Univio CEB: Benchmarking AI for Enterprise and E-Commerce Workloads

Choosing an AI model for business work is harder than comparing a few numbers on a public leaderboard. A model can perform well on general-purpose benchmarks and still struggle with the languages, data formats, tools, and long-running tasks used by an enterprise team every day.

This is why we built the Univio Commerce & Enterprise Benchmark, or Univio CEB: a private evaluation environment for testing AI models, agents, and evaluation frameworks against practical enterprise and e-commerce scenarios.

FAQ: secure operations with Univio Airlock

Secure container operation within Univio Airlock This FAQ explains how to configure and operate devcontainer-based workspaces in Airlock. FAQ What is the minimum .devcontainer/devcontainer.json configuration Airlock expects? Airlock auto-detection only needs the file to exist at .devcontainer/devcontainer.json. For practical use, include at least name and either image or build. { "name": "Airlock Dev", "image": "mcr.microsoft.com/devcontainers/base:ubuntu-24.04" } Should I place .devcontainer/devcontainer.json at the repository root or inside a subfolder? Use the repository root.

Secure and Productive Engineering with Univio Airlock

Secure and Productive Engineering with Univio Airlock This FAQ explains how to run secure and effective software delivery using Univio Airlock. FAQ What is Univio Airlock? It is a managed development workspace model where teams build software in controlled, isolated environments. With container capabilities enabled, each workspace can run project-specific tooling while still operating under central security and policy controls. Why should leadership care about this model? It improves both risk control and delivery speed.

Blocking Bots Considered Harmful

To Serve and Protect One of the key responsibilities of infrastructure teams is protecting services from unwanted traffic. We implement various mechanisms to counter synthetic HTTP requests: rate-limiting, geo-blocking, Web Application Firewalls, challenges, CAPTCHAs. We routinely analyze logs, respond to traffic spikes, and prevent scraping. We ensure our services are primarily accessed by humans and a limited group of trusted bots. The principle has always been simple: the web should be built for humans.

Why do we wait for search results?

Searching digital data is a daily task in our lives, allowing us to navigate vast amounts of information.

It is both common and complex, involving a wide range of search engines, indexing methods, search algorithms, and implementations.

Typically, searches are performed remotely - on some server, database or a cloud service. We are accustomed to waiting for search results.

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What if we could get search results instantly?