Nine applications that grew out of our own service work — each one sits at the lifecycle stage of the service it was built for, from hazard studies and relief systems to monitoring, loop tuning and predictive intelligence.
Every application runs standalone or shares device registers, historian links and plant models with the others.
A PHA workbench for HAZOP, HAZID, LOPA and SIL determination — nodes, worksheets, IPL credits and the SIF register in one auditable file.
Consequence and dispersion modelling on a georeferenced site map — pin the release, define the equipment, get concentration, radiation and overpressure contours.
Pressure-relief and venting analysis: validate an installed PSV, size a new one or design a rupture disc, step by step to current API standards.
Electronic operator's logbook, tablet-based operator rounds and e-shift handover: structured, auditable entries with DCS / PI data capture, carried-forward tasks and PM tracking.
Real-time process monitoring and APC analytics: CeraTrace historian trending and CeraControl model discovery, step-test planning and controller health.
Plant-wide PID loop assessment and model-based tuning — loop KPIs, valve diagnostics and lambda/IMC tuning from bump-test data.
Physics-grounded, agentic AI/ML for the process industry: predicted asset and process health with explained alerts, guardrailed agents and federated fleet learning.
The pulse of process safety: leading and lagging indicators, API RP 754 Tier 1–4 events, barrier health and incident rates — measured, trended and explained across sites.
Incident investigation and root-cause analysis: fault trees, 5-Whys and barrier analysis linked back to your PHA and PSM elements.
Every application ships with a working demo case. Bring a P&ID or a historian export and we'll run it live.
Request a demo →No technologies in this category.
Single installer, works offline on an engineer's laptop.
A single HTML file that opens in any browser — no installation or compilation.
LAN or cloud deployment with shared registers, revision history and server-side re-checks.
Cloud edition can be hosted inside your own network where policy requires it.
Every application above began as a problem one of our own engineers needed solved on a live unit. When your requirement does not fit an existing product, the same team designs and builds a custom application around your data, your workflow and your standards. Because the developers are practising process safety and control engineers, the specification, the domain logic and the code all come from people who know what the tool has to get right.
Single-purpose tools that encode your site's calculation basis — relief, hydraulics, blowdown, SIL, alarm KPIs — with your templates and report formats.
Standalone · WebLive views on historian and DCS data — unit health, loop and alarm performance, energy and yield — with explained alerts for operations and engineering.
Client / server · On-premConnect PHA registers, MOC, historians and document systems; add agentic AI where it removes manual work, guardrailed to your procedures.
OPC UA · REST · IEC 62443Sit with the engineers and operators who will use it; agree scope, inputs, outputs and success criteria.
Functional spec and clickable screens signed off before a line of production code is written.
Re-use the tested calculation, historian, reporting and AI modules behind the Cerasus portfolio.
Trial on your data, then documentation, training and maintenance under a support agreement.
Deployable as a Windows standalone, a single-file web application or a client/server system hosted inside your own network — the same three editions as every Cerasus product.
See related engineering services →Send a short brief — plant, service of interest and what you need to achieve — and a Cerasus engineer will respond with a proposed scope and next steps.
Prefer email or phone? sales@cerasus.ai · +974 5506 2743
