Senior Platform Engineer — Intelligent Automation
Pubblicato il 23-08-2026 - Verkko Robotics in Pisa
Job Title: Senior Platform Engineer — Intelligent Automation
Company:
Verkko (verkko.ai)
Location:
Hybrid (Pisa, Italy)
Type:
Full-time
About the Role
We are building the operating system for autonomous intelligence.
For the next 9 months, our execution focus is
Digital Automation
. We are building the Verkko Platform: a sovereign, edge-first infrastructure that allows organizations to deploy autonomous agents that handle complex, multi-step digital tasks without human intervention. We are not building LLM wrappers or chatbots. We are integrating our proprietary
Voltaic
spiking intelligence engine into a robust digital execution layer.
This role is about building the
digital nervous system
of Verkko. You will ensure the Voltaic engine is seamlessly integrated into our API, workflow orchestration, and data pipelines, enabling efficient, low-cost, and persistent digital automation.
Key Responsibilities (Next 9 Months: Digital Focus)
1. Digital Automation & Orchestration (Primary)
·
Workflow Engine:
Develop and optimize the orchestration layer that translates high-level goals into executable digital tasks (API calls, data processing, content generation, internal tool usage).
·
Integration Layer:
Build robust connectors to enterprise systems (CRM, ERP, Communication tools). The intelligence (Voltaic) makes decisions; your code executes them reliably.
·
State Management:
Implement the stateful memory interface for digital agents. Ensure the agent’s "Living Memory" (HSC v2) is correctly updated and retrieved during multi-step digital workflows.
·
Reliability & Safety:
Build guardrails and verification loops that ensure digital automations are accurate. We rely on high-quality rationales and automated verification, not "Human-in-the-Loop" for basic checks.
2. Voltaic Engine Integration (Secondary)
·
Inference Pipeline:
Manage the deployment of the Voltaic spiking model for digital tasks. Optimize for latency and cost, ensuring the model runs efficiently on o