Platform Engineers Buenos Aires

Business analysts and domain experts are building applications with AI and they expect the same infrastructure, security, and governance that professional developers get. Kaspar von Grünberg and SIXT CTO Boyan Dimitrov discuss what platform teams need to build to enable enterprise citizen developers without creating a compliance nightmare.

• Understand who enterprise citizen developers are, how "vibe coding" with AI differs from traditional low-code, and why this new user persona changes the scope of platform engineering.
• Learn the technical mechanisms (golden paths, Policy-as-Code, automated guardrails, secure execution environments) that let platform teams enable thousands of non-technical builders safely at scale.
• Hear how SIXT is thinking about the shift from platforms built for developers to platforms built for developers, agents, and business users, and what that means for platform team structure and priorities.

Speaker: Boyan Dimitrov CTO, SIXT
Boyan Dimitrov is the CTO of SIXT, responsible for the company’s tech vision and strategy. He oversees SIXT's engineering hubs in Munich, Bangalore, Kiev, and Lisbon. Prior to joining SIXT in 2015, Boyan had a long career in the startup ecosystems in the UK and Bulgaria. He has over 15 years of experience in cloud and distributed systems and has successfully delivered mission critical services and digital transformations in the mobility, security, and finance areas.

Speaker: Kaspar von Grünberg
Kaspar von Grünberg helped create Platform Engineering as a discipline. He defined many of the key frameworks - Internal Developer Platform, Paths to Outcome, Cost of Chaos, Golden Paths - and is writing the book on Platform Engineering. As an operator, he founded PlatformEngineering.org, PlatformCon, and Platform University, and previously built Humanitec. He is currently CEO of Canyon, building the semantic data layer for enterprise AI. His core thesis: there is no enterprise AI adoption without Platform Engineering. Based in Berlin.

Most teams are experimenting with AI agents. Few are running them reliably in production. This session breaks down how to move from first agent to trusted, repeatable workflows with real telemetry, strong context, and control over cost, accuracy, and scale.

Getting an AI agent to work in a demo is easy. Getting it to run reliably in production at scale, with real telemetry, without hallucinating or torching your infrastructure, is a problem entirely different. This talk maps the journey from ad hoc experimentation to trusted Production AI: build your first agent, deploy a real use case, engineer your context, and get control of your data. We'll show how AURA, an open-source agentic harness, eliminates 80% of agent-building boilerplate via simple config and how pairing it with Active Telemetry cuts investigation costs by up to 25x by delivering curated, just-in-time context instead of information bloat.

We'll cover:

• Why common agent frameworks break down at scale
• How to define repeatable agentic workflows your whole team can trust
• Why context engineering is the unlock for reliable Production AI
• A practical roadmap: from first agent to autonomous ops

While teams are overwhelmed by vulnerability assessments, they rarely understand how popular vulnerability scanners arrive at these determinations. Using popular container scanning tools for illustration, we will break down how your tooling goes from beginning a scan to delivering findings. From that foundation, we'll work through how to read bulletins for a particular CVE and understand what the technical language means. Finally, we'll work through how teams can ensure that the results are accurate and applicable.

This webinar will help you:

• Understand how vulnerability scanners work
• Read CVE bulletins like a pro
• Evaluate vulnerability scans to address concerns

Speaker: Neil Carpenter
Field CTO, Minimus
Neil helps organizations identify and contain security risks in their cloud estates. His passion for getting ahead of security problems comes from over a decade of leading customer-facing security incident response teams at Microsoft and seeing what happens when attackers win. Neil also helped build the future of cloud-native security at Twistlock, StackRox, Torq, and Orca Security before joining Minimus. When he's not in front of a computer, Neil is an avid NYC-based street photographer.

The EU's Cyber Resilience Act (CRA) is one of the most significant regulatory shifts for software manufacturers in recent history - and the clock is ticking. With mandatory reporting obligations kicking in September 2026 and full enforcement by December 2027, organizations selling products with digital elements into the European market need a concrete compliance strategy now.

This webinar explores how platform engineering teams are uniquely positioned to operationalize CRA compliance - turning regulatory obligations from the security and compliance teams into frictionless, automated workflows that developers will actually adopt.

You’ll learn how to:

• Understand the CRA's key deadlines and what they mean for your engineering division.
• Embed CRA requirements inside IDP so devs can ship compliantly without slowing down.
• Wire SBOM creation, CVE scans, and alerts into the CI/CD to meet tight reporting windows.