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Sheet 01 · Chad Koslovsky

AI workflow engineeringContext, controls and operational ownership

Senior Engineer - AI-Driven Workflows · RADICL

Product and systems engineer connecting AI-assisted workflows with authenticated services, structured data and production operations. Client delivery spans private research tools and tenant-aware support software, informed by NOC leadership, incident escalation and audit ownership.

Sheet 02

Cover letter

I call myself a technomancer. Technology has felt like magic to me since I was a kid, and I still get excited when a complicated set of tools starts working together in a way that genuinely helps someone.

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Hi RADICL team,

I call myself a technomancer. Technology has felt like magic to me since I was a kid, and I still get excited when a complicated set of tools starts working together in a way that genuinely helps someone. AI has opened up a lot more of that possibility. It has also made me care even more about the boundaries around it: what the system knows, what it is allowed to do and how we can tell whether it did the right thing.

That is what interests me about your workflow role. You are not just putting a chat interface in front of security data. You are connecting context, reasoning and response actions into a system people have to be able to trust. My background brings together AI-enabled product work, authenticated service integration and years of being responsible for the systems behind a business. I would like to put those parts together with a team focused on protecting smaller organizations.

Through Technomancy IT, I build and operate tenant-aware services for client products and internal workflows. That includes OAuth/OIDC, access policy, authenticated connectors and MCP integrations. The platform I am building connects support, CRM, scheduling, billing and infrastructure context, so a problem can be understood alongside the customer and the systems it affects. I have also modeled connected experience, sources and product signals as a graph, with indexed retrieval and evaluation paths. Those are practical foundations for assembling useful context without losing track of where it came from.

Velatis is a completed client project where those boundaries mattered. I delivered a private research product connecting identity, notes, sharing, payments and administration with context-aware AI and deterministic chart services. The job was to make those capabilities work together without weakening ownership or privacy. The companion chart-service work made calculation and rendering reusable through typed, versioned contracts, with privacy-aware logging and a real calculation in its health checks. It is a different domain from security, but the discipline of keeping deterministic behavior around AI assistance is directly relevant to the systems your posting describes.

I also understand the operational side of a response workflow. At FRII, I ran the NOC, handled escalations and ran the SOC 1 and SOC 2 audits. I worked there from 2015 to 2020 and had already been a lead engineer through a company purchase before later taking sole systems-engineering responsibility for about a year. At Everon, I supported managed-service clients' networks and endpoints and worked with antivirus services. Those experiences keep me thinking about the person dealing with the incident, not just whether a service returned a successful response.

AI is now a substantial part of my engineering and creative work, and I enjoy building the surrounding tools as much as using the models. Kerf, my early-stage TSX framework with the Warp toolkit, is another expression of that interest in clear contracts and useful feedback for coding agents. I would bring that curiosity and hands-on ownership to RADICL, while learning the specifics of your Go services, streaming stack and security-analysis workflows rather than pretending every platform is already familiar.

Boulder is close enough for me to work alongside the team. I would welcome a conversation about where your automation needs the most help. Making a complicated system feel dependable to the people relying on it is the kind of magic I want to keep building.

Chad

Sheet 03

Experience

Technomancy IT LLC · 2015-Present

Founder / Product Engineer / Systems Lead

Build client products and tenant-aware services with authenticated APIs, MCP connectors and access policy. Connect support and business context while owning deployment and direct client IT support.

Deep dive

I lead a referral-based technical practice, translating client needs into products and systems I also help operate. React and TypeScript interfaces sit alongside APIs, data, infrastructure and support; the work requires understanding how a customer uses the system as well as how it is built.

Application and API authentication work includes OAuth/OIDC, PKCE and token exchange. Tenant-aware shared services connect client-facing products and internal operations while keeping their access boundaries distinct. I bring in specialists where their craft helps the project and make the system and delivery responsibilities clear to contributors.

My services connect SaaS and AI tools through MCP servers and authenticated connectors. OAuth/OIDC, selected SAML/SCIM integrations, workload identity and tenant-aware policy keep authority separate from the information a workflow receives. This is application/service integration evidence, not a claim of autonomous security-response or threat-attribution platform delivery.

NuPrice | Client engagement within Technomancy IT · 2019-2021

Product Engineering and IT (Long-Term Contract)

Built and operated a long-term client application joining marketplace data, pricing rules, accounts and billing. Owned technical operations and customer support across the complete workflow.

Deep dive

NuPrice was a long-term client engagement from 2019 to 2021, beginning while I was still at FRII. I built and operated the reseller application and owned its billing, customer support and technical operations.

The application brought marketplace and competitor data into user-defined repricing rules and automated price decisions, with monitoring and analytics alongside accounts, subscriptions, a CMS and embedded support. That sustained responsibility meant following issues from the customer-facing workflow through the application and its operation. The product was acquired; my role was the client’s technical delivery, not ownership of the company.

Front Range Internet Inc. · 2015-2020

Senior Systems Engineer / Datacenter Architect

Ran the NOC and production escalations during a multiyear engineering tenure. Modernized workloads into containers, upgraded infrastructure and ran SOC 1/SOC 2 audits with clear operating procedures.

Deep dive

At Front Range Internet Inc., I ran the NOC and was a lead engineer through a company purchase. Later, after the senior engineer above me left, I took sole systems-engineering responsibility for approximately a year, with the NOC continuing first-line coverage and escalating issues to me. That was one period within my 2015–2020 tenure, not the whole engagement.

I migrated workloads from Hyper-V and VMware ESXi to Docker and Kubernetes, upgraded server and firewall infrastructure, and owned recovery verification, monitoring, escalations and engineering procedures. Terraform and Ansible supported repeatable infrastructure work. I also ran the SOC 1 and SOC 2 audits and worked with the CEO and CIO while keeping the operating environment supportable through change.

Office Evolution · 2014-2015

Systems / Software Engineer

Built SQL/MongoDB applications connecting CRM, onboarding, provisioning and service operations across locations. Worked with the CEO and CIO to turn cross-team handoffs into shared workflows.

Deep dive

Office Evolution’s operational work crossed departments and locations. I built centralized SQL- and MongoDB-backed applications connecting CRM, provisioning, onboarding and service operations so those handoffs were represented in shared systems.

The role combined software with the architecture around it: learning how people needed to work together, translating the handoffs into explicit workflows and supporting the surrounding systems across locations and client environments. I worked with the CEO and CIO as part of that delivery.

PlumChoice / Everon · 2012-2014

Network & Systems Engineer

Engineered and supported managed-service client networks and endpoints, including antivirus services. Built diagnostic tooling and handled on-call incidents with owners and end users.

Deep dive

At PlumChoice / Everon, I worked as a network and systems engineer across managed-service clients, supporting networks and endpoints and communicating directly with business owners and end users. The work required diagnosing a problem in its business context rather than stopping at a single device.

I used monitoring and diagnostic tooling, built support tools around recurring operational needs, and handled on-call issues. Working across client environments developed the practical troubleshooting and communication I still bring to software delivery and production support.

Antivirus services were part of the managed-services work. The record does not identify a particular antivirus vendor or an endpoint-agent implementation, so I distinguish operating and supporting these environments from writing a commercial agent.

IBM · 2010-2012

Infrastructure and Systems Focal

Supported shared enterprise infrastructure across application and vendor teams. Automated audit/backup workflows and managed virtualization labs, with coordinated incident and change ownership.

Deep dive

At IBM, I was the infrastructure and systems focal for shared enterprise environments. The work crossed application, infrastructure, vendor and business teams, with incidents and changes requiring coordinated ownership rather than isolated fixes.

I automated audit and backup workflows, managed virtualization test labs and hosted desktop platforms, and supported access, change and escalation work around shared infrastructure. That experience established an operating perspective that complements my later full-stack product work.

Sheet 04

Selected work

Founder-built platform · In development

Technomancy | Shared business services

Building TypeScript/Next.js/PostgreSQL software joining support, CRM, scheduling and billing through tenant-aware services. Implemented versioned release and recovery-verification tooling.

Deep dive

Technomancy is my technical practice and the client-operations platform I am building around it. TypeScript, Next.js and PostgreSQL connect support, CRM, scheduling, billing and infrastructure context. Tenant-aware shared services keep client and internal access boundaries clear.

The delivery tooling derives container image tags from Git, applies database migrations, records deployment status and checks health and public HTTP responses. Separate restore-verification tooling checks a backup checksum and restores into a disposable PostgreSQL instance. These are implemented capabilities, not a claim that every release or scheduled restore test passed.

A configured desktop meeting-client build workflow targets Windows EXE/MSI, Linux AppImage/DEB and macOS DMG/ZIP artifacts. This is cross-platform installer-build configuration, not a claim that every target passed or that every installer is signed or notarized.

The platform also models interconnected skills, experience, sources and product signals as a graph, with indexed retrieval, analytics and evaluation paths. That is documented relationship/context modeling, not a claim that these records are threat entities or a tested security-attribution system.

Technomancy product overview ↗

Completed client delivery · Completed client work

Velatis | Private context-aware research workflows

Delivered a private research product joining identity, notes, sharing, payments and administration with context-aware AI and deterministic chart services. Preserved ownership and privacy boundaries across the workflow.

Deep dive

Velatis was a completed client collaboration, not my current product. I delivered research workflows around private user data, bringing identity, notes, sharing, payments and administration together with context-aware AI and deterministic chart services. The work connected those capabilities without weakening ownership and privacy boundaries.

Related chart-service work used typed/versioned TypeScript URL and API contracts, reusable calculation/rendering and no server-side persistence of birth data within that service. Deployment and verification tooling included immutable artifacts, privacy-aware logs and a health check that performs a real calculation. These are implementation capabilities, not a claim that every release passed or that all surrounding products persist no data. The linked portfolio page is an overview, not a verified live API demonstration.

Velatis client work overview ↗

Independent framework project · In development

Kerf and Warp | Compiler-backed application tooling

Building an agent-oriented TSX framework with its own compiler and Warp UI toolkit. Routing, authentication, data and actionable compiler diagnostics make application boundaries explicit.

Deep dive

Kerf is my agent-oriented TypeScript/TSX framework, formerly called Weft. I am building its own compiler, the Warp UI toolkit and a full-stack layer for routing, authentication and data. The preview describes small direct DOM/page updates and compiler feedback intended to help coding agents act on errors.

It is early development, not a claim of large production adoption or a React implementation. My established React and TypeScript work informs the design, but Kerf is an independent framework. The resume templates currently use pinned legacy Weft/Warp packages; the project rename is not itself a compiler migration.

Kerf framework preview ↗

Sheet 05

Capabilities

  • LLM applications, tool orchestration and structured evaluation
  • TypeScript, Python and authenticated API/service integrations
  • PostgreSQL, graph data modeling and indexed retrieval
  • AWS access controls, tenant boundaries and privacy-aware workflows
  • NOC escalation, SOC audits, observability and release verification