The Aviatrix Certified Engineer (ACE) Program validates your expertise in Multi-Cloud Networking and Security across leading public cloud platforms. This exam is designed for cloud engineers, network architects, and infrastructure professionals who manage or design multi-cloud environments. Passing the ACE exam demonstrates your ability to architect, deploy, and troubleshoot cloud networking solutions using Aviatrix. This page provides a clear study roadmap, sample question formats, and practical preparation strategies to help you succeed.
Use this topic map to guide your study for Aviatrix ACE within the Multi-Cloud Networking and Security path.
The ACE exam uses multiple question types to assess both theoretical knowledge and practical decision-making in real-world multi-cloud scenarios.
Questions progress in difficulty and emphasize practical application, ensuring certified engineers can handle complex multi-cloud deployments.
A structured study plan maximizes retention and confidence. Allocate 4-6 weeks for thorough preparation, mapping each topic to weekly study blocks and hands-on practice. This approach ensures you understand both concepts and their real-world application.
Explore other Aviatrix certifications: view all Aviatrix exams.
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Multi-Cloud Network Architecture typically accounts for 30-35% of exam content, reflecting its importance in real-world Aviatrix deployments. AWS and Azure Networking each represent 20-25%, while GCP Networking and Public Cloud Networking Introduction together make up the remaining 15-20%. Focus your deepest study on multi-cloud integration patterns and AWS/Azure configurations.
Public Cloud Networking Introduction provides the foundation; you then apply platform-specific knowledge (AWS, Azure, GCP) to design individual cloud networks. Multi-Cloud Network Architecture brings them together, showing how to use Aviatrix to create unified security policies, encrypted transit, and optimized routing across all three clouds. Understanding this progression helps you see why each topic matters and how they build on one another.
Hands-on experience significantly boosts your confidence and understanding. Prioritize labs that cover Aviatrix controller setup, gateway deployment in AWS and Azure, and multi-cloud transit network configuration. If possible, practice creating a simple three-cloud network with encrypted peering and consistent firewall rules. Even simulated labs or sandbox environments help reinforce configuration workflows.
Many candidates confuse platform-specific networking models (for example, AWS security groups versus Azure NSGs) or overlook subtle differences in how each cloud implements routing. Others rush through scenario questions without fully reading requirements, missing critical details about compliance, latency, or failover needs. Take time to understand each platform's unique approach, and read questions twice before answering.
Focus your final week on weak areas identified during practice tests rather than re-reading entire topics. Do a full-length timed practice test mid-week to assess pacing and confidence. Spend the remaining days reviewing scenario-based questions and multi-cloud architecture concepts. Avoid cramming new material; instead, reinforce what you already know and build mental models for how components interact under different conditions.
Operations team has noticed that during the peak working hours, Aviatrix Gateway's throughput utilization stays around 80% of the current instance size. A decision has been made to scale up the instance size to provide more throughput. Which below statement accurately describes instance sizing of Aviatrix Gateways?
Aviatrix Gateways can scale up and down both.
An example of when would you use Aviatrix FlightPath is:
EC2 related information such as Security Groups, Route table and route table entries and network ACL.
This helps you to identify connectivity problems.
You do not need to launch Aviatrix gateways to use this tool, but you need to create Aviatrix accounts so
that the Controller can use the account credentials to execute AWS APIs to retrieve relevant information.
When AWS Direct Connect, Azure ExpressRoute, Google Interconnect and OCI FastConnect are encrypted without using Aviatrix High Performance Encryption, the effective throughput is reduced to____. SELECT THE
CORRECT ANSWER
To encrypt this connection, users have the option to create an IPSec Tunnel which limits the throughput to only 1.25Gbps. Standard IPSec encryption in the cloud, or from your data center to the cloud, is limited by a single core processing to 1.25 Gbps.
High Performance Encryption with InsaneMode - Aviatrix Insane mode is integrated into the Transit Network solution to provide 10Gbps performance between on-prem and Transit VPC with encryption. For VPC to VPC, Insane mode can achieve 25 - 30Gbps.
What are the connectivity options for customers to access Azure?
Basically, there are 4 options for consumers to access Azure:
* Internet connectivity.
* Point-to-site VPN (P2S VPN)
* Site-to-Site VPN (S2S VPN)
* ExpressRoute.