Running language model workloads across regions is pushing our cloud bill up faster than we can explain it. We need spend attributed by team, feature and region, with hard caps that stop runaway usage. A good solution must show who caused a cost, alert before limits hit, and keep a clear audit trail.
DevTools · Data Platforms · 1000+ · North America #b017_24
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We provide a data streaming platform, both managed and self-hosted, that connects applications around real-time events.
- Industry
- DevTools & Software · Data Platforms
- Size
- 1000+ employees
- Region
- North America
- Tools budget
- $20K+ per month
- Needs
- Data governance & catalog. Metadata and catalog quality across countless customer streams must be reliable enough to feed AI systems.Today: a principal governance engineer role for stream catalogs and metadata quality aimed at AI · Urgency: this yearCloud cost optimization. Our managed streaming engine must deliver high availability while pushing down cost of ownership.Today: a managed-service engineering effort to lower cost of ownership per cluster · Urgency: this year
- Who decides
- vp engineering · procurement
- Expects from suppliers
- Handles very high event throughput; Multi-tenant aware cost reporting; Works in managed and self-hosted editions
- Not a fit
- Batch-only governance tools; Products without multi-cloud deployment
- Stack
- multi-cloud, Kubernetes, on-prem / private cloud
- Buying triggers
- cost pressure, AI adoption push
Needs
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Serving speech and language models at national scale makes accelerator spend our biggest line item, and we can't tell which model or team drives it. A good solution must show cost per model, keep data on-site in region, fit our private cloud Kubernetes setup, and be trialable by a small team on a modest budget.
We're a small team running clusters, deployments and observability, and it eats time our product engineers should spend building. We want a leaner internal platform without hiring a dedicated platform group. A good solution must be light to operate, give clear audit logs, keep customer workloads isolated, and pass a security review.
Every new client launch brings its own card and credit configuration, and our test coverage keeps falling behind. Scripted regression suites run by a small quality group can't keep pace. A good solution must generate and maintain tests per configuration, handle payments test data safely, fit our Java stack and CI/CD pipeline, and run in regulated regions.
We wish for an analytics layer that lets our product and research teams explore a very large, sensitive dataset without ever seeing an individual user. We would judge it by built-in aggregation limits, regional data residency in writing, a contract that bans resale, and whether a small team can trial it easily.
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We run infrastructure-as-code with GitOps, but our engineers still file tickets whenever they need to provision or change platform components. It's slow, and mistakes creep in. We want a safe self-service layer on top of Kubernetes with guardrails, audit trails and approvals. It must work with open source tooling and run in our region.
We wish for a cost visibility tool that breaks cloud spend down by service, team and environment across containers, serverless and managed databases. It should flag anomalies early, send plain alerts, and plug into infrastructure as code. We would judge it by setup time under a day, no dedicated admin, startup-friendly pricing, and savings clearly exceeding its own cost.
We run heavy performance and correctness testing on our engine and its connectors, and much of it is still slow and partly manual. We need automation that handles large JVM codebases, runs well for remote engineers, and includes benchmark tooling we can repeat. Budget is modest, so pricing must stay small-team friendly. Tools built only for small codebases won't work for us.
We train and serve our own language models, and compute is one of our biggest cost lines. Today we struggle to see spend per workload, so trimming it is guesswork. A good solution must show cost per workload, run on premises or in sovereign clouds, work without permanent internet access, avoid large minimum commitments, and fit a small monthly budget.