OVERVIEW

SMART MONITORING

Recently, an anomaly detection solution using big data analysis using AI has been in the spotlight. However, the diversity of industrial protocols presents challenges in terms of the efficiency of big data analytics.
Nanoworks provides a converged security solution that converts various industrial protocols into standard protocols to provide real-time monitoring and security in your management network.

WHO

The AI big data analysis platform that analyzes the protocol data and detects abnormal symptoms in order to cope with the increasingly intelligent and diversified security threat is proposed as the only solution. Naonworks smart monitoring security solution analyzes a variety of industrial protocols and provides basic data for detecting anomalies. In particular, the damage of hacking that threatens the national backbone network cannot be estimated.
Recently, a unidirectional security gateway is required to solve this problem. Naonworks smart monitoring security solutions support unidirectional linkage to help prevent threats.

HOW

Key technologies for smart monitoring security solutions include high performance analysis of all packets and unidirectional packet transmission.
High-performance packet processing modules developed by Naonworks provide deep analysis of industrial packets to identify/analyze protocols and block unauthorized abnormal data.
In-depth packet analysis data analyzed by this module can serve as a security gateway to collect and report as standardized basic data for detecting abnormal symptoms or to convert to other protocols such as OPCUA/MQTT.
Unidirectional packet transmission technology maintains logical one-way, performs service linkage, and supports physical one-way transfer through one-way NIC.

SMART FACTORY

One of the main features of Industry 4.0 is that IT technologies like IoT are incorporated
into the industrial sites, which increases the importance of industrial cybersecurity.
NAONWORKS provides various solutions for smart factory security.

WHO

Smart factory where a large amount of data are dealt with can be easily exposed to lots of security threats because
of the connection to the Internet network. Especially, industrial control systems security has great importance in that
it is able to prevent system destruction and loss of life. For secure and safe environment, and for continuous integrated
management of industrial control networks, convergence security for smart factory is inevitable.

HOW

NAONWORKS’ Smart Factory solutions are based on protocols protocol analysis/conversion for security of the control network. For the integrated management of the control network, it is necessary to convert different protocols to standard protocols and to ensure secure network communication. NAONWORKS’ protocol gateway solution provides security functions by converting various industrial protocols to OPC-UA. In addition, the solution detects security threats in real time by monitoring and filtering SCADA control protocols.

SMART WORK

As VoIP becomes more popular, there is a need for a security solution that can respond
to access environments flexibly. NAONWORKS’ smart work security solutions are dedicated
to VoIP service and they ensure a secure user experience against security threats.

WHO

VoIP has been commonly used in that it is cheaper than a landline and offers various additional functions. However,
as VoIP is IP-based service, it is vulnerable to security threats such as DDoS, Sniffing, Fuzzing, Toll Fraud and VoIP Spams.
NAONWORKS’ VoIP security solutions ensure a secure and pleasant VoIP environment against those attacks.

HOW

NAONWORKS’ smart work security solutions are based on firewall and IPS respectively. They protect service environment
by monitoring the network traffic, detecting and blocking security attacks. Moreover, the solutions provide enterprises
with optimal interworking conditions for FMC, and ensure constant service despite changing voice data.
NAONWORKS offers credible VoIP security functions certified by CC(Common Criteria) and TTA(Ver. 4, IPv6).

SMART OIL & GAS

The Oil&Gas sector is one of the slowest changing industries that works in the traditional way. With tighter CO2 emissions regulations, reduced reserves, increased energy demand and more alternative energy, energy companies must find ways to reduce costs and improve productivity. Combining open architecture and industrial IoT control technology, Naonworks´ smart artificial lift automatic control solutions provide a smart Oil&Gas environment by improving productivity and reducing maintenance costs.

WHO

There are various methods for producing crude oil and gas from oil and gas wells depending on the characteristics of each oil field and the economics of production.
Among them, the plunger of various characteristics is used to produce crude oil and gas by the pressure difference of the tubing pipe, and the groundwater, slug
The Plunger Lift, an artificial extraction method that removes accumulated production debris, is a production method that is widely used for small and medium-sized oil fields due to its low cost of installation and maintenance of production facilities, and economical efficiency. The company´s plunger lift control solutions perform 24/7 plunger lift automatic control and perform well (oil & gas well) condition and production monitoring and automatic optimization algorithms to provide the productivity of the plunger lift installation and operation company.
Its automatic control solution allows simultaneous control of up to four wells, making it an ideal solution for small to medium sized plunger lift wellpads.

HOW

Naonworks´ plunger control solution monitors the condition of wells in real time through various pressure sensors, plunger detection sensors and valve controls mounted on casing pipes and tubing pipes and produces oil & gas. Judging the timing, the valve control can be used to control and monitor the output.
In addition, production can be monitored in real time through the integration of various standard flowmeters and standard industrial control protocols.
The production optimization algorithm is executed in accordance with the condition of the well that changes every moment, and it is reflected in each production cycle to optimize the optimized wellhead operating conditions.
Keep it. In addition, by providing remote monitoring and control services via the Internet and SCADA,
By minimizing costs, you can improve productivity and maximize profits.