A design assistant that helps you create and test thousands of product digital twins.
Co-optimize multiple features simultaneously by finding the right molecular composition and processing parameters.
| Design | Ingrowth | Strength | Fibrosis | Score | ± |
|---|---|---|---|---|---|
| Version 1 | 0.91 | ± 0.04 | |||
| Version 2 | 0.88 | ± 0.13 | |||
| Version 3 | 0.85 | ± 0.08 | |||
| Version 4 | 0.82 | ± 0.05 | |||
| Version 5 | 0.79 | ± 0.15 |
Thousands of versions, simulated in minutes, and the few worth testing.
Every target, every hard limit, and the parameters the engine is allowed to move. In your units, on your process.
Backbond is powered by powerful algorithms designed to excel at the industrial level, where data is thin and messy, the problem is complex, and the chemistry is being steered to achieve product specs.
Creates a molecular digital twin of the product, even when very little data is available. It collects contextual knowledge of your product, understanding all the chemical and physical mechanisms that govern it.
Links the coupled chemistry to technical properties (viscosity, tensile strength). It understands how tens of parameters interplay in shaping the properties, which ones matter most, and in which contexts.
Understands where knowledge gaps exist, what is uncertain, and which experiments improve accuracy, based on its understanding of the chemistry.
An algorithm that understands the molecular digital twin at the lab scale and at the industrial scale. It ties scale-up performance to the ingredients used and fixes the formulation to achieve the right quality at industrial scale.
An architecture of AI scientists that think through technical properties, manufacturing, regulations, and supply chain simultaneously.
Links all your data through complex scientific relationships, so every molecule's role is understood in any context. Continuously refreshed with the latest literature, market and supplier data.
Connect every paper, lab report and data sheet you own, and Backbond links the hidden intelligence inside them scientifically. You can then synthesise answers from real evidence and deep reasoning, answers that exist in no single document.
Hand it every spec at once, including the ones that fight each other, and Backbond searches the molecular space for the few formulations that satisfy all of them. You walk into the lab to confirm, not to search.
Balance conflicting technical properties by finding the right components and processing setup.
Complete a complex project that has stalled for years because of conflicting properties.
You developed a material or a component and want to validate it in certain applications, fast.
Your recipe is produced at a certain manufacturer, but you want to switch to one with different equipment. Reformulate in days.
A component's cost increased and you want to find an alternative while keeping everything else unchanged.
Replicate a competitor's formulation or a known patented one with different components.
The lab process and the industrial process work in different ways. Find the formulation that transfers without loss in quality.
A component gets restricted in one of your markets. Reformulate to stay compliant without changing what the customer experiences.
Take a winning product to a new claim, such as sugar-free, vegan, or compostable, without redeveloping it from scratch.
A supplier discontinues a component. Qualify a replacement before your stock runs out.
Match a legacy gold-standard batch whose know-how left with a retiring scientist.
You developed a working recipe, but the customer runs a different manufacturing process. Tweak the recipe to fit their line.
Cut the carbon or water footprint of a recipe while holding performance and cost where they are.
Show exactly where your molecule wins: which applications, at which loadings, against which alternatives.
other business problems, solved in days.
Time and resources are limited. You can only test a few designs before a deadline, and development is sequential: you validate one spec at a time.
Simulate and validate every version of your product, own the one that beats the market on every aspect, and simulate the full validation and scale-up pipeline.
Iterate, test and expand with the research capacity of a company 100x your size.
Formulate your ingredient into your customers' own applications, prove exactly where it wins and where it does not, and answer a formulation request while your competitors are still sampling.
Sell fast, and never lose a deal on an ingredient that was never fully explored.
Pull every department's knowledge into one design, carry every constraint and every past trial into the search, and know which programmes deserve the lab before the quarter starts.
Compress a validation that crosses ten departments into a single pass.
Specify your formulation with real targets instead of a brief, simulate what your contract manufacturer sends back, and know whether it is the best version or the first one that passed.
Compete with brands that own laboratories, without owning one.
Take an idea to a formulation a factory can actually run, simulate the equipment, the cost and the shelf life before you commit, and arrive at your manufacturer already holding the answer.
Launch in months instead of years.
Narrow every brief to a shortlist before the first experiment, hand clients the reasoning behind each candidate, and run more programmes in parallel than your bench allows.
Sell the capacity of a team several times your size.