Edge to X is not a lift-and-shift, and the proxies will tell you why
Kubernetes
Docker
KongThe proxy estate moved onto Apigee X in waves with no partner-visible outage, and the incompatibility categories were resolved deliberately rather than discovered during failed deployments.
Overview
Apigee Edge to Apigee X is the migration most Apigee customers are either doing or postponing. AceMQ does not run the platform — we plan and execute the customer-side migration: proxy compatibility, networking model changes, KVM and cache behavior, analytics differences, and the cutover itself.
Challenge
The organization had several hundred proxies on Edge, many using features whose behavior differs on X — key value map scoping, cache policies, virtual host and TLS configuration, and monetization-era artifacts. An initial attempt to import proxies wholesale produced deployment failures that gave no clear signal about which differences mattered.
Environment
Apigee Edge with proxies spanning partner-facing and internal APIs, migrating to Apigee X with a redesigned networking and TLS model.
Approach
AceMQ inventoried and categorized every proxy by which X-incompatible constructs it used, then migrated in waves ordered by risk rather than alphabetically. Each wave ran in parallel with Edge behind a traffic-splitting front door until parity was demonstrated on real traffic.
Solution
- 1Inventoried all proxies, shared flows, KVMs, and target servers, categorized by X compatibility
- 2Rewrote policies and KVM scoping where Edge behavior does not carry over to X
- 3Redesigned the networking, virtual host, and TLS termination model for the X environment
- 4Migrated in risk-ordered waves with traffic splitting and per-wave parity validation
- 5Mapped Edge analytics reports onto their X equivalents so reporting continuity was preserved
- 6Defined rollback per wave so any single wave could revert without touching the others
Outcome
The proxy estate moved onto Apigee X in waves with no partner-visible outage, and the incompatibility categories were resolved deliberately rather than discovered during failed deployments.
Technologies
KubernetesDockerKongRelated Use Cases
Apigee Proxy Estate and Shared Flow Redesign Assessment
Assessing a sprawling Apigee proxy estate and designing a shared flow architecture that removes duplicated policy logic across hundreds of proxies.
Apigee Proxy Latency and Policy Chain Support
Debugging proxy-level latency and policy execution problems in Apigee that sit outside what the platform vendor's support will investigate.
Need Apigee Architecture Guidance?
AceMQ's senior Apigee engineers have handled this exact type of engagement before. Whether you need architectural guidance, hands-on remediation, or an ongoing managed partnership, we're ready to help.