Garden Research brings the scientific method into how organizations think, decide, and learn with AI, engineering better knowledge management systems.

Garden Research is an independent institution founded to study how AI is changing science, and our access to information, knowledge and learning. We work where method meets machine — through research projects, essays, and a weekly observatory that tracks how AI is actually reshaping scientific practice. We care about what it means to maintain rigour in an age of agile experimentation, how explanation and discovery change when the tools of inquiry change, and what it takes to keep knowledge honest, open, and genuinely useful.

01

Who we are

Garden Research is an independent research institution working at the intersection of epistemology and organizational practice. We build the knowledge systems that teams and organizations rely on, in the conviction that rigorous thinking about evidence, method, and the quality of knowledge belongs far beyond the laboratory.

Artificial intelligence is accelerating research — rewriting peer review, generating hypotheses, synthesizing literature at scale. Agents already work alongside us, and they are rewriting how teams operate and how knowledge is stored and passed on.

The question of how we know what we know has stopped being purely philosophical. It is a live engineering problem, and one we help solve.

Garden Research was founded by Angelina Zaitseva, an epistemologist and researcher whose current work focuses on the agentic web layer and open-web access.

02

What we study

This is our research frame.

How organizations know what they know
  • ADisciplinary foundationstheory
    • Knowledge managementknowledge cycle · SECI
    • Information managementlifecycle: flows, storage, access
    • Organizational learning & LMSonboarding/offboarding, experience transfer, organizational memory
    • Organizational epistemologyfalsifiability, testability, World 3
    • Process & operational knowledgeprocesses, SOPs, the team's operational practices
  • BAI and the production of knowledgeshift
    • AI × scientific methodhypotheses, peer review, synthesis, reproducibility
    • AI × learninghow AI changes the way people find and absorb knowledge
    • AI adoptionaudit → pilot → rollout
  • CTechnical solutions and toolsstack
    • Agent memoryepisodic / semantic / procedural / working
    • Retrieval and RAGretrieval architectures, semantic vs lexical
    • Open-web infrastructureneural and open-web retrieval for agents
    • Knowledge architecture and search indexesmaster databases, taxonomy, semantic index, graphs
    • Agent orchestrationmulti-agent systems, tool-use, audit logging
    • Context engineeringassembling context for agents per task
    • Evaluationassessing the performance of agentic systems
  • DApplied areaspractice
    • Knowledge relevance and lifecyclereview cycles, archiving, principles
    • Digital offices and teamOSmaster databases, conventions, dashboards, governance
    • KM adoption and knowledge culturerituals, contribution conventions, change management
    • Knowledge-work agentsagents in Notion, Slack, git, trackers
    • Tacit-knowledge capture and expertise mappingask the institution, not the person next to you
    • Research engines and competitive monitoringdesk research, product discovery, signal monitoring
    • Scientific and literature monitoring
    • AI governance and data sovereignty
    • Editorial pipelines and publishingCMS and editorial automation
    • Integrations and custom MCP
03

Stack

Here is what we work with in practice: the technical stack we build projects on. We build it ourselves, deploy it, and leave the team able to maintain and grow the system.

LayerTools and approaches
Retrieval & searchhybrid retrieval (dense embeddings + BM25 / SQLite FTS5 + reranking), Exa, Parallel, Tavily, Firecrawl, Jina, Perplexity Sonar, Brave, Serper, query decomposition, agentic search loops, chunking, RAG
Agent memoryCoALA, MemGPT / Letta, Mem0, A-Mem, knowledge graphs, consolidation & forgetting policies, context engineering
Orchestration & agentsClaude Code, Codex, Cowork, MCP servers (Notion, Slack, other trackers), multi-agent (git worktrees / sub-agents), tool-use, schedulers, skills libraries
Evaluation & provenanceLoCoMo, LongMemEval, MemBench, grounding checks, fuzzy matching, LLM-as-judge, acceptance tests, audit trail
Data & ingestionbioRxiv, PubMed, ClinicalTrials.gov, Crossref / arXiv, HTTP crawl, DDGS, AACODS extraction, ingestion → tagging → synthesis, gap detection
Knowledge architecturemaster databases (relations + rollups), taxonomy & tagging, knowledge graphs, semantic index (FTS5 + vector), search-as-code
LLMproprietary & open-source models, model routing
Frameworks & languagesLangChain, LlamaIndex, MCP, Python (pandas, requests, asyncio), Jupyter / Colab, git
Cloud & deploymentAWS (EC2, S3, IAM), Hetzner, IONOS, Azure EU data zones, Cloudflare, Netlify, Vercel
Networking & securitynetwork architecture, firewalls, VPNs, system hardening (SSH, TLS / HTTPS, LAMP), Linux administration, GDPR compliance
Workspace & deliveryNotion (+ AI, MCP), Jira, Confluence, Airtable, Google Workspace, Make, Zapier, and many more
Frontend & design for custom appsHTML / CSS, Kirby, Ghost, Wordpress, Figma, Adobe Creative Suite, Claude Design, and many more
04

What we do

The applied areas above come together as projects, each with a clear deliverable. Below is a catalog of eleven: what we build, and what stays in your hands.

  1. Process and project-management audit. A diagnostic of processes and project management through the lens of information and knowledge management — where the biggest potential for agent automation sits today. We look at how the organization creates, retains, and loses knowledge: a series of interviews, a review of tools and flows, metrics — time-to-find, reuse, coverage, leak points. The output is a map of the gaps and a roadmap: which processes to rebuild and automate first, and what that yields. Often this is the first step everything else starts from.
  2. Digital office. The team's operating system: one place where projects, knowledge, decisions, and people stay current. Linked master databases, page templates, department spaces with their own permissions, dashboards without meetings, conventions, and automated reporting. We build it in Notion — or, for teams with IP and regulatory requirements, as a server-native office on your own infrastructure. Operational overhead drops from eight to ten hours a week to one.
  3. AI agents and process automation. Agents that do repetitive work and reach into your systems — Notion, Slack, git, trackers.
  4. Intelligent search across your data. A single semantic index over all your scattered sources, and agents for semantic work.
  5. Competitive intelligence. A signal stream tuned to your vertical — competitors, regulation, science, capital movements — where every signal is checked for credibility before it reaches you.
  6. Onboarding and a competency map. Experience and expertise move out of heads and chat threads into structure: who knows what, where decisions live, what has already been tried. New hires reach productivity faster, and the team's lessons stop leaving with the people who hold them.
  7. Editorial pipeline. Content production and publishing as a flow: gathering material, assembly, review, release to a social-media digest or CMS. Editorial rules and tone are built into the pipeline, the agent drafts, a human approves. A weekly release goes from eight hours of human time to ninety minutes.
  8. Scientific-literature monitoring. Tracking the science in your field — PubMed, bioRxiv, Crossref, arXiv — with synthesis and gap detection. For knowledge-intensive areas where falling behind the literature is expensive.
  9. Integrations and custom MCP servers. The connective tissue between your tools: API and webhook integrations, custom MCP servers for your stack, so agents and systems can see each other. Whatever the off-the-shelf connectors lack, we write for you.
  10. Sovereign infrastructure. Deploying the whole stack inside your perimeter: servers and models in the EU, data and history entirely in-house. GDPR by design, audit trails, work under NDA. For regulated industries and sensitive data, where this is a condition, not an option.
  11. Educational programs. Programs the team keeps using after we leave: live workshops, recorded, with workbooks inside your own space. The output is your own conventions, templates, knowledge architecture, and a way to bring the next person in.

Mon–Fri 10.00–18.00 (CET)

a@gardenresearch.eu

Substack

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Last update on June 23, 2026.