Structural expertise In Every sector.
RJV Technologies serves organisations across six major sectors and not with generic frameworks adapted to each industry,
but with structural analysis that begins from the specific operating constraints, regulatory requirements and risk profiles that define each sector’s particular challenges.
The same analytical standard is applied to every sector’s specific reality.
01
Healthcare & Life Sciences
Applicable Services
- Business Continuity Planning
- Disaster Recovery Architecture
- Deterministic AI Systems Engineering
- Cloud Migration Strategy
- Cybersecurity & Enterprise Resilience
- Digital Transformation
Regulatory Frameworks
NHS DSPT · CQC AI Guidance · NIS2 · GDPR / UK GDPR · ISO 27001 · Cyber Essentials+
Healthcare operates at the intersection of the most demanding technology requirements and the most consequential stakes.
When a clinical system fails, patient care is compromised.
When ransomware shuts down an NHS Trust, surgeries are cancelled and patient safety is directly threatened.
When AI is deployed without adequate governance, clinical decisions are influenced by systems that cannot explain their reasoning to a regulator or a clinician.
The UK healthcare sector faces a specific combination of challenges with NHS digital transformation programmes that must deliver without disrupting patient care, a legacy IT estate that has accumulated decades of technical debt, CQC compliance requirements for AI and algorithmic systems, DSPT obligations for data security and ransomware operators who have specifically targeted healthcare as their highest value sector.
Critical challenges we address
Clinical system continuity and downtime in clinical systems directly compromises patient safety.
Recovery time requirements are measured in minutes and not hours.
A plan that has never been tested under clinical failure conditions is not a plan.
Ransomware targeting which healthcare is the most frequently targeted sector.
We design ransomware resistant backup and recovery architectures specifically for clinical environments, including air gapped backups and immutable recovery copies.
AI governance & clinical safety where all AI in clinical settings must be auditable, explainable and subject to clinical governance.
Our deterministic AI architecture meets CQC AI guidance requirements with every output traceable and every decision path documented.
Legacy system migration with NHS IT estates average 15 to 20 years of legacy systems.
We design cloud migration strategies that maintain 24/7 clinical operations throughout the migration with no patient safety incidents from the migration itself.
Financial services is the sector where the consequences of technology failure, security breach or compliance failure are most immediately and severely felt in direct financial loss, regulatory sanction, reputational damage and in some cases criminal liability for named individuals.
DORA came into force in January 2025, imposing mandatory ICT risk management, incident reporting and third party dependency management obligations on all in scope financial entities across the EU and UK.
At the same time, financial services organisations are deploying AI at greater scale than almost any other sector in credit decisioning, fraud detection, algorithmic trading, compliance automation and customer service.
The FCA has been explicit where AI systems in regulated activities must be explainable, auditable and subject to appropriate governance.
The commercial AI systems currently dominating the market were not designed to meet those requirements. Deterministic AI systems were.
Critical challenges we address
DORA compliance with ICT risk management framework design and documentation meeting the full scope of DORA requirements of risk management, incident reporting, third party oversight and resilience testing obligations.
Operational resilience (FCA PS21/3) under a strategy aligned to important business service identification, impact tolerance setting and demonstration of continuity through severe but plausible disruption scenarios.
AI explainability with deterministic AI architecture for credit decisioning, fraud detection and compliance automation meeting FCA/PRA explainability requirements with every output traceable, every decision auditable.
Third party ICT concentration risk and structurally comprehensive third party dependency mapping and concentration risk management meeting DORA’s expanded third party oversight requirements.
02
Financial Services
Applicable Services
- Business Continuity Planning
- Disaster Recovery Architecture
- Deterministic AI Systems Engineering
- Cybersecurity & Resilience
- Cloud Migration Strategy
Regulatory Frameworks
DORA · FCA PS21/3 · PRA SS1/21 · GDPR / UK GDPR · ISO 27001 · Cyber Essentials+ · PCI DSS
03
Manufacturing & Engineering
Applicable Services
- Business Continuity Planning
- Cybersecurity & Resilience
- Deterministic AI Systems Engineering
- Digital Transformation
- Cloud Migration Strategy
Regulatory Frameworks
NIS2 · ISO 27001 · ISO 22301 · Cyber Essentials+ · GDPR / UK GDPR
Manufacturing has undergone a structural shift — the progressive integration of operational technology (OT) and information technology (IT), the adoption of industrial IoT and the digital transformation of production management.
This integration has created substantial new capability and substantial new vulnerability where OT systems designed for physical isolation are now network connected and the convergence of IT and OT attack surfaces has made manufacturing one of the most targeted sectors for ransomware and industrial espionage.
The supply chain disruptions of 2020 to 2022 demonstrated that manufacturing organisations whose continuity plans ended at their own facility boundary were exposed to cascade failures they had not planned for.
Third party dependency visibility, supply chain resilience and digital continuity planning are now operational imperatives, not optional risk management activities.
Critical challenges we address
IT/OT convergence security with structural security architecture designed from analysis of your specific industrial environment, addressing OT vulnerabilities that traditional IT security tools cannot reach.
Supply chain resilience with BCP coverage extended to tier one and tier two supplier dependencies and where just in time manufacturing models cannot survive unplanned supplier failures without structural continuity planning.
Deterministic predictive maintenance with predictive systems with explicit causal chains, not probabilistic ML that cannot explain predictions to maintenance engineers or satisfy safety critical audit requirements.
Industry 4.0 transformation under digital transformation roadmap addressing real legacy architecture, not a generic Industry 4.0 framework mapped onto your organisation without structural analysis of what actually exists.
The education sector has undergone faster digital transformation over the past five years than at any prior point in its history.
Remote learning requirements accelerated cloud adoption, digital platform deployment and the integration of educational technology.
The sector now manages large volumes of sensitive student and staff data, operates digital infrastructure critical to its core function and faces a cybersecurity threat environment that has specifically targeted educational institutions which tend to have under resourced IT security functions and large, varied user populations.
NCSC has published specific guidance for the education sector following multiple high profile ransomware incidents.
The regulatory environment does not make exceptions where GDPR applies equally to a primary school and a FTSE 100 company.
ICO enforcement actions have included educational institutions and where cyber essentials certification is required for UK government contracts which many universities and colleges depend on.
Critical challenges we address
Ransomware targeting of education with cyber resilience architecture specifically designed for the education sector’s threat profile, large user population and varied device estate.
Student & staff data protection under GDPR compliant data architecture covering student records, staff data, and research data with ICO defensible governance and breach prevention.
Examination period continuity for business continuity planning with academic calendar alignment with a system failure during examinations directly affects student outcomes which standard BCP frameworks do not address this.
Cloud strategy rationalisation under a coherent platform architecture replacing accumulated SaaS sprawl, leveraging charitable licensing (Microsoft 365 Education, Google Workspace for Education) with structural governance.
04
Education
Applicable Services
- Cybersecurity & Resilience
- Business Continuity Planning
- Cloud Migration Strategy
- Digital Transformation
- Disaster Recovery Architecture
Regulatory Frameworks
GDPR / UK GDPR · NCSC Cyber Action Plan · ISO 27001 · Cyber Essentials · DfE Data Protection
05
Government & Public Sector
Applicable Services
- Business Continuity Planning
- Cybersecurity & Resilience
- Digital Transformation
- Cloud Migration Strategy
- Disaster Recovery Architecture
Regulatory Frameworks
NIS2 · GovAssure · NCSC CAF · ISO 27001 · GDS Standards · GDPR / UK GDPR · Cyber Essentials+
Government and public sector organisations operate technology systems whose failure affects the population directly and not just the organisation.
A local authority’s benefits system, a central government department’s licensing platform, a police force’s command and control infrastructure where the continuity of these systems is a public service obligation and not a business risk in the conventional sense.
The UK public sector faces a specific set of challenges under a legacy IT estate accumulated over decades under procurement frameworks that prioritised capital cost over total cost of ownership, digital transformation programmes under GDS standards and Cabinet Office oversight, NIS2 obligations for network and information systems security and a cyber threat environment that includes state sponsored actors targeting government infrastructure with capabilities substantially exceeding commercial criminal actors.
Critical challenges we address
Critical infrastructure protection with security architecture aligned to NCSC CAF, GovAssure and NIS2 requirements, designed for the public sector threat environment including state sponsored adversaries.
Legacy IT transformation with cloud migration strategy maintaining service continuity throughout the migration of systems that range from decades-old infrastructure through to recent deployments, all under GDS standards.
Essential service continuity and BCP covering the continuity of citizen facing services which are not only internal operations and where the dependency mapping for public sector BCP is substantially more complex than for commercial organisations.
Procurement defensible architecture with technology decisions that are structurally correct and documentably defensible under public sector procurement frameworks, parliamentary scrutiny and FOI exposure.
Third sector organisations face a distinct set of technology challenges where the expectation that enterprise resilience, data governance and cybersecurity can be delivered on budgets that are a fraction of those available to commercial organisations and the reality that the consequences of failure are often just as severe.
A charity that loses donor data, suffers a ransomware attack or experiences a prolonged outage faces reputational damage that directly affects its ability to fundraise and deliver its mission.
The regulatory environment does not make proportionate exceptions as GDPR applies equally, ICO enforcement actions have included charities and now cyber essentials certification is required for UK government contracts.
The Charity Commission’s expectations for digital governance have strengthened significant with third sector organisations need technology services that are proportionate to their budget and risk profile and not cheaper versions of commercial services with the depth removed.
Critical challenges we address
Budget proportionate resilience with enterprise structural depth applied proportionately to charity operations and budget where the analytical rigour does not scale down but the scope of implementation is calibrated to what is actually required.
Donor & beneficiary data protection under a GDPR compliant, ICO defensible data architecture that is practically sustainable on a charity’s operational resources which is not designed for an enterprise IT department with ten times the budget.
Mission continuity first BCP under business continuity planning structured around the charity’s service delivery obligations to beneficiaries, not just its own internal operations where the beneficiaries are the priority and not the back office.
Cyber Essentials certification with structured support for cyber essentials and cyber essentials plus accreditation, meeting government contract requirements and typically reducing cyber insurance premiums substantially.
06
Third Sector & Non Profit
Applicable Services
- Business Continuity Planning
- Cybersecurity & Resilience
- Cloud Migration Strategy
- Digital Transformation
- Disaster Recovery Architecture
Regulatory Frameworks
GDPR / UK GDPR · Cyber Essentials · ISO 27001 · Charity Commission · ISO 22301
Your sector and your specific problem.
Structural problems exist in every industry.
The analytical standard we apply to them is the same in all of them.
Tell us what your organisation is facing.
We respond within one business day.