Operational Context Service for AI agents

Give AI agents a live understanding of how your business is operating

From the last millisecond to years of history. Streambased is the operational context layer that lets agents explain what changed, why it changed, and what should happen next.

The eyes and situational awareness for every AI agent, across your entire operational history.

Knowledge

RAG · docs

What should happen?

Operational Context

Streambased

What is actually happening?

Reasoning

Streambased

What changed and why?

Actions

MCP · agent tools

Fix it.

Knowledge is the memory. Actions are the hands. Streambased is the eyes, the source of truth for what a live business is actually doing.

Agents have knowledge and hands. They're missing eyes.

Today's AI support platforms provide two capabilities. Neither understands the current operational state of a customer's system.

Today: Knowledge

AI can answer from the docs

RAG over large documentation repositories — Glean, Guru, Confluence AI, internal wikis. Great at “how does feature X work?” and “what are the expected behaviours?”

Today: Actions

AI can execute operational tasks

Agent frameworks and MCP servers restart services, roll back deployments, scale infrastructure, open Jira tickets, and update configuration.

What's missing

An understanding of operational reality

Before an agent can decide what action to take, it has to know what is actually happening right now, and how that differs from what normally happens. This capability is largely absent from today's AI stack.

Streambased provides operational reasoning over live systems, spanning from real-time events back to the beginning of retained business history.

Questions an agent can't answer today:

  • ?What is happening right now?
  • ?Is this normal?
  • ?What changed?
  • ?When did it begin?
  • ?Has this happened before?
  • ?Is this isolated or widespread?
  • ?Which customers are affected?
  • ?What is the likely root cause?

Neither observability nor BI sees the whole picture

Streambased combines both worlds into a single continuous timeline that agents can reason across.

Observability reasons over

Real-time Kafka streams
Application events
Service logs
Operational telemetry

BI reasons over

Bronze / Silver / Gold tables
Historical analytical datasets
Warehouses & dashboards
Business KPIs

One continuous operational timeline

Real-time and historical, operational and business, in a single model an AI agent can reason over.

One continuous timeline

From the last millisecond to years of history

An agent doesn't think in terms of "the stream" and "the warehouse." It asks a question and reasons across time. Drag the handle from the live edge back through years of archive — the same query keeps working, and Streambased picks HOT, UNIFIED, or COLD automatically.

  • HOT reads the live stream in milliseconds
  • UNIFIED spans stream and archive in one result
  • COLD reaches years into compacted history

mode = HOT

Reading the live stream

now

p50 4 ms

archive · yearslive · milliseconds
SELECT * FROM orders1,195 events/sec
evt_9f2a1order.created · £142.00 · UKnew
evt_9f2a0payment.authorized · Gateway A
evt_9f29fcart.updated · c_88412

Auto-playing·drag, tap a marker, or use ← → to take control.

Continuous operational awareness, six ways

Instead of asking many systems independently, an agent reasons across the complete operational history of a business.

Continuous state querying

Retrieve the current operational state across every data source at once. “What is happening with customer ACME right now?”

Temporal comparison

Compare live behaviour against historical baselines. Last minute vs 30-day average, today vs same day last week, this deployment vs the last one.

Operational reasoning

Move beyond querying into explanation. The service tells an agent what changed, why, and how confident it is, not just what the raw numbers were.

Cross-domain correlation

Reason across logs, Kafka messages, customer activity, business metrics, revenue impact, and support tickets in a single line of thought.

Historical investigation

Search years of operational history. Has this happened before? Which incidents looked similar? Which deployment introduced it?

Business context

Unlike observability tools, Streambased understands customers, merchants, orders, payments, subscriptions, devices, and regions as first-class entities.

Agents reason about your business, not your schemas

Streambased exposes a semantic operational model. Pick an entity to see the attributes it carries and the questions it unlocks.

Attributes

RegionPlanRevenueOrdersSessionsSupport history

Questions an agent can ask

  • What is ACME's revenue doing versus last quarter?
  • Which plan tier is churning fastest in the EU?
  • Show this customer's orders in the last 24 hours.

Example workflow

"Our checkout is failing."

The agent automatically investigates across every source at once, correlating live behaviour with years of history, then returns an explanation, not a wall of raw query results.

Recent deploymentsCheckout logsKafka eventsPayment success ratesMerchant distributionHistorical incidentsCurrent trafficBusiness KPIs
Agent investigation
DeploymentsCheckout logsKafka eventsPayment ratesMerchant splitPast incidentsLive trafficBusiness KPIs

The issue began three minutes after deployment 1843.

Payment failures increased only for UK merchants using Gateway B.

Overall traffic remains normal — this is isolated, not systemic.

This matches an incident from April, resolved by rolling back a configuration change.

Recommended action

Rollback payment configuration.

Temporal intelligence

"Is this normal?" — answered against 30 days of history

A raw number means nothing on its own. Streambased compares live behaviour against its own historical baseline, so an agent knows when something has genuinely broken, when it started, and what happened immediately beforehand.

  • Last minute vs 30-day average
  • Today vs the same day last week
  • This deployment vs the previous one

Checkout latency

last 60 min vs 30-day baseline

326 ms

+172% vs baseline

30-day normal rangedeploy 1843

Not just "latency is 340 ms" — the agent knows it's 172% above the 30-day norm and broke three minutes after deployment 1843.

Not "what is happening?" but "what changed, and why?"

The temporal intelligence and operational reasoning that separate Streambased from observability and BI.

Continuous timeline

One operational view from milliseconds to years. No seam between the live stream and the archive.

Real-time + historical

Most systems optimise for one or the other. Streambased combines both in a single model.

Business + operational data

Observability understands infrastructure. Streambased understands customers, orders, revenue, and transactions too.

Temporal intelligence

Not just “what is happening?” but what changed, when, what happened just before, and whether it has happened before.

Operational reasoning

The product explains observations rather than returning raw query results.

AI-native interface

An MCP-compatible operational context service agents use naturally. The MCP interface is the delivery mechanism, not the product itself.

Where Streambased fits

The operational context layer that sits between knowledge retrieval and operational actions.

RAG platformsObservabilityAI BI platformsStreambased
DocumentationLimited
Live operational stateLimited
Historical business dataLimited
Streaming eventsLimited
Cross-domain reasoningLimitedLimited
Temporal comparisonsLimitedLimitedLimited
Business + operational contextLimitedLimited
AI operational reasoningLimitedLimited

From investigation copilot to autonomous operations

Streambased starts by cutting investigation time from hours to minutes, and grows into the operational intelligence layer for increasingly autonomous enterprises.

Phase 1

Customer Success

Customer Operations, Support, Escalation Engineers and Solution Architects. Reduce investigation time from hours to minutes.

Phase 2

Platform & SRE

Deployment analysis, root cause investigation, service health, and cross-system correlation for SRE, DevOps and Platform teams.

Phase 3

Business Operations

Reason over business KPIs. Why did revenue fall? Which merchants are affected? Which regions changed? Which products are impacted?

Phase 4

Autonomous Operations

Once trust is established: observe, reason, recommend, get human approval, execute, and verify the outcome.

Long-term vision

"The operational context layer for enterprise AI."

As knowledge platforms become the memory of AI and agent frameworks become its hands, Streambased becomes the eyes and situational awareness, giving every AI agent a continuously updated understanding of how an organisation is operating in real time and across its entire history.

Streambased

Give your AI agents operational awareness

See how Streambased gives agents a continuously updated understanding of your business, from the last millisecond to years of history.