Register and classify
Capture the issue, examples, impact, severity, owners, systems, dependencies, and immediate constraints.
Primary output: agreed issue recordOur Data Issue Resolution Service Service helps data, technology, operations, finance, and analytics teams investigate and correct disruptive data problems. We combine structured triage, root-cause analysis, controlled remediation, validation, and preventive improvement to restore trusted data while documenting decisions, dependencies, residual risks, and operational follow-up.
It is a structured operational service for resolving data incidents and persistent data problems. The work covers issue intake, impact assessment, containment, diagnosis, correction, testing, stakeholder approval, closure evidence, and controls intended to reduce recurrence.
Data issues often persist because the visible error is only a symptom. The service connects business impact, technical evidence, accountable ownership, and corrective action.
Teams cannot reconcile reports, balances, forecasts, or operational metrics.
Trace definitions, source records, transformations, filters, timing, and aggregation logic to identify where results diverge.
Pipelines, interfaces, batch jobs, or APIs fail and downstream processes miss required data.
Assess affected services, establish workarounds where appropriate, inspect logs and dependencies, correct the fault, and validate recovery.
Duplicates, missing values, invalid codes, stale records, and master-data conflicts return after manual correction.
Correct the immediate records and address upstream rules, ownership, validation, monitoring, or process weaknesses that allow recurrence.
Business, data, application, vendor, and platform teams disagree about responsibility.
Define issue owner, technical resolver, data owner, approver, dependencies, communication route, acceptance criteria, and closure authority.
Scope is adapted to issue type, impact, estate complexity, data sensitivity, and the responsibilities retained by your internal teams and vendors.
Establish a consistent way to capture the issue, affected processes, examples, timestamps, scope, severity, owner, dependencies, and current workaround.
Examine source records, data flows, transformation logic, interfaces, schedules, definitions, access, reference data, controls, and operating procedures.
Design and execute controlled corrective action, including record repair, rule correction, pipeline changes, reference-data updates, backfills, testing, approval, and rollback planning.
Strengthen monitoring, ownership, controls, documentation, service reporting, knowledge management, and recurring-problem analysis.
| Workstream | Typical output | Decision supported |
|---|---|---|
| Issue definition | Issue record, scope, severity, affected data and processes, owner, dependencies, and evidence inventory | What is affected and who is accountable? |
| Impact and containment | Impact assessment, temporary controls, workaround guidance, communication and escalation record | How should disruption and risk be limited? |
| Diagnosis | Root-cause analysis, lineage or dependency map, reconciliation findings, and contributing factors | Why did the issue occur? |
| Remediation | Correction plan, technical changes, data repair specification, test cases, rollback considerations, and approvals | What corrective action is appropriate? |
| Validation | Test results, reconciliations, stakeholder acceptance, residual-risk statement, and closure evidence | Has the issue been resolved sufficiently? |
| Prevention | Control recommendations, monitoring rules, ownership improvements, backlog items, and recurrence tracking | How can similar issues be reduced? |
| Managed operations | Service dashboard, issue trends, ageing, severity, recurrence, response performance, and improvement actions | Is the service operating effectively? |
The stages are scaled to the issue. Critical incidents may require rapid containment, while complex recurring problems need deeper diagnosis and coordinated remediation.
Capture the issue, examples, impact, severity, owners, systems, dependencies, and immediate constraints.
Primary output: agreed issue recordLimit further impact, document workarounds, protect evidence, and establish stakeholder updates and escalation.
Primary output: containment and communication planTrace the data path, test hypotheses, reconcile records, and identify technical, process, ownership, or control causes.
Primary output: evidence-backed diagnosisDefine corrective action, affected records and systems, implementation steps, tests, approvals, risks, and rollback needs.
Primary output: controlled remediation planExecute agreed changes, repair or reload data, test results, complete reconciliations, and obtain acceptance.
Primary output: validated resolution evidenceRecord residual risk, update documentation, improve controls and monitoring, transfer knowledge, and track follow-up actions.
Primary output: closure pack and prevention backlogData correction can affect downstream systems, customer records, financial statements, regulatory reports, analytics, models, and audit evidence. Controls should match the impact and sensitivity of the change.
This service does not replace legal advice, statutory audit, formal certification, cybersecurity incident response, or regulatory approval unless separately and appropriately commissioned.
The investigation may span source applications, integration, storage, transformation, master data, metadata, analytics, AI, and operational controls.
ERP, CRM, ecommerce, finance, operational applications, files, APIs, ETL/ELT, messaging, streaming, and orchestration.
Databases, warehouses, lakehouses, cloud storage, data marts, master-data platforms, catalogues, lineage, and quality tooling.
BI, reporting, spreadsheets, analytics, machine learning, operational APIs, monitoring, observability, access governance, and service management.
A defined engagement for one material issue or a related set of issues with agreed scope and outputs.
Assessment and prioritisation of an existing queue, including themes, ageing, ownership, dependencies, and remediation planning.
Flexible access to data issue specialists for investigation, review, escalation, or complex cases.
Ongoing intake, triage, investigation, coordination, reporting, recurring-problem analysis, and continuous improvement.
A reliable estimate requires discovery. Fixed claims about cost or duration would be misleading without understanding the issue, estate, access, controls, and expected service level.
Volume, severity distribution, recurrence, backlog age, concurrency, service hours, escalation expectations, and communication needs.
Number of systems, platforms, interfaces, environments, data domains, transformations, vendors, and historical corrections.
Data sensitivity, financial or regulatory impact, testing depth, evidence requirements, change controls, residency, and auditability.
Client participation, access readiness, ownership clarity, response targets, reporting cadence, knowledge transfer, and engagement model.
Measures should be baselined and interpreted in context. Resolution performance alone does not prove business value or permanent prevention.
It identifies, contains, diagnoses, corrects, validates, and helps prevent data problems that affect reporting, operations, integrations, customer processes, regulatory obligations, or decision-making. It can be delivered for a single issue, a backlog, retained specialist support, or an ongoing managed service.
Typical issues include missing, duplicated, inconsistent, stale, misclassified, incorrectly transformed, late, inaccessible, or unauthorised data, as well as broken pipelines, reconciliation differences, master-data conflicts, lineage gaps, reporting discrepancies, failed backfills, and unclear business rules.
Prioritisation can use business impact, customer impact, regulatory exposure, financial materiality, operational disruption, data sensitivity, affected domains, urgency, workaround availability, dependency risk, recurrence, and effort. The criteria and escalation thresholds are agreed with accountable stakeholders.
Yes. Root-cause analysis can examine source systems, ingestion, transformation logic, interfaces, schedules, reference and master data, definitions, ownership, controls, user processes, and platform behaviour. The goal is to distinguish the visible symptom from the underlying and contributing causes.
Yes. Managed support can include issue intake, triage, investigation, remediation coordination, service reporting, recurring-problem analysis, control monitoring, knowledge-base maintenance, stakeholder communication, and escalation support. Service hours and response expectations are agreed during scoping.
Resolution time depends on severity, evidence availability, system access, data volume, technical complexity, historical correction needs, third-party dependencies, testing requirements, change windows, approval cycles, and the clarity of business rules. An initial triage can establish a more reliable plan.
Pricing depends on issue volume and severity, service hours, response expectations, systems and environments, data sensitivity, required skills, vendor dependencies, reporting, governance, testing, and whether support is project-based, retained, or managed. Dataconsultant can provide a written estimate after discovery.
Useful inputs include issue descriptions, examples, timestamps, affected reports or processes, system and data-flow information, logs, queries, transformation rules, data definitions, ownership details, prior fixes, access requirements, security constraints, change procedures, and relevant audit or compliance findings.
Validation may include record-level checks, source-to-target reconciliation, business-rule testing, regression testing, volume and completeness checks, downstream process testing, stakeholder acceptance, control evidence, and post-resolution monitoring against agreed acceptance criteria.
No provider can guarantee that all future issues will be prevented. The service can reduce recurrence by improving controls, monitoring, ownership, documentation, testing, observability, and response processes, but residual risk remains and must be monitored.
Yes. Dataconsultant can coordinate with data owners, engineering teams, application teams, business users, finance, security, privacy, compliance, platform vendors, and systems integrators. Responsibilities, access, evidence, approvals, dependencies, and escalation routes should be agreed at the outset.
Access is scoped to the work, sensitive data is minimised where possible, handling requirements are documented, and remediation considers access controls, secure transfer, retention, residency, segregation of duties, and auditability. Legal, regulatory, or specialist security advice may be required separately.
Share the affected process, available evidence, systems involved, urgency, and current workaround. Dataconsultant can help determine whether focused resolution, backlog review, retained support, or a managed service is appropriate.