We validate hypotheses before development begins
When the challenge is non-standard and the cost of failure is high, jumping straight to code is not an option. We explore the problem domain, build prototypes, and run Proof of Concept engagements to find a solution that genuinely works.
Technical Expertise
Architecture audit, constraint analysis, and technology feasibility assessment for a specific problem
Proof of Concept
A minimal working model that confirms or refutes key technical hypotheses
Prototyping
Interactive prototypes for validating user scenarios and business‑logic
R&D
Exploration of new technologies and approaches: AI‑models, IoT protocols, medical data processing
What You Get
Validated Hypothesis
Not an opinion — a verified result. You receive a working PoC and a clear answer: does the chosen approach fit your problem.
Risk Reduction
Critical risks are identified and resolved before the main development phase begins. You save months of work and budget by avoiding dead-end decisions.
A Foundation for Your Product
Architectural decisions, a technical report, and a prototype that form the foundation for full-scale development — by your team or ours.
Research Areas
01
AI & Machine Learning
Assessing the applicability of ML‑models to a specific problem. Selecting neural network architectures, running data experiments, measuring quality — from hypothesis to a working pipeline.
02
IoT & Embedded Systems
Selecting protocols and hardware platforms, validating the device–server–interface chain. A prototype that demonstrates how the system will behave in real-world conditions.
03
Complex Integrations
Connecting heterogeneous systems, legacy‑migrations, non-standard APIs. We verify compatibility, benchmark performance, and identify the right architectural solution.
04
High-Load Systems
Load modelling, stack selection aligned with latency and throughput requirements. PoC backed by real benchmarks, not theoretical estimates.
05
Security & Data Protection
Architecture security audit, threat modelling, and verification of compliance with personal data protection requirements.
06
Medical Technology
The specifics of working with medical data, integration with equipment and information systems. Prototypes built with domain constraints in mind.
How the Process Works
01
Hypothesis Definition
Together with you, we define exactly what needs to be validated: technical feasibility, technology selection, an architectural approach, or a user scenario.
02
Research & Analysis
We study the problem domain, constraints, and existing solutions. We analyse risks and define the success criteria for the PoC.
03
Prototype Development
We build a minimal working model that answers the key question. Focus is on speed and validity, not production-quality code.
04
Validation & Measurement
We test the prototype against real or near-real data. We measure performance, accuracy, and reliability — gathering numbers, not impressions.
05
Report & Recommendations
We document results, architectural decisions, and recommendations for the next phase. We hand over the prototype, code, and knowledge — everything needed to start development.
At every stage you receive a weekly report: status, risks, achievements, and the plan ahead. Full transparency is our standard, not an option.
Technologies
AI & Data
01
Backend & Infra
02
IoT & Embedded
03
Need to validate a hypothesis? Let's discuss the challenge and propose a research format
Case Studies
Brainify.ai — from PoC to Production Platform
Domain research, architectural PoC, and MedTech platform development. 6 months from kick-off to demonstration at World Health Expo Dubai.
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Betterstore — R&D and IoT System Prototyping
Protocol and hardware platform research, PoC of the device–server–interface chain, followed by full IoT platform development. Skolkovo resident.
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Rostelecom — ERP Load Testing PoC
Confirmed the feasibility of load-testing Oracle EBS with open-source tools through a pilot study. This became the foundation for a 9-year partnership.
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