V0 · 5 design-partner spots opening

Find where your Databricksmoney and reliability leak.

LakeOps turns Databricks billing, job and compute metadata into prioritized cost, reliability and rightsizing findings — with evidence-first investigation guidance.

Explore product demo
Read-only V0 workflow Raw table data not required Deterministic core
Demo scan · Databricks workspace
Workspace intelligence

Efficiency overview

Engine healthy
Optimization signal
LakeOps detected $1,790/month in potential demo savings.
8 findings across 5 observed jobs. Start with recommendation_generation.
$5,965
30-day demo spend
$1,790/mo
potential demo savings
8
actionable signals
95%
top finding confidence
Daily Databricks spend
Actual cost against 7-day baseline
30D
Priority signals
Evidence attached to every finding
CRITICAL$2,561/mo
recommendation_generation
154.9% above recent cost baseline
HIGHReliability
finance_daily
26.8% failure rate · 25 retries
MEDIUMRightsize
c-oversized
13.1% average CPU utilization
$5,965
30-day demo spend
$1,790/mo
potential demo savings
8
actionable signals
95%
top finding confidence
One intelligence layer

From raw operational signals to a clear next action.

LakeOps is designed around the questions engineering and FinOps teams actually need answered: what changed, what matters most, and where should we investigate first?

FinOps

Cost intelligence

Detect workload-level cost spikes, rank cost drivers and quantify optimization opportunities against recent baselines.

DataOps

Reliability intelligence

Surface failed jobs, retry patterns and runtime regressions so teams know which workload to investigate first.

Compute

Rightsizing signals

Use CPU and memory posture to identify low-utilization compute that deserves downsizing or scheduling review.

Intelligence

Evidence-first RCA

Keep deterministic Python/SQL facts separate from hypotheses, with confidence and verification steps attached to findings.

How it works

Simple enough for V0. Built to become continuous later.

The first design-partner workflow intentionally avoids complex infrastructure. Once customers validate the value, the same engine becomes a continuous read-only Databricks connector.

Step 01

Collect metadata

Start with sanitized Databricks billing, job-run and compute metadata. No table contents are required for V0.

Step 02

Analyze deterministically

LakeOps calculates spend, baselines, failure rates, retries, runtime changes and utilization using Python and SQL.

Step 03

Prioritize action

Findings are ranked by severity, confidence and estimated impact, then packaged into an engineering-ready audit.

Privacy-first V0

Operational intelligence without asking for your business data.

For early design partners, the collector can run inside the Databricks environment and transfer sanitized operational metadata or findings. LakeOps V0 does not need raw table contents, credentials, SQL text or customer records to calculate its core signals.

Read-only posture
Start with metadata access and explicit boundaries.
Sanitized findings
Identifiers can be hashed before leaving the workspace.
Deterministic facts
Python/SQL computes metrics before any optional LLM step.
LLM optional
The core scanner remains useful in ₹0 local mode.
Founding design partners

Have a Databricks environment? Let LakeOps scan it free.

We’re looking for the first five teams willing to share feedback on the cost, reliability and compute findings. The V0 scan is free while we validate the workflow.

Explore demo first
No payment required for the V0 design-partner scan.