The Problem and a Billion-Dollar Market Gap

Dry modular construction is growing exponentially but faces a critical structural barrier: the traditional system is inherently expensive and hollow. The global market suffers from walls vulnerable to impact, high costs due to the concentration of vertical studs (one every 400mm), massive amounts of thermal insulation, and hundreds of meters of metallic cross-bracing straps.

Besides requiring manufacturing dependence (engineered steel from third-party industries) and highly specialized labor on-site, there is a historical aggravating factor: for over a decade in Brazil, this system has proven its socio-economic unviability. Its high implementation cost prevents mass consumption by the majority of the population, restricting the technology to a niche and stalling the true industrialization of civil construction.

The Traditional System Gap

  • Low resistance to point impacts.
  • Sensation of a "hollow wall" and fragility.
  • High steel material costs.
  • Dependence on intermediary manufacturing.
  • Requires highly specialized labor.
  • Socio-economic unviability.

There is a billion-dollar gap for a definitive system that integrates structure, sheathing, and thermo-acoustic comfort into a single component.

Discover the Solution

The New Soul of the Metallic Quadrant:
Panel F-Core

The lightweight fiber-cement matrix responsible for withstanding extreme loads, eliminating intermediate elements and shielding the structure from the inside out.

High-Performance Raw Material

Rigid core in a fiber-cement matrix. A structural component designed to resist micro-cracking and shrinkage..

Intelligent Geometry

Its trapezoidal shape enhances rigidity and creates natural vertical channels for electrical and plumbing installations. Its interlocking mechanism slides with millimeter precision into the standard LSF profile—the U-shaped track.

Diversity in Assembly:
Modules U, W and Z

In addition to the standardized panels, the F-Core system allows for the finishing of non-modular walls using individual profiles.

Stacked U-shaped modules (Nesting)
Z-shaped modules
Panel F-Core

Cost Breakdown: LGS vs F-Core System

The F-Core System eliminates intermediaries and resolves structural framing with continuous geometric intelligence.

Light Gauge Steel (Conventional)

  • 8 Studs (R$ 70/ea) R$ 560.00
  • 3 Tracks (R$ 68/ea) R$ 204.00
  • Material Cost R$ 764.00
  • Engineering & Assembly (80%) R$ 611.20
  • TOTAL: R$ 1,375.20

F-Core System (Innovation)

  • 2 Studs (R$ 70/ea) R$ 140.00
  • 2 Tracks (R$ 68/ea) R$ 136.00
  • F-Core Panel (3 units) R$ 250.00
  • Fast Assembly Labor (25%) R$ 131.50
  • TOTAL: R$ 657.50

Immediate reduction of 52.2% in structural costs per square meter.

Surface Finishes

The F-Core System accommodates cladding such as fiber-cement, gypsum board, surface-treated EPS, and plaster over fiberglass mesh. The thermally insulated F-Core features a flat inner face, ready for painting.

Módulos em U Empilhados (Nesting)

Installation of Plates

Módulos em Z

EPS + Treatment

Módulos em Z

Plaster Finish

The Innovation:
F-Core System

A hybrid and composite building model that offers lightweight, high-strength, and low-cost technology to fill the core of the metallic frame.

The F-Core System converts what was once hollow and dependent on a massive amount of metal studs into a structural chassis with an extremely high moment of inertia. With low raw material and labor costs, it possesses universal versatility to revolutionize everything from affordable to high-end housing (vertical layout) to industrial warehouse enclosures (horizontal layout).

Patented & Cryptographically Secured

Consolidated legal architecture with irrevocable cryptographic Proof of Existence (PoE) guaranteed via Smart Contract on the Ethereum blockchain and INPI protocol.

The New Core of the Metallic Frame:
F-Core Panel

The matrix responsible for supporting extreme loads, eliminating intermediary elements, and shielding the construction from the inside out.

High-Performance Raw Material

Rigid core in a cementitious matrix, reinforced with PVA and AR Glass Fibers and cured under high pressure in an autoclave. A structural rock engineered against micro-cracking and shrinkage.

Intelligent Geometry

Its trapezoidal shape multiplies rigidity and creates natural vertical shafts for electrical and plumbing installations. Its interlocking design slides with millimeter tolerance into standard LGS U-tracks.

The Pain of Open Warehouses: High Enclosure Costs

There is high pent-up demand for enclosures in simple precast warehouses—such as agricultural, logistical, and industrial facilities that do not require load-bearing retaining walls. It is common to see entire structures operating open and without lateral enclosures for a single financial reason: the high cost of precast reinforced concrete panels.

The application of the F-Core System unlocks this market by eliminating the need for oversized foundations and zeroing out the costs of renting heavy lifting equipment (cranes), enabling a fast, safe enclosure at a fraction of the weight.

In the horizontal layout, the F-Core acts as a high-inertia beam to withstand wind loads over large spans with a fraction of the weight of concrete. It can also be installed in an inverted double layout, doubling the resistance to lateral forces.

Exterior Cladding Flexibility

Similarly to the vertical layout, the F-Core panels can receive rendering over fiberglass mesh, reinforced render, or drywall sheathing.

A market waiting!

Limitless Design and
Architectural Versatility

The F-Core System proves that structural robustness and high-end aesthetics go hand-in-hand. The F-Core Panel, being highly stable and free from shrinkage, allows for larger spans, challenging overhangs, and monolithic facades free from dreaded expansion cracks.

From the raw, fast-paced construction site to the delivery of premium-finished homes: a seamless transition.

Frame Assembly and F-Core Panel
Phase 1: The Frame Fast and Clean Assembly
Wall enclosure phase
Phase 2: The Robustness Enclosure and Anchoring
Premium Facade Finish
Phase 3: The Design Finish and Texture
High-end delivered project
Phase 4: The Delivery From Affordable to High-End

Business Model:
Industrial Licensing

The F-Core System does not require building new factories. Our commercial model focuses on technology transfer and Intellectual Property (IP) licensing for global players who already possess installed capacity.

We deliver patented structural innovation, while strategic partners leverage their autoclaves, machinery, and logistics networks to scale the product nationwide.

Exclusivity

We offer the possibility of territorial exclusivity rights. The partner guarantees a monopoly on the F-Core technology in their operating region, raising the barrier to entry against direct competitors.

1. Upfront Fee

Initial investment that grants immediate access to the patented technology and the fully validated construction concept.

2. Variable Royalties

Scalable and easily auditable revenue, based on an agreed fixed rate per square meter of panel produced and sold.

3. Guaranteed Minimum Royalties

Contractual safeguard establishing a minimum annual payout regardless of sales volume, protecting the technology from being shelved.

4. Technical Consulting (Setup)

Direct engineering support for adapting the matrices on the partner's continuous production line, optimizing the setup of extruders and presses.

F-Core System Value ladder

The patent's technology and market roadmap

1. Hash Blockchain

Prior Art and Cryptographic Proof

2. Prototypes
e Home F-Core

Proof of Concept Físic

3. Patent

Legal Protection and Property

4. Franchise Network
Home F-Core

Decentralization and Royalties

5. Market Traction

Market Share e Escalabilidade

6. Acquisition and Scale

M&A / Corporate License

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Stage completed
In Progress

Partnerships and
Licensing

If you represent a company in the construction sector, an investment fund, or wish to discuss Intellectual Property licensing, please provide your details: