Every blind spot in your platform, on one board.
Right now, somewhere in an estate like yours, a queue is quietly aging, a timer didn't fire, an input folder went dark — and every dashboard says green. This board is 113 of those moments, drawn from the platforms you actually run. Each card shows the blind spot; the flip side shows the exact Reveille tests that catch it. Odds are, your Tuesday is in here somewhere.
Platform SLA is not workflow SLA · 17 platforms · 113 use cases
1,142 documents awaiting export · oldest batch: 4 days · alerts fired: 0
Start with the platform you run
Every card front is a workflow your business depends on and the blind spot where it stalls without a single error — the part infrastructure monitoring can't see. Flip it, and the back shows what Reveille does about it, with the pre-configured tests named straight from the library. If a card makes you want to go check something, that's the point.
Up isn't the question
Cloud didn't eliminate the content layer. It hid it. The platforms moved behind vendor tenant boundaries, into dashboards you didn't build, against SLAs you can't independently verify — and the blind spots on this board moved with them.
Infrastructure monitoring ≠ workflow health
Your APM tells you the code ran. It doesn't know whether a batch exported, a workflow stage advanced, or a document reached its destination. Reveille produces the content-layer signal those tools can't generate — then feeds it into them.
APM vs. Content Observability →Silent failures live in the workflow
Most of these cards contain no error at all. A timer that never fires, an input folder that goes quiet, a queue that ages — nothing breaks loudly. The work just stops moving while every service reports healthy.
1,000+ purpose-built tests →Vendors grade their own homework
A cloud availability number means the API endpoint responded — not that your invoice was captured, classified, routed, and committed. Reveille is the independent record: the only observability layer not built, sold, or operated by the platforms it measures.
Native tools vs. Content Observability →Silent failures, briefly
What is a silent failure?
A breakdown in a content or document workflow that produces no error and trips no infrastructure alert. Services stay running, status pages stay green, and the work quietly stops moving — batches stop exporting, timers never fire, input folders go quiet, queues age. Silent failures live in the content layer, below the visibility of infrastructure monitoring.
Why doesn't infrastructure monitoring catch these?
Infrastructure and APM tools watch servers, services, and code. They don't understand ECM and IDP transaction semantics — whether a batch exported, a stage advanced, a document committed. A service can report healthy while the workflow it supports is broken end-to-end. Platform SLA is not workflow SLA.
What is Content Observability?
The continuous visibility, assurance, and optimization of the content and document workflows that drive business outcomes — and feed AI. Reveille pioneered the category for Enterprise Content Management (ECM), Intelligent Document Processing (IDP), and the automation workflows behind business-critical processes. Read the full introduction on the What is Content Observability? page.
How does Reveille cover these use cases?
Pre-configured, application-aware test libraries for each platform Reveille observes — for example, over 80 OnBase-specific tests for Hyland OnBase, over 170 out-of-the-box ABBYY-specific tests, and more than 100 for OpenText Documentum — over 1,000 purpose-built tests across ECM, IDP, and automation platforms in total. The tests watch the workflow itself: capture intake, queues, exports, workflow timers, licenses, backups, and user behavior — the places where work stalls without an error. See Reveille Monitoring and Self-Healing for how coverage becomes action.
Which of these workflows is yours?
Every card you flipped is running as pre-configured coverage in Reveille today — monitoring, alerting, and reporting before anyone opens a ticket. See what the board looks like pointed at your environment.