inTecnico
Discover a solution with us
ABOUT US
inTecnico is an international innovation center.
We select ideas with high commercial potential, create 2D/3D models using our proprietary CAD/CAE/CAM platform, and develop prototypes on CNC and 3D machines. Intelligent test benches and Big Data analytics enhance reliability and reduce costs. After testing, we initiate pre-series production with established protocols, transparent budgeting, and escrow protection. Investors benefit from rapid market entry and clear performance metrics, while corporations gain access to a "one-stop shop" for engineering and strategy.
inTecnico is where bold ideas transform into sustainable solutions, primed for scaling and commercial success.
OUR PROJECTS
Discover a solution with us
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Our reliable, fast-charging battery modules serve for up to 50 years and are versatile: they are suitable as starter and traction batteries for cars and electric vehicles, function in hybrid assistants, uninterruptible power supplies, power tools, energy storage systems for solar stations, and many other energy systems. -
The device, weighing less than 9 kg, extracts energy from the high-temperature exhaust flow, providing an additional 5-20% power output (measured on a 2.0-liter turbocharged engine with 184 kW power). The exhaust temperature is reduced by 70-90 °C, which extends the turbocharger's lifespan by approximately 20%. The energy gain is observed starting from 800 rpm. -
The hardware and software package for Euro 4-6 diesel engines reduces total consumption by 26-40% and decreases soot in emissions by up to 30%. A test batch of long-haul trucks demonstrated an extension of the DPF regeneration interval from 5,000 to 10,000 km and savings of more than 4,600 liters of fuel over 12 months of operation. -
The industrial burner superstructure improves the combustion efficiency of heat units with a capacity of 0.5-5 MW to 97-98%. Natural gas consumption is reduced by 30-50%, and NOx levels do not exceed 45 mg/Nm3 without external selective catalytic reduction. The payback period is 9-16 months at current fuel prices. -
An onboard membrane generator with an active cell ≤ 180 W produces < 0.5 NL/min of a stoichiometric H2/O2 mixture under limited pressure (< 2 bar). Adding 1-2% by mass of this mixture to the total mixture in the internal combustion engine's receiver reduces gasoline consumption by 8-20% and decreases CO2 emissions by 6-8%, without affecting the service life of the spark plugs and catalytic converter. -
A compact autonomous internal combustion engine unit that simultaneously generates electricity and provides heating and hot water supply through the utilization of waste heat. The overall efficiency reaches 85-90%, which allows for a reduction in energy consumption by up to 30%. The modular design adapts flexibly to various types of gas. -
An integrated module for fine turbulent processing of the fuel mixture, which enhances the speed and completeness of gasoline combustion. As a result, fuel consumption is reduced by up to 15%, torque increases by 5-8%, and CO/HC emissions are decreased without altering the ECU calibrations. -
The sectional "solar sail" weighing 4.5 kg/m2 deploys in 45 seconds and functions as a passive tracker within a ±60° sector. Bifacial heterostructure cells with an efficiency of approximately 22% generate up to 1.2 kWh/m2 per day. The basic kit includes a 48 V, 10 kWh buffer storage, which enables autonomous power supply for lighting, HVAC, or a mobile charging station, thereby saving 70-100 liters of diesel fuel daily. -
An integrated automotive air conditioner with a cooling capacity of up to 4.8 kW, directly connected to the existing air conditioning system without a belt drive. This system allows for a reduction of up to 20% in mechanical load on the internal combustion engine (ICE), decreases fuel consumption by 5-8% when climate control is active, and reduces CO2 emissions by 10%. These improvements are achieved without modifying the standard pipelines or recalibrating the Engine Control Unit (ECU).
- ENERGY REPORTLoss Analysis - We offer a service for calculating active and reactive energy losses in transformers and cables using specialized methodologies. The outcome is an official report with recommendations for reducing losses and improving efficiency. Furthermore, we provide support on issues related to penalties associated with power factor - cos φ (Cosine Phi).Go to the ENERGY REPORT page
- Technology Analysis and Idea Screening
Analysis of global trends, identification of promising niches, and technical-economic calculation of ROI.
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Digital Engineering (CAD / CAE / CAM)
2D/3D modeling, calculation of strength, heat transfer and dynamics, design optimization. - Rapid prototyping and small-batch productionManufacturing of parts using CNC machining centers and metal and plastic 3D printers, with precision assembly.
- Trials and Big Data OptimizationTesting on self-developed stands, collecting and analyzing data in real time.
- Pre-production and industrial preparationDevelopment of process flow charts, quality standardization, and supply chain optimization.
- Business Implementation PackageFinancial model, market entry strategy, monetization options - licensing, IP sales, joint venture.
- Escrow services for transactionsArrangement of secure transactions through an escrow bank, with involvement of an independent auditor.
- Training and Post-Warranty SupportStaff training, technical support, supply of consumables, and update roadmap.
- Consulting services for business scaling and localizationProduct adaptation for new markets, production expansion, and cost reduction.
InTecnico offers a comprehensive range of services - from the inception of an idea to its successful commercialization and scaling.
1.NDA → the project's first "showcase"
After signing the non-disclosure agreement, we provide access to the main materials - technical teasers, economic calculations, 2D/3D mockups, and initial test results. This is sufficient to assess the potential and decide on further steps without disclosing critical know-how.
2.Escrow agreement → full access to details
1. We sign a tripartite escrow agreement (Investor / inTecnico / Escrow Bank).
2. The investor transfers the agreed-upon tranche to a secure account.
3. inTecnico discloses the full set of documentation:
- Detailed CAD models and calculations;
- Results of hardware tests and Big Data reports;
- Production regulations, product composition, and cost estimate;
- Financial model for implementation.
3.Role of Escrow Bank
The bank agent holds the funds until the milestones are confirmed, guaranteeing the safety of the investor's capital and inTecnico's obligation to disclose information.
4.Role of an independent auditor
An auditor, chosen by both parties, verifies the transfer and authenticity of the provided materials, as well as the fulfillment of the project's technical KPIs. Only after the auditor's positive conclusion will the bank partially or fully release the funds.
5.Why we don't use patents
We work with "live" technologies where speed is more important than formal registration. Confidentiality is ensured by a dual mechanism - NDA + escrow. This allows for investing in and implementing solutions ahead of competitors while maintaining legal protection and risk control.
Result: The investor receives a transparent capital protection mechanism and access to the complete data package only after the money is securely held in the escrow account and the information's accuracy is confirmed by an independent auditor.
E-mail: info@intecnico.com
Telegram: @inTecnico_uz
Address: Uzbekistan, 100016, Tashkent, 61 Elbek Street
(exit from M. Dustlik station, formerly Chkalov metro station)
All rights reserved.
