What happens when a Power Platform app stops being a personal productivity tool and becomes an enterprise system that the business depends on?

In this episode of Support Engineering Weekly, Alex and Maya examine Power Platform governance from the perspective of operating applications safely at enterprise scale. The discussion begins with the transition from lightweight apps to critical business workloads and why governance needs to scale with the importance of the workload.

The conversation explores environments and the risks of allowing the default environment to become a universal development, test, and production boundary. From there, we examine proportional governance using business criticality, data sensitivity, external exposure, and lifecycle stage as dimensions for determining the appropriate governance posture.

The episode then moves into Data Loss Prevention and connector traffic, explaining how DLP policies control which data paths are possible and why DLP is only one part of the broader security model. Identity, environment access, Dataverse permissions, and least privilege are considered together with durable ownership, so critical workloads do not depend on a single individual.

We then examine application lifecycle management as governance in motion, including managed solutions, automated deployment pipelines, solution checks, environment variables, and repeatable production changes. Visibility and inventory are also discussed as prerequisites for governing a growing Power Platform estate.

Finally, Alex and Maya look at governance anti-patterns, time-bounded exception processes, and AI agents as another governed actor within the platform.

The central lesson is simple: governance is not about stopping innovation. It is about creating a safe, repeatable path for innovation to operate at enterprise scale.

Chapters

00:00 — When Apps Become Enterprise Systems

02:59 — Environments and the Default Trap

06:38 — Proportional Governance

09:53 — DLP and Data Path Control

13:26 — Security and Durable Ownership

16:50 — ALM and Automated Deployment

19:24 — Governance, Exceptions, and AI

Learn more:

The full technical article, references, and supporting resources are available through the Support Engineering Blog at https://blog.sadhan.ch/.

Power Apps can make application development look simple - but what actually happens behind the screen when an enterprise application runs?

In this episode of Support Engineering Weekly, Alex and Maya look beyond the app interface to examine the engineering layers that make Power Apps work in an enterprise environment.

The discussion begins with choosing the right application model, including Canvas apps, model-driven apps, Power Pages, and Power Automate. From there, we follow the Power Apps runtime journey—from a user's action and Microsoft Entra authentication through Power FX, connectors, APIs, gateways, data sources, and the response that ultimately reaches the user.

We then examine delegation and why a query that works perfectly during development can become a serious scale problem when it encounters production-sized datasets.

The conversation moves into security, where application access is separated from actual data access. We explore the layers involved, including identity, environments, application permissions, connectors, roles, records, and column-level controls.

The episode also covers auditing, application lifecycle management, Data Loss Prevention, solutions, and managed deployment, showing why production readiness involves much more than getting an application to work.

Finally, Alex and Maya examine common enterprise anti-patterns—from non-delegable queries and unsuitable systems of record to excessive privileges, default-environment dependencies, and single-owner production workloads. The discussion also considers service principals, managed identities, licensing, and cost as part of the architecture itself.

The central lesson is simple: the app is not finished when it works. It is ready when it can be changed safely.

Chapters

00:00 — Power Apps: Behind the Screen

02:14 — Choosing the Right App Model

04:44 — The Power Apps Runtime Journey

07:24 — Delegation, Security, and Scale

12:10 — Auditing, ALM, and DLP

14:48 — Solutions and Safe Deployment

16:17 — Enterprise Architecture Anti-Patterns

Learn more:

The full technical article, references, and supporting resources are available through the Support Engineering Blog at https://blog.sadhan.ch/.

A resilience update designed to make a service stronger can end up taking it offline. A routine cleanup can break a critical feature. And a small increase in response time can trigger a traffic surge that overwhelms an entire system.

In this episode of Support Engineering Weekly, Alex and Maya examine Microsoft 365 service incidents from October 5–9, 2026. They explore Outlook calendar caching failures and unwanted add-ins, cascading failures affecting Teams meetings and Copilot voice, request queuing and retry storms, and silent failures involving Teams contacts and PowerPoint Live recordings. The discussion also examines security and compliance issues involving Defender Conditional Access App Control, emergency calling, and legitimate DocuSign links being quarantined.

The episode concludes with a practical operational change: Microsoft’s migration of Teams Rooms on Android, Teams phones, and Teams panels management from the legacy Teams admin center to the Teams Rooms Pro Management Portal. Alex and Maya also consider a broader reliability challenge: how should engineers load-test generative AI workloads when prompt complexity and processing times are unpredictable?

Chapters

02:04 - Outlook Caching and Unwanted Add-ins

06:35 - Teams and Copilot Resilience Failures

09:01 - Cascading Traffic and Request Queues

12:47 - Silent Failures in Contacts and Recordings

16:31 - Security and Compliance Failures

21:01 - Teams Rooms Android Management Migration

22:51 - AI Load Testing and Cloud Reliability

Learn more:

Visit the Support Engineering Blog at https://blog.sadhan.ch/ for the full articles, technical references, and additional support-engineering resources behind the discussion.