Cutting-edge engineering solutions for the railway sector.

Proprietary systems designed to generate continuous data streams (24/7), ensuring advanced predictive diagnostics, active safety, and strict compliance with international and network-specific regulatory standards.

Continuous, real-time 24/7 monitoring
Predictive artificial intelligence algorithms
Architecture and SIL safety standards
Native integration with existing systems
MTR 2.0 // Thermal Telemetry
01 Thermal Monitoring

MTR 2.0

Rail temperature monitoring for structural safety.

RFI DTCST SF IS 00 120 1 A Secure Wi-Fi APN AI Thermal Model

The Rail Temperature Monitoring system (MTR 2.0) represents the gold standard for the automatic detection of rail temperatures. Utilizing anodized aluminum probes equipped with three 1-Wire sensors, it ensures precise, centralized monitoring via the IS01 (IS737) protocol. The platform enhances operator safety by enabling remote configuration through a dedicated Wi-Fi APN, drastically reducing the need for personnel to work in close proximity to the tracks.

  • Advanced Predictive Diagnostics: Integration of proprietary, AI-driven thermal models to anticipate when critical safety thresholds will be exceeded.
  • Multi-channel Transmission: Native support for LAN, GSM/GSM-R modems, the MQTT protocol for IoT environments, and fiber-optic connections.
RCE // Millisecond Stream
02 Event Acquisition

RCE

Chronological Event Recorder for signaling systems.

Millisecond Precision Modular Architecture Post-Event Analysis

The Chronological Event Recorder (CER) is designed for the acquisition, synchronization, and secure storage of every state change originating from railway signaling systems. Through ultra-high-precision time-stamping, the system faithfully reconstructs the dynamic sequence of facility activities, drastically reducing troubleshooting time and supporting both audits and maintenance.

  • Granular Monitoring: Instantly capture both rapid, millisecond-scale impulsive events and long-duration state transitions in relays, track circuits, and switches.
  • Structural Flexibility: Scalable and modular configuration designed to adapt perfectly to any size or level of complexity of an existing infrastructure.
DP // AI Curve Validation
03 System Diagnostics

Diagnostic probes

Non-intrusive analysis of railway switches and level crossings

No Intrusive (0-400V) Machine Learning CAN BUS output

Future’s Tech BSN’s diagnostic probes provide a completely non-intrusive interface for conditioning electrical signals from railway switches and level crossing barriers. The system captures both DC and AC voltages and currents, generating operational curves and utilizing machine learning algorithms to assess the system’s acceptability status in real time.

  • Intelligent Predictive Maintenance: Early detection of anomalies and structural micro-degradation through constant comparison with nominal curve profiles.
  • Industrial Reliability: Full compliance with the EN 50124-1 standard, tropicalized electronic boards, and integrated self-diagnostic functions.
Tunnel Supervisor // SCADA Matrix
04 Infrastructure Monitoring

Gallery supervisor

SCADA system for electrical supervision in a tunnel.

RFI DTCSTE SF EN LF 616 1 A 1kV Reconfiguration Remote PLC Control

Developed in compliance with the RFI DTCSTE SF EN LF 616 1 A specification and operationally tested in the Monte Tratturale tunnel in collaboration with Ferrovie del Gargano, the Tunnel Supervisor acts as a central command and control hub. The system oversees the entire electrical network and ensures superior safety standards.

  • Automatic Reconfiguration: Ability to independently reconfigure the 1 kV backbone to promptly restore power in the event of a fault.
  • Remote System Management: Complete control over LED emergency lighting, emergency exit push-buttons, transformers, switches, and protection devices, without requiring physical access inside the tunnel.
Flexibility & Integration

100% customizable, open to new solutions

The products presented are already-developed solutions, but each system can be adapted to national regulations and the specific requirements of individual production lines. Our expertise also extends to new monitoring and diagnostic systems: if you have a need that isn’t addressed on this page, let’s discuss it.

Direct Line

Speak with one of our specialist.

Schedule a technical meeting or request detailed information about our operational monitoring systems.

Technical Support
TS

Technical & Business Support

Response guaranteed within 24 business hours.

System Integrity

Future’s Tech Bsn

Design, development, and implementation of electronic, electromechanical, and computer-based devices for railway signaling, diagnostics, and safety.

Registered office: Viale dello Statuto 1, 04100 Latina (LT) – Italy

Local Unit: Via della Stazione 285, 04100 Latina (LT) – Italy

Pec: futurestechbsn@pec.it

E-mail: futurestechbsn@gmail.com


FUTURE’S TECH BSN S.R.L. • P.IVA / C.F. 03100130594 • Registration in the Register of Companies di Frosinone – Latina (Italy) • REA: LT – 223617 • Share Capital: € 10.000,00 i.v.