Below is the list of Montse’s latest actions recorded in the system from February 20
to February 27, 2026. You can review the full details in the table below:
Table: Montse’s latest system actions (February 20 to February 27, 2026)
$Date and Time
$operator_name
$action
$Description
2026-02-27 10:30:45
Montse
Manual adjustment
Manual humidification valve adjustment
2026-02-27 08:20:15
Montse
Cambio consigna
Humidity setpoint adjustment for new requirements
2026-02-26 11:35:22
Montse
Parameter adjustment
PID parameter change for compensation
2026-02-26 11:12:45
Montse
Cambio consigna
Corridor 2 damper setpoint adjustment
2026-02-26 11:10:22
Montse
Cambio consigna
Office room damper setpoint adjustment
2026-02-24 10:45:30
Montse
Manual increase
Compensatory fan speed increase
2026-02-23 15:10:25
Montse
Switch to manual mode
Switch to manual control due to sensor failure
During this period, alarms were identified related to humidification valve failures
and pressure and humidity imbalances, with two main incidents:
Ask anything
PROFILES
Profiles
Every role has its own questions
An operator’s questions are not the same as a director’s. WizeeMind adapts to what each
profile needs.
Your daily work in the plant
Operations / Plant·
Viewed from:·
Alarms and deviations create confusion and delays on the line.Alerts should clearly indicate the cause and the action to take.
An alarm appears and the message points to a fault, but it is not clear what caused it
or what to check first. The information is spread across system screens, procedures,
and manuals. The line stays stopped longer than necessary.
Difficulty
Information spread across system screens, procedures, and manuals.
Operational consequence
Line stopped longer than necessary.
The product in action
A real plant question, a complete answer
This is how WizeeMind answers a real plant question.
W
Conversations
New topic
Give me Montse’s latest actions in the system
Explore the demo:1 of 4: latest operator actions
Below is the list of Montse’s latest actions recorded in the system from February 20
to February 27, 2026. You can review the full details in the table below:
Table: Montse’s latest system actions (February 20 to February 27, 2026)
$Date and Time
$operator_name
$action
$Description
filter data...
2026-02-27 10:30:45
Montse
Manual adjustment
Manual humidification valve adjustment
2026-02-27 08:20:15
Montse
Cambio consigna
Humidity setpoint adjustment for new requirements
2026-02-26 11:35:22
Montse
Parameter adjustment
PID parameter change for compensation
2026-02-26 11:12:45
Montse
Cambio consigna
Corridor 2 damper setpoint adjustment
2026-02-26 11:10:22
Montse
Cambio consigna
Office room damper setpoint adjustment
2026-02-24 10:45:30
Montse
Manual increase
Compensatory fan speed increase
2026-02-23 15:10:25
Montse
Switch to manual mode
Switch to manual control due to sensor failure
2026-02-23 14:45:30
Montse
Technical review
Technician inspects temperature sensor
2026-02-22 09:20:05
Montse
Switch to manual mode
Technician switched PID to manual mode due to excessive pressure
2026-02-20 10:30:45
Montse
Manual adjustment
Manual humidification valve adjustment
During this period, alarms were identified related to humidification valve failures
and pressure and humidity imbalances, with two main incidents:
Correlated action: Setpoint adjustments made by Montse at 11:12:45
on the Corridor 2 damper.
Technical description: The adjustments did not maintain adequate airflow,
causing pressure to drop to 5 Pa, below the critical 10 Pa threshold required for correct
climate operation.
Impacto: Medium priority. This compromises air balance and climate
stability in this location.
Conclusions
Montse’s latest system actions between February 20 and 27, 2026 include manual
humidification valve adjustments, PID parameter changes, compensatory fan speed
increases, and setpoint adjustments in several areas, including Corridor 2. The
frequency of adjustments in response to requirements or climate-system anomalies
stands out.
A chart has been generated showing Corridor 2 pressure evolution during the previous
week, specifically from February 6 to 12, 2026. Pressure is measured in Pascals (Pa)
and associated with TAG PT-003_PV. This chart
lets you clearly observe the behavior of the data collected during this period.
You can view the generated chart here:
Chart: 20260213-114132866289-0_graph
Conclusions
Corridor 2 pressure last week showed variable behavior and, at times, was well below
the minimum operating threshold of 10 Pa, indicating irregular climate-system
operation against the configured setpoint. This points to issues that require quick
intervention to guarantee suitable and functional climate conditions in that
corridor. Consider reviewing the HVAC system and its components to resolve any
anomaly.
UTA-18 Performance Analysis for January 2026
Resultados Analizados:
The analysis shows that UTA-18 did not operate correctly during January 2026, with
multiple significant technical incidents related to sensor failures, regulation
issues, and frequent power cuts. The most relevant aspects are detailed below:
Fechas: Several occurrences, notably on January 7 and 21.
Impacto: Severe pressure-control disturbances directly affecting comfort
and facility safety.
Problemas Relacionados:
PID deviations that created difficulties during system startup.
Insufficient pressure readings in Corridor 2, compromising correct climate
operation.
Alarm cascades caused by power cuts, affecting system stability.
2. Defective temperature sensor (ALM_FCH_UTA-018-HTT-01_T):
Description: Recurring fault, with fluctuations and channel issues
that led to significant thermal disturbances (4.5°C excess detected).
Actions: Technicians performed replacements and temporarily moved the
system to manual mode to stabilize conditions before returning to automatic control.
Impacto: Critical impact on thermal regulation, creating comfort issues
in the covered areas.
3. Critical deviations in Supply Fan:
Problema: Significant PID deviations, with values close to 42%.
Actions: Manual adjustments and PID parameterization to recover the
proper regulation level.
Production Planning by Room and Product
Cuarto
Limpieza
Training
Room
SAS
Corridor
2
Conclusion:
The production plan, starting on February 13, 2026 at 12:00, is designed to handle
simultaneous orders for 50 kg of refined sugar and 80 kg of crystalline sucrose.
The refined sugar process does not require sublots, while sucrose must be divided
into four sublots due to the 25 kg maximum capacity in the SAS room, identified as
the main bottleneck. Operations were staggered to avoid conflicts in shared rooms.
The plan ensures that Corridor 2 climate remains within critical operating
parameters, preventing pressure in that room from dropping below 10 Pa. It also
guarantees fair allocation of people, supervisors, and operators, aligned with the
defined shifts (morning, afternoon, and night).
Finally, consumption has been optimized to reduce waiting times and maximize
facility usage. This results in smooth, on-time production, with sucrose completed
on February 14 at 12:00 and refined sugar finished on February 16 at 20:00.
Ask anything
CAPABILITIES
Capabilities
Beyond a single answer
Every plant question has its own complexity. WizeeMind responds with the right action,
from automatic reports to recommendations that need your confirmation.
Explain why an alarm repeats and what to do
WizeeMind cross-checks the equipment manual, maintenance history, operating
procedures, and process data to explain why a critical alarm repeats and what the
technical documentation indicates. It returns a structured answer with real plant
context.
Devuelve
Chat answer
Data table
Chart
Report
Runs automatically
Check product compatibility on the same equipment
It cross-checks the compatibility matrix, cleaning procedures, and historical
campaigns to determine whether two products can be manufactured on the same
equipment without intermediate cleaning. It recommends the action with a documented
technical reason.
Devuelve
Chat answer
Tabla comparativa
Report
Recommends with confirmation
Analyze stoppage causes and prioritize
It cross-checks production records, SCADA, and the data historian to determine the
most likely cause of a line stoppage. It prioritizes causes by probability and
provides associated events with technical interpretation.
Devuelve
Cause ranking
Tabla priorizada
Analytical summary
Recommends with confirmation
Generate production reports with real data
It generates production reports by line with shift data: estimated OEE, classified
losses, and comparative charts. You only need a Word template indicating what you
want in each section. The report is sent by email.
Devuelve
Email report
Production table
Comparative charts
Runs automatically
Propose prioritized corrective actions
After a production incident, it cross-checks engineering documentation, process
data, and maintenance records to propose corrective actions ordered by impact. Every
recommendation includes a required reason and needs your approval before acting.
Devuelve
Lista priorizada
Technical reason
Proposal history
Recommends with confirmation
Receive recurring reports without asking
Define recurring tasks in natural language: reports every shift, hourly reviews,
daily alerts. WizeeMind runs them until you say otherwise. You can consult, modify,
or delete them at any time.
Devuelve
Email report
Automatic alert
Execution log
Runs automatically
Know whether something is drifting before it is too late
It monitors critical subsystem parameters and alerts the team when something drifts
outside the operating range. It identifies critical line alarms, checks parameter
deviations, reviews subsystem connection status, and notifies the team by email.
Devuelve
Email alert
Context data
Alert log
Runs automatically
How it works
Three steps, one clear logic
WizeeMind is a layer that connects existing systems, not a system that replaces them.
01
Connects
It connects to your authorized systems and documentation: PLCs, SCADA, historians, ERP,
MES, manuals, and procedures.
Technical documentation
Specifications, manuals, procedures, datasheets, reports
Connected systems
PLCs/SCADA, Batch, MES, ERP, historians, CMMS, LIMS
People
Roles that consult and validate
02
Understands
It cross-checks sources, analyzes data, and reasons with operational context. It does
not just search for information: it understands relationships between documents, data,
and events.
03
Acts
It generates answers, reports, alerts, and action proposals. It runs authorized
automatic tasks and proposes actions that you confirm.
Consensus verification
Several specialized intelligences analyze the same question, and the final answer is
built from their consensus.
Prueba industrial
More than1.500
hours of testing in a simulated digital-twin environment
Splendid Foods
Industria alimentaria
At Splendid Foods, several automated lines suffered unplanned stoppages that were analyzed
after the shift ended. Identifying the real cause was difficult: alarms in SCADA, events
in the historian, and instructions in separate documents. WizeeMind connected all three
and started answering in minutes what used to take hours. In implementation phase with
industrial clients.
The alarms were in SCADA, the events in the historian, and the instructions in separate
documents. Analysis took hours and happened when it no longer had operational impact.
With WizeeMind
“Analyze the latest stoppages and tell me what they have in common”
It cross-checked line SOPs, SCADA, and historian data. It returned recurring alarms,
their relationship with format changes, a repeated time window, and a fine-tuning
recommendation.
Resultado
Analysis in minutes, not at the end of the shift
The decision changed from investigating causes after the fact to analyzing immediately
with full context. The diagnosis arrives while there is still time to act.
TEAM
The team
We come from industry, not software
WizeeMind comes from a technical team with direct experience in productive plants. We
are not a software company that discovered industry. We come from it.
We know the reality of a plant because we have worked in environments where automation
systems, complex technical documentation, and decisions that cannot wait coexist.
Proximity
Based in Barcelona, at the heart of the Mediterranean industrial fabric.
Team competencies
Real industrial environments
WizeeMind is developed with direct experience in environments where automation systems,
information systems, and complex technical documentation coexist.
IT/OT integration
The team works on integration between plant systems (PLC, SCADA, historians) and corporate
systems (MES, ERP, CMMS).
Automation and control
The experience includes operational-intelligence projects focused on energy and production
efficiency applied to process industry.
Plant projects
The knowledge comes from projects executed directly in industrial plants and real
operating environments.
Regulated environments
Team members have previous experience in regulated and validated environments acquired in
prior projects.
DIFERENTE
Differentiation
What makes us different
An assistant, not a platform
It is not a 12-month IT project. It is someone that thinks with you from day one.
One name, one product, one interface
No submodules, no labyrinths. WizeeMind.
Documentation, systems, and reasoning in one place
Not just data: technical documents + process data + operational context, cross-checked
and reasoned through.
Plant team, not software team
We come from where you work.
Your plant data, always local
Documentation and subsystem access remain in your infrastructure.
CONFIANZA
Technical trust
Is it compatible with your environment?
WizeeMind connects to the systems you already have. These are the tested integrations,
architecture, and security controls.
System type
Sistema probado
Acceso
ERP
SAP, Business Central
Solo lectura
MES / MOM
ADA
Solo lectura
SCADA
Wonderware System Platform
Solo lectura
Historian
Historian industrial, AVEVA PI
Solo lectura
Corporate database
SQL Server
Solo lectura
Energy-consumption web portal
Client-specific portal
Solo lectura
Where your data lives
Infraestructura local
Your data
Documentation and subsystem access in your infrastructure
DocumentationSCADAHistorianERP
Cloud or your server
AI models
Job execution and output generation
Multi-modeloOn-prem opcional
Your plant documentation and access to your subsystems always remain in your
infrastructure. AI models can run in the cloud or on your own server.
Security
WizeeMind can run fully locally with the right infrastructure.
Encryption in transit and at rest
Data protected at all times
Roles, permissions, and corporate authentication
SAML, OAuth/OIDC, LDAP/AD
Audit logs and traceability
Complete action record
Data residency in Europe
Regiones europeas
100% on-prem capability
Deployment on your server
Multi-modelo
No dependency on a single provider
Authentication
SAML 2.0 for corporate SSO
OAuth 2.0 / OpenID Connect
LDAP / Active Directory
Granular role and permission control
Backups and recovery
Automatic backups
Policy-configurable retention
Point-in-time restore
Execution control
WizeeMind reads by default, it does not write
Writing only with prior configuration and explicit permissions
Full traceability of every operation
LIMITS
Radical honesty
What we do not do (yet)
We prefer you know where our limits are before contacting us. This is what WizeeMind does
not do today.
It does not replace existing systems
It is not a MES, ERP, or SCADA. It integrates with them; it does not replace them. Your
infrastructure remains yours.
It does not act without defined rules
It needs prior configuration and permissions to execute actions in systems. Without
rules, it does nothing on its own.
It does not replace human decisions
It assists and proposes. Technical validation and the final decision always belong to
the person responsible for the operation.
It does not modify critical parameters without authorization
Any action on systems requires explicit user confirmation. Without authorization, it is
not executed.
It can produce incorrect answers
If sources contain errors or are outdated, the answer may be incomplete. That is why it
always indicates the sources used so you can validate them.
It does not interpret complex P&ID drawings yet
We are working to expand coverage to this type of technical diagram. The “yet” is
literal.
It works best with accessible data and up-to-date documentation
Answer quality depends directly on the availability and quality of the connected data.
Questions you might ask before calling us
Yes. It can produce incomplete or incorrect answers if sources contain errors or are
outdated. For that reason, it indicates the sources used and lets you validate before
making decisions.
It connects through integrations with APIs, databases, historians, or document
repositories. It does not replace those systems: it acts as a layer that lets you
consult and analyze them in a unified way.
It depends on the number of systems and documents to integrate. Typical timeframe: 4
to 8 weeks, starting from the first connection and expanding progressively.
It states that explicitly. It can ask for more context or show the sources it did find
so you can review them.
It does not require constant operational maintenance. It can benefit from content
updates and adjustments as your plant processes evolve.
LEARNING
Learning model
Like training a new person
The initial effort is similar to explaining the processes to someone new on your team.
With context and use, WizeeMind answers with its own judgment in 4 to 8 weeks.
1
What you need to start
A machine with access to your subsystems, the available documentation, and the start
of actual use.
2
Connection and configuration
It connects to your authorized systems and is configured without interfering with
operations.
Week 1
3
Loading and first answers
It absorbs your documentation and starts answering with plant context.
Semanas 2–4
4
Use with judgment and continuous improvement
It answers by cross-checking sources, cites documents, and improves with every
interaction.
Semanas 4–8+
WIZEEMIND ASISTENTE
Documentos
0
Status
Pendiente
Response level
No context
Arranque
Connection
Learning
Valor
Connected sourcesPreparing connection...
Technical documentation
Pendiente
Plant systems
Pendiente
Usage history
Empty
The more information you give it, the better its answer becomes, like any new person on
your team.
PROCESS
How it works
What happens after you contact us?
You will receive a first response within an estimated two weeks.
1
2-5 days
Context review
We read your case and understand the context.
The team reviews the information you sent and prepares the relevant questions.
2
~10 days
Fit analysis + proposal
We analyze fit and propose the next step.
You will receive an initial assessment, any relevant questions, and a concrete
proposal for the next step.
3
If there is a fit
Detailed session
If there is a fit, a more detailed session to go deeper.
Personalized session on the specific case, with no hiring commitment.
What will NOT happen
No sales pressure.
No generic demos.
No commitment for contacting us.
What about price?
Every implementation is unique. It depends on the number of systems, documents, and the
complexity of your environment. You will receive a quote after the assessment, with no
commitment.
CONTACT
The next step is a conversation
Just an honest assessment of whether WizeeMind can help.