About

Built for Engineers in the Field

Version 1.0 · MVP

HADALBORE is an independent engineering software platform focused on delivering professional-grade digital tools for upstream oil & gas professionals. Every product is designed around the operational reality of casing, completions, and intervention engineers.

Hydraulics & Mechanics
MATH & HYD
0m500m1000m1500m1820m
HIGH BENDING STRESS
Bingham PlasticHYD
τ = τ₀ + μₚ · γ̇
Equivalent Circ. DensityHYD
ECD = MW + ΔP_ann / (0.052 · TVD)
Herschel-Bulkley ModelHYD
τ = τ_y + K · γ̇ⁿ
Von Mises StressMECH
σ_vm = 1/√2 √[(σ₁-σ₂)² + (σ₂-σ₃)² + (σ₃-σ₁)²]
Dogleg SeverityT&D
DLS = (10 / ΔMD) · arccos(cos I₁ cos I₂ + sin I₁ sin I₂ cos ΔA)
Frictional Pressure LossHYD
ΔP_f = (f · ρ · v² · L) / (2 · d)
Buoyancy FactorMECH
BF = 1 - (ρ_mud / ρ_steel)
Axial Drag ForceT&D
F_drag = μ · W_n · cos θ ± W_s · sin θ
Reynolds NumberHYD
Re = (ρ · v · d) / μ
Bingham PlasticHYD
τ = τ₀ + μₚ · γ̇
Equivalent Circ. DensityHYD
ECD = MW + ΔP_ann / (0.052 · TVD)
Herschel-Bulkley ModelHYD
τ = τ_y + K · γ̇ⁿ
Von Mises StressMECH
σ_vm = 1/√2 √[(σ₁-σ₂)² + (σ₂-σ₃)² + (σ₃-σ₁)²]
Dogleg SeverityT&D
DLS = (10 / ΔMD) · arccos(cos I₁ cos I₂ + sin I₁ sin I₂ cos ΔA)
Frictional Pressure LossHYD
ΔP_f = (f · ρ · v² · L) / (2 · d)
Buoyancy FactorMECH
BF = 1 - (ρ_mud / ρ_steel)
Axial Drag ForceT&D
F_drag = μ · W_n · cos θ ± W_s · sin θ
Reynolds NumberHYD
Re = (ρ · v · d) / μ
ECD1.18 g/cm³
ΔP_ANN180 psi
SHEAR14 Pa
FLOW1,200 lpm

Origin & Field Background

The HADALBORE platform was created by a completion engineer with extensive hands-on experience conducting string mechanics and casing running calculations on onshore well pads and offshore rigs. The project originated from daily first-hand confrontation with the limitations of existing software tools in remote field conditions.

On a well site, engineers cannot afford to waste time navigating complex menus, waiting for remote license servers over weak connections, or manually sifting through 500-page PDF specifications. Every engineering and UX decision in HADALBORE — from the client-side calculation engine to the zero-clutter interface — is directly informed by operational field reality.

Design Principles

Offline-First

Every tool is designed to function without an internet connection. Field engineers work in remote locations. The software must work there too.

Engineering Clarity

No marketing. No unnecessary UI. Every interface element exists to communicate technical information with precision.

Zero Data Leakage

All calculations run locally. No operational well data, formation data, or engineering parameters are transmitted to any server.

Production-Grade Quality

Tools are tested against published API, NACE, and GOST specifications. Formula implementations are verified against known reference cases.