Give your agents the power to process huge datasets.

Contextually is the governed runtime where AI agents compute over your data. Your agent writes the analysis code; we run it next to your stores — warehouse, Postgres, SaaS, object storage — and return only the answer to context. The data never makes the round trip.

warehouse 2,204,118 rows postgres 214,188 rows saas + s3 41,882 records contextually runtime sandboxed · agent-written code policy-enforced · audited runs in your VPC agent context 1,184 tokens
0
rows scanned at the source
0 bytes
raw data through the model
0
tokens returned to context
The problem

Context windows were never meant to be data pipelines.

MCP made it easy to connect agents to everything. It also made it easy to route every intermediate result through the model — and at enterprise scale, that breaks down fast.

schema bloat

Tool definitions eat the window

Connect a few dozen servers and tool schemas consume six figures of tokens before the agent reads your first request. Cost and latency climb before any work starts.

round trips

Every row passes through the model

Pulling records tool-call by tool-call means the model reads data just to move it. Analysis over millions of rows is impossible when each one costs tokens twice.

exposure

Raw data lands in prompts

Data routed through context is data your model provider sees. For regulated workloads, that's not a cost problem — it's a blocker your security team is right to raise.

The ultimate context

Your data is everywhere. The answer never is.

Orders in the warehouse. Accounts in Postgres. Events in object storage. Contracts in the CRM. Every question worth asking spans silos — and an agent that can only reach one store at a time can only give you a fraction of the truth. Contextually gives your agent one governed way to bring it all together: compute across everything you have, distill it to what the goal requires, and hand back the ultimate context — everything relevant, nothing else.

the ultimate context · everything relevant → your agent

It's the reason for the name.

How it works

Your agent writes the code. We run it where the data lives.

step 1

Connect your stores, governed

Entitlement-aware connectors for your warehouse, databases, SaaS, and object storage. Row-level policy and least-privilege credentials are enforced in the runtime — the agent inherits the caller's permissions, never more.

step 2

The agent writes the program

One purpose-built program instead of a thousand tool calls — SQL, Python, ML models — executed in an isolated sandbox with filters and aggregations pushed down into the source engines.

step 3

Only the answer returns

The runtime materializes the result — a summary, a table, a chart — and hands back just that. Your token bill stays flat, and raw records never enter the prompt. One MCP server, contextually, is the whole integration.

Case by case

No canned pipelines. Code written for the question.

A dashboard answers the questions someone predicted last quarter. Your agent answers the one you just asked — by writing the exact program the goal requires, running it against your stores, and returning only the output connection to context. Three different goals, three different programs:

goal → weekly retention, Q1 signups, billing × product events
signups = sql("snowflake", "SELECT user_id, DATE_TRUNC('week', created_at) cohort FROM signups WHERE created_at >= '2026-01-01'") events = sql("postgres", "SELECT user_id, DATE_TRUNC('week', ts) week FROM product_events WHERE ts >= '2026-01-01'") matrix = cohort_matrix(signups, events, weeks=12) # joins in-runtime return summarize(matrix, format="table")
scanned 2,418,306 rows across 2 stores returned 12×12 retention table · 1,042 tokens → context
goal → churn-risk scores for active accounts, 90-day usage window
df = join(sql("snowflake", "SELECT * FROM usage_rollup_90d"), sql("postgres", "SELECT account_id, plan, seats FROM accounts"), on="account_id") model = GradientBoosting().fit(df[FEATURES], df["churned"]) # trained in-runtime scores = model.predict_proba(df_active[FEATURES]) return top(scores, n=25, explain=True) # feature attributions included
trained on 1,684,112 rows · model never leaves the runtime returned 25 at-risk accounts + drivers · 886 tokens → context
goal → anomalous refund patterns, payments × support, this quarter
refunds = sql("snowflake", "SELECT * FROM refunds WHERE qtr = 'Q2-2026'") tickets = scan("s3://support-2026", match="refund", fields=["order_id", "reason"]) merged = align(refunds, tickets, key="order_id") flags = isolation_forest(merged, contamination=0.01) return report(flags, group_by="merchant", top=10)
scanned 312,940 refunds · 41,882 tickets returned 14 flagged merchants · 1,310 tokens → context
From prompt to done

One sentence sets everything in motion.

Your team prompts the agent they already use — Claude, ChatGPT, Copilot, your own. The agent calls Contextually over MCP, the runtime retrieves and processes the data, and the result goes wherever it's needed: back into the conversation, or straight out through another MCP — Slack, email, your CRM.

Which of our accounts are at churn risk this quarter? Post the top 25 with reasons to #customer-success.
mcp contextually.run_analysis · goal received
run wrote churn_scan.py · 2 stores · 1,684,112 rows scanned at source
policy analyst-readonly ✓ · PII masked · egress: results only
returned to agent
summary + table · 886 tokens → context
delivered via slack mcp
slack.post_message · #customer-success
Done — 25 at-risk accounts with churn drivers are posted in #customer-success. The biggest pattern: seat usage down 60%+ after admin turnover, in 9 of the 25. Want me to draft outreach for those nine?
Governance

Every run leaves a ledger your security team can read.

The reason enterprises stall on agentic data access isn't capability — it's accountability. Contextually records what code ran, what data it touched, and what left the perimeter. Which, by default, is nothing.

audit ledger — run 84f2c1 recorded
initiated 2026-07-16 09:41:22 UTC agent: revenue-analyst · on behalf of j.moreno@corp
code sha256:9b1e…44d0 policy: analyst-readonly
sources snowflake.orders 2,204,118 rows (pushdown: filter + group)
postgres.customers 214,188 rows (pushdown: join keys only)
s3.events-2026 41,882 objects
egress none — results only
returned summary.md · revenue_by_channel.csv 1,184 tokens → agent context

Runs in your VPC

Deploy the runtime inside your own cloud perimeter. Your data connects over private networking and never transits our infrastructure.

Policy enforced in the runtime

Row-level access, masked columns, and read-only enforcement apply to the code the agent writes — not just the tools it's shown.

Provenance on every answer

Each result links back to the exact code, sources, and rows that produced it. When an agent reports a number, you can show your auditor where it came from.

MCP-native

One server. Any agent your company already runs.

Contextually is delivered as a single MCP server. Add it to Claude, ChatGPT, Copilot, or your in-house agent framework and every connected assistant gains a governed compute lane to your data — no per-tool integration, no schema sprawl, no new agent platform to buy.

// your agent's MCP config — the whole integration
{
  "contextually": {
    "url": "https://runtime.yourcorp.internal/mcp"
  }
}
// the agent discovers: run_analysis, list_sources,
// describe_schema, fetch_result — and writes the rest.
Get started

See it running on your data.

Book a demo and we'll walk through your stores, your policies, and a live run of an agent processing data at real scale — then map the path to a deployment in your VPC.