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Trusted data for decisions and AI
Give analysts, applications, and AI systems access to defined, traceable, quality-controlled data rather than competing extracts and undocumented assumptions.

Data platforms
We design, modernize, and operate data platforms that connect trusted information to analytics, business workflows, digital products, and production AI.
Data platform engineering / 01
A useful data platform is more than a warehouse and a collection of pipelines. It gives teams dependable access to understood data, preserves ownership and lineage, supports operational and analytical workloads, and can evolve without every change becoming a recovery project. We connect architecture decisions to real users, products, controls, service levels, and operating costs.
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Give analysts, applications, and AI systems access to defined, traceable, quality-controlled data rather than competing extracts and undocumented assumptions.
02
Replace brittle point-to-point movement with reusable ingestion, transformation, serving, and observability patterns that teams can change confidently.
03
Build ownership, security, cost controls, documentation, monitoring, and incident response into the platform so capability remains after delivery.
Data platform capabilities / 02
We shape the platform around your workloads, current estate, regulatory constraints, team capability, and economics rather than forcing a standard vendor stack.
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Define the target architecture, ownership model, sequencing, and investment decisions required to support business and product priorities.
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Connect operational systems, partner data, files, events, and APIs through tested pipelines with explicit contracts and failure handling.
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Build or modernize warehouse, lakehouse, storage, compute, and serving foundations with security, scalability, and cost visibility designed in.
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Make critical data understandable and controllable through ownership, lineage, quality rules, access policies, retention, and evidence.
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Create reusable, well-defined data products and semantic layers that support reporting, experimentation, operations, and customer experiences.
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Prepare governed data, retrieval, evaluation, features, and monitoring for AI systems without separating them from the platform that must sustain them.
How we deliver / 03
Each stage produces working evidence and limits migration risk. We prioritize the data flows and products that matter instead of rebuilding everything before users receive value.
01
Agree the decisions, workflows, users, service levels, risks, economics, and current constraints the platform must address.
02
Trace sources, movement, transformations, ownership, quality, consumers, dependencies, and the highest-cost failure points.
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Deliver priority data products and the reusable platform capabilities needed to ingest, govern, serve, observe, and recover them.
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Transfer ownership, monitor service and data quality, control cost, resolve incidents, and evolve the platform against measured demand.
Questions / 04
Data platform services cover the strategy, architecture, engineering, integration, governance, quality, security, and operations needed to make data dependable and usable. The work can include warehouses, lakehouses, pipelines, streaming, data products, semantic models, observability, and foundations for analytics and AI.
Kesho connects data-platform engineering to the products, workflows, analytics, and AI systems the data must support. We combine architecture, hands-on delivery, governance, and operating design rather than treating infrastructure as an isolated implementation. This is a strong fit when a senior team must clarify the strategy and deliver working capability. A large systems integrator may be a better fit for a primarily staffing-led, multi-year implementation across hundreds of systems.
Not necessarily. We assess whether the current platform can meet the required quality, scale, latency, security, reliability, and cost targets. Modernization may involve improving ownership and pipelines, replacing one constrained component, or migrating in stages rather than rebuilding the entire estate.
No. Technology choices follow workload, team capability, existing commitments, data sensitivity, portability, service requirements, and total operating cost. We make vendor dependencies and exit implications explicit before committing to an architecture.
AI readiness requires more than moving data into one location. We define permitted sources, ownership, lineage, quality, freshness, retrieval and feature interfaces, evaluation datasets, access controls, monitoring, and feedback so an AI system can use data reliably and its behavior can be investigated.
Depending on scope, outputs can include a current-state assessment, target architecture, prioritized roadmap, data-domain and ownership model, working pipelines and data products, infrastructure automation, quality and observability controls, runbooks, cost reporting, and team handover.
Start with the real problem
Tell us which decisions, products, reports, or AI workflows are constrained by fragmented or unreliable data. We will help identify the smallest credible platform change that creates durable value.
Talk to KeshoLet's build / 05