Tazqoryn AI is an end-to-end AI operations platform purpose-built for industrial automation and robotics systems integrators. It unifies your entire workflow—automating project intake, accelerating precise quoting, validating system design dependencies, and orchestrating robotic programming. By centralizing build floor pipelines and commissioning data, Tazqoryn AI eliminates engineering bottlenecks and guarantees flawless, on-time delivery with protected project margins.
The Tazqoryn AI Dashboard serves as the central intelligent brain of your integration business. Powered by real-time predictive models that continuously synchronize project intake, engineering dependencies, and floor integration throughput, it eliminates operational blind spots across every robotic system build. Rather than reacting to unexpected delivery slips or programming bugs during FAT, leadership gains proactive AI intelligence that forecasts bottlenecks weeks in advance and ensures every custom cell is commissioned on schedule with protected margins.
Autonomous Operational Intelligence — The dashboard’s predictive engine continuously evaluates engineering revisions, component lead times, and assembly bay velocity 24/7. When risk is detected on any custom build, the system proactively simulates mitigation paths and schedules adjustments—giving leadership complete certainty and clients guaranteed delivery dates.
Industrial automation moves differently across every facility — with specialized robotic cells, heavy system integration, live sensor telemetry, and critical commissioning cycles. The Nestack robotics suite is purpose-built to give your engineering and integration teams shared, real-time operational intelligence.
From initial RFQ intake to final on-site acceptance, Tazqoryn AI unifies every phase of industrial automation and robotics systems integration into a continuous operational thread—automating engineering handoffs, eliminating rework, and protecting project margins.
Scans incoming customer RFQs, engineering specs, and technical drawings to extract core parameters like cycle time, payload, and standards. It flags conflicting specifications early and points directly back to the source page, drastically reducing applications-engineering manual review time.
Transforms verified requirements and concepts into line-item cost estimates. It calculates material costs, assembly labor, and engineering hours, while recommending engineering-hour bands and predicting margin exposure, ensuring technically defensible project pricing.
Centralizes mechanical, electrical, and controls engineering. Using the Engineering Impact Agent, it visually links requirements to design objects. If a component changes, it instantly shows downstream consequences across electrical sheets, PLC tags, safety functions, and spare parts.
Empowers controls engineers to generate PLC state-machine skeletons and robot motion pseudocode. Enforces a rigorous compile, simulate, and engineer review cycle before any authorized deployment to a live controller, ensuring safe and traceable automation behavior.
Orchestrates machine assembly, panel build, and wiring on the integrator's floor. The Integration Readiness Agent tracks I/O checkout, FAT protocols, and cycle studies, flagging unresolved dependencies—like missing safety validations—before the machine ships.
Bridges the factory floor to the customer facility. Manages site readiness, installation, LOTO procedures, and SAT results. A visual board tracks punch items by discipline, using AI to cluster related issues and suggest root causes based on site evidence.
Maintains a live digital twin of every installed cell. Fuses telemetry—like torque, vibration, and temperature—with the specific robot configuration baseline to identify degradation patterns. Provides asset-aware support to diagnose issues directly against the authorized engineering baseline.
Tazqoryn AI routes each switchgear manufacturing workflow step to the model family that fits — anomaly scoring, long reads, structured extraction, or a specialist fine-tune — not whichever model shipped inside your last software purchase.
One model, one pass, and no step you can point somewhere else.
Rated voltage (13.8 kV), continuous current (2,000 A), and short-circuit withstand (31.5 kA) extracted with citations to source pages.
Instantaneous and time-overcurrent trip curves validated against IEEE C37.20 and IEC 62271 coordination criteria.
Cross-references DWG single-lines with RFQ paragraphs to catch 2,000 A vs 2,500 A mismatches before engineering sign-off.
Whole-factory backlog context ($47.8M) informs which missing relay or test failure matters most to delivery deadlines.
Structured extraction turns FAT test checklists into automated secondary current injection and timing routines.
Oscillograph waveforms, inspector digital verification, and NCR closure records sealed into the asset history.
Note: Model names and marks belong to their respective owners. No endorsement or partnership implied.
Supported routing is configured during onboarding.
Tazqoryn AI helps robotics integrators organize safety requirements, identify missing verification evidence, track engineering changes, and prepare FAT/SAT documentation for authorized engineering review.
Supports robot application safety evidence, integration checklists, guarding reviews, risk-control traceability and commissioning records.
Supports safety-function requirements, required Performance Level (PLr), safety-component documentation and verification records.
Supports machine electrical-document reviews, protective-device records, wiring inspections and electrical test evidence.
Note: These are standards the platform is built to support inside your workflows — obligations that fall on you as the licensee. They are not certifications held by us, and support in the product is not a substitute for your own counsel or compliance officer.
Most of what the platform reads still starts on physical assets, sensors, or shop-floor paperwork. These are standard, off-the-shelf peripherals and industrial sensors from third-party manufacturers — not proprietary or own-branded hardware. We enrol them against your workspace so each one streams into the module that already handles its output.
Network scanning station for multi-page utility RFQs and customer specifications. Integrates via TWAIN/SANE API and network share directly into the Project Intake module. Scans are instantly converted into searchable PDFs where key requirements (payload, cycle time) are extracted prior to engineering release.
Rugged DIN-rail gateway deployed directly in the robot cell control panel. Interfaces with PLCs and joint servos over OPC UA or EtherNet/IP, republishing live torque, temperature, and vibration telemetry via MQTT to the Maintenance & Support module to predict asset failure and orchestrate condition-driven maintenance.
IP68-rated industrial tablet for technicians on the integrator floor. Connects securely via Wi-Fi REST API to the System Integration module. Empowers technicians to perform digital I/O checkout and SAT procedures, capturing real-time digital signatures and tracking physical build progress directly into the integration board.
High-resolution industrial machine vision camera mounted within the build cell. Integrates via GigE Vision and REST API directly into the Testing & Commissioning module. Automates build verification by comparing the physical cell to the digital intent, instantly flagging missing sensors or incorrect labels as deviation records.
Note: Hardware, installation, and integration are not included in the standard subscription. Additional charges apply based on the hardware selected, integration modules required, and implementation scope.
Tazqoryn AI is priced for the platform, not the person. Every module ships in the same plan, so an application engineer, a production supervisor, a quality inspector and a service tech can all work in it without per-seat maths or a tier chart to decode.
Talk to us about your product lines, order volume and the systems you already run and we’ll walk through what the rollout looks like.
Full access to all eight shop modules — Dashboard, Intake, Engineering, Quoting, Production, Quality, Commissioning and Service — on one auditable thread.
Note: AI API usage is charged separately. Clients must recharge their AI credit balance based on their usage.
A one-time setup that brings Tazqoryn AI live before your first billing cycle — we wire in your RFQ ingestion, load your approved component library and standard assembly configurations, backfill prior quotes, FAT records and commissioning history, and tune the requirement extractor and validation rules to your product lines and standards. Each fee is a starting point marked with a “+”: the final onboarding is scoped once we understand your environment, security needs, integrations, data volume, compliance requirements and deployment model.
Everything in Essential, plus:
Everything in Plus, plus:
Same platform subscription either way — onboarding may vary by requirements.
Cloud (SaaS)
Runs in Nestack’s managed cloud — the fastest way to go live, with hosting, scaling and updates handled for you.
Private / self-hosted
The same platform deployed inside your own infrastructure — your cloud, VPC or on-prem — so customer specifications, BOMs, drawings and FAT records never leave your environment. Built for engineering and quality teams working under NDA and export-control obligations.
From live RFQ intake and single-line verification through bench SCPI testing, SAP locks, and closed FAT certificates — one industry playbook end to end.
Not chatbots bolted onto a dashboard. Agents built around shop floor workflows, documented APIs, and operational handoffs — with production guardrails from day one.
Manufacturing agents are catalogued on nestackagents.com. Tool names and marks belong to their respective owners.
Tazqoryn AI connects to the ERP, CAD, PLM, SCADA, and shop floor instrumentation systems your factory already runs — through public, documented APIs — so data moves through intake, engineering, quoting, production, and FAT without re-keying. 17 integrations across 6 workflow groups.
Note: Tool names and marks belong to their respective owners. No endorsement or partnership implied.
Everything you need to know about pricing, testing on your own product lines, engineering precision, system integrations, and enterprise security.
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