Bridging 15+ years of Commercial Real Estate portfolio strategy ($1B+ AUM, MBA, MCR, Harvard AMDP, LABJ Gold Award) with cutting-edge Autonomous AI Systems Architecture. I'm a builder at heart — whether it's developing award-winning institutional real estate or architecting autonomous workflows with AI to scale enterprise capabilities.
Most real estate executives don't understand LLMs at the socket layer. Most AI engineers have never underwritten a $100M capital stack. I operate at the exact intersection where physical asset operations meet sovereign autonomous software.
Spearheaded a 297,000 sq-ft urban healthcare campus. Secured HealthCare Partners as the anchor tenant, repositioning critical infrastructure in an underserved urban center.
Partnered with private equity to scale a medical office portfolio from 130,000 to 1.3M square feet in just 18 months.
Optimized a 2M sq-ft corporate portfolio. Outperformed national benchmarks by 30% and delivered 15% YOY operating expense savings across major hospital regions.
Awarded the 2020 Gold Award for Best Medical Project by the Los Angeles Business Journal for the 297,000 SF Downtown West Medical Campus. Two-time recipient of the Kaiser Permanente Team Excellence Award for national portfolio optimization and clinical joint-venture restructuring.
Appointed quasi-judicial official for the City of Beaverton. Deliberated and voted on over 136 major development applications, transit-oriented master plans, public-private partnerships (P3), and density code modernizations cited in Oregon Business Magazine.
Master of Business Administration (MBA), Master of Corporate Real Estate (MCR via CoreNet Global), and alumnus of the Harvard Graduate School of Design (GSD) Advanced Management Development Program (AMDP '21). Bridging institutional corporate real estate strategy, capital markets underwriting, and sovereign autonomous software systems.
An AI assistant that autonomously ingests and cross-references public healthcare and population datasets with proprietary real estate data. It synthesizes a massive vector database for semantic search, rewriting how acquisitions are underwritten in the Southwest U.S.
The takeaway isn't the loading mechanism — it's the ceiling it removes. Harbor, the skill and room substrate Vibehard is built on, provisions tools and MCPs by file tree rather than by agent, so an agent resolves only the skills inside its own branch at call time. Context cost stays flat no matter how large the library gets, which means a business can keep adding skills and tools indefinitely without ever hitting a context wall. Two pieces make it universal: a single MCP router every agent connects through — Claude Code, Cursor, OpenCode, Codex, Gemini, Goose — so one gate enforces room scope, token budget and audit no matter which client is driving; and generated beacons (AGENTS.md, CLAUDE.md, .cursorrules) that a file watcher keeps in sync, so every agent that lands in the tree reads the same routing map without being told.
A meta-agent that owns a build rather than reporting on one. It holds meta-skills — it provisions its own tooling, starts work unprompted, and re-decides its workflow as new events arrive. Nothing waits on a human to type: schedules, webhooks and deltas fire it, a proactive scanner watches the vault and connected accounts for work worth doing before anything has gone wrong, and a canary trips when a job misses twice its expected cadence — low-risk repairs it re-runs itself. The discipline that makes that safe is a governor: every self-directed action is scored and has to clear a confidence bar, and anything touching money or sending on your behalf is hard-gated until you approve it. LLM proposes, deterministic disposes.
The part that compounds is learning how to learn. Three meta-skills ship on first boot. One governs acquisition: check the pool first and reuse rather than rebuild, decide learn-versus-do, sequence the gap that blocks the most work, stop researching once it can act, and archive skills nothing uses. The second learns a genuinely new subject the way a top performer would — trades journals for the edge cases practitioners actually hit, expert interviews for mechanism rather than summary, definitive books for the foundation, docs and case studies for currency — then distills the durable heuristics, the anti-patterns and the numeric thresholds into an installable skill with a measurable output. The third learns from its own lived experience: a task that fails twice gets diagnosed to root cause, fixed under a bounded retry budget, tested against a sibling input so the fix generalizes, and every dead end banked as a don't-rule. Failure is tuition, paid once. This is the holy grail of agentic builds.
An Open-Core ecosystem combining a self-serve production code maker with a turnkey enterprise automation agency.
It works by automating what commercial software companies already put their code through: an enforced gate chain sitting between the generator and deploy. Static analysis, secret scanning, dependency vulnerabilities, row-level-security enforcement, migrations, PII and production-readiness all run as gates; failures loop back through autofix until they clear. Nothing ships without a signed sentinel proving every gate passed — and the verdict is deterministic, with zero LLM in the path.
When a gate hits a call it can't safely auto-resolve, the build is held and an engineer reviews the one flagged slice — not the whole app. That escalation path is also the funnel: for enterprises that hit the “skill issue” wall — context collapse, tenancy constraints, compliance boundaries the open tooling won't cross — Vibehard Agency is the boutique arm for Done-For-You custom architecture.
Capital structuring, healthcare & commercial development advisory, complex CEQA entitlement, joint ventures, and asset repositioning. Backed by $1B+ institutional AUM, MBA, MCR, Harvard AMDP '21, and Kaiser Permanente regional leadership.
Done-For-You turnkey AI workers ($12k setup + $1k/mo fractional SRE retainers) operated by Anton with deterministic 4-gate verification.
Hosted gate runs, live-RLS probes, and sovereign customer-owned container provisioning on private cloud.
Self-serve production code maker: file-tree skill registry, gated linters, and deterministic runtime primitives.
This is a genuinely exciting moment to be building — the tooling is finally good enough that operators, not just engineers, can put autonomous systems into production. If you're figuring out what that looks like for your business, start a conversation.