Informative Dashboard

Measure- Network performance and bandwidth testing
Manage- Ensure all IP Assets are working, integrated and approved.
Integrated Data- IPMeter unifies different data sets into a single report.
Remediation Plan- IPMeter provides insight and remediation advice to cure defects.
Secure- Vulnerability assessments and remediation reporting.
Ships Pre-Configured- IPMeter is plug and play

See Every Device. Understand Every Risk.

IPMeter™ is a cybersecurity appliance designed to help organizations discover, assess, and monitor the devices connected to their network. Built with physical security, operational technology (OT), and critical infrastructure environments in mind, IPMeter provides visibility into cameras, access control systems, intercoms, servers, workstations, switches, and other IP-enabled devices.

As networks continue to grow and cyber threats become more sophisticated, organizations need a simple way to identify vulnerabilities before they can be exploited. IPMeter continuously scans your environment, identifies potential security weaknesses, and delivers detailed reports with risk ratings, remediation recommendations, and industry-standard vulnerability information.

Whether you're managing a school district, stadium, healthcare facility, government agency, commercial campus, or enterprise network, IPMeter helps you understand what is connected, where your risks exist, and what actions should be taken to improve security.

Key Features

Automated Device Discovery

Quickly identify IP-connected devices across your network, including:

IP cameras
Access control panels
Intercom systems
Network switches
Servers
Workstations
Printers
IoT and OT devices

Vulnerability Assessment

Detect known vulnerabilities and misconfigurations that could expose your organization to cyber threats.

Risk Scoring

Prioritize remediation efforts with vulnerability severity ratings and risk scores based on industry-standard frameworks.

Detailed Reporting

Generate comprehensive reports that include:

Device inventory
Vulnerability details
Severity ratings
Recommended remediation actions
Historical scan information

Continuous Monitoring

Schedule recurring scans to identify newly connected devices and emerging vulnerabilities.

Secure Appliance Deployment

Delivered as a dedicated Ubuntu-based appliance designed for reliable operation in customer environments.

ZeroTier Connectivity

Built-in ZeroTier support enables secure communication with remote systems without requiring inbound firewall ports, simplifying deployment across distributed locations.

UnityIS® Integration

IPMeter is fully integrated into UnityIS® and can be managed directly through the Cybersecurity module. Administrators can add, edit, and manage IPMeter appliances from a centralized interface while accessing cybersecurity reports alongside physical security operations.

Benefits

Improve cybersecurity visibility
Discover unknown devices
Reduce attack surface
Identify vulnerabilities before attackers do
Support cybersecurity audits and compliance initiatives
Prioritize remediation efforts based on risk
Enhance protection of physical security and operational technology systems

Ideal Applications

K-12 Schools
Higher Education
Stadiums and Arenas
Healthcare Facilities
Government Agencies
Critical Infrastructure
Commercial Real Estate
Manufacturing Facilities
Transportation and Airports
Data Centers

Simple. Powerful. Actionable.

IPMeter provides organizations with the visibility and intelligence needed to better understand their cybersecurity posture and take action before vulnerabilities become incidents.

IPMeter network scans adhere to all technical standards outlined by NIST SP 800-53 .

OT Networks

Operational Technology (OT) networks are primarily focused on the control and monitoring of physical processes and devices within industrial environments. These networks are commonly found in sectors such as manufacturing, energy, transportation, and utilities.

OT networks are designed to facilitate the real-time control of machinery, sensors, actuators, and other industrial equipment. They are characterized by their deterministic nature, where timing and reliability are paramount. OT networks often utilize specialized protocols such as Modbus, Profibus, or DNP3, tailored to the requirements of industrial automation. Security in OT networks typically prioritizes reliability and uptime over strict access control, as disruptions can have immediate and significant consequences on operations. Physical isolation and air-gapping are common security measures used to protect OT networks from external threats.

IT Networks

Information Technology (IT) networks, on the other hand, are geared towards the management and exchange of digital data and information within an organization. These networks are ubiquitous in various sectors, including business, education, healthcare, and government. IT networks support a wide range of applications, including email, file sharing, web browsing, and enterprise resource planning (ERP) systems.

IT networks rely on standard internet protocols such as TCP/IP, HTTP, and SMTP for communication and data transfer. Security in IT networks emphasizes confidentiality, integrity, and availability of information, with measures such as firewalls, intrusion detection systems (IDS), and encryption commonly employed to safeguard against cyber threats.

OT vs IT Networks

Purpose: OT networks focus on controlling and monitoring physical processes, while IT networks manage digital data and information exchange.

Protocols: OT networks often use specialized industrial protocols, whereas IT networks rely on standard internet protocols.

Security: OT networks prioritize reliability and uptime, often employing physical isolation, while IT networks emphasize data confidentiality and use digital security measures.

Timing: OT networks require deterministic timing for real-time control, whereas timing in IT networks is less critical.

Consequences of Failure: Disruptions in OT networks can have immediate and significant consequences on industrial operations, whereas IT network failures may impact data availability and confidentiality.