The word “innovative” appears in project documentation almost more often than the technical results themselves. Companies call almost any project innovative: an upgrade of an old machine tool, a cosmetic change to packaging, the transfer of someone else’s technology to a new market. The problem is that this word does not always stand for scientific and technical novelty — and without it, the development remains ordinary experimental design work, useful as it may be, but not creating a new technical solution.
Whether a project really creates a new technology can only be established through a systematic check — an analysis of the existing state of the art, a patent search, and a comparison of your own solution with already known analogues. In this article we will look at what is called innovative R&D, how the analysis is carried out before the start of development, which features distinguish a genuine innovation from a cosmetic update, and why patent research should precede investment in a project rather than conclude it.
What Innovative R&D Is
Innovative R&D is research and design work that results in a technical solution with technological novelty that can be introduced into production, a product, or a process. The key difference from ordinary R&D lies not in the amount of resources spent or the complexity of the development, but in whether the final solution contains features that were absent from the existing state of the art.
It is important to separate two concepts that are often confused in practice. Any experimental design work is a process. For example, experiments, calculations, the manufacture of samples. Innovation, by contrast, is a result. Moreover, a result brought to practical application. One can go through a full R&D cycle, obtain a working prototype and still create nothing new from a technical point of view — if an analogous solution already exists and was simply unknown to the team at the start. This is exactly why innovative R&D is better regarded not as synonyms, but as a process and its possible, though not guaranteed, outcome.
In practice, the innovative nature of a development is confirmed by three features simultaneously:
- the solution differs from known analogues in essential features;
- the effect of this difference can be measured or demonstrated;
- the result is applicable outside the laboratory.
If at least one of these features is absent, it is premature to call the project innovative.
How R&D Analysis Is Carried Out Before Development Starts
Before investing a budget in a laboratory, a design bureau, and the manufacture of prototypes, it is reasonable to carry out an R&D analysis — a preliminary assessment of how new and expedient the intended solution really is. This is a good way not to spend months of work on something that competitors have already invented or that was long ago described in the patent literature.
Such an analysis is usually built around three consecutive steps:
- defining the goal for which the development is undertaken,
- checking the technological novelty of the idea,
- studying which solutions in this field already exist.
Let us examine each of them in more detail.
The purpose of conducting R&D
Without a clearly formulated goal of carrying out R&D, it is impossible either to plan the work or, later, to prove that the result has been achieved. In practice, the goal of a development usually falls into one of the following categories: creating a fundamentally new technical solution, significantly improving the characteristics of an existing product, reducing production costs, replacing imported components with domestic analogues, or obtaining a result that can be protected by a patent.
It is important for the goal to be measurable. The wording “develop a more compact sensor” describes a direction, but not a task. “Reduce the dimensions of the sensor by 30% while maintaining the current measurement accuracy” is already a specific task that can be verified experimentally. The more precisely the goal is formulated at the start, the easier it is at the end to assess whether a genuinely new solution was obtained or merely a refinement of an existing one.
Checking Technological Novelty
Checking technological novelty is the central element of the analysis before R&D. This is not about a general feeling of “we are doing something new”, but about a specific comparison of the proposed solution with the existing state of the art: which of its features coincide with already known developments, and which are genuinely absent from the analogues.
For such a check, an engineering team usually analyzes:
- patent and scientific and technical literature on the subject of the development;
- valid patents and patent applications in adjacent fields;
- publications in specialized scientific journals and industry periodicals;
- technical characteristics of products already on the market.
Scientific and technical novelty is confirmed not by the fact that the team has not come across a similar solution, but by the fact that it has systematically checked the sources and has not found it where it should have been reflected first of all — in patent databases and specialized literature. The difference between these two situations determines whether the development will be protectable or will turn out to be a repetition of someone else’s idea.
Analysis of Existing Solutions
Checking novelty is directly linked to one more element of the analysis — studying competing solutionsalready used on the market or patented by other companies. Even if the team is confident in the originality of its idea, competitive analysis often shows that a similar problem has already been solved, sometimes in several ways at once.
The analysis of existing solutions answers several practical questions: which competitors are already working in this direction, which technical approaches they use, whether they have valid patents that may restrict the possibility of using the future development, and exactly how the solution proposed by the company differs from what is already on the market. The answers to these questions form a real picture of the state of the art — the technical background against which the patentability of the development will later be assessed.
How to Tell That a Development Is Really Innovative
After the analysis of the goal, the novelty, and competing solutions has been carried out, a practical criterion can be formulated: a development is innovative if it introduces into the state of the art a feature that solves a technical problem in a way not previously described, and this way can be confirmed by documents — calculations, test reports, comparative data.
Features against which a project should be checked before it is called innovative:
- the difference from the closest analogues is recorded in specific technical features, and not in general wording such as “more efficient” or “more convenient”;
- the effect of the new solution is measured and repeatable — it can be demonstrated in a report, and not only described in words;
- the solution has been brought to a stage at which it can be applied in practice, and has not remained a theoretical concept;
- the check of patent and scientific sources has not revealed an identical solution implementing the same technical task in the same way.
If a development meets these criteria, it has real chances not only of being considered innovative within the company, but also of obtaining legal protection. If, however, the difference from existing solutions comes down to design, a combination of already known components without a new technical effect, or the adaptation of someone else’s technology to a local market, it is premature to call such a project innovative — most likely, this is a useful but non-patentable improvement.
Why Patent Research Should Be Carried Out Before Investing in R&D
A common mistake is to postpone the patent search to the final stage of the project, when the prototype has been made and the design documentation has been prepared. By this point the company has already spent the main development budget, and if the patent search finds a close analogue, adjusting the solution turns out to be either expensive or altogether impossible without redoing the entire project.
Patent research carried out before the start or at the very early stages of R&D solves several tasks at once. It shows whether the idea has any room for novelty at all, and allows the terms of reference to be adjusted before the main resources are invested in the project. It identifies valid competitor patents that may restrict the possibility of using the future development in production or on a specific market. Finally, it builds an evidence base: it is on the basis of patent analysis that the patent claims are later prepared and the patentability of the solution is substantiated when the application is filed.
The economics here is straightforward: changing a wording in the terms of reference at the start of a project costs almost nothing. Redoing an already manufactured prototype because of an analogue patent missed at the start means months of work and a significant part of the R&D budget. Therefore it is logical to build patent analysis into the project from the very beginning, rather than carry it out as a formality before filing the application.
How “POSINT” Helps Assess the Novelty of a Future Development
Assessing novelty means working with a large volume of heterogeneous information: patent databases of different countries, scientific publications, technical characteristics of competitors’ products. Done manually, such an analysis takes engineers and patent specialists weeks — one has to select search queries, review hundreds of documents in different languages, and manually compare patent claims with one’s own technical solution.
The POSINT AI engineer builds this analysis directly into the project cycle:
- processes a description of the development in natural language — there is no need to select patent wording and IPC codes in advance;
- analyzes the global state of the art, checking relevant patents and applications in Russian and foreign databases;
- compares the proposed solution with the closest analogues and indicates exactly what the technological novelty consists of;
- generates a structured report on the basis of which the team can adjust the terms of reference even before laboratory work begins;
- reduces the time of preliminary analysis from weeks of manual work to hours.
This makes it possible to test the novelty hypothesis at the earliest and cheapest stage of the project — before the company has invested the main budget in the development.
Conclusion
Innovative R&D begins not with a claim of novelty, but with checking it. Before launching a development, it is important for a company to understand which solutions already exist, how its own technology differs from analogues, and whether it really creates a new technical result.
Patent research at an early stage makes it possible to confirm the promise of an idea, identify competitors’ developments, and adjust the project before the main budget has been invested in it. “POSINT” helps carry out such an analysis even before R&D begins and make a decision on further development based on data rather than assumptions.
Carry out a patent search with “POSINT” before starting R&D — it is faster than manual analysis and reduces the risk of spending resources on a development that already exists.