A Simple
Second Brain for
Enterprise & Students

Organize and search your knowledge in one place with AI copilot, plus specialized AI solutions for oil & gas, from well logs to production forecasting.

Trusted byReservoir Link

One dock for your whole subsurface workflow

Hover an app to preview it, then click to launch. Eight specialized tools, one platform.

Bogglemind AIBogglemind AI
09:41
Sustainability

We help data centers
drink less water.

Every AI query you run spins up GPUs in a data center, and cooling those chips evaporates fresh water. A conventional second brain gulps that water with every search. Simple Second Brain sips it.

By leaning on efficient, knowledge-based retrieval instead of constant heavy inference, it does more with far less compute, so your knowledge workflow stays light on the planet.

Conventional Second Brain

Thirsty by design

  • Every query hits a large cloud LLM
  • Heavy GPU inference for each search
  • Big vector databases running around the clock
  • High energy draw and cooling-water footprint
  • Your notes leave your device to be embedded
Water-wise

Simple Second Brain

Sips, not gulps

  • Knowledge-based retrieval with lightweight models
  • Minimal compute per query, answers in a blink
  • Lightweight on-demand indexing, with no vector database running around the clock
  • A fraction of the energy and cooling water
  • Your documents stay in your workspace and are never embedded into third-party models

Eight Microapps

One platform. Every domain.

Hover card for spotlight · click side cards or arrows to navigate

🪨
01

Formation Evaluation

Petrophysics & Lithology

Lithology classification, porosity estimation and permeability prediction from well-log curves.

  • GR / RHOB / NPHI prediction
  • Fluid contact detection
  • Real trained ML models
LASCSV
🛢️
02

Reservoir Characterization

Sweet Spot Mapping

Facies classification, fluid identification and pressure prediction using petrophysical data.

  • Facies classification
  • Pressure prediction
  • Rock property estimation
LASCSV
⚙️
03

Drilling Optimization

Wellbore Engineering

ROP prediction, stuck-pipe anomaly detection and mud-weight window estimation.

  • ROP prediction
  • Stuck-pipe detection
  • Mud weight window
CSVTXT
📈
04

Production Optimization

Decline Curve Analysis

Arps decline curve analysis, P10/P50/P90 production forecasting and pump optimization.

  • P10 / P50 / P90 forecasts
  • Decline curve fitting
  • Artificial-lift optimization
CSVTXT
🌊
05

Seismic Interpretation

Fault Detection

Fault detection via 1-D CNN and horizon picking from amplitude and coherence attributes.

  • 1-D CNN fault detection
  • Horizon picking
  • Amplitude analysis
CSVSEG-Y
🧬
06

Microbiome H₂S Souring

16S rRNA Analysis

SRB detection, H₂S risk scoring and biocide treatment recommendations from sequencing data.

  • SRB detection
  • Souring risk score
  • Biocide recommendations
CSVFASTQ
🔗
07

GRCCL

Correlation Run Detector

External application for correlation run detection and multi-well formation analysis.

  • Formation correlation
  • Log pattern matching
  • Multi-well analysis
LAS
🧠
08

Simple Second Brain

Wellfile Intelligence

Knowledge management platform built for petroleum engineers.

  • Document intelligence
  • Knowledge graph
  • Engineer workflows
Any
Formation Evaluation
New: Microbiome Analysis

16S rRNA Sequencing Meets H₂S Souring Risk

Reservoir souring is one of the costliest problems in oil and gas. Sulphate-reducing bacteria generate hydrogen sulphide (H₂S) that corrodes pipelines and facilities, triggers safety shutdowns, and discounts sour crude at the wellhead. The bill runs into billions each year across corrosion, chemical treatment, lost production and HSE exposure, and H₂S is lethal to workers at just a few hundred parts per million.

Catching souring early is far cheaper than reacting to it. Upload FASTQ files from DADA2 pipelines or processed taxonomy CSVs and get instant SRB detection, souring risk scores, diversity metrics, and biocide treatment recommendations, so you can intervene before H₂S ever shows up in the sales line.

  • Predict souring risk early, before corrosion and shutdown costs hit
  • Knowledge-based scoring engine, no training data required
  • 374-ASV reference database from real oilfield samples
  • Percentile ranking, community composition, feature importance

The cost of souring

Why early H₂S prediction pays for itself

$B / yr
Industry-wide corrosion and souring damage
100 ppm
H₂S is immediately dangerous to life
Sour
Crude discounted vs. sweet at the wellhead
< 2 min
To flag SRB risk from a sequencing run

Supported Inputs

Multiple formats accepted

FASTQ (DADA2 output).fastq, .fq
Taxonomy Table CSV.csv

Our Legacy Apps

Formation Evaluation & Petrophysics

Lithology prediction, porosity, fluid contacts

LAS

Reservoir Characterization

Sweet spot mapping and rock property estimation

LAS / CSV

Drilling Optimization

Wellbore stability and bit wear predictions

CSV

Production Optimization

Decline curve analysis and reserve forecasting

CSV

Seismic Interpretation

Fault detection and horizon correlation

SEG-Y

Microbiome H2S Souring

SRB detection and biocide treatment recommendations

CSV / FASTQ

Correlation Run Detector (GRCCL)

Formation correlation from well logs

External Tool

Simple Second Brain (Wellfile)

Wellfile intelligence, knowledge management for petroleum engineers

External Platform↗ Open
8
Legacy Apps
5
ML Domains
3
Subscription Tiers
< 2 min
Per Job

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