Agentic software development with bounded authority
Engineer agents through explicit goals, typed tools, controlled state, least privilege, budgets, evaluation and recoverable execution.
Founder and CEO
Tony writes about applied AI, dependable product engineering and the systems that turn complex response work into controlled delivery.
View on LinkedInTony Kim is the founder and CEO of Zephior. He works across product, engineering and commercial delivery, with a focus on turning language-heavy work into software that can be evaluated, operated and improved.
Before founding Zephior, Tony worked with enterprise financial-technology customers at Ripple. His perspective combines software architecture, AI evaluation and direct experience with complex RFP and buyer-response processes.
62 guides
Engineer agents through explicit goals, typed tools, controlled state, least privilege, budgets, evaluation and recoverable execution.
Engineer AI software with behavioral contracts, deterministic control planes, evaluation evidence, safe delivery, observability and accountable operations.
A practical method for selecting, designing and operating AI workflow automation with explicit state, evidence, exceptions, review and ROI.
Create a product-specific evaluation asset with representative cases, explicit judgments, critical slices, leakage control and production feedback.
Turn human oversight into a measurable product subsystem with clear authority, evidence, routing, queue controls and escalation.
Test whether AI improves a real decision, can be evaluated with available data and remains valuable after failure handling, review and operating cost.
Build a privacy-aware control loop for AI inputs, outputs, quality slices, human intervention, drift, incidents, cost and safe rollback.
Choose a model against the application’s cases, controls and operating constraints, then preserve the evidence and exit options needed when models change.
Design human review around consequence, uncertainty, authority, evidence, queue capacity, intervention rights and measurable learning.
Evaluate open and open-weight AI models through rights, task quality, provenance, hosting, security, operating cost and long-term ownership.
A practical control model for source-grounded proposal answers, visible evidence gaps, claim-level review and defensible AI-assisted submissions.
A rigorous AI production checklist for product value, evaluation, data, security, reliability, operations, economics and controlled release.
Build the test corpus, runners, graders, trace model, release gates and governance needed to evaluate AI products repeatedly as they change.
Migrate models and providers through coupling discovery, behavioral baselines, adapter design, comparative evaluation, staged traffic and rollback.
A practical guide to AI MVP development with a falsifiable user outcome, representative evaluation, controlled risk and a credible path to production.
A production-focused guide to scoping, building and operating custom AI software in Switzerland with explicit data, model, security and review choices.
Independent AI evaluation for task quality, grounding, safety, robustness, human oversight, latency, cost and production release evidence.
Plan a custom AI application around a valuable user job, proprietary context, measurable behavior, safe integration and accountable operations.
Automate entity resolution, source retrieval, field extraction, conflict handling, freshness and controlled write-back for trusted business data.
Build document AI that preserves layout, tables, provenance, review and downstream output across PDF, Word, Excel, scans and images.
A production guide to building enterprise AI agents with bounded tools, explicit permissions, durable state, evaluation and accountable release.
Engineer review queues, case evidence, decision controls, escalation, quality assurance and feedback so human oversight works under real load.
Use AI for system archaeology, test creation and migration support while controlling behavior, data, interfaces, security and incremental cutover.
Build an LLM application around a defined job, evaluation corpus, controlled context, secure tool boundaries, observability and safe failure paths.
Evaluate proposal software for multilingual Swiss teams using evidence quality, workflow control, data handling, adoption and measurable operating fit.
A product engineering guide to RAG systems with source ingestion, retrieval, citations, permissions, evaluation and production monitoring.
Engineer healthcare AI around intended use, clinical workflow, representative evidence, patient safety, interoperability and controlled product change.
Engineer insurance AI around policy truth, claim evidence, decision authority, representative evaluation and resilient human operations.
Build legal AI products around authoritative sources, matter boundaries, citation verification, professional review and task-specific evaluation.
Build logistics AI products around event truth, physical constraints, uncertain forecasts, interoperable identities and accountable operational decisions.
Build fintech AI around deterministic ledgers, evidence, authorization, model governance, resilience, audit and reversible releases.
Engineer geospatial AI around coordinate systems, time, resolution, lineage, topology, regional evaluation and validated operational exports.
Build public AI services around mandate, accessibility, transparent case records, human recourse, measurable benefit and supplier-independent operations.
Compare AI agents and copilots by initiative, tools, approvals, product experience, security, evaluation, recovery and operational ownership.
Compare AI agents and RPA by workflow variability, decision authority, integration, controls, economics and the best hybrid operating model.
Decide whether AI belongs in an existing workflow or needs a standalone product by user job, data, risk, distribution, economics and ownership.
Compare AI product studios and development agencies by discovery, evaluation, engineering, risk, deployment, commercial model and knowledge transfer.
Compare AI prototypes and production products by learning goal, evaluation, architecture, security, user experience, operations, cost and ownership.
Compare deterministic and agentic automation by process variation, authority, testing, exceptions, security, operations, cost and hybrid design.
Compare IDP and OCR by transcription, document classes, field extraction, validation, human review, integration, evidence and business outcomes.
Compare visual workflow platforms and custom AI automation by speed, fit, connectors, testing, security, observability, scale, cost and exit.
Compare open-weight and proprietary AI models using measured task quality, data flow, licensing, operations, change risk and total cost.
Compare retrieval-augmented generation and fine-tuning by factual knowledge, behavior, citations, data, evaluation, security, latency and operations.
Compare RFP software and general AI chat by source evidence, requirements, permissions, collaboration, review, document handling and accountability.
Compare Ziva and AutogenAI across proposal lifecycle coverage, knowledge and sources, writing, review, Word workflows, deployment, speed claims and buyer fit.
Compare Ziva and Loopio on workflow, governed knowledge, citations, file handling, collaboration, deployment and buyer fit.
Compare Ziva and Responsive on RFP workflow, trusted knowledge, source verification, human approval, deployment and buyer fit.
An AI agent pursues a goal through model-guided decisions and tools, requiring explicit limits on identity, actions, state and human approval.
AI guardrails constrain inputs, outputs and actions, but no single filter guarantees safety. Design layered controls around the actual product consequence.
AI evaluation measures whether a model-enabled system meets task, risk, latency and cost requirements on representative cases before and after launch.
Embeddings turn content into numerical representations for comparison and retrieval. Learn what determines useful similarity in a production system.
Fine-tuning changes a pretrained model for a defined task or behavior. Learn when it helps, what evidence it needs and how to operate it safely.
Human-in-the-loop AI places a person at a defined decision point, with enough evidence, authority and time to review or change the outcome.
Intelligent document processing turns variable files into validated structured data through capture, classification, extraction and review.
A large language model predicts and generates language, but a reliable AI product also needs context, controls, evaluation and software operations.
Understand MCP clients, servers, tools, resources and prompts, plus the security and reliability controls an enterprise integration still needs.
Model drift is a production change that can invalidate expected AI behavior. Learn how to monitor outcomes, find causes and respond with control.
Prompt injection occurs when untrusted instructions alter intended model behavior, especially when an LLM can access sensitive context or tools.
Retrieval-augmented generation gives a language model selected external context, helping applications answer from current, private or cited sources.
Tool calling lets a model request structured operations. Learn how applications validate arguments, authorize effects and verify real outcomes.
A vector database stores and searches embeddings by similarity. Learn what it does, when it helps and how to test relevance, filters, latency and change.
Workflow orchestration coordinates multi-step work across systems, people and AI while preserving state, policy, observability and recovery.