Security
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ENTERPRISE SECURITY
Enterprise-Grade Security
エンタープライズ水準のセキュリティ
Because CADDi handles highly sensitive data across design, procurement, manufacturing, HR, and finance, security is not an add-on—it is foundational to how the platform is designed and operated. Encryption, authentication and access controls, vulnerability management, backups, and audit logs are implemented in multiple layers to meet the rigorous information-security requirements of leading manufacturers worldwide.
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Protection Against Unauthorized Access and Data Leaks
Data is encrypted both in transit and at rest. IP address restrictions, two-factor authentication, login-attempt limits, and other controls work together to reduce the risk of unauthorized access and data leakage through multiple layers of defense.
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Vulnerability Management
Vulnerabilities are managed across every layer of the technology stack, including the network, platform, data stores, and applications. Independent third-party security assessments are conducted regularly, and protections are continuously strengthened against emerging threats.
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Data Resilience and Auditability
All data is backed up daily to mitigate the risk of data loss. Access and activity logs are continuously recorded and monitored, keeping every data operation traceable.
ISO/IEC
27001
SOC2
Type2
ITAR
Access Control
IP Address Restrictions
MFA
(Multi-Factor Authentication)
SSO
GDPR
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CLIENTS
Trusted by Companies with Rigorous Security Requirements
厳格なセキュリティ要件を持つ企業に選ばれています
CADDi is used by leading manufacturers worldwide—including companies in heavy industry, automotive, and construction equipment—that manage highly confidential design, procurement, and quality data.
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ZERO TRUST
Zero Trust: Never Assume Trust
As cloud adoption, work environments, and connected devices become more diverse, security can no longer be determined simply by whether access originates inside or outside the corporate network. Zero Trust continuously verifies users, devices, destinations, and permissions and grants only the minimum access required.
Why Zero Trust Matters
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How IT Environments and Work Have Changed
Growing Cloud Adoption
Data and systems are now distributed across multiple clouds and SaaS applications, making network-perimeter security alone insufficient.
Work from More Locations
Employees routinely access business systems from offices, homes, customer sites, manufacturing facilities, and other locations and networks.
More Devices and Connection Types
In addition to PCs and smartphones, a growing range of IoT and OT devices now connect to enterprise systems, increasing the need to verify the security posture of every endpoint.
Why Zero Trust Matters
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More Sophisticated Threats
Credential Theft and Privilege Abuse
When credentials are stolen or insiders misuse legitimate privileges, distinguishing authorized user activity from malicious access becomes difficult.
Increasingly Sophisticated Targeted Attacks
Attackers can impersonate legitimate users and move laterally across an organization, expanding both the scope of access and the resulting damage.
The Limits of Perimeter-Based Security
Perimeter devices such as VPNs and gateways can themselves become attack targets. A model that automatically trusts everything inside the network cannot adequately contain damage after an intrusion.
Core Technologies Supporting Zero Trust
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IDENTITY MANAGEMENT
Continuously Verify Identity and Privileges
Centralized identity management through an identity provider, single sign-on, and multi-factor authentication verifies each user's identity and grants only the minimum privileges required for their role and work.
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Endpoint Security
Continuously Verify Endpoint Security
EDR and related technologies detect malware infections, suspicious behavior, and security misconfigurations, enabling continuous verification of device posture.
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ACCESS CONTROL
Dynamically Control Access
Using ZTNA, IAP, and related controls, CADDi grants only the access required under policies that evaluate the user, device, connection source, destination resource, and permissions together.