Tag Archives: job

An AI Job Revolution?

I asked this question at the start of the year: Is 2026 going to be the worst year for IT layoffs?

Now, it is mid year, so let’s look at IT/tech layoffs through mid-2026 compared to the past 10 years:

2026 Tech Layoffs (through June 2026)

Current total: ~156,000–172,000 tech workers laid off

  • As of June 9, 2026: 156,058 jobs cut across 50 tech companies
  • Some trackers show 172,130+ jobs cut for 2026
  • First 5 months (Jan-May): 128,940 tech workers laid off
  • March 2026 was the worst single month: 49,452 layoffs
  • Major employers: Oracle (30,000), Amazon (16,000–30,000), Meta, Microsoft, Dell

Comparison with Previous 10 Years

YearTech LayoffsKey Driver
2026 (through June)~156,000–172,000AI restructuring, over-hiring correction 
2025~105,000–244,851AI-led efficiency, economic uncertainty 
2023~263,000Peak: Overhiring reversal, ad market collapse 
2024~152,000AI restructuring, cost discipline 
2022~165,000Rate hikes, post-ZIRP correction 
2021~10,000Near-zero; record hiring year 
2020~80,000COVID shock 
2019~60,000Strategic pivots (ride-sharing, large tech) 
2018~60,000Strategic pivots 
2017~20,000–50,000Restructuring (Intel, Yahoo, Oracle) 
2016~20,000–50,000Restructuring 

Key Findings

2026 is NOT the worst year — it’s still behind the 2023 peak:

  • 2023 remains the worst year on record with ~263,000 tech jobs cut
  • 2026 is on track to potentially reach ~250,000–300,000 if the pace continues (currently at ~156K through June)
  • 2026 has already surpassed 2024 (~152K) and 2022 (~165K) in just 5–6 months

The trajectory is concerning: With 128,940 layoffs in just 5 months and March being the worst month in over a year, 2026 could rival 2023 if the second half remains severe. However, as of mid-2026, it’s still approximately 40–45% below the 2023 peak.

The primary driver has shifted from 2022–23’s funding correction to AI-driven substitution — roles being cut may not return even when revenue grows.

Are we talking about a Revolution?

So 2023 was financial, 2026 is AI restructuring, so is this a revolution in the IT job market?

Yes, this represents a genuine revolution in the IT job market, but it’s more complex than a simple “AI replacing jobs” narrative. Here’s what’s actually happening:

Two Different Layoff Waves

Aspect2022-2023 (Financial)2026 (AI-Led)
DriverOverhiring + rate hikes + funding correctionAI efficiency + cost-cutting + restructuring 
Cited reason” restructuring”AI now the leading reason (May 2026) 
AI’s shareMinimal49,135 cuts (13-25% of total) 

Why This Is a Revolution

1. Jobs Aren’t Just Being Cut — They’re Being Redefined

  • Routine, automation-prone roles fell 13% after ChatGPT’s debut
  • Analytical/technical/creative jobs grew 20% — AI is augmenting these roles
  • Not uniform elimination: AI reshapes more jobs than it replaces

2. The “AI Washing” Problem

Some companies exaggerate AI’s role to justify cuts that are actually about:

  • Cost-cutting and slowing demand
  • Correcting over-hiring from previous years
  • Cloud market leveling off (AWS example)

Reality: It’s both real displacement AND convenient scapegoating

3. Skill Requirements Are Shrinking for Some Roles

  • 7% fewer skills needed in automation-prone occupations
  • New skills emerging: prompt writing, AI tools, human-AI collaboration
  • Workers need non-automatable skills: judgment, interpersonal communication

4. The Funding Narrative Changed

“Whether or not specific jobs are being replaced by AI, the funding for those positions certainly is.”
— Andy Challenger, workplace specialist

CEOs face pressure to demonstrate AI investment value, making job cuts politically convenient.

The Bottom Line

Yes, this is revolutionary, but in a nuanced way:

Real transformation: Routine tasks are genuinely being automated
New demand: AI-augmented roles require different skills
⚠️Mixed motives: Some companies use AI as a blanket excuse
⚠️ Uncertain long-term: Short-term data shows reshaping, not mass elimination

For someone in your field (SRE, Kubernetes, observability), the outlook is different from entry-level roles:

  • Your work involves judgment, complex systems, and human coordination — harder to automate
  • But you’ll need AI literacy (prompting, AI tools in workflows)
  • The risk is not elimination but reduced team sizes with AI doing more of the routine monitoring/debugging

The tech industry’s guarantee of job stability is gone — this is the fundamental shift.

What are the Safe and Stable Jobs in IT?

Based on the latest data, here are the safe and stable IT jobs going into late 2026 and beyond, ranked by their resistance to AI disruption and growth trajectory:

Top Safe & Stable IT Roles (UK 2026–2035)

1. Cybersecurity Engineer 🛡️

Why safe:

  • Cyber threats continue to increase
  • AI creates new attack surfaces
  • Regulatory requirements keep growing

UK Salary:

  • Mid-Level: £55,000–£75,000
  • Senior: £75,000–£100,000
  • Principal/Lead: £100,000–£140,000

Growth Outlook:
One of the most resilient technology careers for the next decade.


2. Cloud Architect ☁️

Why safe:

  • Strategic infrastructure design
  • Multi-cloud and hybrid-cloud complexity
  • Requires business and technical judgement

UK Salary:

  • Senior Cloud Architect: £90,000–£130,000
  • Principal Architect: £130,000–£170,000

Growth Outlook:
Still seeing strong demand as enterprises modernise infrastructure.


3. AI / Machine Learning Engineer 🤖

Why safe:

  • Building and operating AI systems
  • Demand exceeds supply
  • Critical for AI adoption

UK Salary:

  • Mid-Level: £70,000–£100,000
  • Senior: £100,000–£140,000
  • Staff/Principal: £140,000–£220,000+

Growth Outlook:
Among the strongest growth areas through 2035.


4. Senior Cloud Engineer ☁️

Why safe:

  • Designs and operates large cloud platforms
  • Increasing focus on automation and reliability
  • Deep infrastructure expertise remains difficult to automate

UK Salary:

  • £75,000–£110,000

Typical Skills:

  • AWS/Azure/GCP
  • Kubernetes
  • Terraform
  • Observability
  • Security

Growth Outlook:
Strong demand across SaaS, fintech, AI and hyperscale companies.


5. Staff Cloud Engineer ☁️🚀

Why safe:

  • Technical leadership role
  • Cross-team architectural influence
  • Requires experience, judgement and organisational impact

UK Salary:

  • £100,000–£160,000
  • Elite AI/Hyperscaler firms: £160,000–£220,000+

Typical Employers:

  • Nscale
  • CoreWeave
  • Google
  • Microsoft

Growth Outlook:
One of the safest senior technical career paths available.


6. Site Reliability Engineer (SRE) ⚙️

Why safe:

  • Reliability remains business-critical
  • AI infrastructure requires even more operational excellence
  • Combines software, operations, cloud and observability

UK Salary:

  • Mid-Level: £65,000–£85,000
  • Senior SRE: £85,000–£120,000
  • Staff SRE: £120,000–£180,000+

Growth Outlook:
Particularly strong in AI, fintech and hyperscale environments.


7. Data Engineer 📊

Why safe:

  • Data pipelines underpin AI systems
  • Data governance requirements increasing
  • Real-time analytics demand growing

UK Salary:

  • £60,000–£90,000
  • Senior: £90,000–£130,000

Growth Outlook:
Consistently one of the most in-demand engineering roles.


8. Technical Project Manager 📋

Why safe:

  • Human coordination remains difficult to automate
  • AI increases project complexity

UK Salary:

  • £60,000–£90,000
  • Senior: £90,000–£130,000

9. Technical Product Manager 🧭

Why safe:

  • Strategy, prioritisation and stakeholder alignment
  • Strong human and business focus

UK Salary:

  • £70,000–£110,000
  • Senior: £110,000–£150,000

Key Upgrades to Stay Safe:

  1. AI literacy — prompt writing, AI tools in workflows
  2. Security focus — automation security is the 2026 priority
  3. Observability + AI — AI-driven analytics becoming standard

Bottom Line: What Makes Jobs “Safe”

FactorSafe JobsRisky Jobs
Task typeJudgment, coordination, creativityRoutine, repetitive, automation-prone
SkillsStrategic design, security, AI literacyStructured, predictable tasks
Human elementCross-functional managementSolo execution
Growth17-20%+ through 2030Declining or flat

The safest path: Combine your existing SRE/Cloud expertise with AI tools + security focus — this is the sweet spot for 2026-2035.

Find a new role or job after redundancy

The job market is still pretty tight in April 2026, and IT is tougher than the headline unemployment numbers suggest because employers are hiring more selectively, keeping vacancy growth subdued, and raising the bar for experience. UK labour-market reporting says hiring is close to stabilising, but conditions remain challenging, and technology roles are resilient relative to the wider market rather than broadly easy to land [1][2].

What is happening

  • Employers are still cautious after a long slowdown in vacancies and hiring confidence, with UK reports describing the market as close to bottoming out rather than clearly recovering [1][2].
  • Competition is high because more candidates are chasing fewer openings, especially in entry-level and mid-level roles [3][2].
  • In IT, companies are still investing, but they are being very selective about which roles they open and often prefer people with niche, immediately useful skills [4][1].

Why IT feels harder

  • AI is reshaping hiring, and some employers are explicitly reducing junior or commodity-type roles because automation can handle part of that work [4][2].
  • Layoffs in tech have added experienced candidates back into the market, which makes competition worse for everyone else [5][6].
  • Many postings now expect broader skill sets than before, so “good enough” candidates often get filtered out quickly [4][3].

Where demand still exists

  • Cyber security, data, AI, cloud, and other specialist infrastructure roles are still among the strongest areas in the UK IT market [4][1].
  • Engineering and technology hiring is described as relatively more resilient than the wider labour market, even though demand is still weak compared with boom periods [1].
  • Employers are still looking for people who can deliver immediately, particularly in roles tied to automation, digital transformation, and AI enablement [4][1].

Practical read

If you are already in IT, the market is difficult but not dead: experienced people with scarce skills are still getting opportunities, while generic support, junior dev, and broad “all-rounder” roles are the hardest to place [4][2]. For job seekers, the main challenge in 2026 is not absolute lack of jobs, but a mismatch between what many employers want and what most applicants can show on paper [3][2].

A simple way to think about it: 2026 is not a “no jobs” market, it is a “harder to get shortlisted” market, especially in IT [1][3].

How long to find IT job after layoff 2026?

In 2026, a realistic IT job-search timeline after a layoff is often 4 to 6 months, with some people landing in 6 to 8 weeks and others taking much longer depending on seniority, specialization, location, and how targeted their search is [1][2]. Broader job-market data also suggests the average job search after a layoff is around five to six months, which lines up with the tech-specific estimates [2].

Typical timeline

  • Fast outcomes: about 6 to 8 weeks if your skills are in demand, you have strong referrals, and you apply very selectively [1][3].
  • Common outcome: about 4 to 6 months for many IT professionals in 2026 [1][2].
  • Slower cases: 8 months or more if you are aiming for remote roles, a narrow niche, or senior positions with very few openings [4][5].

Why it takes longer

  • ATS filtering and high application volumes mean many strong candidates never reach a recruiter [1].
  • Tech layoffs have increased the supply of experienced applicants, so competition is tighter than in a normal year [6][7].
  • Employers are hiring more cautiously and often want people who can contribute immediately with minimal ramp-up [8][9].

What affects your speed

  • Seniority matters: mid-level specialists often move faster than generalists because they can show clear value [3][1].
  • Location and flexibility matter: being open to onsite or hybrid roles can shorten the search compared with insisting on fully remote work [4].
  • Targeting matters: referred candidates and focused applications usually outperform broad mass-applying [1].

Practical expectation

For someone with solid IT experience, a good planning assumption in 2026 is three to six months, with a faster result possible if you have in-demand cloud, security, observability, or platform skills and a strong network [8][9][1]. If your profile is broader or your target is very specific, plan for the search to last longer and budget accordingly [2][5]

What strategies cut IT job search to under 3 months after layoff

To get under 3 months, the winning pattern is: target fewer roles, use warm introductions, tailor aggressively, and move fast in the first 2 weeks [1][2]. The fastest recoveries are not from spraying applications everywhere; they come from building a shortlist of target companies, speaking to people inside them, and getting referred before the role is crowded [1][6].

What works best

  • Build a target list of about 10 to 15 companies and focus on them hard rather than applying broadly [1].
  • Reach out to 3 people at each target company, ideally future teammates or adjacent peers rather than only recruiters [1].
  • Ask for short, specific conversations, then follow up every 2 to 3 weeks with something useful or relevant [1].
  • Keep your CV tightly matched to each role so it is easy to read and directly aligned with the posting [3][7].

Speed levers

  • Apply in the first 24 to 72 hours after a role is posted, when fewer candidates have piled in [1].
  • Use on-site or hybrid options if you can tolerate them, because sticking to fully remote roles can slow the search [1].
  • Stay in your current lane unless a pivot is truly justified; searches are faster when you sell proven experience rather than a brand-new direction [1].
  • Add contract, interim, or freelance work as a bridge if the market is slow; that keeps income coming and preserves momentum [2][9].

First 30 days

  • Days 1 to 3: fix CV, LinkedIn, references, and a target list [2].
  • Days 4 to 10: start outreach and referrals before spending heavy time on applications [1][6].
  • Days 10 to 30: run parallel tracks of networking, direct applications, and interview prep so you are not waiting on any one channel [2][3].
  • Keep a tracker so you can see which companies and contacts actually produce interviews [2].

For IT roles

The best odds of getting under 3 months are in higher-demand areas like cloud, security, data, platform engineering, and AI-adjacent infrastructure work [11][12]. Generalist support or commoditised roles usually take longer, so narrowing your pitch to scarce, business-critical skills matters more than ever [11][13]. In IT, referrals and a very specific value proposition often beat raw application volume [1][6].

Simple rule

If you want a sub-3-month outcome, think in terms of 10 target firms, 30 meaningful contacts, 2 tailored applications per day, and interview prep from day one [1][2][3]. That combination is much more likely to produce momentum than waiting for job boards to do the work [1][7].

How to use AI to help job searching

AI can help most if you use it to reduce admin, improve targeting, and sharpen your pitch rather than to mass-apply for roles. The biggest wins are tailoring CVs to each role, drafting outreach messages, organizing applications, and preparing for interviews faster [1][2][5].

Best uses

  • Tailor your CV to a job description by extracting keywords and matching your experience to the role [1][4][6].
  • Draft cover letters and recruiter messages quickly, then edit them so they sound like you [1][5].
  • Build a shortlist of target companies and roles from your skills, location, and preferences [1][7].
  • Track applications, follow-ups, interview dates, and contacts in one place [3][5].
  • Prepare for interviews with role-specific questions, mock answers, and STAR-story prompts [2][10].

A good workflow

  1. Paste the job description into AI and ask for the top skills, likely screening keywords, and gaps in your CV [1][4].
  2. Ask it to rewrite your summary and bullets around measurable outcomes, not responsibilities [2][10].
  3. Generate a tailored outreach note for a hiring manager, recruiter, or employee referral contact [1][2].
  4. Use AI to turn your notes into a cleaner application tracker and follow-up plan [3][5].
  5. Before interviews, ask for likely technical and behavioral questions based on the role and company [2][10].

What works especially well in IT

For IT roles, AI is most useful when you use it to map your experience to specific stacks and outcomes, such as cloud migration, observability, DevOps, security, data engineering, or platform reliability [1][4]. It can help you turn broad experience into stronger role-specific language, which matters a lot when recruiters are filtering for exact keywords [1][4]. It is also helpful for finding adjacent roles you may not have considered, especially if you want to pivot within infrastructure or operations [7][10].

What not to do

  • Do not send AI-written applications without editing them for accuracy and voice [1][6].
  • Do not rely on AI scores alone; they can miss context or overrate generic keyword stuffing [8][5].
  • Do not use it to invent experience, certifications, or achievements [10].
  • Do not mass-apply just because AI makes it easy; the best results still come from targeted roles and real networking [11][2].

Simple prompt pattern

A strong prompt is: “Here is my CV and this job description. Identify missing keywords, rewrite my summary for this role, suggest 5 stronger bullets, and draft a short recruiter message.” That gives you a focused output instead of a generic blob [1][4][10].