The application identifies an energy anomaly against production conditions, with comparison records and calculation evidence.
Products and applications
Put specialist analysis and AI
to work in daily operations
Investigate energy use, diagnose equipment issues, trace quality problems and follow through on the findings. We are developing an industrial data and computation platform, specialist applications and optional AI task capabilities. Start with one job, keep suitable existing systems and establish what needs to be added.
Core team members have delivered iDOS data platforms and specialist applications in industrial projects. Be Water is developing that technology, those models and that delivery experience into products that are easier to deploy, upgrade and maintain.
Industrial foundations and current availability ↗The full picture
What can you keep, and what does Be Water add?
Industrial Platform connects data and provides computation. Applications deliver specialist analysis. Your team can act on the findings, or you can add AI Workforce to call tools, carry out tasks and follow up results.
Existing systems and data → Gaps to fill → The work to be done
Your existing equipment, systems and data
Use records from existing monitoring platforms, databases or equipment interfaces. Keep suitable models, applications and business workflows.
See which data you need ↓Industrial data and specialist calculationsExplore this in detail ↗
Industrial Platform
The platform relates records from different systems to the same equipment, process and time so specialist models can use them, and provides an environment for running applications.
Align equipment and dataCheck time, units and qualityRun models and applications
Applications
Analyze energy changes, investigate equipment issues and trace quality problems, with calculations and evidence for people or AI to use.
Be Water Applications are supplied with the Platform services they need. Existing platforms and data can remain connected.
Explore this in detail ↗Choose an on-site, private-environment or mutually agreed cloud deployment. Data and rights ↗
Who acts on the findings?
AI Workforce AI task product · In development · Optional
AI Workforce is not requiredYour team or existing workflow acts
Use the specialist application directly. Your existing team arranges site checks and action, records what was done and reviews whether the outcome improved.
Explore this in detail ↗Product choices
Which products do you need, and which can you use separately?
Use Industrial Platform on its own to connect data and run your models or applications. Be Water Applications are supplied with the Platform services they require. Add AI Workforce if you want AI to organize and carry out the follow-up work.
Industrial foundations and current availability
Core team members have delivered iDOS data platforms and specialist applications in industrial projects. Be Water is developing that technology, those models and that delivery experience into products that are easier to deploy, upgrade and maintain.
Before adoption, we explain available functions, configuration or engineering adaptation, delivery and continuing support. Complete AI task products, self-service diagnosis and automatic quotations are in development; the website AI assistant is available now.
| Product | Existing foundation | Current Be Water product |
|---|---|---|
| Industrial Platform | Industrial platform deployments | New Be Water release in preparation; versions and delivery scope are specified for each project |
| Specialist applications | Specialist applications and project experience | Availability is specified by application, version and site conditions |
| AI Workforce | Workflows and tool interfaces | Complete AI task product in development |
| Self-service diagnosis and quotations | Diagnostic and specialist methods | Self-service product not open yet |
Already have an industrial platform? What needs to be added?
Your platform can continue collecting and storing data, and suitable models, applications and workflows can stay in use. We review these capabilities first, then identify the components and connections needed for the selected Be Water application. Adopting it does not require replacing the entire existing system.
| The work to be done | How existing capabilities stay in use | What needs connecting or configuring |
|---|---|---|
| Read the required data | Keep equipment connections, historical records, models and applications | Select the systems, equipment, fields and periods to read, then connect through interfaces |
| Run specialist analysis | Reuse data, models and tools that meet the selected application’s requirements | Align equipment names, data meanings, units and time; configure the required models and runtime services |
| Use results in follow-up work | Let existing screens, business systems and site teams receive and use results | Agree where results go, what can be written back, and who acts and checks the outcome |
The proposal lists additional components, runtime locations, interfaces, licences and checks. Reuse what already meets the requirements and review why each additional part is needed.
Review data use and access arrangements ↓Industrial PlatformMake data from different systems usable in one calculation+
The same equipment can have different names across systems, with different units and recording times. Industrial Platform relates records to physical equipment, processes, materials and time so models and applications can use them together.
Your experts, models, AI and your own applications can use these data and computation services without selecting Be Water Applications or AI Workforce. The proposal identifies connected systems, model setup, checks and maintenance.
Explore data, objects and computation ↗ApplicationsUse specialist models to investigate operational problems+
Applications produce calculations, analysis evidence, operating plans or questions to investigate for energy, equipment and quality work. Use the results directly or let AI call an application and continue with the task.
Be Water Applications are supplied with the Industrial Platform services they require. Existing platforms can keep supplying data. Your team, existing workflows or optional AI Workforce handles the follow-up.
Already have an industrial platform? What needs to be added? ↑Explore methods and operating conditions ↗
AI WorkforceLet AI call tools, carry out tasks and follow up results+
AI Workforce calls applications and tools for selected work, preserves task progress, evidence and action records, and follows up unfinished matters. Connect suitable existing tools. Be Water Applications still require their associated Platform services when called by AI.
Set key steps for people to approve, or allow checked and authorized tasks to run automatically. Agree tool permissions, site responsibilities and how to stop and hand over exceptions before adoption. Using specialist applications does not require AI Workforce.
Explore tasks, tools and runtime ↗Technical components: Work · Core · Edge
Work+
Work enables AI to carry a defined task through to a result.
It gathers information, calls the appropriate tools, tracks progress and follows up on unfinished tasks. When a task needs someone’s decision, additional information or a site response, Work preserves its progress and coordinates the handover. Once the response arrives, the task can continue.
People can see the supporting information, completed actions, unresolved issues and decisions that need their attention.
Work ↗Core+
Core gives industrial data the context needed for engineering decisions.
It represents how equipment behaves, how processes depend on one another, and how materials move through production. Measurements retain their units, timing and operating conditions, together with their relationship to the actual equipment, process or batch.
This industrial understanding supports professional calculations that respond to changing conditions. Models can use shared inputs, exchange results and work together. Results remain connected to the data, assumptions and model versions behind them.
The same records of equipment, materials and operating conditions can support quality investigation, equipment diagnostics and energy analysis. Customers and partners can add their own models and applications, using Core alongside existing data platforms, AI and business systems.
Core ↗Edge+
Edge connects equipment and runs the capabilities needed at the site.
Edge acquires and stores operating data, performs local calculations and supports applications close to the equipment. Its software is planned to run on a qualified existing industrial computer or on optional Edge hardware.
The application and site conditions determine which connections, processing and local operating capabilities are required.
Edge ↗From findings to action
One energy anomaly, three ways to respond
Compare who analyzes, acts and checks the outcome by changing the response mode above. This is a process illustration; it does not connect production equipment.
Your team or existing workflow acts
Site checks, equipment operations and maintenance are performed by the people or systems you designate or agree in the proposal.
Operations staff arrange site checks and action and record progress in existing systems.
People record the measures taken and use new data to review changes in energy use.
Not sure where to start? Explore the opportunities at your site
Self-service diagnosis is not open yet.You do not need to choose products or judge whether your data is ready. The self-service diagnosis we are developing will examine the systems and records you authorize, suggest operating opportunities, and explain what is possible and what is missing.
Self-service diagnosis will check the scope, meaning, timestamps, units and completeness of records against the needs of a specific analysis. Facts that records cannot establish, such as meter condition or equipment identity, will be listed for someone familiar with the site to confirm.
Software checks records; people who know the site verify the facts
Identify who can help and which records are available before arranging data checks. The planned diagnostic and proposal service is outlined below.
You choose what can be read
The diagnosis Agent will run on a computer or server you control and read only selected files or authorized interfaces. Before starting, you will see the equipment, fields, time range and reading limits. This does not grant permission to change systems or control equipment.
Receive a report and options you can act on
A report explaining operating opportunities, existing conditions and next steps. It will show the evidence, reusable capabilities, missing conditions, options and costs. It may also recommend using an existing function first or adding no new product.
Getting started and continued use
How do you start, and what do you pay for?
Begin with the problem you want to solve. Together, define products, connections and delivery. Initial setup, trial checks and ongoing operation are arranged separately. The quote explains what you receive and which charges are one-off or recurring.
- 01
Discuss the first job
You describe the problem. Together, define the intended result, who will use it and what action needs to follow the analysis.
- 02
Agree the scope and costs
We review existing systems and data with you, then list additional products, runtime locations, permissions, responsibilities and one-off or recurring charges.
- 03
Trial, check and hand over
Complete agreed setup. Actual users check inputs, results and execution on representative tasks, then receive configuration, guidance and support arrangements.
- 04
Operate and maintain
Your team receives results or oversees AI according to the selected mode. We maintain products, interfaces and models as agreed. Confirm extensions when adding tasks or sites.
Possible cost components; the actual purchase scope and charging basis are agreed in the proposal
| Cost component | When it is needed | What you receive |
|---|---|---|
| Initial connections and setup | The application needs connections to existing systems, data preparation or model configuration | Working data connections, equipment mappings, model configuration, usage checks, guidance and handover |
| Platform operation and maintenance | Continued use of selected Industrial Platform data, computation or application runtime services | Ongoing operation, version maintenance and product support for the selected services |
| Specialist applications | Use of a particular analysis, diagnostic or optimization application | Application usage rights, agreed calculations and outputs, and maintenance of relevant models and applications |
| AI Workforce — optional | AI is needed to call tools, organize tasks, act or follow up | Connections for selected tasks and tools, permission setup, runtime records and ongoing support |
| Site or specialist services | Installation, site checks, physical actions or specialist judgment are required | Named services, responsibilities and deliverables, with one-off and recurring charges identified |
The quote explains what software, setup, computing resources and people’s services include, so a service already included in a bundle is not counted again as a separate item. Be Water is responsible for its agreed products, adaptation, delivery and support. The proposal names the teams or partners responsible for site installation, equipment operations and daily actions.
Data and intellectual property
Know who can see your data and where it is used
Connecting to the platform does not transfer your rights to data, core processes, recipes or your own models. Before adoption, agree with us what may be read, who can access it, whether data leaves the site and what happens when use ends.
PROPOSED ADOPTION AND HANDOVER REQUIREMENTS. CONFIGURATION AND VERIFIABLE SCOPE ARE CONFIRMED FOR THE PRODUCT VERSION AND PROPOSAL.
Choose where data is processed and who can receive it
Self-service diagnosis is not open yet.It will not upload production data to Be Water automatically. Offline mode will process exported files on your computer; customer-environment mode will connect only to authorized data sources and models. You separately choose what to share for reports or remote support.
| Mode | Reading and computation | External transmission |
|---|---|---|
| Fully offline file diagnosis | Selected exports, local rules, calculations and models on your computer | Data stays on the computer; no intranet or internet access |
| Customer-environment diagnosis | Only authorized data sources and models | Only approved endpoints; hosting providers and processing regions are disclosed |
| Approved external-model diagnosis | Full records and specialist calculations stay on the customer side; only approved content is sent | Provider, content, purpose, region and retention are shown before authorized transmission |
You can choose not to use external AI. If you select an external model, you will first see the provider, endpoint, processing region, actual content to be sent, purpose and retention arrangements. Nothing outside the authorized scope will be sent.
You can stop further reading and calls, export the agreed configurations, reports and records, and check how copies are handled. Your data and models remain under your control; Be Water and partner models and software follow their licences. Data already sent follows the recipient's retention and deletion arrangements.
| Your question | What to agree during adoption | How to check this at handover |
|---|---|---|
| Which data will be read? | Open only the equipment, fields and periods the task needs, through read-only interfaces or restricted views. Agree separate usage scopes for recipes and private models. | Review the allowed data list and check that out-of-scope reads and writes are rejected. |
| Where is data kept? | List locations for existing systems, applications, temporary caches, logs and backups. Choose on-site, private-environment or mutually agreed cloud deployment. | Review deployment and data flows, including actual connections, outputs and data leaving your environment. |
| Will data go to external AI or other services? | Agree what external AI, runtime-status reporting, remote support and training can receive and why. Connecting does not automatically authorize using your material to train general models. | Review recipients, fields and transfer records. For local computation, disable external network connections as agreed and demonstrate work that must continue locally. |
| Who can access the system remotely? | Open support access only when needed, for specified people, periods, sites and functions. You can revoke it. | Review support accounts, permissions and access records, and check access after expiry or revocation. |
| Must you hand over recipes or private models? | Where an existing model interface can return the required result, use that interface. Agree purpose, storage, visibility and licensing before supplying files, parameters or recipes. | Review calls and deployments, and what appears in logs, backups and exports. |
| What happens when use ends? | Revoke source credentials and task access, export agreed data, configuration, results and records, and define how temporary copies and backups are handled. | Check reads after revocation, inspect readable sample exports and confirm retention periods and handling for remaining copies. |
These checks connect what is permitted with how the system actually runs. Your IT team can review configuration, access and transfer records, revocation checks and export samples against the proposal.
Using Be Water Applications gives you the agreed usage rights, without transferring source code or proprietary models. Models, files and results provided by you and your experts also follow their respective licences for calls, deployment and exports.
How do you judge whether the methods fit your site?
Our methods draw on the team’s experience with industrial data, energy, utilities, equipment and quality. Explore those projects and methods, then check one of your actual tasks: are the inputs reliable, can the calculation be explained, and can the result support follow-up work? The scope that passes the agreed trial checks becomes part of delivery and maintenance.
Tell us about one operational problem you want to solve
Describe the equipment, process or site, the improvement you want, and existing systems and site preparation. You do not need to provide core recipes or private model files for an initial conversation. Agree any further materials once their purpose and scope are clear.
Discuss an adoption plan ↗