Akamai Secure Internet Access Enterprise vs OpenText Core DNS Protection​ comparison

Safely connect users & devices to the internet with a secure web gateway.

Akamai Secure Internet Access Enterprise (SIAE) enables security teams to proactively identify, block, and mitigate targeted threats such as malware, ransomware, phishing, and data exfiltration that exploit the Domain Name System (DNS). Powered by real-time intelligence from Akamai Cloud Security Intelligence and Akamai’s proven, globally distributed recursive DNS platform, Enterprise Threat Protector efficiently delivers security, control, and visibility to the enterprise while easily integrating with your existing network defenses.

OpenText Core DNS Protection safeguards enterprise networks against cyber threats by managing DNS traffic. It ensures secure internet access through threat intelligence.

OpenText Core DNS Protection plays a critical role in network security by filtering malicious domains and preventing data exfiltration. It harnesses threat intelligence to offer enhanced visibility into network activities, enabling organizations to proactively combat potential cyber threats. This enhances trust and reliability in digital communications, ultimately safeguarding sensitive information from unauthorized access.

• Threat Intelligence: Leverages real-time threat data for detecting and blocking malicious activities.
• DNS Filtering: Automatically blocks harmful domains, ensuring safe browsing.
• Network Visibility: Monitors DNS traffic for insights into potential security breaches.
• Scalability: Adaptable to growing network demands without compromising performance.

• Reduced Downtime: Minimizes service interruptions caused by cyber attacks.
• Enhanced Security: Prevents data breaches, protecting valuable assets.
• Cost Efficiency: Reduces expenses associated with cyber incidents.
• Regulatory Compliance: Assists in adhering to industry-specific security requirements.

OpenText Core DNS Protection implementation varies across industries like finance and healthcare. In finance, it protects sensitive transactions from cyber threats, while in healthcare, it ensures patient data confidentiality by securing network communications. Its adaptability to industry-specific needs makes it an essential part of digital infrastructure.