Compare

An honest read on where we win, and where we do not.

Every one of these products is good at something. If your data can safely leave your environment, several of them will serve you faster and cheaper than we will. This page is for the case where it cannot.

K-Lake vs Microsoft 365 Copilot

Copilot is an excellent assistant for content already inside the Microsoft 365 boundary. The question is what happens to everything outside it.

 Microsoft 365 CopilotK-Lake
Where data sitsProcessed within the Microsoft cloud boundaryStays on your infrastructure, even fully air-gapped
Source coverageStrongest across Microsoft 365 contentFile shares, NFS, S3, Azure Blob and Microsoft 365, in place
Legacy file sharesRequires migration into Microsoft 365 to be usefulConnects to them where they are, no migration
Pricing modelPer user, per monthPer capacity, so rollout is not taxed per seat
RelationshipWorks alongside Copilot rather than replacing it

Choose Copilot if your content already lives in Microsoft 365 and residency is not a blocker. Add K-Lake when the documents that matter sit on-premises, or when a security review has already declined a cloud-only answer. Many customers run both.

K-Lake vs Glean

Glean is a mature cloud enterprise search product with a strong connector set. It is also cloud-only, which is where deals in regulated sectors tend to stop.

 GleanK-Lake
DeploymentCloud SaaSSelf-hosted on customer infrastructure
Air-gapped operationNot availableDemonstrated with the internet physically disconnected
Time to valueFast, if procurement approvesFast, and procurement is a shorter conversation
Pricing modelPer user, with a substantial minimumPer capacity, from a 1 TB entry plan
Best fitCloud-native organisationsOrganisations that already own their storage

Choose Glean if you are cloud-native and want breadth of SaaS connectors. Choose K-Lake when Glean's cloud model has failed, or would fail, your procurement or data-residency review.

K-Lake vs Azure AI Search

Azure AI Search is a strong retrieval building block. The distinction is that it is a component you assemble, not a working retrieval layer.

 Azure AI SearchK-Lake
What you getA search service to build onA working retrieval layer, deployed
Engineering effortSignificant: chunking, permissions, citations, orchestrationHybrid retrieval, permission trimming and citations already solved
Data locationAzure cloudYour infrastructure, including disconnected environments
Sovereign deploymentNot suitableDesigned for it
Team requiredPlatform engineers to build and maintainAn IT owner to deploy

Choose Azure AI Search if you have a platform team who want to build and own the retrieval stack, and Azure residency is acceptable. Choose K-Lake if you want the outcome rather than the components, or if the data cannot go to Azure.

K-Lake vs Building it yourself

A capable team can build retrieval over their own document estate. The honest question is whether that is the best use of them for the next two quarters.

 Building it yourselfK-Lake
Time to a working systemMonths of engineeringDays
What you must solve yourselfChunking, hybrid retrieval, permission trimming, citation handling, upgradesSolved and maintained
Ongoing costEngineering time, indefinitelyLicence, and your existing infrastructure
ControlTotalTotal: it runs on your infrastructure either way
Where DIY winsHighly unusual requirements, or retrieval is your product

Build it if retrieval is core to what you sell, or your requirements are genuinely unusual. Buy it if the goal is people getting cited answers from your documents this quarter rather than next year.

Competitor capabilities and pricing models change. This page reflects publicly available information and our own testing at the date shown, and is offered as a starting point for your own evaluation rather than a substitute for it. If you believe something here is out of date, tell us at [email protected] and we will correct it.

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