Story:

The initial idea was to create a living textile material that retains metabolic activity, is able to repair damage after wetting, and can acquire additional functions: biological pigmentation and protection from ultraviolet radiation.

Before preparing materials for patenting, it was necessary to understand how well-known such a combination already was from the prior art.

1. “POSINT” formed the features of the development
The service structured the original description and identified 15 essential search features.
These included:
living mycelium Cordyceps militaris;
pellet structure of the mycelial framework;
melanized hyphae of Aspergillus niger;
Saccharomyces cerevisiae cells for biopigmentation;
chitosan and a tannin modifier;
riboflavin and β-carotene;
specific ranges of humidity, pH and component content.
In this way, the original idea was transformed into a set of technical features that can already be used to search for patent documents and compare the development with existing solutions.

2. A patent search was carried out
POSINT carried out a patent search across Russian and foreign sources and formed a sample of 44 documents.
Among the closest solutions, the service identified:
CN116874840A;
CN107286602A;
US2025382734A1;
IN202411067906A;
DE102005031362A1.
Such an international patent search made it possible to check not only the general idea of mycelial textile, but also individual components and their combinations.

3. Patent analytics revealed that patenting is not possible
The closest was document CN116874840A. The analysis found that it matches 15 of 15 search features.
Therefore, the patentability check showed that it is not possible to protect the development in its original form. The general features of living mycelial textile, biopigmentation, chitosan and UV protection are already present in the prior art.
At the same time, “POSINT” identified features that are found much less often in developments in this field: the use of finely dispersed chitosan; a tannin modifier; a combination of riboflavin and β-carotene, and others.
It is around such combinations that the project can continue to be developed and unique solutions can later be patented.

4. “POSINT” proposed other strategies for developing the project for further patenting
After the search, the service identified several potential directions:
mycelium-yeast composition with programmable biopigmentation and natural UV protection;
self-healing material with a reproducible UV-shielding structure;
mycelial composition with increased interphase adhesion and preservation of metabolic activity.
POSINT showed the inventor that his development has a patented analogue. At the same time, the service proposed new research directions in which the chance of patenting is high.

Result
As a result of working with “POSINT”, the user saved the time and money that he could have lost on patenting without a preliminary check of the patentability of his idea. The service did not simply deny the possibility of patenting, but also highlighted promising directions in this field. When choosing the further path of developing the idea, the service will run the patent search again and help refine the object until it is patentable.

Do you want to check your development before filing an application?
Upload a description of the technology to “POSINT” to run a patent search, find the closest analogues, assess patentability and determine which features should be included in the application for an invention.

Story:

An inventor from our team came to the service with an idea: to patent a lightly armored buggy, a reconnaissance vehicle on a tubular frame with a hybrid power plant and reinforced protection.

To do this, it was necessary to conduct a patent search, make sure the design was novel, and assess the patentability of its components: the frame, suspension, tire protection system, and turret. A patent attorney firm would have asked for at least 5–7 days. The AI patent service handled it in 15 minutes: the inventor uploaded the idea and received a ready-made package of documents. Here is how the AI assistant “POSINT” processed the task step by step.

1. Structure generation and visualization (3 minutes)
 The system generated 5 key drawings:

• General view: frame, crew capsule, turret.
• Bottom view: side members, subframes, armor plate, battery pack.
• Longitudinal section: layout of the internal combustion engine, electric motor, and seats.
• Wheel section: beadlock rim, bulletproof insert, brakes.
• Combat module: turret base, rotating platform, weapon mounting unit.

The drawings were not created from a template but specifically for the applicant’s description.

2. Detailed description of the object (5 minutes)
 Based on the idea and the drawings, the AI assistant “POSINT” wrote a detailed description:

• Tubular frame made of 30ХГСА steel with a closed loop of side members and cross members.
• Suspension: front arms, rear trailing arms, gas-hydraulic shock absorbers with remote reservoirs.
• Wheel protection: rims with beadlocks and polymer bulletproof inserts inside the tires, allowing the vehicle to keep moving when punctured.
• Hybrid power plant: coaxial internal combustion engine and electric motor, a sealed battery housing below seat level.
• Turret: an annular base welded to the frame and a sealed bearing assembly.

3. Formation of search features (2 minutes)
 The AI structured the solution into a list of 30 features, the basis of the future claims. Among them:

• F1: Frame made of 30ХГСА steel.
• F10: Rims with beadlocks.
• F11: Bulletproof inserts made of elastomer.
• F15: Battery pack below seat level.
• F25: Sealed bearing assembly of the turret.
• F26: Universal weapon mounting unit with dampers.

4. Search for analogues and analytics (5 minutes)
 The AI assistant “POSINT” performed the most difficult stage automatically, finding 25 relevant patents (CN, RU, US). For each analogue (A1–A25), the assistant identified the common components and indicated the unique features of the development. For example, analogues A5 and A11 have frames and armor but lack beadlocks with inserts (F10, F11). A21 and A23 have turrets but no sealed bearing (F25).

Result
 After 15 minutes, the inventor received a package of documents ready for filing with Rospatent (Роспатент):

• A set of drawings (5 views) with a description.
• A detailed description of the invention.
• 30 search features, the basis for the claims.
• An analytical report with a review of 25 analogue patents and a substantiation of novelty.

Conclusion: the AI assistant “POSINT” made it possible to go from an idea to a professional application in 15 minutes. The AI patent service took over the routine of creating drawings, writing the description, and conducting an in-depth patent search. This is not just a time saving, but an opportunity to quickly assess patentability and launch commercialization without bureaucratic delays.

Story:

An inventor from our team came to the service with an idea: to patent a compact sodium-ion battery for charging personal devices (power bank).

To do this, he needed to conduct a patent search and make sure the design was truly new and did not repeat existing solutions. He also needed to assess patentability: to understand which components can be protected and which are already common knowledge.

At a patent attorney firm, this process would have taken at least a week. Instead, the inventor uploaded the idea to the AI patent assistant, and here is what came out.

The inventor entered a simple, “plain-language” wording into the system: “Sodium-ion battery for personal devices.” After 15 minutes, he received a complete report and a set of documents. Here is how the AI patenting service processed the task step by step:

This video shows how the AI service “POSINT” solves engineering tasks, prepares drawings, conducts an international patent search, and generates a ready patent application, completely online

1. Structure generation and visualization (first 3 minutes)
 The AI service “POSINT” understands that a patent is not only text but also graphics. The system automatically generated 4 key drawings that visualize the idea:

• General view: “POSINT” showed the casing, the control board, and the flexible cable with a connector.
• Sealing unit: detailed how exactly the aluminum leads pass through the seam and the cuffs.
• Electrode structure: created a layered “stack” structure with alternating anode, cathode, and separator.
• Board layout: placed a microchip, transistors, and a shunt on the board.

This is critically important: the drawings are not created from a template but are generated for a specific text description in order to illustrate the claimed components.

2. Detailed description of the object (next 5 minutes)
 Based on the uploaded idea and the generated drawings, the patent AI assistant “POSINT” wrote a detailed description of the finished product. It did not simply list the parts but linked them into a single design, using professional terminology.

• A multilayer casing is described: nylon/PET — aluminum — polypropylene.
• The type of electrolyte is specified: liquid, based on sodium salts.
• A key feature of sodium-ion technology is emphasized: the anode and cathode current collectors and the leads themselves are made of aluminum. For a person versed in the subject, this immediately signals the rejection of expensive copper and a reduction in weight.
• The welding method (ultrasonic/laser) in zone 27 for joining homogeneous aluminum materials is described.

3. Formation of search features (next 2 minutes)
 Our patent assistant structured the technical solution into a formalized list of 25 search features (F1–F25). This is the “skeleton” of the future claims of the invention. For example:

• F7: Anode current collector made of aluminum foil.
• F10: Cathode material layer made of sodium-containing oxide.
• F13: Insulating cuff with adhesion to polypropylene.
• F16: Microchip with voltage thresholds for sodium-ion chemistry.
• F24: Compensation volume inside the casing for collecting gases.

4. Analytical part and search for analogues (final 5 minutes)
The most labor-intensive stage for a human, the patent search, was performed automatically by the AI assistant “POSINT”. It scanned databases and found 22 relevant patents.
Our patent assistant did not simply provide links but carried out a comparative analysis. For each analogue (A1–A22), “POSINT” identified the components shared with the inventor’s development (for example, A11 has the same laminate casing and aluminum leads) and indicated the unique features found only in the new development (for example, the location of the thermistor in the zone of direct contact with the leads (F17) or the presence of a connector reinforcing plate (F21).

15 minutes after entering the request, the inventor received a complete package of documents, ready for final review and filing with Rospatent (Роспатент):

• A set of drawings (4 views) with a description of the items.
• A detailed description of the utility model/invention.
• A list of search features (25 items), the basis for the claims of the invention.
• An analytical report on the state of the art with a review of 22 analogue patents and an indication of the novelty of the development.

The “POSINT” service allowed the inventor to go from an abstract idea to a professionally prepared patent application in 15 minutes. Our AI patent assistant took over the routine of formalizing the description, creating drawings, and conducting an in-depth patent search that a person would have carried out over several days. This is not just a time saving, but an opportunity to quickly assess the patentability of an idea and proceed to its commercialization without months of bureaucratic delays.