"Invisible" threats on transportation and railways may include digital attacks, insider threats, and other subtle forms of disruption that are not immediately obvious or detectable.
AirShield Wireless Airspace Defense is an intelligent, proactive solution to protect mission-critical wireless networks.
It's a comprehensive security platform that intelligently utilizes state-of-the-art software-defined radios to detect and respond to threats that could compromise wireless signals across critical infrastructure, especially transportation and railway environments.
With this defense system, you can rely on the AirShield wireless security platform to constantly monitor and protect wireless networks from malicious or unauthorized activities.
Through patented AI wireless machine vision, the AirShield wireless airspace defense system will protect and secure mission-critical applications like GPS, Cellular/CBRS, RF/Wireless, and Wi-Fi from emerging new threats.
Wireless Threats and Risks Impacting Transportation and Railways
Unauthorized Access & Hacking
Cybercriminals can exploit vulnerabilities in wireless networks used in transportation systems, leading to unauthorized access to control systems, data breaches, and disruptions.
Denial of Service (DOS) Attacks
Attackers can use DoS attacks to overwhelm network resources, causing disruptions in communication and operational control.
Spoofing & Jamming
Spoofing GPS signals or jamming communication frequencies can lead to navigation errors and loss of communication, severely impacting safety and operational efficiency.
Data Interception & Eavesdropping
Wireless communications, if not properly encrypted, can be intercepted, leading to the exposure of sensitive information such as passenger data, operational details, and control commands.
Ransomware & Malware
Wireless networks can be entry points for ransomware and other malware, potentially paralyzing critical systems and demanding ransom for restoration.
Securing Our Water: Strategies for Strengthening Cybersecurity Post-American Water Breach
Read MoreCreating the Next Frontier in Wireless Technology: The Critical Need for Wireless Airspace Defense
Read MoreGartner® Recognizes LOCH for Medical Device Risk Management Platforms
Read MoreThe Silent Threat of Rogue Wi-Fi Networks on Navy Ships – How LOCH's AirShield Could Have Prevented a Security Breach
Read MoreWhich Industries are most vulnerable to LLM attacks?
Read MoreStrengthening National Security with LOCH AirShield Wireless Airspace Defense and ACS - Autonomic Cybersecurity: Mitigating the Risks of Chinese Maritime Cranes
Read MoreAdvancing the Future of Cybersecurity with Resilient Machine Learning Systems (rMLS) to Protect Artificial Intelligence and Machine Learning from Cyberattacks
Read MoreDefending Against Flipper Zero Attacks: How LOCH AirShield Protects Your Wireless Airspace
Read MoreThe Rising Threat of GPS Spoofing: How AirShield's GPS Canary Defends the Skies
Read MoreLeveraging Software-Defined Radios at DEFCON: Enhancing Security or Raising Concerns?
Read MoreThe Potential Impact of Disruptions on
Business Operations and Rail Transportation
Operational Disruptions
Wireless threats can cause significant disruptions in the scheduling and coordination of transportation systems, leading to delays, cancellations, and financial losses.
Safety Risks
Interference with control systems can compromise the safety of passengers and staff, potentially leading to accidents and injuries.
Reputation Damage
Breaches and service disruptions can erode public trust and confidence in transportation services.
Financial Losses
The cost of recovery, legal liabilities, and compensation for affected parties can be substantial.
Regulatory Penalties
Non-compliance with cybersecurity regulations can result in fines and other penalties from regulatory bodies.
It's crucial to take proactive measures to ensure the safety and security of transportation and railways to avoid these downfalls in transportation business operations.
Comprehensive Wireless Monitoring
LOCH's AirShield solutions continuously monitor the wireless airspace for unauthorized devices, rogue access points, and potential threats, providing real-time visibility into the wireless environment and leveraging the benefits of SDRs - AI-enabled signal intelligence.
AI-Enabled Threat Detection & Alerts
Advanced analytics and machine learning algorithms detect anomalies and potential threats, triggering immediate alerts for further investigation.
Risk Assessment
The AirShield platform assesses the severity and potential impact of detected threats, allowing for prioritization and appropriate response actions.
Preventative Measures
Incident Response & Mitigation
LOCH provides tools for rapid incident response, including isolation of compromised devices, blocking unauthorized access points, and deploying countermeasures to neutralize threats.
Compliance and Reporting
The platform helps ensure compliance with industry standards and regulations by providing detailed reports and audit trails of wireless security activities.
By leveraging LOCH Wireless Airspace Defense, transportation and railway operators can enhance their wireless security posture, reduce the risk of cyber threats, and ensure the continuity and safety of their operations.
Why You Need Wireless Airspace Defense
Increased Wireless Threats
With more RF/Wireless devices and wireless communication protocols, ports and facilities are increasingly vulnerable to interception, signal jamming, and unauthorized access.
Blind Spots in Traditional Security
Conventional firewalls and network security tools often miss threats in wireless signals outside their detection scope, leaving the airspace around an organization vulnerable.
Data Integrity and Privacy
Protects sensitive data by ensuring unauthorized devices cannot connect to or intercept communications over wireless networks.
Operational Continuity
Minimizes disruptions to critical operations caused by interference or attacks, ensuring systems remain operational.
Compliance and Safety
Helps organizations meet security standards and guidelines, which are particularly important in critical infrastructure sectors.
- - Detect, identify and classify all broad spectrum RF emitting devices in range
- - Device and network pairing communication map analysis and correlation
- - Risk assessment threat ranking for Zero Trust network access control
- - Mobile App for hunting rogues even if mobile
- - Wireless deep packet inspection
- - Behavioral baselining, analysis and anomaly detection/alerts
- - DVR-like capabilities for forensics, including geo-positioning
- - Carrier integration with cell. devices for anomaly detection, fraud/theft and cost management
- - List and map devices on dashboard or into SIEMs.
- - Interact with MDM and EMM assets for correlation and feedback on exceptions
- - Rectify network segmentation via interactions with SOAR, FW and/or NAC systems
- - Automate response and closure via collaboration with ITSM/ITSL and CMDBs