The document discusses delivering intent for data center networking using Cisco's Network Assurance Engine. It notes that app is the new business, multicloud is the new data center, and developer is the new customer. It then discusses Cisco's intent lifecycle including automation, intent, assurance, analytics and more. It highlights some key Cisco products like ACI and Tetration and discusses how the Network Assurance Engine uses mathematical models and data collection to provide comprehensive, intelligent and continuous assurance of network intent.
5. Service Profile
Network Policy
Storage Policy
Compute Policy
SIM Cards and Application Profiles
SIM Card
Identity for a Phone
Service Profile
Identity for Compute
Application Profile
Identity for the Network
6. ACI / N9K - Strong Momentum in the Marketplace
ECOSYSTEM PARTNERS
Nexus 9K
Customers Globally
ACI
Customers
Ecosystem
Partners
13,000+ 65+4,700+
Business
Run Rate
$3B
7. Remote PoD Multi-Pod / Multi-Site Hybrid Cloud Extension
ACI Anywhere
Any Workload, Any Location, Any Cloud
ACI Anywhere
IP
WAN
IP
WAN
Remote Location Public CloudOn Premise
Security Everywhere Policy EverywhereAnalytics Everywhere
11. Problem: DC Paradigms Are Fundamentally Reactive
Intent Frequently
Breaks …
Operational Troubleshoot
We Always React …
An Inability to
Assure Intent
Proactively
Leaving Us With …
Security Scramble to fix it
Compliance Fail audits
Change Undo changes
12. ...Creating a Major Assurance Gap
VM
Controllers
How do I have confidence that I don’t
have errors due to my changes?
1
How do I rapidly analyze the network to
identify issues?
3
How do I easily understand the state of
my entire infrastructure?
2
Intent
Infrastructure
13. Comprehensive, Intelligent, Continuous
Based on mathematical models of the
network
Continuously verifies and validates the
entire network
Proactively delivers the confidence
that the network is operating correctly
Introducing Cisco Network Assurance Engine
15. Fortunately These Problems Have Been Solved
Chip Design
Functional and Physical
Design Verification, Lint,
Timing Analysis
Software Verification
Semantic Checks, Dynamic
Testing, Memory Profiling
Mars Rover
Mars Rover (B) Still
Operational After 14 yrs
with Formal Verification
Formal Methods Assure Intent
16. Cisco Network Assurance Engine: How It Works
Comprehensive
Network Modeling
Mathematically accurate models
spanning underlay, overlay and
virtualization layers
5000+ domain knowledge-based
error scenarios built-in, codified
remediation steps
Data
Collection
Captures all non-packet data:
intent, policy, state across
data center network
Intelligent
Analysis
17. PREDICT THE IMPACT
OF CHANGES
Challenge
• Mainframe misconfiguration
in DR site
Potential Impact
• Mainframe cluster inaccessible
in case of fail-over event
Benefit
• Identify latent misconfigurations
before outages happen
• Avoid $$ in lost revenue
PROACTIVELY VERIFY
NETWORK-WIDE BEHAVIOR
Challenge
• Overlapping subnets due to
routes leaked across VRFs
Potential Impact
• Connectivity loss for Skype VoIP
and Video users
Benefit
• Continuous & proactive network-
wide dynamic state analysis
• Save days in downtime
ASSURE NETWORK SECURITY
POLICY AND COMPLIANCE
Challenge
• TCAM utilization hitting capacity,
inefficient security policy
definitions
Potential Impact
• Degraded security posture &
inability to deploy policies
Benefit
• Identified 17K+ redundant policies
• Surfaced opportunity for 20-70%
TCAM optimization
Stories from Customer Trials
18. Cisco Network
Assurance Engine
Deployment Model
No sensors
Read only credentials
Time to Value
30 mins to deploy
60 mins to value
Form Factors
Software only OVA
Lightweight: 3 VMs (v2.0)
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