A bank has two data centers (Primary and DR), and compliance policies mandate that services or servers can be moved seamlessly between the two data centers. Additionally, the technology cannot be locked to a specific vendor and must offer good scalability with broad support of layer 2 protocols. Which protocol meets these requirements?
Company XYZ wants to prevent switch loops caused by unidirectional point-to-point link conditions on Rapid PVST+ and MST. Which technology can be used in the design to meet this requirement?
STP Bridge Assuranceis a mechanism used to protect againstunidirectional link failureson point-to-point STP connections in environments likeRapid PVST+ and MST. When Bridge Assurance is enabled, BPDUs are expected on all BPDUs-capable interfaces. If a switch stops receiving BPDUs on a point-to-point link where Bridge Assurance is enabled, it assumes the link has failed and transitions the port to blocking to prevent a loop.
This is especially useful in high-availability enterprise designs that require protection from unexpected switch behavior or partial link failures.
Why other options are incorrect:
A . BPDU Guard: Protects access ports by placing them in an err-disabled state if BPDUs are received---useful at the edge, not for core loop protection.
C . MSTP: Refers to the protocol itself but does not solve the unidirectional link issue on its own.
D . TRILL: A different architecture (layer 2 routing) and not applicable to Rapid PVST+ or MST-specific protection.
A business requirement is supplied to an architect from a car manufacturer stating their business model is changing to just-in-time manufacturing and a new network is required. The manufacturer does not produce all of the specific components in-house. Which area should the architect focus on initially?
Just-in-time (JIT) manufacturing relies on precision timing and real-time data exchanges between production systems and external suppliers. Network latency can directly impact the efficiency and viability of such a system. For this reason, the architect must prioritize a network design that ensures minimal delay and rapid delivery of application and sensor data.
According to CCDE v3.1 design principles, when latency is tied directly to business outcomes (e.g., manufacturing workflow dependencies), the network must be designed with a focus on:
End-to-end low-latency infrastructure
Predictable jitter and delay control
Application prioritization mechanisms (QoS)
High availability and redundancy
This allows the manufacturer to optimize production throughput while reducing delays caused by communication lag with external component providers.
Why other options are incorrect:
A . Automation helps with operational efficiency, but it does not directly ensure low-latency communication.
B . Zero Trust is a security model, not latency-related.
D . Modularity is about design structure, not latency performance.
==========
Company XYZ must isolate and encrypt production traffic to meet HIPAA compliance. The current WAN includes MPLS and P2P links.
What is the fastest deployment option?
A bank recently had their security compromised during an initial key exchange between devices using a symmetric cryptography algorithm, and as a result the key was revealed/leaked. Going forward, they want to ensure that key exchanges are performed using asymmetric cryptography algorithms. Which algorithm offers the desired functionality?
George Torres
30 days agoRobert Perez
2 months agoDavid Stewart
2 months agoEmily Edwards
3 months agoWilliam Perez
3 months agoMaria Harris
4 months agoAmy Gonzalez
4 months agoCynthia Miller
5 months agoCynthia White
5 months agoMonica Williams
6 months agoChristopher Howard
6 months agoNancy Cook
6 months agoSharon Nelson
6 months agoKevin Parker
5 months agoKenneth Mitchell
6 months agoMichelle Sanchez
5 months agoLauna
7 months agoAlesia
7 months agoEmmett
7 months agoKristel
7 months agoAlbert
8 months agoMartha
8 months agoMarkus
8 months agoKristine
8 months agoReena
9 months agoBlondell
9 months agoJoesph
9 months agoCecily
9 months agoGeorgiann
10 months agoKatie
10 months agoRory
10 months agoDaryl
10 months agoBonita
11 months agoEve
11 months agoErasmo
11 months agoDanilo
11 months agoJulie
12 months agoTroy
12 months agoLing
1 year agoElza
1 year agoLuther
1 year agoHildegarde
1 year agoJohnathon
1 year agoLynelle
1 year agoReiko
1 year agoBrock
1 year agoRaymon
1 year agoGeorgene
1 year agoLezlie
2 years agoBernadine
2 years agoLore
2 years agoRutha
2 years agoLuis
2 years agoRaymon
2 years agoNikita
2 years agoAnglea
2 years agoLatanya
2 years agoLezlie
2 years agoWenona
2 years agoTanja
2 years agoDona
2 years agoColton
2 years agoGail
2 years agoAnnelle
2 years agoMillie
2 years agoCherilyn
2 years agoIsadora
2 years agoBrinda
2 years agoSherron
2 years agoEarleen
2 years agoAnabel
2 years agoCordell
2 years ago