The context layer for AI

A live state of your whole stack, shared by every agent and engineer on your team.

  • Any agent via MCP
  • MCP
  • Any AI agent
  • Live context: cloud, code, chatLive context
  • Cross-account reasoning
  • You own your data

The B.O.R.I.S team on why agents fail without context

The problem

Your systems are scattered across a dozen tools. Your AI sees one piece at a time.

scattered

Context is scattered

Across clouds, repos, chat and people's heads.

forgotten

Every session starts from zero

Tomorrow you explain your stack again.

stale

The .md files go stale

Written by hand, copied per tool, out of date.

locked in

Each agent keeps its own copy

Switch vendors and the context stays behind.

Context is the most valuable thing your team builds with AI. Right now, you don't own it.

The solution

Give every agent the same live context

A continuously refreshed map of your cloud, code, and chat, served over MCP to every AI agent you run. No per-agent wiring, no rules files to keep alive.

Grounded codingB.O.R.I.S connected via MCP
Plan a per-customer rate limit for the checkout service.
B.O.R.I.S B.O.R.I.S shows your agent what's running in production. Versions and connections, not guesses from the repo.
See all use cases →
How it works

Connect your cloud, code and chat.

B.O.R.I.S scans your systems, builds a system graph, and serves relevant live context to any AI agent.

Connected Coming soon Builds system graph Cloud unlocksCode unlocksChat unlocks
AWS multi-account
GCP multi-project
Kubernetes multi-cluster
GitHub multi-org
Slack
Sentry
Azure
GitLab
B.O.R.I.S
One answer across every AWS account, GCP project and cluster
Organization-wide infrastructure inventories in minutes
Root cause behind unexpected AWS spend
Trace infrastructure changes back to the commits that caused them
Real infra context for your coding agents
Anyone tags B.O.R.I.S in a thread and gets the answer
Connected
AWS GCP Kubernetes GitHub Slack Sentry Azure GitLab
B.O.R.I.S
Cloud unlocksCode unlocksChat unlocks
One answer across every AWS account, GCP project and cluster
Organization-wide infrastructure inventories in minutes
Root cause behind unexpected AWS spend
Trace infrastructure changes back to the commits that caused them
Real infra context for your coding agents
Anyone tags B.O.R.I.S in a thread and gets the answer
Benefits

Every change starts from facts.

Your engineers and their AI agents work from one live picture of your stack: what's deployed, what changed, and why.

What changes for your team

AI agents
Start every session from scratch and guess at your infrastructureKnow your AWS, repos and Slack before the first prompt
Team context
Split across people, repos, wikis and threadsOne unified context every engineer and agent reads
Getting answers
Wait for the one person who knows, often in another time zoneAsk in Slack or from your agent and get a grounded answer
New joiners
Piece it together over monthsGet the full team context on day one
Ownership

Your context. Your cloud. Any agent.

Every agent reads the same layer. Switching agents is a configuration change, not a knowledge migration.

Claude CodeCursorCodex Your own agents

Grounded coding

Coding agents write code against your real AWS, repos and conventions. No CLAUDE.md, AGENTS.md or .cursorrules to maintain.

Fewer pull requests that break in production.

Evidence-backed answers

One question pulls together a GitHub deploy, an IAM change in AWS and a Slack discussion into a single grounded answer.

Senior engineers stop answering the same "where does this live?" question.

Faster root cause

Timestamped history answers "what was true when the incident happened?" Postmortems start as a draft for the team to review.

From alert to root cause in minutes, not hours of digging across tools.

Safe access for AI to production

Agents read live production state. Anything that changes infrastructure needs explicit approval.

Less time lost to context gathering, more time shipping.

Security reviews

Find every service a CVE reaches, across all repos and accounts, in one question.

Severity based on facts, not on the rule alone.

Save time on re-explanations

Every conversation adds to shared memory, so no one explains the same system twice.

New engineers are productive in their first week, not after months of asking around.

Change history

Ask how a service is built, and what changed.

Components, dependencies and the reasoning behind design decisions, linked to the commits and tickets they came from.

  1. Servicecheckout
  2. Commita1f3c9e
  3. TicketPAY-214
  4. DecisionAdd Redis cache

Every engineer can now ask what only your seniors used to know. Onboarding takes days, not months, and seniors get back to building.

From our users

What our users say

Video testimonial

“With B.O.R.I.S, I don't have to wait half a day for the US to wake up.”

Instead of clicking through the console, I ask: give me all the external IPs for that account, or can we do least privilege based on the logs for that service account.

Julien BiscontiSite Reliability Engineer, Stockholm
Watch the full conversation →
Security

Security and privacy by design

B.O.R.I.S runs inside your own cloud account, and sensitive data stays within your perimeter. Your data is stored on your side. Read-only by default.

Your agents and engineers
Claude CodeCursorCodex Slack
About us

Built by engineers who lived the pain

We spent a decade building private infrastructure for HIPAA-regulated teams. Every new AI tool meant explaining it all again. So we built B.O.R.I.S.

Partners

Need a HIPAA foundation first?

Talk to our partner network