Drilling fleets span rigs, critical subsystems, control platforms, service histories, connectivity paths, and equipment from multiple manufacturers. PulseBoard brings available rig activity, fleet status, alarms, asset condition, maintenance context, source health, and data quality into managed operational views.
It complements existing rig controls, instrumentation, historians, and safety systems. Local controls remain authoritative while PulseBoard provides a shared layer for visibility, investigation, coordination, and reporting across the operation.
From isolated rig signals to shared operational context
Equipment-level systems can show what one subsystem is doing. Drilling operations often need a wider picture: which rigs are active, where non-productive time is accumulating, whether telemetry is fresh, which conditions need review, how critical assets are trending, and who owns the next action across operations, maintenance, and engineering.
Illustrative drilling dashboards
Prepared views from fleet orientation to source confidence
The previews show the top of each operational dashboard. Open any view to scroll through the full example. All data, assets, sites, and events shown are fictitious.
Fleet operations center
Orient teams around fleet availability, rig activity, utilization, non-productive time, source freshness, and the highest-priority exceptions.
Rig operations
Review drilling progress, activity state, surface and hydraulic parameters, fluid balance, simulated events, freshness, and signal provenance together.
Asset reliability
Connect condition trends, early warnings, maintenance status, work orders, critical assets, and the evidence needed for authorized follow-up.
Hybrid connectivity and data quality
Make link health, failover, edge backlog, resynchronization, interface coverage, freshness, completeness, and confidence limits visible.
Fit questions
Where a shared operational layer may add value
PulseBoard fit depends on an incremental need beyond existing control, instrumentation, and remote-access capabilities. A focused review can test these questions without assuming a gap.
Can teams compare rig activity, availability, utilization, alarms, and non-productive time across a mixed fleet?
Are critical drilling and auxiliary asset trends connected to maintenance status, work orders, and accountable follow-up?
Can the operation retain context locally during an interruption and make backlog or resynchronization visible afterward?
Is telemetry freshness, completeness, provenance, and signal coverage clear wherever teams make operational decisions?
Can operational, maintenance, and engineering teams investigate the same event from a consistent historical context?
Are access scope, data ownership, cybersecurity, retention, and integration authority clear enough for a managed deployment?
Drilling signals PulseBoard can help organize
Deployments reuse available signals and interfaces where practical. Scope depends on the rig, installed systems, connectivity, permissions, and operating procedures in each environment.
Hole and bit depth, rate of penetration, weight on bit, hookload, torque, and RPM
Standpipe pressure, flow, pit or active-volume change, and circulation context
Rig activity states, operational events, alarms, acknowledgements, and history
Top drive, drawworks, mud pumps, shale shakers, generators, compressors, and auxiliaries
Condition signals, maintenance plans, work orders, inspection evidence, and service outcomes
Primary and secondary links, edge buffering, failover, backlog, and resynchronization
Freshness, completeness, unit mapping, normalization, provenance, and integration exceptions
Operational workflows for drilling teams
Orient
Review fleet status, current activity, utilization, critical alarms, telemetry freshness, and rigs requiring attention.
Investigate
Compare operating parameters, activity transitions, recent events, condition trends, and source confidence around an exception.
Coordinate
Connect operational impact, priority, owner, maintenance context, evidence gaps, and the next authorized action.
Improve
Review recurring non-productive time, asset conditions, connectivity gaps, and data-quality issues across the fleet.
Built for operations, maintenance, engineering, and leadership
Operations Leadership
Fleet availability, utilization, non-productive time, critical exceptions, regional context, and operational priorities.
Drilling Operations
Current activity, drilling progress, operating parameters, alarms, event history, and cross-rig comparison.
Maintenance and Reliability
Condition trends, early warnings, maintenance status, work orders, evidence, recurrence, and critical-asset follow-up.
Automation and Integration
Interfaces, normalized signals, freshness, provenance, gaps, edge nodes, link health, and source-to-view traceability.
Field and Site Teams
Focused rig context, recent events, source status, asset history, and shared evidence before an authorized intervention.
Example: reviewing rising non-productive time on one rig
One rig accumulates more non-productive time while a critical asset shows a sustained condition warning and the primary communications path degrades. PulseBoard can help the team review recent activity, drilling parameters, alarm history, asset-condition evidence, maintenance status, link health, telemetry freshness, and current ownership in prepared views. The team can decide what requires local validation or authorized follow-up without treating the dashboard as a control system, safety system, or proof of causality.
Start with a focused drilling telemetry fit discussion
Cogniaxiom can help review one representative rig or equipment group, understand how its available signals and operational context reach the teams that use them, and determine whether a shared managed layer would add value alongside existing systems.
