Collection pipelines
Fluent Bit, Elastic Agent or a cloud-native shipper takes logs off every node and delivers them reliably, with buffering so a brief outage does not lose the evidence.
Reliability & Performance
Every log line searchable in seconds, with retention that does not outspend your compute.
The work
Ask an engineer to find the error behind a failed payment and watch what happens. If the answer is a sequence of SSH sessions and grep across four hosts, you do not have logging, you have log files. We build a pipeline where every service writes structured events to one place, and a search returns results while the user is still describing the problem.
Cost is the other half of the job. Raw logs are the fastest-growing line on many cloud bills, so we set retention and tiering deliberately: hot storage for the last few days, cold archives for audit windows, and nothing collected simply because it was easy. You keep the search you need without paying to store noise forever.
Scope
Every engagement on this page covers the following, sized to your setup rather than delivered as a fixed package. If something here is not relevant to you, it comes off the scope and off the price.
Fluent Bit, Elastic Agent or a cloud-native shipper takes logs off every node and delivers them reliably, with buffering so a brief outage does not lose the evidence.
We agree field names, severity levels and correlation ids, so a query can filter by request or user instead of matching free text and hoping.
Hot, warm and cold tiers with lifecycle rules that move old data automatically, keeping recent logs fast to search and older ones cheap to keep.
Pipelines strip personal data and credentials before storage, and queries are scoped by role, so logs do not become an unmanaged copy of your database.
Counts of errors, warnings and specific events are extracted at ingest and charted over time, which turns a wall of text into a trend you can watch.
A set of saved searches for the questions that come up during incidents — who saw this error, when did it start, and which release introduced it.
What changes
Handover
Everything produced during the engagement is yours: the repositories, the accounts, the documentation. There is no proprietary layer and nothing to unlicense if you take the work in-house.
Tooling
A starting point, not a requirement. We work in whatever you already run wherever it does the job.
How it runs
The same four steps on every engagement. You see each one before it starts and can stop at any of them.
We count how much is being produced, where it lands, and what it costs per month. Most teams find a handful of services responsible for the majority.
Field names, levels and correlation identifiers are agreed and documented, so application teams have one format to follow instead of inventing their own.
Collectors, parsing rules and storage are deployed as code, tested against real traffic in staging before they touch production volumes.
We drop the debug-level noise, tighten retention, show your team the saved searches, and leave the cost dashboard in place to catch drift.
Questions
No. We will happily improve a Splunk or Datadog estate, and often the biggest win is simply sending less. Migration only makes sense when cost or query limits have become a genuine constraint, and that is a decision we would cost first.
Redaction rules run at the collector, before anything is written to storage, and we test them against sample payloads that contain credentials and personal fields. It is not perfect, so we also restrict who can query which index.
Older services that only write plain text are handled by parsing rules in the pipeline, which extract structure without touching the application. Where that proves fragile, a small logging shim in the app is usually a day of work.
Once the pipeline is live, days rather than months, because usefulness comes from the schema and the saved queries. Making every team adopt the standard takes longer and is the part that usually needs persistence.
Reliability & Performance
Know what broke, why it broke and who it affects — before your customers have to tell you.
Follow a single request across every service and see exactly which hop added the 800ms.
An on-call team on the other end of the pager, with agreed response targets and monthly incident reporting.
Bring the specific problem. We will tell you honestly whether this is the service that fixes it, and what it would take.