Immediately’s enterprise information facilities are evolving quickly, pushed by altering enterprise wants, complicated purposes, and rising consumer calls for. As organizations embrace hybrid methods for flexibility and price financial savings, workloads are transferring past conventional environments. Whereas this transformation permits scalability, it additionally introduces new safety and operational challenges, requiring a brand new method to defending important purposes and infrastructure.
In response to Gartner: ʺIncreased cyberthreats, comparable to ransomware assaults concentrating on important infrastructure, can cripple information middle operations. This will disrupt service, trigger monetary losses, and have an effect on nationwide safety. Such occasions would possibly immediate rules requiring stronger cybersecurity measures, vulnerability assessments, and incident-reporting protocols for information facilities.ʺ
Trendy information facilities function throughout non-public clouds, public clouds, and colocation environments, creating complicated, distributed ecosystems. Disparate options with service-specific units and dashboards will increase the chance of error, inconsistent enforcement, and safety breaches. On the identical time, agility and price optimization stay important for seamless software scaling.
Answer: The place safety meets the community
As information facilities evolve, so should the infrastructure that powers them. To satisfy rising calls for for scalability, safety, and effectivity, we’re excited to introduce the Cisco N9300 Collection Sensible Switches—a brand new household of information middle switches that includes programmable information processing models (DPUs) that may embed stateful companies immediately into the info middle material at scale and velocity for higher simplicity, elevated service throughput, and price effectivity.
Constructed-in energy of Cisco Silicon One and DPUs
By integrating DPUs into the brand new switches, we’re remodeling information middle networking platforms into high-capacity, multifunctional, service-hosting units. The DPUs can effectively deal with complicated information processing duties and ship superior companies past conventional networking capabilities.
Powered by the Cisco Silicon One E100 ASIC, Cisco Sensible Switches provide excessive velocity connectivity, wealthy telemetry, line-rate encryption and energy effectivity for contemporary information middle workloads. With the AMD DPUs, these Sensible Switches present 800G service throughput. The DPU acceleration unlocks a various set of community and safety companies comparable to stateful segmentation, large-scale NAT, IPsec encryption, IDS/IPS, event-based telemetry, DDoS safety. The primary stateful service supported on the swap might be Layer-4 stateful segmentation* with Cisco Hypershield.
Clever site visitors redirection from the switching ASIC to the DPU significantly reduces the latency in comparison with conventional infrastructure. The architectural shift additionally drives substantial price financial savings by {hardware} consolidation, decreased energy consumption and rack house utilization and operational simplicity.
The primary Sensible Change N9324C is a 24-port, 100G swap with 800G service throughput and the N9348Y2C6D is a 48-port 25G, 2-port 100G and 6-port 400G with 800G service throughput (see Determine 1).
Built-in safety with Cisco Hypershield and Working Mannequin
The brand new Cisco Sensible Switches combine Cisco Hypershield, an AI-native safety structure that permits stateful segmentation throughout the info middle (see Determine 2). Cisco Safety Cloud Management handles safety coverage creation and deployment, permitting SecOps groups to write down, take a look at, and orchestrate insurance policies throughout networks, workloads, and cloud environments.
As well as, Cisco Nexus Dashboard will proceed to handle the operational points of the swap, DPU, and community insurance policies—offering NetOps groups with devoted workflows tailor-made to their roles and obligations.
Nexus Dashboard and Cisco Safety Cloud Management additionally present cross-platform visibility to simplify information middle operations and allow collaboration between community and safety groups. These two platforms work in tandem create a cohesive, agile, and scalable information middle infrastructure, able to help the evolving calls for of contemporary purposes and safety challenges.
Key Benefits of Cisco Hypershield on Sensible Switches
The combination of Hypershield into these new switches creates many benefits, comparable to:
- Autonomous segmentation insurance policies: Hypershield makes use of AI to dynamically refine safety insurance policies primarily based on software id and conduct. It automates coverage creation, optimization, and enforcement throughout workloads and Sensible Switches, guaranteeing seamless, adaptive safety with minimal handbook effort.
- Up-to-date safety posture with out the chance of disruption: Hypershield has the power to self-qualify updates with digital twin expertise to scale back threat with coverage updates, guarantee a sooner up-to-date safety posture and drive coverage lifecycle administration at scale. By testing segmentation coverage adjustments within the manufacturing setting, Hypershield validates them, establishes belief, and generates confidence in its AI-recommended insurance policies.
- Persona-driven operational fashions: Hypershield permits distributed safety enforcement whereas sustaining separate workflows for NetOps and SecOps. Nexus Dashboard and Safety Cloud Management present built-in visibility, making troubleshooting and compliance administration seamless.
- Optimum routing with inline safety: By leveraging Sensible Switches, community infrastructure will be simplified whereas guaranteeing optimum routing and strong safety.
- Constant coverage enforcement throughout a number of domains: Hypershield streamlines safety coverage administration by Cisco Safety Cloud Management, which permits insurance policies to be managed throughout a library of enforcement factors inside Cisco Hybrid Mesh Firewall resolution, together with throughout cloud workloads, Sensible Switches, and next-gen firewalls.
Utilizing Cisco N9300 Collection Sensible Switches
As fashionable information facilities evolve, safety have to be embedded immediately into the community material to make sure seamless, scalable safety. Cisco N9300 Collection Sensible Switches, powered by Hypershield, allow safe connectivity throughout safety zones, materials, and hybrid cloud environments. With built-in layer-4 firewalling, these switches simplify safety enforcement whereas decreasing architectural complexity, making community operations extra environment friendly and scalable (see Determine 3).
- Safe cloud edge: Conventional firewalls within the DMZ create bottlenecks and single factors of failure, limiting cloud edge scalability. Cisco Sensible Switches combine networking and safety in a single resolution, streamlining hybrid cloud connectivity, decreasing latency and prices, and enabling a scalable, resilient structure.
- Zone-based segmentation: Cisco Sensible Switches with Hypershield change pricey, complicated firewalls with automated, constant safety insurance policies throughout community zones, guaranteeing seamless safety with out added complexity.
- Safe Knowledge middle interconnect (DCI): By converging border gateways and Layer-4 firewalls, Cisco Sensible Switches cut back prices, improve effectivity, and implement constant safety insurance policies throughout interconnected information facilities.
- High-of-rack (ToR) with stateful segmentation: As High-of-Rack switches, Cisco Sensible Switches present distributed stateful segmentation and Layer-4 safety on each port. Visitors is seamlessly redirected from the switching ASIC to the DPU, guaranteeing high-performance, scalable safety enforcement inside the community material.
Throughout all use instances, Cisco Nexus Dashboard and Safety Cloud Management present unified visibility into community and safety operations. With lossless excessive availability, seamless state failover, and pre-deployment coverage testing, organizations can improve safety, reduce disruptions, and guarantee constant enforcement at scale.
Cisco offers versatile deployment choices for each greenfield and brownfield environments. Prospects can deploy Sensible Switches first and allow Hypershield later after qualification, or implement each concurrently for a seamless transition to a extremely autonomous, safe information middle infrastructure.
Revolutionizing Knowledge Middle Safety with Platform Integration
Cisco Sensible Switches are revolutionizing information middle safety by embedding AI-driven, hardware-accelerated safety immediately into the community material. This seamless integration simplifies operations, enhances efficiency, and offers scalable, automated safety with out the complexity of conventional safety fashions. By leveraging clever automation and deep platform integration, Cisco Sensible Switches delivers an economical, high-performance resolution for information facilities safe, agile, and future prepared.
Uncover the right way to flip your information middle right into a high-performance information fortress—go to the Cisco N9300 Collection Sensible Change web page.
We might be showcasing our new service-accelerated options at Cisco Stay in Amsterdam (February 11–14). Come and study extra on the occasion.
* Layer-4 zone-based segmentation capabilities are with applicable licensing and might be out there quickly.
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