Transportation & Mobility

Software Engineering for Transportation & Mobility Infrastructure

ITS is our deepest domain - 12+ years and 2,100+ intersections in continuous delivery for Siemens Mobility and Yunex Traffic. We bring the same safety-critical engineering discipline to Rail signaling and V2X connected mobility programs.

Discuss Your Program ITS Engineering Deep-Dive →

Delivered for

Eastgate Software delivers software engineering for Transportation & Mobility across three domains: ITS urban traffic management (12+ years, Siemens Mobility, Yunex Traffic, Autobahn GmbH), Rail signaling systems (CBTC, ETCS, EN 50128 discipline), and V2X connected mobility (production-deployed protocols, RSU firmware, C-ITS corridors). 200+ engineers, ISO 27001 and ISO 9001 certified.

12+ years delivery

ITS / Urban Traffic

ATMS, signal control, SCADA, digital twin, and protocol integration. Delivered for Siemens Mobility and Yunex Traffic across 8+ countries.

ITS capabilities ↓

Built on ITS foundations

Rail Systems

Growing practice area. Safety-critical embedded experience from ITS maps directly to CBTC, ETCS, and EN 50128 signaling programs.

Rail capabilities ↓

Production deployed

V2X & Connected Mobility

802.11p and C-V2X RSU firmware, smart intersections, and C-ITS corridor integration. One of our 8 native ITS protocols.

V2X capabilities ↓

What We Deliver in ITS & Urban Traffic Management

12 years of continuous delivery for the companies that run the world's traffic infrastructure. Engineers who have shipped production systems - no domain onboarding required.

Core capability

ATMS & Signal Control Software

Platform-native engineering on ATMS and UTC systems. 12 years inside Siemens Mobility and Yunex Traffic production environments - no ramp-up on your platform required.

8 protocols

Protocol Integration

OCIT-C, NTCIP, SCATS, SCOOT, TRANSYT, 802.11p, SNMP. Production-deployed across 8+ countries. Engineers ready on your protocol stack in 4 weeks.

Always-on systems

SCADA & Infrastructure Monitoring

Supervisory control, real-time dashboards, anomaly detection, and predictive maintenance for live traffic infrastructure at scale.

Pre-deployment testing

Digital Twin & Simulation

Virtual network models and traffic simulation - validate changes and test failure scenarios before deployment on live intersections.

Full ITS Engineering Practice Start with an ITS consulting engagement →

Our Engineering Foundations for Rail Programs

Rail is a growing practice area, built on 12 years of safety-critical embedded engineering from ITS. The disciplines transfer directly - real-time firmware, safety standards, protocol engineering. We start with a technology assessment to map your architecture against our capabilities.

Safety-critical

Signaling Software (CBTC & ETCS)

Embedded engineers with safety-critical backgrounds from ITS. Familiar with EN 50128 discipline, ETCS/ERTMS protocol layers, and onboard/trackside signaling architecture.

Real-time firmware

Trackside Embedded Systems

Real-time firmware for trackside and onboard equipment - the same engineering discipline applied to traffic signal controllers, adapted to rail environments.

Fixed-price engagement

Rail Technology Assessment

4-8 week structured assessment: map your signaling architecture, identify software integration gaps, and produce a modernization roadmap.

Embedded firmware

ITS: Traffic signal controllers

Rail: Trackside embedded systems

Safety standards

ITS: IEC 61508 / safety-critical ITS

Rail: EN 50128 railway software

Protocol engineering

ITS: OCIT-C protocol integration

Rail: ETCS/ERTMS protocol layers

Discuss a Rail Program We start with a technology assessment - 4-8 weeks, fixed price, no further commitment required

InnoTrans (Berlin, biennial): We meet with rail OEMs, system integrators, and consulting firms at InnoTrans. If you're attending, reach out to arrange a meeting.

What We Deliver in V2X & Connected Mobility

V2X is not a new capability - it is one of our 8 native ITS protocols with production deployments in the UK and US.

Production deployed

V2X Communication Software

802.11p (DSRC) and C-V2X (LTE/5G). Delivered emergency vehicle priority systems for a 16-intersection test field in Newcastle, UK.

Smart infrastructure

RSU Firmware & Connected Intersections

Roadside unit firmware, V2I/I2V integration, and smart intersection sensor fusion for connected corridor programs.

Standards coverage

C-ITS Standards & Compliance

DSRC (802.11p), C-V2X (LTE/5G), ETSI ITS-G5, C-ITS EU mandate, SAE J2945, NTCIP V2I extensions.

Discuss a V2X or C-ITS corridor program →

Frequently Asked Questions

What does Eastgate Software deliver in Transportation & Mobility?

We deliver software engineering across three domains: ITS urban traffic management (ATMS, SCADA, signal control, protocol integration), Rail signaling systems (CBTC, ETCS, trackside embedded software), and V2X connected mobility (RSU firmware, C-ITS corridors, connected vehicle platforms). Our ITS practice is the most established - 12 years of continuous delivery for Siemens Mobility and Yunex Traffic across 8+ countries.

How quickly can Eastgate start on a transportation program?

For ITS programs, engineers who have shipped on your platform can be production-ready in 4 weeks - no ramp-up required. For rail signaling projects, we typically begin with a short technology assessment to map your architecture against our embedded capabilities. For V2X, engineers with protocol and RSU experience are available in 4-6 weeks.

What rail signaling capabilities does Eastgate bring?

Rail is a growing practice area, built on 12 years of safety-critical embedded engineering from ITS. We bring real-time firmware experience, IEC 61508 discipline that maps directly to EN 50128, and protocol engineering depth. If you are evaluating engineering partners for a rail program, we will walk through our ITS background and how it maps to your specific requirements.

What V2X engineering has Eastgate delivered?

V2X is one of our 8 native ITS protocols. Delivered work includes 802.11p communication between emergency vehicles and traffic light controllers, RSU firmware for connected intersections, and C-ITS corridor integration. Standards coverage includes DSRC (802.11p), C-V2X (LTE/5G), ETSI ITS-G5, C-ITS EU mandate, SAE J2945, and NTCIP V2I extensions.

Deep-Dive