Core Problems

Teams Do Not Buy Features.
They Buy Outcomes.

The easiest way to understand Kendr is through three common jobs: deep research, multi-step work, and a knowledge base built from material your team already has.

Deep Research UI

Start With The Deep Research Surface

This screenshot is specifically the deep-research experience: the ask in the center, and the research controls on the right for scope, citations, outputs, source families, and private knowledge.

Kendr deep research workspace
Problem 01

Deep Research Without Context Loss

Most research tools handle either the web or your documents, then leave the user stitching everything together manually. Kendr is strongest when a question spans sources, formats, and multiple passes of synthesis.

What users want

A single place to gather evidence, compare sources, preserve citations, and turn findings into a shareable output.

What breaks today

Tabs, PDFs, spreadsheets, and notes are scattered. The user becomes the orchestrator instead of the system.

How Kendr fits

Route across web, files, and local evidence in one run, then keep the result as an artifact instead of a transient answer.

See Research Use Cases

Typical research motion

Input

"Map the vendor landscape, compare claims, and tell me what changed."

Sources

Web pages, PDFs, slide decks, spreadsheets, and internal notes

Output

Cited summary, gaps to verify, reusable session, and a report the team can revisit later

Agentic execution in plain language

The ask

"Turn this research into a plan, run the right tools, and pause before anything sensitive."

What the runtime does

Classifies intent, routes work, builds a plan, checks setup, and pauses for approval when the action matters.

Why users care

They want help moving the work forward, not another answer box that stops at a summary.

Problem 02

Agentic Work That Still Feels Governed

The word "agentic" only matters if people trust the product to coordinate steps, route tools intelligently, and stay safe around sensitive actions.

  • 1Users can move from question to plan without leaving the workspace.
  • 2The system chooses the right lane: direct answer, research workflow, or multi-step execution.
  • 3Approval gates and checkpoints keep the user in control when the work changes files, systems, or records.
See The Runtime Model →
Problem 03

Knowledge Bases Built From Real Work

A reusable KB is not just a vector store. For most teams it is simply the place where research, files, and previous runs stay searchable later.

Add

Files, URLs, databases, cloud folders

Persist

Sessions live beyond one run or one user query

Reuse

Ask follow-up questions without rebuilding context

That is why this page uses plain language instead of backend terms. What matters is keeping context alive, not making people re-ingest the same material every time.

View KB-Led Workflows

What KB creation feels like

Sessioncompetitive-intel-q2
Source typesfiles · web · notes
Purposereusable team memory
Stateready for follow-up questions
OutcomeSearchable later
User Lens

How Users Actually Describe Kendr

This language is closer to how buyers and operators think than raw technical feature labels.

🔎

"Help me find what matters."

Research across multiple sources, keep citations, compare claims, and preserve the result.

⚙️

"Help me run the work."

Turn a prompt into a plan, route the right actions, and keep the user in the loop when the stakes rise.

🧠

"Help me keep this knowledge."

Build a knowledge base that survives the session and becomes more useful over time.

Next: Match The Problem To The Field

Different teams use the same product motion for different reasons. The use-case page now filters by field and workflow instead of forcing one fixed vertical story.