The IT hiring market is overheated to the limit. Companies are searching for developers, data scientists, and engineers faster than universities graduate new specialists, while technologies continue to accelerate. AI has stopped being an experimental toy and has become infrastructure. Blockchain has moved beyond crypto exchanges. IoT and 5G have turned into a standard, not a "technology of the future." All of this creates a new reality: it's no longer enough to simply understand trends, you need to understand where to find the people who will implement them.

According to ManpowerGroup, in 2026, 76% of employers worldwide are experiencing difficulties finding qualified IT specialists. IDC estimates global economic losses from the tech talent shortage at $5.5 trillion. This is not a cyclical downturn, it's a structural shift. And it is forcing companies to reconsider not only their technology stack, but also the geography of hiring.

💡 Quick overview:

• Which technologies are shaping the IT market in 2026: from AI infrastructure to practical blockchain
• Why the talent shortage has reached a historic high and how companies are adapting hiring strategies
• Where to look for developers beyond the local market: the Balkan region, Istanbul, and global hubs
• What has changed in two years: comparing 2024 forecasts with the reality of 2026

AI, no longer an innovation, but a foundation

Back in 2024, analysts called artificial intelligence a "niche tool for tech companies." By mid-2026, that sounds naive. AI has become an infrastructure layer, as fundamental as cloud computing or version control systems.

A recent report by the AI Workforce Consortium (Cisco) notes: 78% of all ICT roles now include AI competencies. Seven out of the ten fastest-growing positions in IT are AI-related: ML engineers, AI risk management specialists, NLP developers. Demand for AI ethics skills grew by 125% year over year. This is not hype, it's a real-time restructuring of the labor market.

Companies that two years ago were experimenting with GPT chatbots are now deploying multi-agent systems, AI-native development, and predictive analytics in production. The consequence: an engineer who understands the difference between fine-tuning and RAG costs twice as much as a classic backend developer. And the queue for such specialists is forming globally.

Blockchain and IoT: from promises to working contracts

Blockchain in 2024 was associated with cryptocurrencies and NFTs. In 2026, it solves applied tasks: supply chain traceability, digital contracts in real estate, secure registries in logistics. Major retailers and industrial corporations have launched blockchain tracking "out of the box," it's no longer a pilot, but a compliance standard.

In parallel, IoT has stopped being an exhibit piece of the "smart home." Industrial IoT (IIoT) paired with 5G gives factories real-time equipment monitoring with predictive maintenance. Sensors on production lines send data to the cloud, an AI model predicts a component failure 48 hours before breakdown. The result: downtime decreases, and demand for IoT architects and edge computing engineers grows. And again: the technology exists, but the people for it do not.

Global hunger for IT specialists

CompTIA in its State of the Tech Workforce 2025 report noted: tech roles in the US are growing twice as fast as the overall labor market. Growth is expected from 6.09 million positions in 2025 to 7.03 million by 2035. But already, 87% of tech leaders (Robert Half survey) are facing a shortage of qualified candidates.

The most acute shortages:

• AI/ML engineers, demand exceeds supply by 3 times;
• Cybersecurity specialists, vacancy growth of 367% over a decade;
• Cloud architects and DevOps engineers, a mandatory position in every second company.

Companies are responding by dropping degree filters: skills-based hiring (hiring by skills, not by credentials) triples the candidate reach. Remote work has become a baseline condition, not a bonus. But even this does not close the gap.

The Balkans and Istanbul: where companies are looking for developers today

When the local market is exhausted, the logic of hiring becomes global. The Balkan region, Serbia, Croatia, Bosnia, has over the last three years turned into one of the most active IT hubs in Europe. Technical education here is strong, English is working-level, and the time zone overlaps with Western Europe. IT recruitment Balkans, an example of how specialized agencies close this niche: they focus specifically on developers from Balkan countries and build a direct bridge between the regional talent pool and international companies.

Istanbul is a different story. It's not just a geographical bridge between Europe and Asia, but also a mature technology market with its own ecosystem of startups, technoparks, and strong engineering universities. Turkish developers actively work with Western clients, and local headhunter agencies know the market down to the level of specific teams and projects. https://devsdata.com/top-it-recruitment-agencies-istanbul/ aggregates information about leading recruitment companies in Istanbul that specialize in IT positions. For international business, this is a ready-made entry point: no need to figure out local specifics from scratch.

⁉️🤔 Frequent questions

Why has the IT specialist shortage in 2026 become more acute than predicted?

Forecasts from 2023-2024 underestimated the speed of AI adoption in production. When every second company simultaneously started looking for ML engineers, the market simply did not have time to prepare that many specialists. Add the growth cycle of cybersecurity and cloud migration, and you get a structural deficit that won't close in a year or two.

Which technologies are actually influencing the labor market, and not just "trending"?

AI/ML is the undisputed leader: 78% of IT roles already include AI competencies. Next come cloud architecture (cloud migration continues to accelerate), cybersecurity (every new technology creates a new attack vector), and industrial IoT. Blockchain is significant in narrower niches: logistics, supply chain, compliance.

Should a company look for developers outside its local market?

Yes, if the local market is overheated or lacks narrow specialists. The Balkans offer a strong technical background with a European time zone. Istanbul and Turkey overall are a mature market with experience in outsourcing to the West. Specialized recruitment agencies shorten the hiring cycle from months to weeks.

How has the balance between AI and "live" developers changed?

AI has not replaced developers, it has changed the entry threshold. Routine tasks (boilerplate code, test generation, documentation) are being automated. The freed-up time goes to architecture, code review, and working with business logic. Demand has shifted from "just programmers" to engineers who understand the product and the entire data pipeline.

What will happen to IT specialist salaries going forward?

The median salary in the US tech sector is already 127% higher than the national average (CompTIA data). For narrow specializations, AI/ML, security, cloud architecture, growth will continue at double-digit rates. Companies that cannot compete on salary are betting on flexibility, interesting projects, and global hiring in regions with more affordable rates.

Technology exists, people are in question: what business should do in 2026

The technology landscape of 2026 is not a futuristic presentation. AI in production, blockchain in supply chain, IoT in factories, and 5G as a standard, all of this works here and now. But it works exactly to the extent that there are enough people capable of implementing and supporting it.

76% of employers cannot fill tech vacancies. The solution lies in a combination: skills-based hiring instead of degree filters, global sourcing instead of local, AI tools to accelerate recruiting. And a readiness to look at non-obvious markets, the Balkans, Istanbul, Latin America, where talent already exists and competition for it is still lower. Companies that restructure hiring first will gain not just employees, they will gain a one-to-two-year head start in a market where technologies change faster than educational programs.