What Cisco ISE Does — and Why Every Enterprise Needs It
Network access control sounds like a simple concept — check who is connecting and decide whether to allow them. In practice, doing this reliably at enterprise scale, across thousands of wired ports and wireless access points, for a user population that includes employees, contractors, guests, and unmanaged IoT devices, using a mix of corporate-owned laptops, BYOD personal devices, and headless medical or industrial devices — that is a genuinely complex problem. Cisco ISE was built to solve exactly that problem, and it has become the standard solution for enterprise NAC in India.
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ISE acts as a centralised RADIUS server for all network access requests, applying policy decisions based on user identity (from Active Directory or LDAP), device attributes (operating system, domain membership, certificate presence), endpoint posture (antivirus running, patch level current, disk encryption active), and the network location where the request is coming from. The output of each policy decision is an authorisation result that tells the network device what to do with that session: assign a VLAN, apply a downloadable ACL, push a TrustSec Security Group Tag, redirect to a web portal, or deny access entirely.
In the current threat environment, where most successful breaches start with a compromised endpoint or an unauthorised device gaining network access, ISE is not a nice-to-have — it is part of the foundational security architecture of any well-run enterprise network. Companies that have invested in ISE — and that includes most large Indian banks, BFSI companies, healthcare organisations, and manufacturing enterprises — need engineers who can configure it correctly, extend it to new use cases, and troubleshoot it when policy behaves unexpectedly.
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Tools & Technologies You Will Master
Cisco ISE 3.x
NAC & identity platform
RADIUS / TACACS+
AAA protocols
802.1X (EAP)
Port-based NAC
Cisco Catalyst / WLC
Network device integration
Microsoft Active Directory
Identity source
PKI / Certificates
EAP-TLS authentication
TrustSec / SGTs
Group-based policy
BYOD Portal
Device onboarding
Guest Portal
Visitor access management
Cisco Anyconnect + ISE
VPN posture integration
ISE LiveLogs & Reports
Monitoring & troubleshooting
ISE REST API
ISE automation
Detailed Curriculum — 8 Modules
1
ISE Architecture — Deployment Models, Nodes & Initial Configuration
Understanding ISE architecture before touching any policy configuration prevents the confusion that comes from ISE's complexity when you encounter it without context. ISE uses a distributed node architecture with specific roles: the PAN (Policy Administration Node) is where you do all configuration, the MnT (Monitoring and Troubleshooting Node) stores logs and provides reporting, and the PSN (Policy Service Node) actually processes authentication and authorisation requests from network devices. In small deployments, all three roles run on a single node. In large enterprise deployments, these roles are distributed across multiple physical or virtual appliances for scale and redundancy.
The initial ISE deployment is covered from the VMware OVA installation or hardware appliance setup, including the bootstrapping process to set initial IP addresses, hostname, and admin credentials. ISE node registration — adding PSNs and MnT nodes to the deployment and defining their roles — is configured in the labs. Certificate management in ISE is covered early because certificates are the foundation of secure ISE operation: the System Certificate (used for HTTPS administration), the RADIUS Server Certificate (presented to supplicants during EAP authentication), and the Certificate Authority certificate (used for signing device certificates in BYOD flows). The ISE GUI navigation and the ISE data model — policy sets containing authentication rules and authorisation rules — are introduced conceptually before any detailed policy configuration begins.
The initial ISE deployment is covered from the VMware OVA installation or hardware appliance setup, including the bootstrapping process to set initial IP addresses, hostname, and admin credentials. ISE node registration — adding PSNs and MnT nodes to the deployment and defining their roles — is configured in the labs. Certificate management in ISE is covered early because certificates are the foundation of secure ISE operation: the System Certificate (used for HTTPS administration), the RADIUS Server Certificate (presented to supplicants during EAP authentication), and the Certificate Authority certificate (used for signing device certificates in BYOD flows). The ISE GUI navigation and the ISE data model — policy sets containing authentication rules and authorisation rules — are introduced conceptually before any detailed policy configuration begins.
2
802.1X Wired Authentication — EAP Methods, Supplicants & Switch Integration
802.1X is the foundation of ISE's access control capability — the IEEE standard for port-based network access control that allows network devices to enforce authentication before any network traffic is allowed from a connecting endpoint. Getting 802.1X right requires understanding all three components: the supplicant (software on the endpoint that presents credentials), the authenticator (the switch or wireless controller that enforces access), and the authentication server (ISE, acting as the RADIUS server that validates credentials and returns policy decisions).
EAP (Extensible Authentication Protocol) methods are covered in sufficient depth to make good design decisions: PEAP-MSCHAPv2 (the most common method for Windows environments — tunnels credentials inside a TLS tunnel without requiring client certificates), EAP-TLS (mutual certificate-based authentication — more secure and better for unmanaged devices but requires a PKI infrastructure), EAP-FAST (Cisco's alternative with flexible inner methods), and EAP-TTLS. Cisco switch 802.1X configuration — the dot1x system-auth-control global command, authentication port-control auto on interfaces, authentication event fail action and authentication event no-response action — is configured on real switches with ISE as the RADIUS server. The open authentication mode, multi-auth mode, and multi-domain authentication mode for handling IP phones and PCs on the same switch port are covered with the design trade-offs of each. Active Directory integration with ISE — configuring ISE to join a domain, using AD groups for authorisation policy conditions — is a core part of this module because most enterprise ISE deployments authenticate against AD.
EAP (Extensible Authentication Protocol) methods are covered in sufficient depth to make good design decisions: PEAP-MSCHAPv2 (the most common method for Windows environments — tunnels credentials inside a TLS tunnel without requiring client certificates), EAP-TLS (mutual certificate-based authentication — more secure and better for unmanaged devices but requires a PKI infrastructure), EAP-FAST (Cisco's alternative with flexible inner methods), and EAP-TTLS. Cisco switch 802.1X configuration — the dot1x system-auth-control global command, authentication port-control auto on interfaces, authentication event fail action and authentication event no-response action — is configured on real switches with ISE as the RADIUS server. The open authentication mode, multi-auth mode, and multi-domain authentication mode for handling IP phones and PCs on the same switch port are covered with the design trade-offs of each. Active Directory integration with ISE — configuring ISE to join a domain, using AD groups for authorisation policy conditions — is a core part of this module because most enterprise ISE deployments authenticate against AD.
3
MAB, Profiling & Authorisation Policy Sets
Not every device that connects to a network can run an 802.1X supplicant. IP phones, printers, IP cameras, medical devices, industrial controllers, and countless IoT devices do not have the capability to present credentials via EAP. MAC Authentication Bypass (MAB) handles these devices by using the MAC address as the authentication credential — ISE looks up the MAC address in its endpoint database and applies policy based on what type of device it is. Getting MAB right, and combining it with ISE's profiling capability, is how enterprises maintain control over non-supplicant devices.
ISE profiling is one of the most powerful features of the platform. ISE uses multiple data sources — DHCP fingerprinting, HTTP user agent strings, CDP and LLDP from switches, SNMP queries, RADIUS probe data, and SPAN traffic analysis — to identify what type of device is connecting to each port. A Cisco IP phone can be identified by its CDP device ID and IP phone class. A Windows laptop can be identified by its DHCP option 55 parameter request list. An Apple iPhone can be identified by its DHCP hostname and HTTP user agent. ISE's profiling engine builds profiles for each endpoint and automatically classifies them, allowing authorisation policy to treat "Cisco IP Phone" differently from "Windows Workstation" differently from "Unknown Device" — and to trigger automated remediation or alerts when devices appear in unexpected categories. Authorisation policy sets — the hierarchical policy model in ISE that applies conditions to determine which authorisation result a session receives — are built hands-on across multiple scenarios, combining identity conditions (AD group membership), endpoint conditions (device type from profiling, certificate presence), and network location conditions (the RADIUS NAS-IP) to produce fine-grained access decisions.
ISE profiling is one of the most powerful features of the platform. ISE uses multiple data sources — DHCP fingerprinting, HTTP user agent strings, CDP and LLDP from switches, SNMP queries, RADIUS probe data, and SPAN traffic analysis — to identify what type of device is connecting to each port. A Cisco IP phone can be identified by its CDP device ID and IP phone class. A Windows laptop can be identified by its DHCP option 55 parameter request list. An Apple iPhone can be identified by its DHCP hostname and HTTP user agent. ISE's profiling engine builds profiles for each endpoint and automatically classifies them, allowing authorisation policy to treat "Cisco IP Phone" differently from "Windows Workstation" differently from "Unknown Device" — and to trigger automated remediation or alerts when devices appear in unexpected categories. Authorisation policy sets — the hierarchical policy model in ISE that applies conditions to determine which authorisation result a session receives — are built hands-on across multiple scenarios, combining identity conditions (AD group membership), endpoint conditions (device type from profiling, certificate presence), and network location conditions (the RADIUS NAS-IP) to produce fine-grained access decisions.
4
Wireless 802.1X — WLC Integration & Cisco DNA Center Policy
Wireless NAC with ISE is where most enterprise deployments see the highest volume of authentications — and where many ISE engineers gain their most practical experience, because wireless networks have a diversity of connecting devices (laptops, phones, IoT) that exercises every ISE feature. Integrating ISE with a Cisco WLC (Wireless LAN Controller) for 802.1X and MAB authentication is a core skill for any ISE deployment.
WLC-to-ISE integration requires adding the WLC as a Network Device in ISE with the shared RADIUS secret, and configuring the WLAN on the WLC to use ISE as its AAA server for both 802.1X and accounting. The distinction between SSID-based segmentation (different SSIDs for different user populations) and ISE-based dynamic VLAN assignment (a single SSID where ISE assigns different VLANs based on who authenticated) is covered with the design trade-offs. Central Web Authentication (CWA) — where the switch or WLC intercepts HTTP traffic from an unauthenticated device and redirects it to an ISE portal — is configured for the guest and BYOD use cases. ISE integration with Cisco DNA Center for software-defined policy distribution, where ISE SGTs are consumed by DNA Center for campus fabric policy enforcement, represents the modern enterprise deployment pattern and is covered as an advanced topic.
WLC-to-ISE integration requires adding the WLC as a Network Device in ISE with the shared RADIUS secret, and configuring the WLAN on the WLC to use ISE as its AAA server for both 802.1X and accounting. The distinction between SSID-based segmentation (different SSIDs for different user populations) and ISE-based dynamic VLAN assignment (a single SSID where ISE assigns different VLANs based on who authenticated) is covered with the design trade-offs. Central Web Authentication (CWA) — where the switch or WLC intercepts HTTP traffic from an unauthenticated device and redirects it to an ISE portal — is configured for the guest and BYOD use cases. ISE integration with Cisco DNA Center for software-defined policy distribution, where ISE SGTs are consumed by DNA Center for campus fabric policy enforcement, represents the modern enterprise deployment pattern and is covered as an advanced topic.
5
Guest Access, BYOD Portals & Self-Registration Workflows
Guest access and BYOD (Bring Your Own Device) are two of the most visible ISE capabilities to end users — and they are two of the most commonly requested features by enterprise IT teams. Getting these right means visitors can access the internet without accessing internal resources, employees' personal phones can be onboarded to the corporate Wi-Fi securely without IT helpdesk involvement, and the entire experience is smooth enough that employees and visitors actually use the intended channels rather than finding workarounds.
Guest access in ISE uses portal pages to present a customisable web interface to visitors — sponsorship-based portals where an employee sponsors a guest account, self-registration portals where guests create their own accounts with optional approval workflows, and hotspot portals for completely open access with only an acceptable use policy acceptance. The guest lifecycle — creating temporary accounts, setting maximum session duration, receiving login credentials via SMS or email, and automatic cleanup of expired accounts — is configured completely. BYOD portals allow employees to onboard their personal devices to the corporate network with certificate-based authentication (eliminating the need to enter credentials repeatedly): the My Devices portal where employees register their personal devices, the dual-SSID onboarding flow (connect to an onboarding SSID, go through provisioning, end up on the secure SSID with a device certificate), and the Cisco Network Setup Assistant that handles certificate enrollment on Windows and macOS. BYOD policy — which device types are allowed, how many devices per user are permitted, and what access level BYOD devices receive compared to corporate-managed devices — is configured with ISE authorisation rules.
Guest access in ISE uses portal pages to present a customisable web interface to visitors — sponsorship-based portals where an employee sponsors a guest account, self-registration portals where guests create their own accounts with optional approval workflows, and hotspot portals for completely open access with only an acceptable use policy acceptance. The guest lifecycle — creating temporary accounts, setting maximum session duration, receiving login credentials via SMS or email, and automatic cleanup of expired accounts — is configured completely. BYOD portals allow employees to onboard their personal devices to the corporate network with certificate-based authentication (eliminating the need to enter credentials repeatedly): the My Devices portal where employees register their personal devices, the dual-SSID onboarding flow (connect to an onboarding SSID, go through provisioning, end up on the secure SSID with a device certificate), and the Cisco Network Setup Assistant that handles certificate enrollment on Windows and macOS. BYOD policy — which device types are allowed, how many devices per user are permitted, and what access level BYOD devices receive compared to corporate-managed devices — is configured with ISE authorisation rules.
6
Posture Assessment — Endpoint Compliance & Remediation
Knowing who is connecting to your network is valuable. Knowing that their device is actually secure before granting them full access is more valuable. Posture assessment is the ISE capability that checks whether connecting devices meet your security policy requirements — and either restricts access or remediates the device if they do not. In a healthcare environment, this means ensuring that every workstation connecting to the clinical network has current antivirus definitions and disk encryption enabled. In a financial services environment, it means ensuring every laptop has the required security patches applied before accessing trading systems.
ISE posture checks are delivered via the Cisco Anyconnect agent (for managed corporate devices) or via the ISE temporal agent (a lightweight agent downloaded automatically at connection time for unmanaged devices). Posture conditions that can be checked include: antivirus product presence and definition currency, anti-spyware, OS patch level (Windows Update compliance), disk encryption status (BitLocker or FileVault active), required software presence, registry values, and running service checks. The posture flow — a device connects, gets a restricted VLAN while posture runs, passes posture checks, and is dynamically moved to the full-access VLAN without reconnecting — is configured end-to-end. The remediation workflow — when a device fails posture, it receives a redirect to a remediation portal with instructions to install missing software or apply patches, and ISE automatically re-evaluates posture after the device reports completion — is built as a complete lab project. Client provisioning policies, which control which Anyconnect version and posture module are pushed to which type of device, round out the module.
ISE posture checks are delivered via the Cisco Anyconnect agent (for managed corporate devices) or via the ISE temporal agent (a lightweight agent downloaded automatically at connection time for unmanaged devices). Posture conditions that can be checked include: antivirus product presence and definition currency, anti-spyware, OS patch level (Windows Update compliance), disk encryption status (BitLocker or FileVault active), required software presence, registry values, and running service checks. The posture flow — a device connects, gets a restricted VLAN while posture runs, passes posture checks, and is dynamically moved to the full-access VLAN without reconnecting — is configured end-to-end. The remediation workflow — when a device fails posture, it receives a redirect to a remediation portal with instructions to install missing software or apply patches, and ISE automatically re-evaluates posture after the device reports completion — is built as a complete lab project. Client provisioning policies, which control which Anyconnect version and posture module are pushed to which type of device, round out the module.
7
TrustSec — Security Group Tags & Software-Defined Segmentation
TrustSec is one of the most powerful capabilities in the Cisco/ISE ecosystem and one of the least widely understood. Rather than enforcing security policy through VLANs and ACLs — which require per-device configuration and break down when users move between locations — TrustSec assigns a Security Group Tag (SGT) to every authenticated session, and that tag follows the traffic through the network. Security policy is then expressed in terms of SGTs: "Finance SGT is allowed to access Finance Servers SGT on port 443, and nothing else." The enforcement happens wherever TrustSec-capable devices are deployed, automatically, based on the tags — not based on IP addresses that change when users roam.
SGT assignment is covered for all three methods: ISE assigns SGTs through the authorisation policy (when an employee in the Finance AD group authenticates, they receive the Finance SGT), devices can be assigned SGTs based on their IP address (for non-supplicant devices), and SGTs can be assigned statically to network device interfaces. SGT propagation — how tags move with traffic across the network — uses inline tagging (the Cisco Meta-Data header added to Ethernet frames on switches that support it) and the SXP protocol (Security Exchange Protocol, for devices that do not support inline tagging but can participate in TrustSec policy distribution). SGACL (Security Group ACL) configuration on TrustSec-capable switches enforces the communication policy between SGTs. The TrustSec matrix in ISE — a two-dimensional table showing which SGTs can communicate with which other SGTs — is configured as the authoritative policy source and pushed to enforcement devices.
SGT assignment is covered for all three methods: ISE assigns SGTs through the authorisation policy (when an employee in the Finance AD group authenticates, they receive the Finance SGT), devices can be assigned SGTs based on their IP address (for non-supplicant devices), and SGTs can be assigned statically to network device interfaces. SGT propagation — how tags move with traffic across the network — uses inline tagging (the Cisco Meta-Data header added to Ethernet frames on switches that support it) and the SXP protocol (Security Exchange Protocol, for devices that do not support inline tagging but can participate in TrustSec policy distribution). SGACL (Security Group ACL) configuration on TrustSec-capable switches enforces the communication policy between SGTs. The TrustSec matrix in ISE — a two-dimensional table showing which SGTs can communicate with which other SGTs — is configured as the authoritative policy source and pushed to enforcement devices.
8
ISE Troubleshooting, RADIUS Debugging & SISE 300-715 Exam Prep
ISE troubleshooting is where ISE-certified engineers prove their value. When 802.1X is not working — when a device is being placed in the wrong VLAN, when authentication is failing silently, when posture is not running, when a TrustSec SGT is not being assigned — the ability to diagnose the issue quickly from ISE's built-in tools is what determines whether a production issue is resolved in 10 minutes or 3 hours.
ISE LiveLogs is the primary troubleshooting tool: real-time authentication and authorisation logs showing every RADIUS transaction, the policy rules that matched, the result applied, and detailed failure reasons for any failed authentications. Reading LiveLogs effectively — understanding the authentication detail view, interpreting RADIUS attribute values, and correlating ISE logs with switch debug outputs — is practised with deliberately introduced failures covering the most common failure scenarios: wrong RADIUS secret, certificate validation failure, Active Directory connectivity issue, authorisation policy misconfiguration, and endpoint profiling issue. Switch-side RADIUS debugging (debug radius authentication on Cisco IOS) is used alongside ISE LiveLogs to correlate the network device view with the ISE view of the same transaction. Suppressed attributes in RADIUS packets and what their absence indicates, the ISE Context Visibility dashboard for monitoring endpoint status fleet-wide, and ISE alarm and report configuration for proactive monitoring round out the troubleshooting coverage. The final sessions focus on SISE 300-715 exam preparation: domain-by-domain review, practice question analysis, and timing strategy for the 90-minute exam.
ISE LiveLogs is the primary troubleshooting tool: real-time authentication and authorisation logs showing every RADIUS transaction, the policy rules that matched, the result applied, and detailed failure reasons for any failed authentications. Reading LiveLogs effectively — understanding the authentication detail view, interpreting RADIUS attribute values, and correlating ISE logs with switch debug outputs — is practised with deliberately introduced failures covering the most common failure scenarios: wrong RADIUS secret, certificate validation failure, Active Directory connectivity issue, authorisation policy misconfiguration, and endpoint profiling issue. Switch-side RADIUS debugging (debug radius authentication on Cisco IOS) is used alongside ISE LiveLogs to correlate the network device view with the ISE view of the same transaction. Suppressed attributes in RADIUS packets and what their absence indicates, the ISE Context Visibility dashboard for monitoring endpoint status fleet-wide, and ISE alarm and report configuration for proactive monitoring round out the troubleshooting coverage. The final sessions focus on SISE 300-715 exam preparation: domain-by-domain review, practice question analysis, and timing strategy for the 90-minute exam.
Lab Projects You Will Complete
🏢 Enterprise 802.1X Wired Deployment
Deploy end-to-end 802.1X on a four-switch lab network with Active Directory integration. Configure policy sets that give domain users full VLAN access, unknown devices a quarantine VLAN, and IP phones voice VLAN access — all from a single 802.1X-enabled switch port.
📱 BYOD Onboarding Portal
Build a complete BYOD workflow: employee connects to an onboarding SSID, is redirected to ISE's My Devices portal, downloads the Cisco Network Setup Assistant, receives a device certificate from ISE's internal CA, and automatically connects to the secure corporate SSID with EAP-TLS — no IT helpdesk involvement required.
🔍 Posture Compliance Enforcement
Configure posture requirements for Windows laptops: antivirus up to date, BitLocker enabled, Windows Defender running. Non-compliant devices receive a restricted VLAN and ISE redirect to a remediation portal. After remediation, ISE automatically re-evaluates and promotes the device to the full-access VLAN.
🏷 TrustSec SGT Implementation
Deploy TrustSec across a lab environment: configure ISE to assign Finance, HR, and Developer SGTs on authentication. Configure SXP between ISE and a non-TrustSec switch to distribute IP-to-SGT mappings. Configure SGACLs that permit Finance → Finance Servers traffic and deny Finance → Developer traffic.
🏨 Guest Access with Sponsor Portal
Build a complete guest access system with a sponsor portal where employees create time-limited guest accounts, a guest self-registration portal for walk-in visitors requiring manager approval, and a hotspot portal for conference room internet access — all with branded customisation and email credential delivery.
🔧 Troubleshooting Lab
Receive an ISE deployment with 8 deliberately broken policy configurations. Using only ISE LiveLogs, RADIUS debug output, and ISE reports — diagnose every issue: failed authentication, wrong VLAN assignment, posture not running, SGT not assigned. Document the root cause and resolution for each fault.
Career Paths After Cisco ISE Training
Network Access Control Engineer
₹8 – 16 LPA
Deploying and managing ISE for enterprise networks — day-to-day operations, policy updates, endpoint profiling review, and first-response troubleshooting of authentication issues.
Cisco Security Consultant
₹14 – 28 LPA
Implementing ISE for Cisco partner clients. Project-based work with exposure to diverse enterprise environments — banking, healthcare, manufacturing — and direct client interaction.
Zero Trust Network Architect
₹18 – 35 LPA
Designing identity-based network access control as part of a Zero Trust security architecture. ISE combined with Cisco DNA Center, SD-Access, and Firepower creates a complete Zero Trust campus solution.
Security Operations Engineer
₹10 – 22 LPA
ISE-focused SOC roles monitoring authentication events, investigating anomalous access patterns, and responding to rogue device alerts. ISE visibility features are valuable in security operations contexts.
What Our Students Say About Cisco ISE Training at Aapvex
"I had a production ISE deployment that I inherited with no documentation. I understood conceptually that it was doing 802.1X but I could not confidently troubleshoot it or extend it to new use cases. The Aapvex ISE course gave me complete mastery — not just how to click through the GUI, but why each policy decision produces the result it does. The TrustSec module in particular was a revelation. I now lead the ISE expansion project at our company and passed the SISE exam on my first attempt."— Suresh M., Network Security Engineer, Private Bank, Pune
Frequently Asked Questions — Cisco ISE Course Pune
What is Cisco ISE and what problems does it solve?
Cisco ISE (Identity Services Engine) is Cisco's Network Access Control and policy platform. It solves the problem of controlling who and what can access your network — ensuring that only authenticated, authorised, and compliant endpoints get network access. It handles 802.1X authentication for wired and wireless users, MAC address bypass for headless devices, guest access portals, BYOD device onboarding, endpoint posture assessment, and TrustSec group-based policy enforcement. ISE is the dominant NAC solution in Indian enterprise environments, particularly in BFSI, healthcare, and large manufacturing companies.
What is RADIUS and why does ISE use it?
RADIUS (Remote Authentication Dial-In User Service) is the protocol that network devices (switches, wireless controllers, VPN gateways) use to communicate with ISE for authentication and authorisation decisions. When a device connects to a switch port configured for 802.1X, the switch sends a RADIUS Access-Request to ISE containing the user's credentials and device attributes. ISE evaluates the request against its policy sets and returns a RADIUS Access-Accept (with VLAN assignment, ACL, and SGT attributes) or Access-Reject. ISE acts as the central RADIUS server for the entire network, replacing the need for individual switches to make local access decisions.
What is TrustSec and how is it different from VLAN-based segmentation?
TrustSec uses Security Group Tags (SGTs) rather than VLANs to enforce network segmentation. With VLANs, security policy is tied to physical location — a device in VLAN 100 gets Finance access regardless of who logged in. With TrustSec, the SGT follows the authenticated identity regardless of location — a Finance employee gets their Finance SGT whether they are at their desk, in a meeting room, or connected via VPN. SGACLs (Security Group ACLs) define which SGTs can communicate with which other SGTs, providing micro-segmentation without the complexity of IP-based ACLs that become impossible to manage at scale.
What is the SISE 300-715 exam and how does this course prepare me for it?
The SISE 300-715 (Implementing and Configuring Cisco Identity Services Engine) is a 90-minute CCNP Security concentration exam. It covers ISE architecture, network access (802.1X, MAB), policy enforcement, guest services, BYOD, profiling, posture, and TrustSec. Our curriculum maps to every exam domain, and the final module includes dedicated exam preparation with practice questions and timed mock exams. The SISE exam is notably practical-oriented in its question style — it tests whether you understand how ISE policy actually works, not just terminology.
How do I enrol in the Cisco ISE course at Aapvex Pune?
Call or WhatsApp 7796731656 for a free 20-minute counselling call. We will confirm your current networking background, walk you through the current batch schedule and fees, and get you enrolled. Or fill out our Contact form and we will call you within 2 hours.