Cisco

The 300-445 ENNA exam is a 90-minute CCNP Enterprise concentration built around network assurance design and implementation. Cisco’s v1.0 blueprint moves through platforms and architecture, data collection, data analysis, insights, and alerts. Study in that same order because later domains depend on understanding where the data came from and what it can legitimately prove. A good roadmap should therefore alternate platform knowledge with diagnostic reasoning. Learn how a measurement is collected, then practice using it to isolate packet loss, congestion, DNS, VPN, wireless, BGP, or application-performance problems. Learn an alert…

The 300-445 ENNA exam is Cisco’s CCNP Enterprise concentration for designing and implementing network assurance. The current v1.0 exam is 90 minutes and focuses on assurance platforms and architecture, data collection, analysis, insights, and alerts. The central skill is not collecting more telemetry; it is choosing data that can distinguish healthy behavior from a user-impacting problem. This makes network observability the right starting point. Metrics, flow records, logs, synthetic tests, endpoint measurements, and path data answer different questions. A useful assurance architecture connects each data source to a decision: detect…

The 300-640 DCAI exam became available in February 2026 as a CCNP Data Center concentration. The 90-minute exam covers AI infrastructure foundations, architecture, deployment and data management, and operations/troubleshooting. Cisco’s current blueprint gives substantial weight to choosing infrastructure from workload requirements and then implementing high-performance networking, compute, storage, and orchestration. Do not approach it as an AI-algorithms exam. Use the AI and machine-learning concepts map to understand training, inference, model size, and data flow, then spend most study time on how those behaviors stress infrastructure. Your job is to turn…

The 300-640 DCAI exam is a new CCNP Data Center concentration for AI infrastructure. Testing began in February 2026, and the 90-minute exam covers design, implementation, monitoring, and troubleshooting across network, compute, storage, and orchestration. Cisco’s blueprint treats AI as an infrastructure workload with unusual scale, bandwidth, latency, power, and operational requirements—not as a data-science exam. Place it inside the CCNP Data Center path and review the broader AI and machine-learning concepts map only to understand workload behavior. The candidate is not expected to train a foundation model from scratch….

The 350-901 AUTOCOR v2.0 exam is Cisco’s automation core exam for CCNP Automation and CCIE Automation. The current blueprint gives major weight to network automation and infrastructure as code, then extends into operations and AI in automation. Cisco’s official training includes Python, Ansible, Terraform, Git, GitLab CI/CD, containers, secure coding, telemetry, LLM-powered agents, and MCP servers. A study blueprint should therefore organize skills around a software delivery lifecycle: define intent, model data, implement automation, test it, promote it, observe it, and recover from failure. Studying each tool as a separate…

The current 350-901 AUTOCOR exam is v2.0, a 120-minute core exam for CCNP Automation and CCIE Automation. Cisco’s blueprint now centers on network automation systems, infrastructure as code, operations, and AI in automation. The official training goes beyond simple API calls into Python, Ansible, Terraform, CI/CD pipelines, containerization, model-driven telemetry, secure coding, LLM-powered agents, and MCP servers. That scope changes how you should practice. AUTOCOR is not “DevNet with harder Python.” It is a systems-engineering exam. You need to reason about source control, state, deployment pipelines, authentication, observability, error handling,…

ENARSI readiness is rarely uniform. A candidate can be excellent at OSPF and BGP while still losing time on redistribution, DMVPN, policy controls, infrastructure services, or automation. The purpose of a readiness matrix is to expose those imbalances before the 300-410 ENARSI exam, not to hide them inside one practice score. Cisco’s current ENARSI exam is a 90-minute professional-level assessment covering advanced Layer 3 technologies, VPN services, infrastructure security, infrastructure services, and infrastructure automation. That scope makes troubleshooting method as important as feature recall. A strong candidate can identify which…

Practical ENARSI preparation should feel like troubleshooting work, not a long sequence of known-good configurations. The 300-410 ENARSI exam covers advanced routing and services, but the transferable skill is the ability to move from symptom to evidence to root cause without changing unrelated parts of the network. The labs below are deliberately small. Each one has a healthy state, one controlled fault, an evidence path, and a recovery step. That structure teaches more than building a large topology that works once. Lab 1: prove route lineage before changing policy Build…

ENARSI is not a routing-protocol vocabulary exam. It is a test of whether you can recognize how advanced enterprise routing and services should behave, detect when they do not, and narrow a problem using configuration and operational evidence. Candidates who know OSPF, EIGRP, BGP, VPN concepts, route redistribution, policy, and infrastructure services in isolation can still struggle because troubleshooting requires those pieces to interact. The current CCNP Enterprise concentration path uses the 300-410 ENARSI exam v1.1, a 90-minute assessment covering advanced Layer 3 technologies, VPN services, infrastructure security and services,…

Layer 3 Technologies accounts for 35% of the current Cisco 300-410 ENARSI v1.1 blueprint. That weighting reflects what the exam is built to validate: implementation and troubleshooting of advanced enterprise routing rather than simple recognition of protocol terminology. Administrative distance, route maps, loop prevention, redistribution, summarization, policy-based routing, VRF-Lite, BFD, EIGRP, OSPF, and BGP all belong to the same operational problem—making the correct route appear, win, and remain stable when the topology changes. The safest way to prepare is to treat the routing table as an outcome of several control-plane…

ENARSI exam-day performance depends on one discipline above all: troubleshoot the network that the question describes, not the network you assume must exist. The 300-410 ENARSI exam gives you 90 minutes to reason across advanced routing, VPN services, infrastructure security, infrastructure services, and automation. That makes classification and evidence selection essential. A useful operating method is consistent across domains: define expected behavior, identify the failing layer, inspect the smallest useful evidence set, eliminate explanations that contradict the evidence, and choose the correction that restores the requirement without creating a new…

The current 350-701 SCOR exam is SCOR v2.0, launched on August 27, 2026. Cisco describes it as a major revision rather than a light refresh. The new blueprint reflects modern enterprise security: network and cloud security, secure service edge, endpoint protection and detection, network access, visibility, enforcement, and security automation, with AI-era threats now explicitly included. SCOR remains the core exam for CCNP Security and the qualifying written exam for CCIE Security. The exam is still 120 minutes, but candidates using v1.1 materials need to treat v2.0 as new content…

A current study plan for the 350-701 SCOR exam must be built around v2.0, which began testing August 27, 2026. Cisco describes the revision as a major update, not a minor edit, with new emphasis on secure service edge, AI-era threats, Zero Trust, current cloud security, modern endpoint protection, and security operations. A practical plan should therefore have phases rather than a long list of chapters. Start with baseline assessment, build core mental models, add implementation and investigation practice, then finish with integration and timed review. This reduces the common…

Cisco 350-701 SCOR is difficult primarily because it is a broad professional-level security core exam. The current v2.0 blueprint expects candidates to move across Security Concepts, Network Security, Cloud Security, Secure Service Edge, Endpoint Protection and Detection, and Network Access, Visibility, and Enforcement. The exam is not simply a firewall test, an identity test, or a SOC test. It asks whether your security model still works when several of those areas meet in one scenario. Cisco lists the exam as 120 minutes and offers it in English and Japanese. Passing…

Cisco 350-701 SCOR v2.0 is the current core exam for CCNP Security and a qualifying core exam for the CCIE Security path. The v2.0 refresh is materially broader than the older Cisco 350-701 SCOR v1.1 blueprint. Cisco’s current training places modern threat analysis, AI and LLM security risks, Zero Trust, SAFE architecture, device hardening, cloud-workload security, SASE and SSE, identity, modern endpoint protection, Splunk analytics, SOC automation, and XDR alongside the established network-security foundation. The exam remains a 120-minute professional core assessment. Candidates should therefore resist studying it as a…