GTO is the baseline. Population adjustment is the edge.
EquiSolve combines a high performance desktop solver with Population Ranges, derived from aggregated analysis of large scale database across 50NL–1000NL, to model the player pool, find highest‑EV deviations, and train lines that win in practice.
Product preview
A desktop workflow built for study speed, clarity, and repeatable execution.
The problem: solving ≠ winning
GTO outputs are incredibly valuable, but they assume opponents play optimally. Real opponents don’t. They cluster into tendencies: overfolds, underbluffs, sticky calls, passive lines, and predictable sizings.
If your study tool only models optimal play, it won’t tell you which deviations print against the pool — or which “clever” adjustments quietly torch EV.
The solution
Use a clean baseline strategy — then layer population assumptions and Population Ranges: ranges designed to reflect how the pool actually plays, so your adjustments are targeted and profitable.
What you get
Clean, concrete tooling for study and execution, plus ranges that help you model the pool instead of guessing.
Fast solving, clear outputs, and a workflow built for repeatable study.
- Solve key spots quickly with readable strategy outputs
- Turn solves into drills and review checklists
- Keep a consistent baseline across your study group
For building targeted hypotheses and stress‑testing adjustments.
- Node locking to model specific tendencies and lines
- Play vs Solution training mode for execution
- Use constraints to explore 'what actually happens' trees
A clean baseline plus population‑driven deviations designed for real‑world EV.
- Standard Ranges: 6-max + heads-up for 50NL, 100NL, 200NL, 500NL, plus unraked
- Population Ranges: deviations that maximize EV vs the pool
- Faster study by focusing on high‑impact decision points
Standard Ranges
A stable baseline library for consistent study and clean shared language across formats.
- Includes 6-max and heads-up ranges
- Stakes: 50NL, 100NL, 200NL, 500NL, plus unraked
Population Ranges built for the real player pool
Definition: ranges designed to reflect how the pool actually plays, so your adjustments are targeted and profitable — not theoretical.
How it works
A simple pipeline that keeps you grounded in baseline theory, while aiming your study at EV vs the pool.
Standard vs Population Ranges
Use Standard Ranges to build a stable study foundation. Use Population Ranges when you want targeted deviations that reflect how the pool actually plays.
- Baseline, consistent, easy to review
- 6-max + heads-up: 50NL, 100NL, 200NL, 500NL, plus unraked
- Great for theory, structure, shared language
- Best when opponents are closer to optimal
- Population‑driven deviations
- Prioritizes high‑impact nodes
- Designed to maximize EV vs real opponents
Pricing
Buy the desktop solver once. Subscribe to ranges when you want a library you can study and deploy.
Core solving features for clean, repeatable study.
- Core solving features
- Clear outputs & workflows
- Updates included
Everything in Baseline, plus pro-grade node locking and training.
Already have Regular? Upgrade to Pro anytime and only pay the difference.
- Everything in Baseline
- Node locking
- Play vs Solution training mode
- Updates included
A stable baseline library for consistent study and review.
- 6-max + heads-up: 50NL, 100NL, 200NL, 500NL, plus unraked
- Baseline range sets
- Consistent conventions
- Cancel anytime
Population-driven deviations designed to maximize EV vs real opponents.
- Population ranges library
- High-impact node focus
- Designed for execution under pressure
- Cancel anytime
Subscriptions are independent of the one-time solver purchase.
Download is free. Purchasing provides a license key to activate your copy.
FAQ
Clear answers for serious players, coaches, and study groups.