HyperSynaptiKx SPR Product Suite for AI Drug Design
HyperSynaptiKx bridges AI drug design with wet-lab validation. This SPR-powered workflow suite delivers picomolar kinetics (ka, kd, KD, t½) and generates >50,000 datapoints from 1,000+ custom sequences within days. By transforming AI designs into rapid, high-quality datasets, HyperSynaptiKx fuels fast DBTL cycles for antibody therapeutics and next-generation mini-protein binders. Explore our tailored solutions below and connect with us to accelerate your pipeline.
HyperSynaptiKx SPR Product Suite for AI Drug Design
HyperSynaptiKx bridges AI drug design with wet-lab validation. This SPR-powered workflow suite delivers picomolar kinetics (ka, kd, KD, t½) and generates >50,000 datapoints from 1,000+ custom sequences within days. By transforming AI designs into rapid, high-quality datasets, HyperSynaptiKx fuels fast DBTL cycles for antibody therapeutics and next-generation mini-protein binders. Explore our tailored solutions below and connect with us to accelerate your pipeline.
Transforming AI drug design with scalable SPR wet-lab testing that generates rich kinetic data for lab-in-loop learning cycles.
Transforming AI drug design with scalable SPR wet-lab testing that generates rich kinetic data for lab-in-loop learning cycles.
HyperSynaptiKx BuildLoopIQ
BuildLoopIQ, the flagship module of the HyperSynaptiKx suite, completes the design–build–test–learn (DBTL) loop by synthesizing thousands of AI-generated antibody, protein, or peptide variants directly on-chip and capturing full SPR kinetic profiles (ka, kd, KD) within hours. The resulting feature-rich datasets feed back into generative models for reinforcement learning or Bayesian optimization, enabling rapid multi-cycle iteration. What once took months of wet-lab work is compressed into weeks, accelerating the path to higher-affinity, lower-liability leads.
HyperSynaptiKx BuildLoopIQ
BuildLoopIQ, the flagship module of the HyperSynaptiKx suite, completes the design–build–test–learn (DBTL) loop by synthesizing thousands of AI-generated antibody, protein, or peptide variants directly on-chip and capturing full SPR kinetic profiles (ka, kd, KD) within hours. The resulting feature-rich datasets feed back into generative models for reinforcement learning or Bayesian optimization, enabling rapid multi-cycle iteration. What once took months of wet-lab work is compressed into weeks, accelerating the path to higher-affinity, lower-liability leads.
HyperSynaptiKx AntibodyIQ
AntibodyIQ is your lead‑selection engine for antibodies, mini‑proteins, and peptides—multiplexing up to 1,152 variants on a single SPOC chip to capture full Kx kinetics (kon/koff/KD) and residence‑time profiles in one run. By collapsing weeks of serial SPR work into hours and slashing reagent use and cost per datapoint, AffiRank delivers objective, kinetics‑based rankings tuned to your modality’s performance window. Identify the tightest binders, map functional epitopes, and advance only the winners—fast.
HyperSynaptiKx AntibodyIQ
AntibodyIQ is your lead‑selection engine for antibodies, mini‑proteins, and peptides—multiplexing up to 1,152 variants on a single SPOC chip to capture full Kx kinetics (kon/koff/KD) and residence‑time profiles in one run. By collapsing weeks of serial SPR work into hours and slashing reagent use and cost per datapoint, AffiRank delivers objective, kinetics‑based rankings tuned to your modality’s performance window. Identify the tightest binders, map functional epitopes, and advance only the winners—fast.
HyperSynaptiKx FoldIQ
FoldIQ compresses months of mini-protein engineering into a single, data-rich experiment. Thousands of AI-predicted mini-protein binder designs are synthesized on-chip and screened against the target and its isoforms, delivering affinity, specificity, and selectivity profiles for each binder. High-resolution SPR kinetics stream back into your AI models, refining predictions and guiding the next design cycle. The result: accelerated iteration, reduced costs, and rapid discovery of differentiated mini-protein binders.
HyperSynaptiKx FoldIQ
FoldIQ compresses months of mini-protein engineering into a single, data-rich experiment. Thousands of AI-predicted mini-protein binder designs are synthesized on-chip and screened against the target and its isoforms, delivering affinity, specificity, and selectivity profiles for each binder. High-resolution SPR kinetics stream back into your AI models, refining predictions and guiding the next design cycle. The result: accelerated iteration, reduced costs, and rapid discovery of differentiated mini-protein binders.
HyperSynaptiKx ContactIQ
SPOC’s on-demand data generation service provides proprietary, high-resolution drug–target interaction datasets purpose-built for AI model training. From customer-provided DNA sequences, SPOC synthesizes hundreds to thousands of antibody, protein, or peptide variants directly on SPR biosensor chips. Each library is profiled in real time to capture complete kinetic parameters (ka, kd, KD, residence time) in a single assay. Unlike public or legacy datasets, SPOC data is tailored, reproducible, and experimentally grounded, delivering structured inputs that accelerate supervised fine-tuning (SFT) and design-build-test-learn cycles. The result: exclusive, model-ready datasets that enhance predictive accuracy, reduce training bias, and fuel rapid drug design breakthroughs.
HyperSynaptiKx ContactIQ
SPOC’s on-demand data generation service provides proprietary, high-resolution drug–target interaction datasets purpose-built for AI model training. From customer-provided DNA sequences, SPOC synthesizes hundreds to thousands of antibody, protein, or peptide variants directly on SPR biosensor chips. Each library is profiled in real time to capture complete kinetic parameters (ka, kd, KD, residence time) in a single assay. Unlike public or legacy datasets, SPOC data is tailored, reproducible, and experimentally grounded, delivering structured inputs that accelerate supervised fine-tuning (SFT) and design-build-test-learn cycles. The result: exclusive, model-ready datasets that enhance predictive accuracy, reduce training bias, and fuel rapid drug design breakthroughs.
For more information on the SPOC platform, get in touch:
Contact Us
1600 Adams Drive
Suite 236
Menlo Park, CA 94025
7201 E Henkel Way
Suite 285
Scottsdale, AZ 85255
480-219-9506
For more information on the SPOC platform, get in touch:
Contact Us
1600 Adams Drive
Suite 236
Menlo Park, CA 94025
7201 E Henkel Way
Suite 285
Scottsdale, AZ 85255
480-219-9506
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