東芝情報システム Product Lineup

Are there any issues related to "malware protection and security" in embedded Linux devices? ● Measures that require virus definition file updates are burdensome to operate ● Insufficient measures against unknown malware and tampering ● Want to implement security measures, but there is not enough CPU or memory ● Want to control executable files, including scripts and Java ▼ Leave it to the whitelist-based malware protection tool "SecNucleus WhiteEgret"! ――― Features ―――――――――――――――――――――― ◆ Program execution control using a whitelist method ◆ Prevention of unauthorized execution through tampering detection ◆ Resource-efficient and high-speed operation specialized for Linux ◆ Supports scripts, Java applications, and Docker environments ――――――――――――――――――――――――――― SecNucleus WhiteEgret is a whitelist-based malware protection tool that operates quickly with minimal resources without using virus definition files.

Do you have issues with "license management and anti-piracy measures" in manufacturing sites, embedded devices, or software development? ● We want to prevent unauthorized copying and misuse of software. ● The licensing structure is complex, making management for each product cumbersome. ● We cannot offer flexible licensing sales based on features or duration. ● We want to securely protect licenses even in embedded devices. ▼ Leave software protection and licensing to Code Meter! ――― Features ―――――――――――――――――――――― ◆ Strong protection to prevent unauthorized copying and tampering ◆ Flexible license management based on features, duration, and number of units ◆ Wide compatibility from PCs to embedded devices ――――――――――――――――――――――――――― Code Meter protects software, preventing the leakage of intellectual property and illegal copying, and contributes to the monetization of software with flexible licensing models.

Are you facing any challenges related to "encryption and security measures" for embedded devices, IoT devices, and social infrastructure systems? ● Want to prepare for the risk of decryption by future quantum computers ● Want to comply with international security standards like FIPS ● Want to reduce risks from vulnerabilities in encryption libraries ● Want to safely migrate existing systems using OpenSSL ▼ Leave it to our encryption library! ――― Features ―――――――――――――――――――――― ◆ Supports post-quantum cryptography (PQC) ◆ High-reliability encryption module compliant with FIPS 140-2 / FIPS 140-3 ◆ Can be used in combination with OpenSSL ――――――――――――――――――――――――――― The Quantum Safe Crypto Library supports post-quantum cryptography (PQC), and SafeZone Crypto is a high-reliability encryption library compliant with FIPS 140-2/FIPS 140-3 certification. It provides robust security features for embedded systems.

Are there any issues regarding "future cryptographic risks" in embedded devices, social infrastructure, and long-term operational systems? ● We want to prepare for the risk of cryptographic decryption by quantum computers now. ● There are concerns about the future decline in the security of RSA and ECC. ● We want to adopt quantum-resistant cryptography that complies with international standards. ● We want to transition without significantly changing our existing communication and security infrastructure. 　　　　　　　　　▼ Leave it to the next-generation cryptographic infrastructure "Quantum Safe Crypto Library," which looks ahead to the era of quantum computers! ――― Features ―――――――――――――――――――――― ◆ Supports post-quantum cryptography (PQC) ◆ Adopts NIST standardized algorithms ◆ Can be integrated with existing protocols such as IPsec/TLS ――――――――――――――――――――――――――― The Quantum Safe Crypto Library is a cryptographic library that supports post-quantum cryptography capable of withstanding attacks from quantum computers.

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to securely encrypt network communications. ● I want to implement IPsec in compliance with international standards. ● I want to prepare for the risk of decryption by future quantum computers. ● I want to achieve high-performance and high-reliability VPN communication even in embedded devices. 　　　　　　　　　　▼ Leave it to Toshiba Information Systems' IPsec solution! ――― Features ―――――――――――――――――――――― ◆ IPsec compatible with the latest technologies such as IKEv2 ◆ FIPS compliant / Post-Quantum Cryptography (PQC) compatible IPsec ◆ Broad support from embedded devices to the cloud ――――――――――――――――――――――――――― Toshiba Information Systems' encrypted communication solution is a software toolkit that enables secure communication using IPsec.

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to ensure secure communication implemented with IPsec. ● I need VPN/encrypted communication that complies with international standards. ● FIPS compliance is required for government procurement and infrastructure. ● I want to use high-performance IPsec even in embedded devices. 　　　　　　　　　▼ Leave it to the QuickSec IPsec Toolkit! ――― Features ―――――――――――――――――――――― ◆ IPsec compliant with the latest RFCs such as IKEv2 ◆ Adoption of FIPS-compliant cryptographic modules ◆ Wide compatibility from embedded devices to network equipment ――――――――――――――――――――――――――― The QuickSec IPsec Toolkit is a highly reliable IPsec software toolkit compliant with international standard RFCs. It adopts FIPS-compliant cryptographic modules to ensure secure encrypted communication in VPN devices, network equipment, and embedded devices. It absorbs the complexities of IPsec implementation, contributing to the efficiency of product development and quality improvement.

Are there any issues with "quantum-resistant cryptography" in communication security looking towards the future? ● I want to prepare for the risk of cryptographic decryption by quantum computers. ● I want to adopt quantum-resistant cryptography (PQC) in IPsec communication. ● I want to ensure the safety of social infrastructure that will be operated long-term. ● I want to flexibly respond to future changes in security requirements. 　　　　　　　　▼ Leave it to the Quantum Safe IPsec Toolkit! ――― Features ―――――――――――――――――――――― ◆ IPsec compatible with quantum-resistant cryptography (PQC) ◆ Compliant with the latest RFCs and standards ◆ Designed with future cryptographic updates in mind ――――――――――――――――――――――――――― The Quantum Safe IPsec Toolkit is an IPsec solution that supports quantum-resistant cryptography (PQC) to withstand attacks from quantum computers. It provides a next-generation encrypted communication infrastructure that prepares for future cryptographic decryption risks while ensuring interoperability with traditional IPsec. It is ideal for social infrastructure and long-term operational systems.

SecNucleus WhiteEgret is a whitelist-type malware protection software developed for embedded Linux systems. ■ Do you have any of the following challenges? - Want to strengthen cyber attack measures for embedded Linux devices - Concerned about protection against ransomware and unknown malware - Do not want to perform updates for virus definition files - Looking for security measures that can be implemented on resource-constrained devices - Want to protect Docker container environments as well - Want to prevent the execution of tampered programs SecNucleus WhiteEgret supports the resolution of these challenges. ■ Features ✓ Blocks unknown malware with a whitelist approach ✓ Execution control through tampering detection ✓ Resource-efficient and high-speed operation specialized for Linux ✓ Supports scripts and Java applications ✓ Compatible with Docker containers

■Do you have any of these concerns? - I want to implement a subscription-based license. - I want to prevent the use of software beyond the contracted license count. - I want to control the features available based on customers and contract details. - Managing a large number of licenses is cumbersome. - I want to prevent software piracy and reverse engineering. - I want to support multiple environments such as Windows, Linux, and embedded devices. The license management and software protection solution "CodeMeter" provides flexible license models and supports control over the number of licenses, validity periods, and features. Additionally, it protects software from threats such as piracy and reverse engineering through application encryption and anti-debugging features. ■Features of CodeMeter ✓ Flexible license models ✓ Streamlined management of large numbers of licenses ✓ Protection of the software itself

In the financial industry, advanced encryption and security measures are required to protect highly confidential transaction records and customer information. In particular, preparing for the risk of decryption by future quantum computers and complying with international security standards such as FIPS are essential for maintaining the reliability of systems. Vulnerabilities in cryptographic libraries can pose risks to the overall safety of the system. Our cryptographic library addresses these challenges and contributes to enhancing the security of financial systems. 【Use Cases】 - Data protection for financial transaction systems - Encryption of customer information - Security implementation for regulatory compliance 【Benefits of Implementation】 - Strengthened resistance to future quantum computer attacks - Compliance with international security standards - Reduced risk of vulnerabilities in cryptographic libraries

In the field of smart grids, ensuring the stable operation of power networks and information security is extremely important. In particular, there is a need to prepare for the risks of decryption by future quantum computers and to comply with international security standards such as FIPS. Vulnerabilities in cryptographic libraries can lead to serious incidents such as power supply interruptions or information leaks. Our cryptographic library addresses these challenges and provides a robust security foundation for protecting power networks. 【Use Cases】 - Protection of power system control systems - Communication security for smart meters - Renewable energy management systems - Remote monitoring and control of power infrastructure 【Benefits of Implementation】 - Response to future decryption risks - Compliance with international security standards - Improved overall security reliability of the system - Enhanced protection against cyber attacks

In the manufacturing industry, the protection of intellectual property such as technical information and design data embedded in products is extremely important. In preparation for future risks of decryption by quantum computers, compliance with international security standards such as FIPS is required. Vulnerabilities in cryptographic libraries can threaten the overall safety of systems and lead to the leakage of confidential information. Our cryptographic library addresses these challenges and provides robust security features to protect your intellectual property. 【Use Cases】 - Protection of product design data and source code - Encryption of confidential information in manufacturing processes - Protection of firmware for IoT devices - Protection of data communication in the supply chain 【Benefits of Implementation】 - Addressing future risks of decryption by quantum computers - Compliance with international security standards (FIPS) - Reduction of vulnerabilities in cryptographic libraries - Support for secure migration from OpenSSL

In the financial industry, protecting highly confidential transaction data is extremely important. With the advancement of quantum computers, there are concerns about the risk of traditional encryption technologies being decrypted in the future. This is particularly crucial for transaction records and customer information that are stored for long periods, making it essential to prepare for future encryption risks. Our "Quantum Safe Crypto Library" provides a next-generation cryptographic foundation to ensure the safety of financial transactions by preparing for these future encryption risks now. 【Use Cases】 - Protection of customer information and transaction data in financial institutions - Encryption of confidential information that needs to be stored long-term - Measures against potential attacks from future quantum computers 【Benefits of Implementation】 - Maintaining the security of transaction data in the era of quantum computers - Enhanced reliability through quantum-resistant encryption compliant with international standards - Gradual security enhancement with minimal impact on existing systems

In the manufacturing industry, it is essential to protect highly confidential design information over an extended period. Particularly in light of concerns regarding the risks of decryption by future quantum computers and the diminishing security of existing encryption methods, it is crucial for systems designed for long-term operation to implement measures against these risks. Adopting quantum-resistant cryptography that complies with international standards, without significantly altering existing security infrastructure, is vital for ensuring the ongoing safety of design information. Our "Quantum Safe Crypto Library" addresses these challenges and provides a next-generation cryptographic foundation for protecting design information in the manufacturing sector. 【Use Cases】 - Protection of highly confidential design data and manufacturing processes - Strengthening security for production management systems and IoT devices that require long-term operation - Ensuring security in information sharing across the entire supply chain 【Benefits of Implementation】 - Proactive measures against future decryption risks - Gradual security enhancement with minimal impact on existing systems - Achieving reliable encryption in compliance with international standards

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to use high-performance IPsec even in embedded devices ● I want to ensure the implementation of secure communication using IPsec ● I need VPN/encrypted communication that complies with international standards ● FIPS compliance is required for government procurement and infrastructure 　　　　　　　　　▼ Leave it to QuickSec IPsec Toolkit! ――― Features ―――――――――――――――――――――― ◆ Adoption of FIPS-compliant cryptographic modules ◆ IPsec compliant with the latest RFCs such as IKEv2 ◆ Wide compatibility from embedded devices to network equipment ――――――――――――――――――――――――――― The QuickSec IPsec Toolkit is a highly reliable IPsec software toolkit compliant with international standard RFCs. It adopts FIPS-compliant cryptographic modules to ensure secure encrypted communication in VPN devices, network equipment, and embedded devices. It absorbs the complexities of IPsec implementation, contributing to quality improvement and efficiency in product development.

Are there any issues with "encrypted communication" in embedded devices and network equipment? ● I want to securely encrypt network communications. ● I want to implement IPsec in compliance with international standards. ● I want to prepare for the risk of decryption by future quantum computers. ● I want to achieve high-performance and high-reliability VPN communication even in embedded devices. 　　　　　　　　　　▼ Leave it to Toshiba Information Systems' IPsec solution! ――― Features ―――――――――――――――――――――― ◆ IPsec compatible with the latest technologies such as IKEv2 ◆ Providing FIPS-compliant / post-quantum cryptography (PQC) compatible IPsec ◆ Broad support from embedded devices to the cloud ――――――――――――――――――――――――――― Toshiba Information Systems' encrypted communication solution is a software toolkit that enables secure communication using IPsec.