Head to head
Bluerithm is built around configurable commissioning workflows. CxPlanner is built around planning the commissioning.
Both appear on shortlists for commissioning providers who have outgrown spreadsheets. From their own public positioning, Bluerithm emphasises configurable commissioning, quality and closeout with construction platform integrations; CxPlanner emphasises accessible planning, checklists and issue management for commissioning professionals. That difference in emphasis is the decision.
The short answer
Bluerithm vs CxPlanner: the verdict
- Best for
- Commissioning providers choosing between configurability and a fast start
- Last reviewed
The honest trade-off between Bluerithm and CxPlanner is depth of configuration against speed of setup. Bluerithm positions around configurable commissioning, quality and closeout workflows with construction platform integrations; CxPlanner positions around accessible commissioning planning, checklists and issue management. Both are facility-oriented, so neither answers a contract that requires gated subsystem certificates, preservation routines or loop check tracking.
Choose Bluerithm if
- Form and workflow configurability is worth a longer setup
- Closeout documentation and quality reporting are contractual
- You need published integrations with construction platforms
Choose CxPlanner if
- Getting a plan, checklists and issue log running quickly matters most
- The team wants minimal setup and an accessible interface
- Planning and coordinating test activity is the immediate gap
Choose Deskely if
- Progress must reconcile to signed records at audit, not checklist counts
- Certificates are contractual milestones with defined evidence
- Preservation and loop checks are in scope
- Offline tablet execution in the plant is a hard requirement
The problem
Planning the work and proving the work are different problems.
A plan answers what should happen and when. An evidence system answers what has been proven, by whom, against which asset, and whether handover can proceed.
Plan-led versus form-led
A planning-first tool starts from the schedule of activity. A form-first tool starts from the record that has to be signed. Teams under contractual scrutiny usually need the second to be strongest.
Configuration depth
Ask how far a form template can be changed without vendor involvement, and whether changing it mid-project invalidates records already signed against the previous version.
Progress reporting
Progress counted from checklist ticks is a tally. Progress derived from signed records that cannot be edited after signature is a state you can defend at audit.
Scale of the register
Both handle building-scale scopes comfortably. A register in the tens of thousands of tags with subsystem boundaries is a different engineering problem.
What you get
Where Deskely sits in this comparison.
Deskely is not a third building commissioning tool. It is a completions system for industrial and energy scopes, where the tag register is the spine and every certificate is derived from signed evidence beneath it.
Tag and subsystem master data
One register imported from the EPC data, with every record hanging off a tag that belongs to a subsystem.
Learn moreTemplated ITRs executed offline
Inspection and test records completed on tablet in the plant with no signal, synced on reconnect.
Learn moreGated certificates
MCC, RFC and RFSU issued only when the underlying records are signed and blocking punch is closed.
Learn moreCategory-driven punch
A and B categorisation that gates the certificate rather than sitting in a status column.
Learn morePreservation on live equipment
Scheduled preservation routines against tags, with overdue exposure visible before it becomes a warranty argument.
Learn moreDrawing and data ingestion
P&IDs and vendor registers parsed into tags so the register is populated from source documents, not typed.
Learn moreHow it runs
How to run the evaluation.
- 01
Write down your handover deliverable
A turnover package of completed equipment tests is a different artefact from a certified subsystem dossier. The deliverable decides the category before any demo does.
- 02
Test the gate, not the feature list
Ask each product to issue a completion certificate with an unsigned test record and an open category A punch. If it allows it, gating is advisory.
- 03
Run one real subsystem
Load a genuine equipment or tag list, execute the records, raise punch and close it out. A trial on real data separates the shortlist faster than a feature grid.
- 04
Check the field case
Test the mobile experience where the work actually happens, including with the device offline, before signing anything.
Side by side
Bluerithm vs CxPlanner, side by side.
Drawn from each vendor's own public positioning. Both target commissioning professionals on facility scopes.
| Aspect | Bluerithm | CxPlanner |
|---|---|---|
| Primary emphasis | Configurable commissioning, quality and closeout. | Commissioning planning, checklists and issues. |
| Starting point | The template and the test script. | The plan and the schedule. |
| Typical buyer | Cx providers and contractors wanting configurability. | Cx professionals wanting a quick, accessible start. |
| Deliverable | Closeout documentation and reporting. | Completed plan with checklists and resolved deviations. |
| Subsystem certification | Not the design target. | Not the design target. |
| Pricing | Quote-based; not published. | Quote-based; not published. |
What changes
Configurable
versus quick to start — the real trade-off
Plan or proof
decide which one has to be strongest
Derived
progress instead of counted checklists
Free plan
to test the completions model on real data
Before you shortlist
Estimate what your current process costs
Enter your tag count and record handling time to see the admin hours and cost in play — then book a demo against your own numbers.
FAQ
Questions about bluerithm vs cxplanner.
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