Husband and Father of 2, who spends his time skateboard surfing with his golden retriever and builds intelligent systems.
A blog post on personal local AI, agent-to-agent orchestration, AI ambassadors, the autonomous edge, and the civilization-scale impacts of AI literacy divides. The future will not feel like “using AI.” It will feel like being surrounded by systems that already know the context, negotiate on your behalf,
Most teams will not unlock the real power of AI by helping individuals work a little faster. They will unlock it when teams learn to work from shared context and orchestrate agents together. That is a different model of work. In the old model, collaboration meant people coordinating through meetings,
How to develop judgment and taste in an autonomous world and how to guide the next generation through it. I keep coming back to this question as a leader, but even more as a father: What do I need to teach my son if he is growing up in a
Quantum security has moved from research horizon to enterprise operating model. The 2026-to-2027 challenge is not guessing the exact arrival date of a cryptographically relevant quantum computer; it is building the crypto inventory, governance, migration factory, vendor discipline, and agent-assisted evidence loop needed to become post-quantum
AI-native transformation is not about adding more tools. It is about redesigning work for a world where people may direct portfolios of AI agents. According to McKinsey Global Institute research, the majority of companies are still treating AI like software: deploy the tool, train the users, measure productivity, and
Artificial intelligence is not just a new technology layer. It is a new economic layer. For most of the software era, companies used technology to digitize workflows, centralize data, automate repeatable tasks, and improve coordination. The economic logic was familiar: software reduced marginal costs, improved scale, and made information easier
Enterprise AI is not failing because companies lack models. It is failing because data, security, latency, cost, governance, and operations are hard to control. OCI’s advantage is that it addresses those problems as infrastructure, not as slogans. Enterprise AI is entering an uncomfortable phase. The experiments worked. The demos
Subtitle: How self-optimizing, self-healing supervisor agents will manage the runtime that manages enterprise AI across GPU clusters, sovereign data environments, and latency-first infrastructure. Enterprise AI is quickly moving from a collection of copilots into a distributed operating environment. Agents route work, call tools, retrieve data, update memory,
AI disruption will not arrive evenly. Every industry will use AI. Every function will experiment with copilots, automation, agents, and generative interfaces. Every executive team will ask where productivity can improve. But only some industries are truly primed for AI-native disruption. The difference matters. AI adoption means adding AI
For more than a decade, “cloud-first” was the default answer to enterprise architecture. If a new system was being built, it should run in the cloud. If an old system was being modernized, it should move toward cloud-native services. If a team needed scale, resilience, speed of deployment,
AI has an infrastructure problem. Not because the technology is failing. Because the infrastructure required to support it is becoming visible to the public. For years, cloud infrastructure was mostly abstract. Compute happened somewhere else. Storage happened somewhere else. Networks, data centers, cooling systems, substations, water rights, and power purchase