In the modern product economy, cybersecurity is no longer just a budget expense. It has become a key asset that directly capitalizes intellectual property (IP) and reduces the long-term total cost of ownership (TCO) of an IT product. For Ukrainian companies scaling their solutions to international markets and seeking investment, architectural security is a strategic business advantage. Those who implement the Security by Design concept create sustainable capitalization, while those prioritizing time-to-market at any cost face a destructive accumulation of technical debt.
The trap of fast releases: how security technical debt destroys product margins
The drive for a faster time-to-market often forces companies to sacrifice security for new features. In the early stages of the lifecycle, this seems justified: releases are fast, and customers are satisfied. However, in the long run, this approach creates critical risks for business margins. Accumulated technical debt in the form of vulnerable code requires an exponential increase in future maintenance and remediation costs.
According to the ENISA Threat Landscape 2025 report, 4,875 incidents were analyzed between July 1, 2024, and June 30, 2025, with phishing remaining the leading initial access vector. Even more telling for software developers is another indicator: approximately 27.7% of data breaches were attributed directly to digital infrastructure and services. This underscores that weak core system security only multiplies risks during scaling, turning every new installation into a potential data leak point for corporate clients.
The economics of Security by Design: why post-release fixes cost significantly more
The financial model of development clearly demonstrates that the cost of addressing architectural security errors during the post-production phase can be dozens of times higher than investing in threat modeling during the design phase. When a critical vulnerability is discovered in a live product, the company incurs both direct and indirect losses.
First, there is a need for urgent system refactoring. This halts the development of new functionality, which directly impacts sales targets. Second, the use of outdated or insecure authentication methods can lead to incidents. The result is a loss of trust and massive reputational damage, which is nearly impossible to recover from in the B2B enterprise segment. For a CFO, this means writing off capital for crisis management instead of investing in growth and new markets.
IP capitalization: how secure architecture increases company valuation for investors
For owners and CEOs of product IT companies, the strategic goal is to increase business value. However, during technical and legal due diligence, investors rigorously evaluate technological risks. A chaotic architecture lacking systematic access control or user activity auditing automatically leads to a valuation discount for the company.
Analytical materials on cybersecurity regulation confirm that failure to comply with confidential data protection requirements carries serious legal and corporate risks. Conversely, intellectual property protected at the architectural level becomes a liquid and attractive asset. It guarantees to the investor that the product meets regulatory standards and that the client base is not at risk of a massive breach, although no system can guarantee the absolute absence of cyber incidents.
Reducing TCO through a secure core: the experience of using the UnityBase platform
One of the most effective ways to reduce the total cost of ownership (TCO) of a product is to use proven platforms as a technological foundation. Instead of building security and authorization systems from scratch, product teams can mitigate basic architectural risks by relying on ready-made platform-level tools.
An example is the full-stack JavaScript low-code platform UnityBase, which is a joint development of companies within the Intecracy Group (an alliance of independent companies linked by partner agreements and share exchanges, where InBase is a key, but not the only, developer). UnityBase provides developers with ready-made mechanisms, such as a unified Domain metadata model, an automatically generated REST API, and advanced control tools: RBAC (role-based access), RLS (row-level security), and a full audit trail of user actions. Well-known enterprise products, such as Megapolis.DocNet and Scriptum.DMS, are built on the UnityBase platform, ensuring the managed evolution of the domain model.
The platform's official documentation notes that for high-load projects or systems with increased security requirements (particularly for on-premises deployments), Enterprise (EE) or Defence (DE) editions are recommended. These extend functionality with commercial security features, such as access control lists (ACL), additional encryption, and integration with certified digital signature tools, allowing product companies to quickly adapt their solutions to corporate requirements without excessive refactoring costs.
International standards as a tool for scaling and protecting investments
Scaling to international markets and working with global corporate customers requires compliance with information security standards such as ISO/IEC 27001 or SOC 2. According to standard reviews (e.g., DQS), these certifications confirm that a company reliably controls its technological risks and protects partner data.
Designing architecture based on the Security by Design principle allows companies to avoid the extremely expensive process of rebuilding a finished system during certification preparation. Thus, proactive security becomes a tool for reducing financial costs and a catalyst for capitalization, directly influencing product valuation and success in the enterprise segment.
| Comparison criteria | Fast development (Time-to-Market) | Secure architecture (Security by Design) |
|---|---|---|
| Design stage | Zero security costs, focus on fast feature release. | Investment in architecture and threat modeling. |
| Testing and release stage | Fast market entry, but with hidden vulnerabilities in the core. | Automated SAST/DAST analysis, bug fixes before release. |
| Operational stage (Post-production) | Exponential growth in urgent patch costs, significant data leak risk. | Planned updates, minimal remediation and support costs. |
| Impact on capitalization (IP) | Discount due to technological risks during investor audits (Due Diligence). | High asset valuation, readiness for international certification (ISO, SOC 2). |
FAQ
How to calculate the impact of product security on its total cost of ownership (TCO)?
Total cost of ownership (TCO) includes not only development costs but also the cost of maintenance, refactoring, and incident resolution. Designing with a Security by Design approach reduces the cost of post-production remediation by dozens of times, minimizes legal risks and reputational losses, making the product significantly cheaper in the long run.
Why do investors lower the valuation of product IT companies due to accumulated security technical debt?
Weak code and architecture protection create unpredictable risks of data leaks and loss of corporate clients. During Due Diligence, investors translate these risks into a financial discount, as fixing systemic errors and implementing access policies during active operation requires halting development and significant investment.
What are the advantages of using ready-made platforms like UnityBase to reduce development costs?
Using a ready-made platform allows product teams to build on a proven architectural foundation. Tools such as Domain metadata, built-in RBAC/RLS models, and automatic audit trails in UnityBase address basic risks from the start. This eliminates the need to develop security systems from scratch, accelerating releases without accumulating technical debt.