AI Tools for Optimized Workflows

Bring AI and ML into everyday work across ROGII’s geoscience and drilling tools to keep projects moving faster and smarter. Use AI to plan, execute, and review each well so teams spend less time crunching data and more time optimizing oil and gas production.

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Geosteering Optimization

Optimize geosteering with assisted steering, auto‑top picking, and automated azimuthal resistivity inversion that continuously sharpens your subsurface model, boosting efficiency and supporting faster, more confident decisions.

StarSteer

Auto-Steer turns geosteering into an assisted workflow that steers one or multiple wells at a time for overnight steering, second opinions, and lookbacks. Save time by auto-steering a large inventory of wells from a recent merger or acquisition.

Features:

Auto-steers wells as new WITSML or manual data arrives
Auto-selects closest Typewell and GR log within a radius
Generates alternate “second opinion” interpretations
Plot Auto-Steer Confidence curve on tracks

Auto-Steer Spectrum visualizes most likely horizon path
Multi‑well module steers many horizontals at once
Interprets new data, auto‑picks horizons, dips, and faults
Configurable horizon smoothness, dip, & dip range values

Turn tedious top picking into an ML‑assisted workflow that propagates formation markers across wells. Auto‑Tops searches neighboring wells, honors your existing tops, and converts high‑confidence suggestions into editable picks for rapid review.

Features:

Propagates topset from one well to all wells instantly
Auto-detects appropriate gamma logs across wells
Lets you choose a specific log name for maximum control
Shows live Auto-Tops progress and % completion

Automatically honors all applied formatting
Respects existing manually picked tops
Convert all Auto-Tops into editable formation tops

Turn raw azimuthal resistivity into an automated inversion workflow that continuously refines your Earth Model for conventional wells. StarSteer converts multi‑vendor logs into probabilistic distance‑to‑boundary and confidence diagnostics, enabling proactive decisions.

Features:

Vendor-independent resistivity inversion
Two-layer inversion for boundary position and layer resistivities
Multi-layer stochastic inversion delivers P10, P50, P90 Earth Models
Inversion automatically honors tool depth-of-detection
Express mode accelerates DAR inversions up to 50× faster

Resistivity as a Service offloads heavy inversion workloads to HPC
User-configurable receiver spacings
Sliding windows and interval lengths balance inversion detail
Runs inversion up to calculated bit projection ahead-of-bit

Drilling Optimization

Transform raw rig data into actionable insights. Machine learning standardizes WITSML into rig states and KPIs, tracks slide and rotate values, and provides roadmaps to stay proactive on drilling parameters.

Solo Feed

StarLite

DrillSpot

Solo Feed applies machine-learning to WITSML traces, acting as an always‑on assistant that converts raw WITSML into standardized rig states and KPIs, fed to both DrillSpot and Solo Cloud.

Features:

Machine-learning rig state classification from WITSML
Derives instantaneous Rig Activity for analytics
Calculates slips-to-slips and weight-to-weight KPIs
Generates interval KPIs per stand, run, section, and formation
Supports repass-per-stand grouping for cleaner metrics

Feeds KPIs directly into DrillSpot dashboards
Exports rig states and KPIs via API to external systems
Operates reliably at 1s to 15s sampling
Vendor-independent and scalable
Enables pre-drill baselining and post-well KPI comparison

AI Slide and Rotate Notations in StarLite Web acts as a real-time assistant that highlights slide length, rotary parameters, and motor yield displayed along the well path.

Features:

Real-time AI slide/rotate flags
Slide segments marked along well path
Displays slide length per interval
Shows key rotary parameters

Visualizes motor yield changes
Standardized notations for clear communication
Browser-based in StarLite Web

DrillSpot’s Driller’s Panel generates depth-based roadmap curves for any mapped trace based on offset performance, giving drillers precise parameter guidance tied to formations and KPI targets.

Features:

Build depth-based WOB, RPM, flow envelopes
Derive envelopes from top-performing offset wells
Tie parameter bands to formations and tops
Display roadmap envelopes in Driller’s Panel

Update envelopes automatically as geosteering shifts
Integrate slide-rotate recommendations into envelopes
Encode KPI targets directly into roadmap design
Export roadmap tables into drilling programs

Automatic Data Parsing

AI-driven document parsing converts BHA, mud, and daily drilling reports (DDR) to keep drilling data consistent, searchable and ready for multi-disciplinary workflows.

Solo Feed

DrillSpot

StarSteer

DDR parsing in Solo Feed automatically reads emailed and streamed Pason reports, pushing key events and insights straight to BOSS Dashboard well cards and StarSteer comments so drilling teams see what’s happening now, not after digging through PDFs and email chains.

Features:

Ingests IADC DDR from Pason DataHub and emailed PDFs
Parses drilling parameters operations information
Streams DDR as comments into StarSteer
Provides DDR-based operational timelines inside DrillSpot
Scales asynchronous DDR extraction across multiple wells

Filename masks and email filters target DDR attachments
Handles timezones, duplicates, and malformed fields
Solo Feed auto-polls mailboxes continuously
Archives original DDR files in Solo Drive for traceability

Configure Solo Feed to parse drilling BHA reports into structured assemblies, normalizing components, dimensions, and weights to power analytics, digital twins, offset well matching, and real-time engineering workflows.

Features:

Drag and drop BHA reports from multiple formats
Detects component types and builds ordered BHA strings
Extracts lengths, diameters, weights and key specifications
Normalizes units and naming across mixed vendor reports

Flags inconsistent or missing BHA parameters for review
Stores parsed BHAs in a searchable centralized library
Generates statistics on BHA usage and performance
Handle unrecognized components with configurable types

Emailed and uploaded mud reports can be automatically parsed into structured mud checks, normalizing units and mapping to WITSML so Solo, DrillSpot, and WellLake share consistent, real‑time fluid properties.

Features:

Parses PDF mud reports from email and uploads
Extracts mud checks, rheology, gels, density, fluid type, rheology temperature
Converts all measurements to base units
Preserves original report files in Solo Drive (S3 storage)

Multiple mud checks per report and per wellbore
Auto-updates existing records when new values arrive
Supports fully editable mud checks in DrillSpot
Activates/deactivates mud report feed based on recent data and shows status icon

AI Assistants

Turn plain-language questions into Python scripts, clean datasets, and drilling insights with ROGII’s AI Assistants. Shrink analysis time, remove bottlenecks, and iterate your workflows faster.

StarSteer

DrillSpot

Data Manager

Generate scripts from plain-language prompts with RogiiAI’s Python Scripter, built directly into StarSteer. Users can design and maintain their own code to achieve results that suit their workflows instead of depending on coding specialists.

Features:

Generates StarSteer Python scripts from plain language
LLM is trained on StarSteer and Python script library
Runs directly from StarSteer’s Calculator tab for quick execution

Suggests parameters and defaults, reducing errors
Debug existing scripts that are returning errors
Import/export scripts via .ssscript for easy sharing

Accelerate project data management adn analysis with natural language queries, transforming large operational datasets into clean, searchable, analytics-ready assets.

Features:

Answers prompts about wells, curves, and files
Locates relevant datasets across projects
Highlight missing, duplicate, or inconsistent data for QC

Generates import templates from examples
Explains curve meanings, units, & usage in plain language
Connects to ROGII’s Knowledge Base for Technical Support

Receive quick answers to daily drilling questions, turning live operational data into instant insights on progress, NPT, AFE variance, collision risk, and key trends so engineers can react faster during active operations.