Tangible Assets
Gold
The historical gold price trend from 1970 to 2025 clearly shows: In times of political and economic crises, gold not only remained stable but often even rose in value—thus becoming a reliable anchor for investors.
Silver
Silver truly comes into its own when purchasing power comes under pressure. As a historically proven hedge against inflation, it combines a monetary function with broad industrial applications—and becomes particularly relevant during periods of economic upheaval.
Platinium
Platinum stands for extreme rarity and industrial precision. As one of the purest and heaviest precious metals, it derives its value from limited reserves and indispensable applications in technology, medicine, and mobility.
Palladium
Palladium is a high-purity, corrosion-resistant precious metal whose value is largely driven by industrial demand. Regulatory changes and technological shifts in particular have made palladium one of the most dynamic metals in its class in the past.
Indium
Indium is a strategic technology raw material used in modern electronics. Its importance has grown with displays, photovoltaics, and precision optics—applications that require transparent and high-performance materials.
Gallium
Der historische Gallium is a key raw material for modern communication technologies. Its role in semiconductors, LEDs, and high-frequency applications makes it an indispensable material for digital infrastructure.
Germanium
Germanium is a strategic technology raw material of the digital world. Its importance has grown with the development of semiconductors, optics, and modern communications—applications that require precise materials.
Hafnium
Hafnium is a rare high-performance metal of critical importance to safety. Its ability to withstand extreme temperatures and stresses makes it indispensable in demanding industrial and technological applications.
Rhenium
Rhenium is one of the rarest metals on Earth. Its exceptional resistance to extreme temperatures makes it a key material for high-performance and aerospace applications.
Iridium
Iridium is one of the rarest metals on Earth. Its exceptional durability and indispensability in extreme industrial and high-performance applications give it special strategic value.
Ruthenium
Ruthenium is a hard transition metal whose value stems from specialized applications. In electronics, chemistry, and high-performance catalysis, it is used where reliability and precision are critical.
Rhodium
An extremely rare, hard, and corrosion-resistant platinum group metal with high reflectivity; primarily used in catalytic converters and for durable, shiny coatings.
Tellurium
Tellurium is a rare technology metal that plays an important role in photovoltaics. It is used in thin-film solar cells, particularly in the form of cadmium telluride (CdTe).
Bismuth
Bismuth is a strategic raw material for modern electronics and energy technologies. Bismuth telluride (Bi₂Te₃), in particular, is used in thermoelectric systems, such as sensors and for the utilization of industrial waste heat.
Antimony
Antimony is a strategic raw material for semiconductors, specialty alloys, and energy technologies. Demand is rising particularly in photovoltaics, while limited production volumes could lead to shortages in the long term.
Neodymium oxide
Neodymium oxide is a central component of modern high-tech. As a key raw material for permanent magnets in electric vehicles, wind power, and precision applications, it continues to gain strategic importance with every technological transformation
Dysprosium oxide
Dysprosium oxide is one of the most critical rare earth elements. Its importance lies in applications where materials must withstand extreme conditions—limited availability and technological dependence make it a strategic high-performance raw material.
Terbium oxide
Terbium oxide is a highly specialized raw material of the future. Its significance lies in high-performance applications such as laser technology, optics, and phosphors— extreme rarity meets growing technological dependence.
Praseodymium
Praseodymium is a versatile rare earth metal with growing technological significance. As a component of modern magnet and alloy systems, it plays a central role in energy- efficient and high-performance applications.
Gadolinium Oxide
Gadolinium oxide is essential for nuclear energy, medical technology, and high-tech industries. Demand is growing, particularly in reactor technologies and magnetic materials, driven by energy and future-oriented industries worldwide.
Scandium Oxide
Scandium oxide is a strategic raw material for the future of aerospace, energy, and high-performance technologies. Demand is rising, especially in lightweight alloys and fuel cells, driven by innovation and industrial progress.
Ruby
Rubies are among the most valuable gemstones in the world and have symbolized wealth, power, and enduring value for centuries. Their exceptional hardness, combined with their rare, intense color, makes them coveted investment assets and exclusive jewelry pieces.
Sapphire
Sapphires are among the most valuable gemstones in the world and have symbolized wisdom, loyalty, and prosperity for centuries. Their exceptional hardness, combined with an impressive variety of colors—especially the legendary royal blue—makes them sought-after investment assets and exclusive jewelry pieces.
Emerald
Emeralds are among the most valuable gemstones in the world and have symbolized renewal, wealth, and eternal beauty for centuries. Their distinctive, vibrant green color and their rarity make them highly sought-after investment assets and exclusive jewelry pieces.
Volatile markets, geopolitical tensions, and monetary policy interventions have shown that traditional financial investments alone are not enough. Those who wish to secure their wealth in the long-term need assets beyond paper values.
White metals
Technology metals
Rare Earths
Stability Through Tangible Assets
Physical precious, technological, and strategic metals, as well as selected colored gemstones possess an intrinsic value that exists independently of monetary policy, financial market cycles, or short-term market interventions. Their natural scarcity, global demand, and significance as vehicles for value, industry, and substance have made them proven components of sustainable wealth strategies for centuries.
Physical assets gain particular importance as stable anchors during periods of economic and geopolitical uncertainty. Metals and colored gemstones can protect purchasing power, diversify risks, and stabilize portfolios—through tangible assets rather than abstract promises.
With physical assets, ownership is clearly defined: tangible assets with clear attribution, securely stored, and fully insured. Transparent supply chains, independent custody, and continuous monitoring build trust and traceability—even for rare and highly specialized materials.
The investment follows a strategic logic rather than short-term speculation. Valuable commodities and colored gemstones meet structured processes, experienced partners, and modern technology. This creates a long-term approach that prioritizes stability over complexity.
Thanks to digital infrastructure, access to physical metals and colored gemstones is being reimagined: flexible, transparent, and available even for small amounts— without compromising on security, ownership, or substance.
“Colored gemstones are at the dawn of a new era: physically valuable, globally sought- after—and soon to be digitally tokenized by HUSL.”
Patrick-Noël Gregor | Over ten years of in-depth gemological expertise in colored gemstones