What We Enable

Applications of Programmable Molecular Design

Mojo's AI-driven platform unlocks precision engineering across therapeutics, delivery systems, and advanced materials.

Precision Therapeutics

Antibody–Drug Conjugates (ADCs)

AI-designed programmable linkers that improve payload stability, controlled release, and tumor selectivity — enabling next-generation ADC therapeutics with improved therapeutic index.

Peptide–Drug Conjugates (PDCs)

Programmable peptide scaffolds engineered for tissue-targeted delivery with tunable pharmacokinetics and reduced off-target toxicity.

Nucleic Acid Conjugation

Precision conjugation of siRNA, ASO, and mRNA with targeting ligands and delivery carriers — expanding the reach and efficacy of nucleic acid therapeutics.

Protein Degraders

Programmable bifunctional molecules — PROTACs and molecular glues — engineered with AI-optimized linkers for targeted intracellular protein degradation.

Drug Delivery & Carriers

Programmable Delivery Carriers

Sequence-defined polymer scaffolds engineered to encapsulate and release therapeutic payloads with spatial and temporal precision across tissue targets.

Biomaterials & Regenerative Medicine

AI-designed programmable biomaterials for tissue engineering, wound healing, and regenerative applications with tunable degradation and mechanical profiles.

Advanced & Structural Materials

High-Performance Programmable Polymers

Sequence-defined polymers with programmable mechanical properties — including tensile strength, elasticity, and thermal stability — engineered for demanding structural applications.

Functional Coatings & Composites

AI-designed polymer composites with programmable surface chemistries — enabling anti-fouling, self-healing, and stimuli-responsive material behaviors.

Extreme Environment Materials

Programmable aramid-like copolymers engineered for ultra-high durability, chemical resistance, and structural integrity under extreme mechanical and environmental stress.