthorized firmware on the gateway.

TLS-protected channels

Northbound MQTT/TLS and HTTPS pipes encrypt edge-to-cloud and edge-to-control-room traffic.

Firewall

On-device firewall isolates field-side and control-side traffic per deployment policy.

Intrusion prevention

IPS engine to detect and block known attack patterns at the gateway level.

IEC 62443-aligned engineering

Designed to IEC 62443-4-2 product-side security requirements for industrial gateways.

OT / IT segmentation

Clean separation between field-bus traffic and IT-side telemetry — by design, per port and per zone.

Integration

Plugs into the TAS O&G ecosystem and your existing stack.

WP500 is engineered to integrate, not isolate. It feeds SCADA, ADVAIT, TASM2M, CMMS and your cloud — and powers control-room operations.

SCADA / DCS

Standard protocols — keep your existing control system.

ADVAIT

Dashboards, KPIs & analytics on top of edge telemetry.

TASM2M / IIoT

Cloud telemetry for fleet-wide remote visibility.

CMMS Workflow

Trigger maintenance from real edge events & alarms.

Cloud / MQTT

MQTT/TLS & HTTPS pipes to private or public cloud.

Control Room

Operational reporting, alerts and shift-handover dashboards.
Lead Offer

Oil & Gas RTU Site Architecture Review

Share your application — wellhead, pipeline, tank farm, terminal, gas distribution, pump or compressor monitoring — and a TAS engineer will respond with a tailored WP500 architecture for your site.

  • Field-device inventory & protocol mapping
  • WP500 deployment topology per site
  • Northbound path to SCADA / ADVAIT / TASM2M / CMMS / cloud
  • Security & redundancy posture · cyber checklist

Response within 1 business day. No obligation.

FAQ

WP500 Oil & Gas RTU — common questions.

For specifics on a particular site, request the Architecture Review above.
What is an Oil & Gas RTU?
An Oil & Gas RTU (Remote Terminal Unit) is an industrial gateway that collects data from field devices at an O&G site — wellheads, flow meters, tank gauges, pumps, compressors, fire & gas systems, PLCs and gas distribution stations — and forwards that data to control-room systems such as SCADA, ADVAIT, CMMS and cloud platforms over standardized protocols.
Can WP500 be used for wellhead monitoring?
Yes. WP500 is positioned for wellhead monitoring — polling wellhead pressure, temperature, valve state and well status from Modbus / HART / 4–20 mA devices and forwarding the data securely to SCADA, ADVAIT or cloud.
Can WP500 connect to existing SCADA?
Yes. WP500 is designed for brownfield integration. It coexists with existing SCADA, DCS and PLC systems and exposes data over standard SCADA protocols (DNP3, IEC 104, OPC UA, Modbus TCP) so you do not need to replace your installed control system.
Can WP500 be used for pipeline or tank farm telemetry?
Yes. WP500 sits at the pipeline station or tank farm edge between flow meters, pressure transmitters, level gauges, valves and pumps and the upstream SCADA / ADVAIT / cloud system. It normalizes data at the edge, buffers during link outages and forwards securely over MQTT/TLS, DNP3 or IEC 104.
Which protocols can WP500 support?
WP500 supports multiple industrial protocols including Modbus, DNP3, OPC UA, MQTT, IEC 61850, IEC 104, PROFIBUS, PROFINET and BACnet, as documented in the WP500 product source. The exact protocol set per deployment is confirmed during the architecture review.
Is WP500 hazardous-area certified?
WP500 is a DIN-rail IP30 industrial gateway. It is not marketed as an ATEX / IECEx / Zone 1 / Zone 2 certified device. It is suitable for O&G remote automation architectures, subject to certified enclosure, panel and site engineering requirements — typically housed in an appropriately rated cabinet engineered for the site’s hazardous-area classification.
How can TAS support complete O&G RTU integration?
Beyond the WP500 hardware, TAS supports end-to-end architecture — wellhead RTU communication, pipeline communication networks, gas distribution station monitoring, DCS / PLC / RTU integration, flow metering, tank level monitoring, ADVAIT dashboards, TASM2M telemetry and CMMS workflows. Request an Architecture Review to engage.
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