Cisco Identity Services Engine (ISE) vs Tempered Airwall comparison

Cisco Identity Services Engine (ISE) offers comprehensive network access control and visibility, supporting features like 802.1X authentication, profiling, and posturing. It integrates with Microsoft and other Cisco products, facilitating robust security policies across distributed networks.

Cisco Identity Services Engine is a key player in network access control, offering centralized management and a user-friendly interface. It supports zero trust principles and provides strong authentication for wired and wireless networks. ISE's capabilities include granular security policies, enhanced device posturing, and seamless integration, bolstering security infrastructure. Users benefit from its dual authentication through EAP, simplifying access management across networks.

• 802.1X Authentication: Supports network security for authorized device access.
• Profiling: Identifies devices for accurate policy enforcement.
• Posturing: Evaluates device compliance for access decisions.
• TACACS: Streamlines network device authentication and authorization.
• Guest Access: Provides secure access to visitors.
• Microsoft Compatibility: Seamlessly integrates with Microsoft environments.

• Security Enhancement: Offers strong network security policies.
• Operational Efficiency: Centralized management improves operational aspects.
• Improved Compliance: Ensures adherence to industry standards.
• Scalability: Supports growing network demands effectively.

In industries like finance, healthcare, and education, Cisco ISE is pivotal for securing wired and wireless networks, implementing BYOD policies, and managing user access. Organizations leverage ISE for effective authentication and authorization, while maintaining compliance with industry security standards.

Tempered Airwall leverages the Host Identity Protocol (HIP), a ratified open standard network security protocol recognized possibly the next big change in IP architecture. HIP enables a paradigm shift in networking that solves the broken trust model in IP networking by separating the role of an IP address as both host identity and location, where hosts are identified using permanent, location-independent cryptographic identities (CID). Now security is built-in from the beginning with verifiable authentication and end-to-end encryption.