A technology market can expand so quickly that it exposes its weakest companies. Sales climb, customers replace imported systems and investors fund new teams, but costs rise just as capital becomes expensive. The result is a paradox: impressive industry growth can precede a wave of stalled projects, discounted acquisitions and consolidation. In 2024, the Russian information-technology sector offered a sharp example. The strategic lesson reaches beyond one market. Growth remains durable only when product demand, margins, financing maturity and development cycles fit together.

The boom arrived with unusually strong numbers

On 16 October 2024, Kommersant examined why rapid IT growth could lead to a more difficult second stage. Alexander Mamedov reported figures from a Higher School of Economics study of the information and communications technology sector in the first quarter.

Sales of goods, work and services across the broad ICT segment rose 32.6 percent year on year to 1.7 trillion rubles. The narrower IT industry increased 58 percent to 792 billion rubles. Fixed-capital investment was reported to have risen 79 percent to 724 billion rubles.

The distinctions matter. ICT can include software, electronics production, telecommunications and wholesale trade in technology goods. A headline for the broad sector should not automatically be treated as the growth rate of every software company. Different activities have different margins, capital requirements and exposure to interest rates.

The study linked momentum to more domestic development, sales of locally produced products and investment in electronics assembly lines. Replacement demand created a large opening. Yet an opening is not the same as a stable market structure.

Revenue growth concealed several different engines

Some suppliers gained because customers urgently needed alternatives to products that had become harder to buy or support. Others benefited from normal digitisation, cloud migration, cybersecurity spending and automation. Hardware producers invested in physical capacity, while software firms invested mainly in engineers and long development programmes.

These growth engines should be analysed separately. Replacement demand can be fast but temporary. Once the first migration is complete, renewals depend on product quality, support and the cost of switching again. Structural digitisation may last longer, but buyers can postpone projects when their own financing becomes expensive.

Nominal revenue also rises with prices. A company can report more sales while unit volume, real wages and operating margin move less dramatically. Management therefore needs a bridge from the market headline to its own economics: customer count, recurring revenue, implementation backlog, churn, gross margin and cash conversion.

A strong market can hide weak participants. When customers are buying almost anything available, products with poor architecture or expensive service requirements may still win contracts. The quality test begins after urgent demand normalises.

Interest rates changed the valuation of time

The central bank raised its key rate from sixteen to eighteen percent in July 2024 and to nineteen percent in September. The source said some computing-equipment producers that had expected concessional loans faced market rates reaching twenty to twenty-two percent after support limits were exhausted.

High rates do more than increase the next interest payment. They reduce the present value of cash expected years later. That is critical for technology businesses because product development happens before revenue and a software cycle can last three to five years.

A project financed at a low rate may tolerate two years of engineering and a slow customer ramp. At twenty percent, delay compounds quickly. The same product roadmap must generate earlier revenue, require less capital or promise a much higher eventual return.

Companies with accumulated cash can finance research internally and earn more on surplus deposits. Highly leveraged or pre-profit firms face the opposite effect. The rate shock therefore widens the gap between strong incumbents and small challengers even if both serve a growing market.

Research spending became a portfolio decision

During inexpensive-money conditions, managers can approve multiple experiments because the cost of waiting for results is low. When capital becomes scarce, every engineering team competes with working capital, customer implementation and a risk-free financial return.

Cutting all research protects short-term cash but can destroy the next product cycle. Funding every legacy idea is equally dangerous. The practical response is portfolio discipline: define the strategic problem, stage investment, set evidence gates and stop projects whose technical or commercial assumptions fail.

A useful programme separates exploration from industrialisation. Early prototypes should be cheap and designed to remove uncertainty. Once customer evidence appears, the company invests in security, integration, documentation, sales and support needed for a reliable product.

Metrics must match the stage. A research prototype should not be judged on quarterly revenue, while a mature product should not survive indefinitely on technical promise. Management needs explicit rules for moving money from one stage to another.

Small technology modules pass through a narrow finance corridor and emerge as several larger enterprise systems
A linear funding squeeze can leave smaller developers seeking a strategic investor while well-capitalised buyers assemble broader product platforms.

Margins mattered more than market share

Participants cited in the report expected pressure on firms that expanded costs during the replacement boom but lost control of profitability. Rapid hiring, custom integrations and discounted contracts can create impressive bookings without a sustainable contribution margin.

Technology companies often underestimate the cost after the sale. Implementation, migration, support, security updates and product customisation consume scarce engineering capacity. If every large customer receives a unique branch of the product, recurring revenue can conceal recurring labour.

Hardware faces a different but related risk. Inventory and components tie up cash, while demand forecasts can change before equipment ships. A producer may own a busy assembly line and still struggle if financing cost exceeds manufacturing margin.

Managers should calculate profitability by product and customer cohort. Gross revenue cannot reveal whether new contracts recover acquisition, implementation and support costs. The best growth is repeatable growth that becomes more efficient as volume increases.

Fragmentation created both innovation and duplication

A wave of new domestic products gave buyers alternatives and reduced dependence on a small number of suppliers. Competition also encouraged teams to move quickly. But too many similar products can divide engineering talent, sales budgets and customer attention.

The source quoted a market participant arguing that the number of domestic players had exceeded a reasonable level in some categories. That was an industry opinion, not a measured universal threshold. Still, it identified a real economic question: how many independent platforms can achieve enough revenue to maintain security, integrations and long-term support?

Fragmentation is especially costly in infrastructure software. Customers need compatibility, predictable updates and a large ecosystem. A technically capable product may fail because it cannot finance certification, partner training or migration tools.

Consolidation can remove duplicated overhead and combine complementary capabilities. It can also reduce customer choice. The outcome depends on whether the buyer integrates products into a stronger architecture or merely acquires contracts and closes alternatives.

Venture funds became strategic supply lines

Large companies began creating their own investment vehicles. The report highlighted Rostelecom's announcement of the Konsol fund, intended to invest about eight billion rubles in expanding domestic software developers. Other technology groups and executives had announced funds as well.

Corporate venture capital has a different logic from a purely financial fund. It can give a startup access to distribution, infrastructure, technical specialists and anchor customers. The corporate parent can observe emerging products before deciding on a partnership or acquisition.

The risks are equally clear. A startup may become dependent on one strategic investor, lose access to the investor's competitors or shape its roadmap around an internal corporate need too narrow for the wider market. Governance should protect commercial independence where it creates value.

A fund also needs acquisition discipline. High rates and distressed sellers do not make every asset attractive. Buyers should test code quality, intellectual-property ownership, cybersecurity liabilities, customer concentration and the cost of retaining key engineers.

Mergers were a forecast, not a completed result

Industry participants expected more transactions in enterprise automation, robotics, corporate messaging, cybersecurity and selected consumer segments. Artificial intelligence was another area of interest because it could automate processes, improve protection, reduce costs and personalise services.

Those expectations were made under conditions visible in October 2024. They should not be rewritten as proof that every predicted deal occurred. A high-quality historical account separates observed facts — rates, funds, sales and investment — from forecasts about the next consolidation cycle.

A forecast can still guide strategy. A founder who expects financing to tighten can extend runway, focus the product and prepare clean due-diligence materials. A potential buyer can define capability gaps before sellers arrive, avoiding opportunistic acquisitions with no integration logic.

The most attractive target is not necessarily the fastest-growing. Durable recurring revenue, proprietary technology, low customer concentration and a team able to work after the founders' exit may be more valuable than headline bookings.

A buyer's diligence checklist

  1. Verify ownership of source code, datasets, patents and third-party components.
  2. Separate recurring product revenue from one-off integration work.
  3. Measure customer concentration, renewal history and implementation backlog.
  4. Review security incidents, technical debt and unsupported product branches.
  5. Identify engineers and sales leaders whose departure would impair the asset.
  6. Model the integration cost and lost revenue under conservative assumptions.
  7. Define which products will remain, merge or close before signing the deal.

Integration determines whether consolidation creates value

Buying a company is faster than building every capability, but ownership does not automatically create a coherent platform. Products may use incompatible data models, authentication systems, deployment methods and pricing structures.

The buyer must decide where to integrate deeply and where to preserve independence. A shared identity layer, billing system and security standard may benefit customers, while forcing every acquired product onto one codebase can delay releases and drive away its team.

Sales integration deserves equal attention. Two firms may sell to the same customer through different partners and discount rules. Combining quotas without resolving channel conflict can reduce rather than increase revenue.

Successful integration has visible milestones: retained customers, stable service levels, a credible product roadmap, realised cost savings and cross-sales that do not rely on forced bundling. A transaction announcement is only the beginning.

Small developers needed alternatives to an early sale

Consolidation should be one route, not the only route. A promising developer may preserve independence through customer prepayments, revenue-based finance, staged strategic investment or partnerships that share distribution without transferring control.

Founders can reduce financing needs by narrowing the initial product. A reliable solution to one expensive customer problem may generate cash sooner than a broad platform. Standard interfaces allow partners to fill adjacent functions until the company can afford to build them.

Working-capital discipline matters even in software. Annual subscriptions paid in advance support development, while long acceptance procedures and delayed public procurement payments consume runway. Contract structure can be as important as valuation.

Transparency improves every financing option. Audited accounts, documented intellectual property, product analytics and a clean ownership table help banks, investors and buyers distinguish a temporarily constrained company from a structurally weak one.

Customers carried concentration risk too

Buyers choosing domestic technology were not passive observers. If they selected a fragile supplier for a critical system, they inherited funding, support and continuity risk. If they concentrated every layer with one large vendor, they created a different dependency.

Procurement should assess the supplier's runway, engineering depth, recovery procedures and ability to maintain the product for several years. Escrow arrangements, portable data formats and documented interfaces can reduce disruption if ownership changes.

Multi-vendor architecture is not automatically safer. Too many overlapping tools increase integration work and expand the attack surface. The goal is deliberate modularity: clear boundaries, replaceable components and accountability for end-to-end performance.

Customers can also support viable suppliers through realistic payment terms and joint roadmaps. Demanding extensive free customisation may weaken the very company on which operational continuity depends.

Policy support needed predictable mechanics

The report described uncertainty around research subsidies, tax treatment for electronics producers and supported credit. A programme announced as concessional loses much of its value if limits run out after a company has committed to equipment.

Predictability does not require permanent subsidy. It requires published capacity, eligibility, duration and exit rules. Companies can then price projects and decide whether investment remains viable without assuming that support will be renewed.

Support should target additional capability rather than preserve every participant. Useful outcomes include commercially deployed products, secure infrastructure, exportable intellectual property, trained specialists and productive capacity. Revenue alone may reflect replacement demand that would have occurred anyway.

Competition policy also matters during consolidation. Authorities and large customers need to distinguish efficiency-enhancing combinations from acquisitions that eliminate a credible rival. Product interoperability and data portability can preserve contestability even as ownership concentrates.

The rate environment rewarded operational resilience

A resilient company does not merely avoid debt. It matches financing to the duration and uncertainty of its assets. Working capital can use short facilities; a multi-year platform needs patient equity, retained earnings or appropriately structured long-term finance.

Scenario planning should connect rates, hiring, sales conversion and renewal. Management can ask what happens if a funding round is delayed twelve months, customers postpone twenty percent of projects or support costs rise faster than subscriptions.

The company then defines triggers rather than improvising during a crisis. It may pause a product line, slow recruitment, renegotiate cloud commitments or seek a partner when cash reaches a preset level. Early action preserves options.

Cash reserves have an opportunity cost, but in a volatile funding market they buy negotiating power. A seller with twelve months of runway can choose a strategic fit; one with six weeks may accept terms that damage employees and customers.

The workforce was the asset most easily lost

Technology acquisitions are often purchases of organised knowledge. Code can be copied during diligence, but architecture decisions, customer context and release discipline reside in teams. If key people leave, the buyer may retain contracts without the ability to support them.

Retention cannot rely only on bonuses. Engineers need clarity about the product roadmap, technical leadership and whether their work will survive. Delayed communication encourages the strongest employees to accept outside offers.

Founders also need a defined role. Keeping them indefinitely without authority creates conflict, while an immediate exit can remove customer trust. A staged transition with measurable responsibilities is usually more credible.

Culture integration should remain practical. Teams do not need identical rituals, but they need compatible decision rights, security standards and release expectations. The purpose is reliable execution, not cosmetic uniformity.

Product architecture can make a firm financeable

Modular products are easier to sell, partner and integrate. Clear interfaces let a customer adopt one component without betting on the entire vendor. They also let an acquirer combine assets without rewriting everything immediately.

Recurring licensing becomes stronger when deployment and support are standardised. Excessive custom work may increase revenue today but reduces the multiple an investor will pay because future growth requires proportional labour.

Security-by-design is part of financial quality. A hidden vulnerability can create remediation costs, reputational damage and contract loss. Buyers will discount an asset if it lacks component inventories, access controls and an incident process.

Documentation is similarly valuable. It shortens onboarding, reduces dependence on individual engineers and demonstrates that the business can survive beyond its founders. Operational maturity converts technical promise into a durable asset.

The boom's second act was a test of quality

In Russia, the 2024 technology boom combined strong reported sales and investment with a rapid increase in the price of capital. The collision did not invalidate demand. It changed which companies could finance the long path from code or equipment to a supported commercial product.

Large groups gained an opportunity to acquire teams and products. Smaller firms faced a choice among sharper focus, alternative finance, partnership and sale. Customers needed to judge supplier continuity as carefully as features.

The predicted consolidation would create value only when it preserved useful innovation, integrated products and improved service economics. Buying distressed assets without a product thesis would merely transfer their costs to a larger balance sheet.

The broad lesson is simple but demanding. Fast market growth does not excuse weak margins, undisciplined research or mismatched finance. When rates rise, time becomes expensive. Companies that understand the lifetime economics of their products can use a boom to build durable capability; those that count only revenue may discover that growth was the event that exposed them.