We build maintenance software grounded in the standards your engineers already work to — predicting when and why equipment will fail from the sensors you already have, and turning O&M manuals into maintenance programmes. Backed by 25+ years on the tools.







Maintenance methods are well established — ISO 14224, NORSOK Z-008, decades of published reliability data. Almost nobody has put them inside working software. That is what we do, and it is why our output can be audited instead of taken on faith.
Predicts the remaining useful life of industrial equipment from the sensors you already have — and shows the ISO 14224 failure mode, the position on the P–F curve and the evidence behind every number. Then writes the work order into your CMMS.
Upload an O&M manual, get a full maintenance programme back. Criticality classification to NORSOK Z-008, FMECA and RCM workflows, concept matching and work-instruction generation — the desk work of building a maintenance programme, compressed.
You are locked into nothing at either end. We read the instrumentation you already own, and we write into the maintenance system you already run.
OPC UA · MQTT · ModbusDynamics 365 · SAP PM · MaximoSensor-agnostic in · CMMS-agnostic out · no rip-and-replace
Three things almost nobody in this market puts together — and each one is a reason a reliability engineer will actually act on the number.
Anchored in industry reliability data and expressed in ISO 14224 failure modes — the same language as your CMMS, your FMECA and your reporting. Not a proprietary health score nobody can audit.
You see the failure mode, the position on the P–F curve, the contributing evidence and the confidence. When an engineer challenges a prediction — and they will — there is an answer.
We start from the instrumentation you already have, and write into the CMMS you already run — no vendor's kit required. If an asset needs a sensor, we can supply and fit it; we just never make that the price of entry. The incumbents are being bought by hardware vendors — we stay deliberately neutral.
Milestones, partnerships and announcements.
Forskningsrådet has approved all six work packages of Bluestream's three-year R&D project on explainable remaining-useful-life prediction. The estimated tax credit is NOK 598,500 over 2026 to 2028, paid out as cash where there is no tax to deduct it from.
A non-binding Letter of Intent with U.S. company Optec, LLC sets out access to operating equipment and its data for field validation of the Bluestream PdM platform, and support for North-American market entry. No intellectual property changes hands.
Where the predictive-maintenance platform stood on August 6th, 2026: the loop ran end to end on simulated signals, with a straight-line projection to the alarm limit. The work order into Microsoft Dynamics 365 was designed, not yet delivered.
Melhus kommune has awarded Bluestream AS NOK 80,000 in næringsstøtte (business support) for further development of The Maintenance Development Toolbox. The Næringsutvalg calls its support “an expression of recognition of the project plans.”
Most predictive-maintenance tools are built by data scientists who have never planned a shutdown. Ours is built the other way round: the failure-mode logic comes from 25+ years of hands-on operations and maintenance leadership — beginning in the Navy, then 14+ years in oil & gas, and on through aquaculture and industrial facilities across Europe and North America.
That is also the consulting business we still run. It is where the software gets tested against reality, and it is why the standards in the products are applied the way a reliability engineer would actually apply them.
The full O&M consultancy is still here — advisory, CMMS implementation, commissioning, automation and training. Often the fastest route is a mix of both.
Whether you need a maintenance strategy, a CMMS implementation, or just want to try the Toolbox — the first conversation is free.