Khamas Innovations: Innovation Consulting in Dubai, UAE & MENA

Despite significant investment in people and systems, the planning, scheduling, and dispatch function of a large-scale O&M operation was producing poor-quality outputs. A bloated, manual planning cycle was inflating direct costs and degrading the quality of work delivered in the field.

We bridged two distinct project environments, Jira and Azure DevOps, and aligned operations and digital teams around a single guiding principle: the highest-impact improvements with the least implementation friction. Stakeholder alignment was central to navigating a complex, multi-disciplinary organisation through meaningful change.

A Digital Maturity assessment surfaced the gap between ambition and current capability. We delivered a prioritised transformation roadmap anchored in measurable change. This set the foundation for automated planning, a 30% reduction in white-collar planning headcount, and a lasting improvement in operational output quality.

Clients operating ageing infrastructure were losing ground. Performance was declining. Legacy components were disappearing from supply chains. Operational and financial risks of inaction were compounding. Without a structured upgrade pathway, asset obsolescence posed a direct threat to long-term profitability.

We designed a comprehensive Aftersales product strategy built on two parallel tracks: high-efficiency hardware upgrades and a certified circular economy model for repurposed components. The programme followed a Stage-Gate execution model, grounded in Design Thinking and Technology Roadmapping to validate concepts before committing capital.

The new product lineup extended system lifespans by over a decade and delivered measurable gains in operational yield. Supply chain resilience improved through the integration of pre-owned components, reducing total cost of ownership and the environmental footprint of the fleet, while generating a new recurring revenue stream exceeding €50M.

Critical industrial machinery was operating without active fire protection. High operational loads and the presence of flammable materials created a category-A risk environment. The client faced potential asset loss, regulatory non-compliance, and operations that could no longer be insured under updated standards.

We delivered a turnkey fire protection solution using aerosol-based suppression technology paired with advanced logic controllers. Strategic multi-zone placement, zero-pressure piping, and ruggedised hardware were combined to create a system that was effective under peak load and built to perform in demanding industrial conditions.

The new system dramatically reduced fire risk exposure and directly improved asset uptime. Operational reliability was fortified across the facility, and the client’s Health, Safety & Environment score rose to 98%, satisfying insurance requirements and enabling fully compliant, uninterrupted operations.

The client faced compounding uncertainty around emerging hydrogen technologies: undefined maintenance economics, opaque supply chains for specialised components, and no organisational architecture to manage the performance-critical interfaces of a large-scale system. Strategic progress had stalled at the point where ambition meets financial reality.

We led a comprehensive feasibility and operational readiness study, constructing O&M cost models and service frameworks from the ground up. By analysing performance-critical interfaces and spare-part supply chains, we translated complex technical requirements into structured budgets and actionable risk-mitigation strategies that could withstand executive scrutiny.

The programme delivered a definitive roadmap for safe asset integration, moving the client from speculative planning to a data-driven investment position. Executive buy-in was secured for multi-million-euro deployments, underpinned by lifecycle cost models that ensured long-term operational resilience and removed the final barriers to commitment.