THE COLLECTOR
The data collector (115mm x 115mm x 44mm) is installed in the industrial infrastructure to be protected. Given its resistance to atmospheric factors such as high and low temperatures, humidity and dust, the Collector can be easily installed in any industrial environment using the appropriate din rail. The Collector identifies both devices that communicate via cable and devices that communicate using wireless traffic.
THE COORDINATOR
The data coordinator is the largest (430mm x 305mm x 44mm) and most powerful device offered by DeepInspect. Due to its hardware specifications, the data coordinator is able to work both as a Collector (analyzing much more traffic than data collectors) and as a coordinator. This provides a unified view of the traffic captured by the collectors installed in the plant.
DEEPINSPECT PRODUCTS
OT & WIRELESS IoT SERVICES
Threat Intelligence and Incident Response
Professional Services
Technological Services
- Feed
- SOC & CERT (support or management)
- Incident response and mitigation
- Investigation & Forensics
- Malware Analysis
- Consulting and Training
- Senior Trust Advisory
- Vulnerability Assessments and Asset Discovery
- Security Assessment and Governance
- Security by Design
- Risk and Compliance
- Training and Human Factor
- 24/7 Support
- Scouting New Technologies
- Security Product (end-to-end)
- Custom Solutions
- Supply Technical Data to Support Risk Analysis Process
THE INDUSTRY
future of ot cybersecurity
By 2024, 80% of critical infrastructure organizations will abandon their existing siloed security solutions providers in order to bridge cyber-physical and IT risks by adopting hyper-converged solutions. By 2025, attackers will have weaponized a critical infrastructure cyber-physical system to successfully harm. Through 2025, 30% of critical infrastructure organizations will experience a security breach that will result in the halting of an operations- or mission-critical cyber-physical system. Through 2026, less than 30% of U.S. critical infrastructure owners and operators will meet newly mandated government security requirements for cyber-physical systems.
INDUSTRY CASE STUDIES
OT critical systems are continuously faced with cybersecurity threats and addressing these challenges before an adversary has the chance to exploit these systems is crucial to protect your system. Implementing a solution that has the ability to scan for assets and vulnerabilities before an attack, allows systems to prepare for the worst by simply preventing it. DeepInspect identifies assets and vulnerabilities in both wired OT and wireless industrial IoT environments in a variety of sectors. Identifying the devices present in the industrial network is a task that is anything but simple and needs state-of-the-art solutions capable of interfacing with both wireless and wired systems. The peculiarity of the systems described below requires a system capable of handling and analyzing a very large amount of data, which may contain vulnerabilities and consequently threats to which the systems are exposed.
Maritime/ Navy
The maritime infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in the maritime sector are often separated into sub-networks and can deal with the following processes: ship device management, closed circuit video surveillance, fire alarming, equipment control, etc.
Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Oil and Gas
The oil and gas industry heavily relies on operational technology (OT) networks to control and monitor critical processes in the production, transportation and distribution of their products. These networks are responsible for automating and controlling important functions such as drilling, refining, and pipeline operations.
The devices operating in the oil and gas sector are often separated into sub-networks and can deal with the following processes: device management, closed circuit video surveillance, fire alarming, flow control, etc. Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Energy
Energy infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in the energy sector are often separated into subnets and can deal with the following processes: network management, closed circuit video surveillance, fire alarming, flow detection, etc.
Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Transportation
Transportation infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in the transportation sector are often separated into sub-networks and can deal with the following processes: track management, closed circuit video surveillance, fire alarming, cargo monitoring, etc.
Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Healthcare
The healthcare infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in hospitals are often separated into subnets and can take care of the following processes: building management, closed circuit video surveillance, fire alarming, medical equipment management, etc.
These devices are very different from each other both in terms of software and attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Industry 4.0
Infrastructure 4.0 is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in Industry 4.0 are often separated into sub-networks and can deal with the following processes: device management, CCTV surveillance, fire alarming, etc.
Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Government and Military
The government’s infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. Devices operating in the government and military sectors are often separated into sub-networks and may deal with the following processes: device management, CCTV surveillance, fire alarming, critical infrastructure management, etc.
Such devices are very different from each other both in terms of software and in terms of attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
Airports
Airport infrastructure is managed by numerous industrial networks in which thousands of OT and IoT devices operate. The devices operating in airports are often separated into sub-networks and can deal with the following processes: building management, CCTV surveillance, fire alarming, gate management, etc.
These devices are very different from each other both in terms of software and attack surface as they use a multitude of industry-typical protocols, which are often proprietary.
