Welcome! Simplifi'ED is now Omnivya. We're excited to announce that Simplifi'ED has evolved into Omnivya! This transformation reflects our commitment to serving you even better, with expanded expertise in Cloud Native, Kubernetes, GreenOps, FinOps, and DevSecOps. Our new brand embodies innovation, sustainability, and security so you can accelerate your digital journey with confidence. Thank you for trusting us as your technology partner! Learn more

Omnivya

Areas of expertise

Each page starts from a concrete tension, names the decisions involved, states limits, and points to bounded mission formats. Omnivya is not a keyword catalogue.

  • 01

    Cloud architecture

    Cloud architecture does not deteriorate through debt alone. It becomes fragile when dependencies, exit costs, and ownership are no longer visible in decisions.

    Signal : A decision commits several years or teams

    Have an architecture decision reviewed

  • 02

    Cloud governance

    Cloud governance stops helping when every rule produces an exception request and every exception depends on private negotiation. The issue is no longer lack of control, but lack of explainable decisions.

    Signal : The same decision receives different answers

    Clarify a cloud governance decision

  • 03

    DevSecOps

    Adding scanners to a pipeline does not make delivery safe. Risk remains when findings are unqualified, exceptions never expire, and nobody can decide whether to block or accept.

    Signal : Teams bypass controls to ship

    Review a delivery security control

  • 04

    Distributed systems

    A distributed system can look stable while networks, dependencies, and data behave as expected. Defects emerge when ordering, time, or availability can no longer be treated as reliable assumptions.

    Signal : An incident cannot be reproduced in isolation

    Analyse distributed-system behaviour

  • 05

    FinOps

    A cloud bill can be accurate yet unusable. Until cost, usage, ownership, and product decisions are connected, variance triggers broad cuts rather than informed trade-offs.

    Signal : Forecasts are repeatedly missed without explanation

    Qualify a cloud cost decision

  • 06

    Kubernetes

    Kubernetes rarely becomes difficult because the cluster lacks features. It becomes difficult when nobody can say which responsibilities belong to the platform, product teams, and operations.

    Signal : Upgrades cause prolonged freezes

    Examine a Kubernetes risk

  • 07

    OpenTelemetry and observability

    Collecting more telemetry does not automatically shorten investigations. Without operational questions, conventions, and volume control, signals become expensive yet remain hard to interpret.

    Signal : Every incident triggers ad hoc collection

    Make observability testable

  • 08

    Platform engineering

    An internal platform rarely fails for lack of components. It fails when users must understand its implementation, negotiate every access, or bypass the intended path to ship.

    Signal : Teams build parallel delivery chains

    Review the platform product

  • 09

    Site Reliability Engineering

    Reliability becomes a governance issue when every incident is urgent, no service level is negotiated, and teams can never pause delivery to reduce risk.

    Signal : The same incident classes recur

    Review a reliability objective

  • 10

    Software supply chain security

    An organisation can remediate application vulnerabilities while remaining unable to explain how an artefact was built, which dependencies it contains, or who could alter its build chain.

    Signal : A binary cannot be traced to source and build

    Verify a software build chain