What we solve, industry by industry. One hundred and forty-four cases documented against real operations in Latin America — not a product catalogue, but the specific problem and what changes once it is solved.
Contacts the customer who has fallen behind through the channel they answer, offers the payment options your policy allows and records the agreement in the portfolio system. The agent steps in only where there is something real to negotiate, with the history in view.
Reads payslips, financial statements and deeds, and pulls out the data the analyst needs to decide, flagging what is missing or does not add up. The analyst spends their time assessing risk, not keying figures out of a PDF.
Learns how each customer normally operates and raises an alert when something departs from that pattern: an unusual amount, hour, place or device. The alert arrives while the transaction can still be stopped, with the reason explained.
Combines internal history with external information to rank applications by real risk, not only by what a bureau reports. Every decision keeps the factors behind it, which is what gets asked for when it is challenged.
Onboarding moves without anyone pushing it: identity documents validated, the lists the rules require checked, the full file assembled. If something does not add up it stops and alerts, leaving a record of every check.
Cross-checks movements between systems, sets differences aside with their reason, and builds each regulator's report in its format and on its schedule. The close stops depending on someone staying late.
Payday, a sales season or a digital channel launch stop requiring infrastructure sized for the worst day of the year. Capacity follows actual movement and spend follows demand, with the controls the sector requires.
Nobody has access by default: every person and device is verified at each access, and all of it is logged. When an audit or a regulator's request arrives, the evidence of who did what and when is already gathered.
The adviser opens their desktop from the branch, from home or from a contact centre, and customer data never rests on the machine. Joiners and leavers are provisioned in minutes, which is what an operation with turnover needs.
Core, channels and payment rails watched continuously, with incident handling and maintenance windows agreed in advance. An outage during trading hours is resolved before it reaches the branch queue.
We set out where the core is modernised and in what phases, what is integrated and what is left stable. The output is a plan the committee can approve, with the cost and risk of each stage visible.
We review your exposure, your controls and your response capability before budget is committed. It ends with gaps ranked by impact and by how easily they close, and a clear account of what each one costs.
Answers questions on enrolment, calendar, requirements and procedures from current regulations, citing the article and rule where it says so. Students stop walking to three offices for a question that already has a written answer, and everyone gets the same one.
Prepares a first pass over repetitive submissions, groups common errors and flags those needing careful attention. The time recovered goes back to lesson preparation and tutoring, not to the weekend marking pile.
Cross-references attendance, submissions, interim grades and platform use to flag who is close to dropping out, with weeks to spare. Tutoring arrives while it still helps, and the institution stops learning about it once the withdrawal is formalised.
Shows where failures concentrate and which subjects hold back a cohort, and anticipates demand by subject and time band to plan rooms, labs and staff. It avoids the overcrowded group and the empty room in the same slot.
Registration moves on its own: it validates prerequisites, places, grants and payments, and issues the signed certificate when due. It ends start-of-term queues and applications stalled for weeks over one field nobody chased.
Takes applications and documentation, verifies what was submitted and ranks applicants against approved criteria; and prepares the credit decision with the applicable rule identified. It stops being decided differently depending on who reviews it.
Registration and exams concentrate a semester's load into days, and the rest of the year the infrastructure sits idle. Capacity follows that calendar and is handed back afterwards, without sizing the data centre for the busiest week.
Access by role and a log of every consultation of records, grades and personal data, with the extra care information about minors requires. If an incident or a family complaint arrives, the trail already exists.
Desktops delivered and managed centrally for classrooms and labs, with the same software on all of them and no work left on the machine. Preparing a lab for a subject stops being an installation machine by machine.
The virtual campus, the academic system and the library watched continuously, with incident handling and maintenance outside term. An outage during exam week is resolved before it becomes an academic incident.
We order which system is modernised, what is integrated and in what phases, aligned with the planning the institution has to justify. The output stands up to the board and to the relevant authority, with phases and cost.
We review systems, data and controls before a cycle's budget is committed. It ends with opportunities ranked by what they save and how easily they start, with a clear account of cost and return.
Answers questions on procedure, safety and specification from the real documentation for each site, and works with intermittent connectivity or none. The technician stops calling the office to confirm something already written and waiting for a call back.
Pulls from reports, permits and records the data needed to decide, and flags findings that repeat across sites and campaigns. What is read once and filed today starts feeding the maintenance decision.
Detects the change in behaviour that precedes a breakdown and gives enough notice to intervene in planned downtime with the spare on hand. Where unplanned downtime costs production, contract and safety, that notice is what you are buying.
Brings together production, availability and consumption by asset and field on a comparable basis, and tracks where energy is lost across the process. It shows which site performs below what its configuration allows, and what that gap costs.
Processes permits, checks that staff and contractor certifications are current and blocks the order if one is missing; then raises the order, reserves material and coordinates the shutdown window. Safety stops depending on someone checking a folder.
Gathers the operating and emissions data each body requires, builds the report in its format and schedule and warns if a figure is missing or a deadline falls due. Every submission keeps its version and date, which is what an inspection reviews.
Telemetry, history and predictive models grow faster than site infrastructure, and many fields cannot take more servers. Capacity expands where needed and is paid for as used, without deploying hardware in remote locations.
Separates and watches the industrial systems, governing who reaches them, from where and with what permission, without slowing the operation or requiring a stop to apply a change. It keeps an office-network incident from reaching physical operations and personnel safety.
Technicians and engineers open the same desktop from the field, the base or home, with access to the systems and no data left on the device. In remote locations, managing the machine centrally stops requiring a trip.
The systems that hold up the operation are watched continuously, with incident handling and maintenance in a window agreed with production. An outage is resolved before it becomes a shutdown, and a shutdown a contractual breach.
We order what is modernised, what is integrated and in what phases, with cost and risk visible at each stage and continuity as the criterion. The output is a plan the committee can approve and that supports the case to head office.
We review exposure, controls and response capability before budget is committed. It ends with gaps ranked by impact and by how easily they close, with a clear account of what each one costs.
Answers questions about procedures and rules by citing the provision that applies, its date and its current version. Officials stop searching through amended regulations, and the public gets the same answer at any desk.
Pulls from each application the data the procedure requires and flags what is missing or does not match the registers. Corrections are requested once and in full, rather than across three notices weeks apart.
Which procedures concentrate the load, at what point in the year and in which area. It allows capacity to be sized ahead of the predictable peak and shows which procedure is worth simplifying first, on evidence rather than instinct.
Measures the real delivery and reach of each programme — how many people and where — not just the budget committed. It gives management a basis to correct in time and to explain results to oversight bodies and the public.
The application moves with the statutory clock running, is validated against available registers, and is resolved or referred. The citizen sees its status without calling, and every action carries an owner, a date and a reason.
Checks against official sources what the citizen already declared to another agency, instead of asking for the paper again. Fewer documents and fewer journeys, with a recorded verification that supports the decision.
A call for applications, a filing deadline or a mass payment concentrate a month's demand into hours. Capacity expands for that day and is handed back afterwards, without buying servers that sit idle the rest of the year.
Access by role and by procedure, encryption, and a log of every consultation of a personal record. The agency can show who accessed it, when and why — the first question asked after an incident.
Desktops delivered and managed centrally, identical in the office and working from home, with no case file left on the machine. A transfer or a departure is actioned the same day.
The systems that serve the public are watched continuously, with incident handling and maintenance planned outside service hours. An outage is resolved before it becomes a queue at the office.
We order the technology portfolio and the roadmap public regulation requires, aligned to reference frameworks. The output is a plan that stands up to an oversight body, with phases, cost and owners.
We review exposure, controls and response capability before the money is committed. It ends with gaps ranked by impact and feasibility, which is what lets the investment be justified.
Compares the drawing against the specification and the previous revision, and flags where they stopped agreeing: a dimension that changed, a substituted material, a detail that vanished. What is currently found on site, once the material is ordered, shows up at review.
From a bid pack of hundreds of pages it pulls out deadlines, bonds, penalties, personnel requirements and payment terms, and marks whatever departs from what your firm usually accepts. Deciding whether to bid stops costing two days of reading.
Allocates materials, labour, plant and subcontracts down to line-item level against budget. It shows which items eat the margin while the project can still correct course: the difference between fixing it in month three and learning in month twelve.
Compares each work front's actual output against plan and shows where delay accumulates and from what cause. It lets you move resources with judgment before the critical path shifts, rather than reacting once it has.
Gathers what was reported in the field, compares it against the programme and builds the report with variances calculated; and moves the change order along its route with a date and an owner at every step. That trail is what supports the claim when the variation is disputed.
Cross-checks certified progress, contract and retentions, builds the valuation and sets differences aside with their reason. Fewer month-end arguments and fewer payments delayed because a document did not arrive in time.
Every project opens and closes, and with it its need for systems, storage and access. Capacity expands when a project starts and is released when it closes, without buying infrastructure that sits idle between jobs.
Access is granted per project and per role, so a subcontractor sees their own scope and not the whole folder. Every consultation and download is logged, which is what gets asked for when a design turns up where it should not have.
The designer opens their desktop with design applications from the office or the site cabin, with no drawing left on the machine. On site, a laptop lost or broken stops taking the work with it.
The project ERP, the document manager and the scheduling tools watched continuously, with incident handling and planned maintenance. An outage in valuation week is resolved before it delays payment.
We define what is modernised, what is integrated — estimating, programming, project accounting — and in what phases, with each stage's cost visible. The output is a plan by project and by year, not a purchase of disconnected tools.
We review your documentation, your processes and your controls before budget is committed. It ends with cases ranked by what they save and how easily they start, with a clear account of cost and return.
Understands what the customer is claiming, checks the shipment's real status in the operational systems and explains what happened, where it is and what will be done. Anything requiring action reaches the team with the case identified and the paperwork gathered.
Extracts the data from waybills, invoices, packing lists and customs documents, even when they arrive scanned, photographed or in a different format per customer. It ends the manual capture that delays clearance and causes most of the errors.
Orders routes and loads by demand, delivery windows, access restrictions and the fleet's real capacity — not by how it was done last month. Fewer empty kilometres and fewer deliveries outside their window because the route was built by hand.
Brings together consumption, transit and waiting times, incidents and compliance by vehicle, route, driver and customer. It shows which route or customer costs more than it contributes once waiting is counted — the conversation the average hides.
Generates and distributes the paperwork for each shipment to whoever needs it, and captures proof of delivery at the moment with its evidence. Invoicing stops waiting for someone to collect documents on Friday, and payment moves forward with it.
Prepares and files what each operation requires and warns before goods arrive unable to clear; and cross-checks what each carrier invoices against the service actually provided. Fewer containers sitting still and fewer batches approved unreviewed.
Year-end, a campaign or a new corridor multiply tracking and transaction volume within weeks. Capacity follows that movement and is handed back afterwards, without carrying the peak's infrastructure the rest of the year.
Protects the systems that hold up the operation and governs who reaches customer, shipment and route information, including partner and carrier access. An incident in the digital chain stops trucks just as a physical one does, with less warning.
Warehouse and office staff open the same managed desktop, with the operational systems and no data resident on the machine. Opening a centre or reinforcing a season stops depending on installing machine by machine.
TMS, WMS and tracking watched continuously, with incident handling and maintenance in the low-activity window. An overnight outage is resolved before it becomes stopped trucks and missed delivery windows.
We set out how TMS, WMS and ERP integrate, which system is master for each piece of data and in what phases to advance. The output avoids the bespoke integration nobody later maintains, with cost and risk visible at each stage.
We review processes, data and controls before budget is committed. It ends with opportunities ranked by what they save and how easily they start, with a clear account of what each one costs and returns.
Answers questions on procedure, parameters and safety from the real documentation for each line, at the level of whoever is asking and from a terminal beside the machine. The experienced shift's knowledge stops leaving with whoever retires or moves plant.
Reviews parts in line and flags the defect, its type and its position, with the image that supports it and the batch it belongs to. Inspection stops depending on how tired the shift is, and the record is there to answer a customer or challenge a supplier.
Measures availability, performance and quality line by line and shift by shift, and shows where productive time is genuinely lost. It usually reveals the big loss is not the visible breakdown but micro-stoppages and changeovers nobody was counting.
Allocates material, energy, labour, scrap and rework down to product and batch level. It shows which references leave a margin and which are carried by the family average — what standard costing stops seeing as soon as the mix changes.
Turns a material requirement into a request, approves it by value and approved supplier and follows it to receipt; and raises the maintenance order, assigns the technician and reserves the spare. Fewer stoppages caused by material nobody ordered in time.
Gathers material certificates, process checks and batch records, and keeps them attached to what was produced and to the customer it shipped to. Answering an audit or bounding a recall goes from days of searching to a query lasting minutes.
Sensors, process history and maintenance models generate more data than a plant server sustains. Capacity grows with volume and is paid for as used, without buying today the infrastructure of three years' time.
Protects industrial control systems, governs who reaches them and from where, and watches the traffic between both worlds without slowing the operation. It is what stops an office-network incident from halting production for days.
The engineer opens their desktop with design and process applications from the office or the floor, with no drawing left on the machine. A laptop lost on a customer visit stops being a leak of industrial property.
ERP, MES and the systems that hold up the line watched continuously, with incident handling and maintenance in the shutdown window. An outage is resolved before it becomes a lost shift and a missed delivery commitment.
We set out how ERP, MES and plant systems connect, what is master for each piece of data and in what phases to advance. The output avoids the bespoke integration nobody can later maintain, with each stage's cost visible.
We review what data your plant produces today, in what state and under what controls, before budget is committed. It ends with cases ranked by what they save and how easily they start.
Understands what the customer is after even without the exact product name, shows alternatives actually in stock and settles questions of size, compatibility or delivery. Fewer baskets abandoned over an unanswered question, and fewer returns caused by the wrong choice.
Generates consistent descriptions, attributes and search text for thousands of references from what the supplier sends, keeping the brand's tone. The team reviews and approves instead of writing each seasonal listing, which is where weeks currently go.
Anticipates what will sell by store, reference and week using your own history and the factors that genuinely matter: season, promotion, weather, local calendar. Useful for buying and distributing ahead of time, not for reacting to an empty shelf.
Allocates margin, logistics cost, shrinkage and returns cost down to category and store level. It shows what sells heavily but leaves little once reverse logistics is taken out — the conversation aggregate margin hides across whole campaigns.
Works out what to reorder, how much and when, from actual sales, supplier lead time, seasonality and shelf space, then raises the order within approved limits. Fewer stockouts on what sells and less capital tied up in what has not moved.
Takes the request, checks policy and time limits, generates the label and follows through to the refund; and publishes new lines and price changes to store, web and marketplaces from one point. The price gaps that cause complaints at the till disappear.
A sales season or a launch concentrates months of traffic and transactions into days. Capacity follows that movement and is handed back afterwards, without carrying the biggest day's infrastructure for the rest of the year.
Looks after card and personal data in store, at the till and in the digital channel, with access control, segmentation and every consultation logged. The evidence a payment audit asks for is gathered continuously, not assembled at the last minute.
Store and till devices are delivered and managed centrally, with the same configuration across the estate and no data resident on them. Opening a store or covering a peak season stops depending on a technician travelling.
Point of sale, inventory and the digital channel watched continuously, with incident handling and maintenance outside trading hours. A till outage on a Saturday is resolved before it becomes lost sales.
We set out how store, web and marketplaces integrate, which system is master for each piece of data and in what phases to advance. The output is a plan that avoids the patch that later blocks growth, with each stage's cost visible.
We review data, processes and controls before campaign or system budget is committed. It ends with opportunities ranked by what they save and how easily they start, with a clear account of cost and return.
Collects the symptoms, medication and history the patient reports and hands them to the clinician before the appointment. Whoever calls learns which service to attend without waiting on hold, and the consultation starts with the information organised rather than with ten minutes of basic history-taking.
The clinician dictates and the note lands structured in the record, with diagnoses, instructions and medication in their fields. It recovers the time spent writing up after each patient, and no episode gets closed a week later from memory.
How many patients pass through each service, how long they wait at each point, and where the bottleneck genuinely forms. It lets you move resources before the waiting room makes the point, and support an extra clinic, shift or theatre with figures.
Brings together indicators by service and patient type: readmissions, complications, adherence and time to diagnosis. It gives the clinical committee a shared, comparable basis for reviewing practice instead of debating the case each person happens to remember.
Confirms through the channel the patient uses, rebooks when they give notice, and offers the freed slot to whoever is on the waiting list. The diary fills itself, and admissions stop spending the morning calling patients one by one.
Builds the request with what each insurer demands, tracks it to the answer, then cross-checks what was invoiced against what they recognise. The team works on the differences, not the whole batch, and queries are answered with the support already gathered.
A vaccination campaign, a health emergency or month-end no longer require buying infrastructure sized for the year's peak. Capacity expands when it is needed and is handed back afterwards, so spend follows real demand.
Access is granted by role and by episode, so each clinician sees what they need to treat rather than the whole centre's history. Every consultation is logged: if a complaint or an inspection arrives, the trail already exists.
The clinician opens the same desktop from clinic, ward or on call, and no clinical data is stored on the machine itself. Lose a laptop and you lose the laptop, not your patients' histories.
Admissions, the clinical record and the laboratory cannot wait until Monday. Continuous monitoring, incident handling and maintenance windows agreed with the clinical operation, so an outage is resolved before it reaches the ward.
We order what gets done first and with what budget: which system is modernised, which is integrated and which is left alone. The output is a phased plan the committee can approve and follow, not a wish list.
Before bringing AI to clinical data we review what information you hold, in what state and under what controls. It ends with cases ranked by what they save and how easily they start, and a clear account of cost and return.
Takes the policyholder's account and the documentation supplied — photos, reports, estimates, police records — and assembles the file with the data the adjuster needs. Assessment starts from an organised case with the gaps already flagged, not a loose folder to read end to end.
Checks what happened against the cover, exclusions, excesses and limits of the specific policy, endorsements included, and flags the points calling for a human decision. It avoids the expensive error of settling under a general condition on a contract carrying negotiated terms.
Flags cases that depart from the usual pattern — frequency, amount, overlaps between parties, proximity to inception — and explains what the deviation consists of. Investigators spend their time on the ones that warrant it, instead of reviewing by sampling.
Allocates premiums, loss ratio, expenses and acquisition cost down to product, channel and intermediary level. It shows which lines carry the result and which are sold below cost — the conversation an aggregate technical result can hide for whole financial years.
The application is validated, rated against current rules and issued, with documents generated, signed and sent. Renewals prepare themselves and give notice ahead of expiry, so business stops being lost to a reminder nobody got round to sending.
Each step — assessment, authorisation, repair, payment — moves with its deadline and its owner, and the policyholder is notified at the moments that matter. The team steps in where it has judgment to add, not to push a file that has sat for three days.
A catastrophic event multiplies notifications within hours, and a renewal campaign concentrates load into specific days. Capacity expands for that moment and is handed back afterwards, without sizing the whole estate for the worst day of the year.
Access by role and by file, encryption and a log of every consultation, with the extra care the health data present in many claims requires. If a complaint or an inspection arrives, the evidence of who saw what and when is already gathered.
The adjuster opens their desktop from the loss site and the agent from the office, with the same systems and no policyholder data left on the device. Onboarding or removing an intermediary is actioned the same day.
Issue, collections and claims watched continuously, with incident handling and maintenance windows agreed in advance. An outage at month-end or mid-campaign is resolved before it reaches the intermediary and the policyholder.
We order which system is modernised first, what is integrated and in what phases, with the cost and risk of each stage visible. The output is a plan the committee can approve and follow, not a statement of intent.
We review the processes, the controls and the real capability before budget is committed. It ends with opportunities ranked by what they save and how easily they start, and a clear account of what each one costs and returns.
Reads the whole contract and compares it against the model your firm uses. It flags the clauses that differ, the ones missing and the ones that depart from what you usually accept, pointing to the paragraph each sits in. You review what is flagged instead of reading it all again.
From a file of thousands of pages it pulls out the timeline, who is involved and the facts each position rests on. Useful for picking up a case that stalled months ago, or for a colleague to get up to speed without giving it a whole afternoon.
Cross-references hours spent against what was billed, by type of matter and by client. It shows which work covers its cost and which runs longer than expected, so you can decide what is worth taking on and what should be quoted differently.
How many matters each lawyer carries and which fall due soon, and what exposure the portfolio accumulates by clause type. It lets you assign with judgment and see where risk concentrates, rather than reviewing contract by contract.
The contract moves on its own: whoever needs it requests it through a form, it goes to whoever must review it depending on the amount, it is signed and filed with its expiry recorded. At any moment you know which step it is on and whose desk it is on.
Works out due dates using the rules your team defines and warns in advance; cross-checks parties against the portfolio before taking a matter; and assembles billing by matter from recorded time. Every check keeps its date.
The document archive and the review tools keep growing, and a law firm should not be running servers. Capacity expands when needed, and backup stops depending on someone verifying it every week.
Permissions are granted per person and per matter, not per folder, so each lawyer sees only what they are working on. Every consultation is logged with a date: if a client asks who accessed their information, the answer is on record.
The lawyer opens their desktop from the office, the court or home, with the same systems and no case file left on the laptop. A lost machine stops being a confidentiality breach and becomes just a lost machine.
Document manager, matter system and email watched continuously, with incident handling and maintenance outside working hours. An outage on a filing deadline is resolved before it becomes a missed deadline.
We define what is modernised, what is integrated and in what phases, with each stage's cost visible and confidentiality as a design criterion. The output is a plan the partners can approve, not a purchase of disconnected tools.
We review your documents, your processes and your controls before budget is committed. It ends with cases ranked by what they save and how easily they start, and a clear account of cost and return.
Checks the state of the line, the equipment and the coverage while the subscriber explains the problem, and applies the remote fix where appropriate. Many faults close without a visit or escalation, and those that do not reach the technician already diagnosed.
Contacts the subscriber with an outstanding bill through the channel where they answer, offers the options your policy allows and records the arrangement in the portfolio system. The agent steps in only where there is something real to negotiate.
Identifies who is about to leave and for what specific reason — outages in their area, a bill increase, a competitor's offer — with weeks to act. Retention stops being a generic discount and starts addressing the cause that customer is experiencing.
Cross-references network indicators with what the subscriber perceives and complains about, to find which area, element or time band sits behind the real dissatisfaction. It directs investment where it changes the experience, not where the indicator draws attention.
The request runs through validation, provisioning and activation without anyone pushing it, and the customer is notified when the service is ready. Manual configuration errors, the usual cause of rework and the second engineer visit, drop out of the process.
Runs the exchanges with other operators within statutory deadlines and reviews the billing cycle before issue, spotting charges that do not match the plan. Penalties for missed deadlines and next month's disputes fall together.
A launch, an event or a mass outage concentrate weeks of self-service and support traffic into hours. Capacity follows that movement and is handed back afterwards, without carrying the worst day's infrastructure all year.
Continuous watch over the infrastructure and control over who reaches customer data, with every consultation logged and alerts on out-of-pattern access. If an incident or a regulator's request arrives, the evidence is already gathered.
The agent opens the same desktop on site or at home, with the operator's systems and no subscriber data left on the machine. In an operation with high turnover, provisioning and removing access in minutes stops being a problem.
Provisioning, billing and support channels watched continuously, with incident handling and planned maintenance. An outage is resolved before it becomes a spike in calls and a trend on social media.
We order what is modernised, what is integrated and in what phases, with the cost and risk of each stage visible. The output is a roadmap that supports the investment case rather than a list of disconnected projects.
We review processes, controls and real capability before budget is committed. It ends with opportunities ranked by what they save and how easily they start, with a clear account of cost and return for each.
