The agent gap
Great in daily life, then you open the enterprise systems at work and the AI falls apart — isolated data, no governance, no context.
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EasyStack Agent Platform
One platform for the whole lifecycle — build, govern, observe, run. Turn AI capability into governed, reusable, publishable digital workers, and let the people who know the business build them safely.

90% of agent projects stall between demo and production. Consumer AI is fluid. Enterprise AI stalls on data, governance and trust — the gap is rarely the model.
Great in daily life, then you open the enterprise systems at work and the AI falls apart — isolated data, no governance, no context.
Data sits in spreadsheets, email, legacy ERP and scattered databases the agent cannot reach. Wiring it up takes longer than the agent itself — wrong data, wrong answers.
Some overestimate it, expecting full automation out of the box; others dismiss it as a shell — wrong scenario, wasted investment.
Building it is an engineering problem. Applying it is a judgement problem — we solve both.
20+
Active scenarios
Core financial scenarios at a top-tier state-owned bank.
-80%
Deployment cost
Deployment cost, cut by more than 80%.
1 day
Time to go-live
From month-level release cycles to go-live in a single day.
Reference deployment: 60%+ higher throughput on the same infrastructure.
Across service, finance, HR, sales and IT the test is the same: high frequency, clear rules, contained impact.
High frequency, clear rules, contained impact
Agent acts on its own
Partial understanding, judgement, moderate impact
Human reviews and approves
Novel, high-risk, regulated, irreversible
Human decides
Autonomous zones run on sandboxes; assisted zones on observability and approval; human-led zones on audit and private deployment.
One platform for the whole lifecycle: build, govern, observe, run.
Business users build their own
Reusable skills and apps
Observable and governed
Three structural differences
Fully self-developed — no third-party framework, fully transparent and modifiable.
Every agent, RAG and workflow step is traceable — debuggable and reviewable.
Full-stack intranet, data never leaves. RBAC plus human approval.
In short — turn AI capability into governed, reusable, publishable digital workers, not a scattering of chat windows.
The core question: can the people who know the business build, publish and govern AI agents themselves — and wire them safely into daily work?
Build without writing code
Governed and compliant
Central control, build once deploy widely
Role-based control across tools, skills and apps (user groups × roles × individuals, additive union model).
Critical tools carry a security tier that gates them behind approval — dangerous actions stay blocked.
Code, documents and browsers run in Docker container sandboxes with automatic lifecycle management.
Every tool call, API access and data change is logged, including whether the run was sandboxed.
Full-stack intranet deployment — data never crosses your boundary.
Plain language to SQL to execution to chart — no queueing for the data team.
Read-only connections, AST whitelisting and execution timeouts — data cannot be deleted.
Self-healing retries; the AI never guesses identifiers from memory (anti-hallucination).
Approved question-to-SQL pairs are stored for reuse, so repeated questions get faster.
Time series to line, OHLC to candlestick, rankings to bar — swap to a pie chart instantly.
Files, code execution, browser, computer control, image generation — ready out of the box.
Standard MCP connects you to the external service ecosystem.
Any existing HTTP API can be wrapped and standardised into OpenAI-format function tools, so legacy interfaces become tools the AI can call.
Knowledge bases and LLM apps are directly callable as tools, and can orchestrate each other.
Why it matters: standardised API wrapping — give the AI your existing services without rewriting the backend.
Tool loop, context compression, sub-agent scheduling, kill/steer — all in-house.
OpenAI / Claude / Qwen / DeepSeek / Azure / Ollama — switch freely, mix domestic and international models.
Knowledge and memory run directly on PostgreSQL — no separate vector database.
NestJS + Vue3 + PostgreSQL/pgvector + Docker.
Sovereign and fully controllable — not tied to any single model vendor.
For scenario selection, private deployment and technical architecture, talk to our sales and support team.